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nixpkgs/pkgs/top-level/all-packages.nix

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/* This file composes the Nix Packages collection. That is, it
imports the functions that build the various packages, and calls
them with appropriate arguments. The result is a set of all the
packages in the Nix Packages collection for some particular
platform. */
{ # The system (e.g., `i686-linux') for which to build the packages.
system ? builtins.currentSystem
# Usually, the system type uniquely determines the stdenv and thus
# how to build the packages. But on some platforms we have
# different stdenvs, leading to different ways to build the
# packages. For instance, on Windows we support both Cygwin and
# Mingw builds. In both cases, `system' is `i686-cygwin'. The
# attribute `stdenvType' is used to select the specific kind of
# stdenv to use, e.g., `i686-mingw'.
, stdenvType ? system
, # The standard environment to use. Only used for bootstrapping. If
# null, the default standard environment is used.
bootStdenv ? null
# More flags for the bootstrapping of stdenv.
, noSysDirs ? true
, gccWithCC ? true
, gccWithProfiling ? true
, # Allow a configuration attribute set to be passed in as an
# argument. Otherwise, it's read from $NIXPKGS_CONFIG or
# ~/.nixpkgs/config.nix.
config ? null
, crossSystem ? null
, platform ? null
}:
let config_ = config; platform_ = platform; in # rename the function arguments
let
lib = import ../lib;
# The contents of the configuration file found at $NIXPKGS_CONFIG or
# $HOME/.nixpkgs/config.nix.
# for NIXOS (nixos-rebuild): use nixpkgs.config option
config =
let
toPath = builtins.toPath;
getEnv = x: if builtins ? getEnv then builtins.getEnv x else "";
pathExists = name:
builtins ? pathExists && builtins.pathExists (toPath name);
configFile = getEnv "NIXPKGS_CONFIG";
homeDir = getEnv "HOME";
configFile2 = homeDir + "/.nixpkgs/config.nix";
configExpr =
if config_ != null then config_
else if configFile != "" && pathExists configFile then import (toPath configFile)
else if homeDir != "" && pathExists configFile2 then import (toPath configFile2)
else {};
in
# allow both:
# { /* the config */ } and
# { pkgs, ... } : { /* the config */ }
if builtins.isFunction configExpr
then configExpr { inherit pkgs; }
else configExpr;
# Allow setting the platform in the config file. Otherwise, let's use a reasonable default (pc)
platform = if platform_ != null then platform_
else getConfig [ "platform" ] (import ./platforms.nix).pc;
# Return an attribute from the Nixpkgs configuration file, or
# a default value if the attribute doesn't exist.
getConfig = attrPath: default: lib.attrByPath attrPath default config;
# Helper functions that are exported through `pkgs'.
helperFunctions =
stdenvAdapters //
(import ../build-support/trivial-builders.nix { inherit (pkgs) stdenv; inherit (pkgs.xorg) lndir; });
stdenvAdapters =
import ../stdenv/adapters.nix { inherit (pkgs) dietlibc fetchurl runCommand; };
# Allow packages to be overriden globally via the `packageOverrides'
# configuration option, which must be a function that takes `pkgs'
# as an argument and returns a set of new or overriden packages.
# The `packageOverrides' function is called with the *original*
# (un-overriden) set of packages, allowing packageOverrides
# attributes to refer to the original attributes (e.g. "foo =
# ... pkgs.foo ...").
pkgs = applyGlobalOverrides (getConfig ["packageOverrides"] (pkgs: {}));
# Return the complete set of packages, after applying the overrides
# returned by the `overrider' function (see above). Warning: this
# function is very expensive!
applyGlobalOverrides = overrider:
let
# Call the overrider function. We don't want stdenv overrides
# in the case of cross-building, or otherwise the basic
# overrided packages will not be built with the crossStdenv
# adapter.
overrides = overrider pkgsOrig //
(lib.optionalAttrs (pkgsOrig.stdenv ? overrides && crossSystem == null) (pkgsOrig.stdenv.overrides pkgsOrig));
# The un-overriden packages, passed to `overrider'.
pkgsOrig = pkgsFun pkgs {};
# The overriden, final packages.
pkgs = pkgsFun pkgs overrides;
in pkgs;
# The package compositions. Yes, this isn't properly indented.
pkgsFun = pkgs: __overrides:
with helperFunctions;
let defaultScope = pkgs // pkgs.xorg; in
helperFunctions // rec {
# `__overrides' is a magic attribute that causes the attributes in
# its value to be added to the surrounding `rec'. We'll remove this
# eventually.
inherit __overrides;
# We use `callPackage' to be able to omit function arguments that
# can be obtained from `pkgs' or `pkgs.xorg' (i.e. `defaultScope').
# Use `newScope' for sets of packages in `pkgs' (see e.g. `gtkLibs'
# below).
callPackage = newScope {};
newScope = extra: lib.callPackageWith (defaultScope // extra);
# Override system. This is useful to build i686 packages on x86_64-linux.
forceSystem = system: (import ./all-packages.nix) {
inherit system;
inherit bootStdenv noSysDirs gccWithCC gccWithProfiling config;
};
# Used by wine, firefox with debugging version of Flash, ...
pkgsi686Linux = forceSystem "i686-linux";
callPackage_i686 = lib.callPackageWith (pkgsi686Linux // pkgsi686Linux.xorg);
# For convenience, allow callers to get the path to Nixpkgs.
path = ../..;
### Symbolic names.
x11 = xlibsWrapper;
# `xlibs' is the set of X library components. This used to be the
# old modular X libraries project (called `xlibs') but now it's just
# the set of packages in the modular X.org tree (which also includes
# non-library components like the server, drivers, fonts, etc.).
xlibs = xorg // {xlibs = xlibsWrapper;};
### Helper functions.
inherit lib config getConfig stdenvAdapters;
inherit (lib) lowPrio hiPrio appendToName makeOverridable;
# Applying this to an attribute set will cause nix-env to look
# inside the set for derivations.
recurseIntoAttrs = attrs: attrs // { recurseForDerivations = true; };
builderDefs = lib.composedArgsAndFun (import ../build-support/builder-defs/builder-defs.nix) {
inherit stringsWithDeps lib stdenv writeScript
fetchurl fetchmtn fetchgit;
};
builderDefsPackage = builderDefs.builderDefsPackage builderDefs;
stringsWithDeps = lib.stringsWithDeps;
### STANDARD ENVIRONMENT
allStdenvs = import ../stdenv {
inherit system stdenvType platform;
allPackages = args: import ./all-packages.nix ({ inherit config; } // args);
};
defaultStdenv = allStdenvs.stdenv // { inherit platform; };
stdenvCross = makeStdenvCross defaultStdenv crossSystem binutilsCross
gccCrossStageFinal;
stdenv =
if bootStdenv != null then (bootStdenv // {inherit platform;}) else
if crossSystem != null then
stdenvCross
else
let
changer = getConfig ["replaceStdenv"] null;
in if changer != null then
changer {
# We import again all-packages to avoid recursivities.
pkgs = import ./all-packages.nix {
# We remove packageOverrides to avoid recursivities
config = removeAttrs config [ "replaceStdenv" ];
};
}
else
defaultStdenv;
forceBuildDrv = drv : if (crossSystem == null) then drv else
(drv // { hostDrv = drv.buildDrv; });
# A stdenv capable of building 32-bit binaries. On x86_64-linux,
# it uses GCC compiled with multilib support; on i686-linux, it's
# just the plain stdenv.
stdenv_32bit =
if system == "x86_64-linux" then
overrideGCC stdenv gcc43_multi
else
stdenv;
### BUILD SUPPORT
attrSetToDir = arg : import ../build-support/upstream-updater/attrset-to-dir.nix {
inherit writeTextFile stdenv lib;
theAttrSet = arg;
};
buildEnv = import ../build-support/buildenv {
inherit (pkgs) runCommand perl;
};
dotnetenv = import ../build-support/dotnetenv {
inherit stdenv;
dotnetfx = dotnetfx40;
};
vsenv = callPackage ../build-support/vsenv {
vs = vs90wrapper;
};
fetchbzr = import ../build-support/fetchbzr {
inherit stdenv bazaar;
};
fetchcvs = import ../build-support/fetchcvs {
inherit stdenv cvs;
};
fetchdarcs = import ../build-support/fetchdarcs {
inherit stdenv darcs nix;
};
fetchgit = import ../build-support/fetchgit {
inherit stdenv git cacert;
};
fetchgitrevision = import ../build-support/fetchgitrevision runCommand git;
fetchmtn = callPackage ../build-support/fetchmtn (getConfig ["fetchmtn"] {});
fetchsvn = import ../build-support/fetchsvn {
inherit stdenv subversion openssh;
sshSupport = true;
};
fetchsvnrevision = import ../build-support/fetchsvnrevision runCommand subversion;
fetchsvnssh = import ../build-support/fetchsvnssh {
inherit stdenv subversion openssh expect;
sshSupport = true;
};
fetchhg = import ../build-support/fetchhg {
inherit stdenv mercurial nix;
};
# `fetchurl' downloads a file from the network.
fetchurl = import ../build-support/fetchurl {
inherit curl stdenv;
};
# A wrapper around fetchurl that generates miror://gnome URLs automatically
fetchurl_gnome = callPackage ../build-support/fetchurl/gnome.nix { };
# fetchurlBoot is used for curl and its dependencies in order to
# prevent a cyclic dependency (curl depends on curl.tar.bz2,
# curl.tar.bz2 depends on fetchurl, fetchurl depends on curl). It
# uses the curl from the previous bootstrap phase (e.g. a statically
# linked curl in the case of stdenv-linux).
fetchurlBoot = stdenv.fetchurlBoot;
resolveMirrorURLs = {url}: fetchurl {
showURLs = true;
inherit url;
};
makeDesktopItem = import ../build-support/make-desktopitem {
inherit stdenv;
};
makeAutostartItem = import ../build-support/make-startupitem {
inherit stdenv;
inherit lib;
};
makeInitrd = {contents}: import ../build-support/kernel/make-initrd.nix {
inherit stdenv perl cpio contents ubootChooser;
};
makeWrapper = makeSetupHook {} ../build-support/make-wrapper/make-wrapper.sh;
makeModulesClosure = {kernel, rootModules, allowMissing ? false}:
import ../build-support/kernel/modules-closure.nix {
inherit stdenv module_init_tools kernel nukeReferences
rootModules allowMissing;
};
pathsFromGraph = ../build-support/kernel/paths-from-graph.pl;
srcOnly = args: (import ../build-support/src-only) ({inherit stdenv; } // args);
substituteAll = import ../build-support/substitute/substitute-all.nix {
inherit stdenv;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nukeReferences = callPackage ../build-support/nuke-references/default.nix { };
vmTools = import ../build-support/vm/default.nix {
inherit pkgs;
};
releaseTools = import ../build-support/release/default.nix {
inherit pkgs;
};
composableDerivation = (import ../lib/composable-derivation.nix) {
inherit pkgs lib;
};
platforms = import ./platforms.nix;
### TOOLS
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
acct = callPackage ../tools/system/acct { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aefs = callPackage ../tools/filesystems/aefs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aircrackng = callPackage ../tools/networking/aircrack-ng { };
analog = callPackage ../tools/admin/analog {};
archivemount = callPackage ../tools/filesystems/archivemount { };
asymptote = builderDefsPackage ../tools/graphics/asymptote {
inherit freeglut ghostscriptX imagemagick fftw boehmgc
mesa ncurses readline gsl libsigsegv python zlib perl
texinfo lzma;
texLive = texLiveAggregationFun {
paths = [
texLive texLiveExtra
];
};
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ec2apitools = callPackage ../tools/virtualization/amazon-ec2-api-tools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ec2amitools = callPackage ../tools/virtualization/amazon-ec2-ami-tools { };
altermime = callPackage ../tools/networking/altermime {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
amule = callPackage ../tools/networking/p2p/amule { };
amuleDaemon = appendToName "daemon" (amule.override {
monolithic = false;
daemon = true;
});
amuleGui = appendToName "gui" (amule.override {
monolithic = false;
client = true;
});
aria = builderDefsPackage (import ../tools/networking/aria) { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aria2 = callPackage ../tools/networking/aria2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
at = callPackage ../tools/system/at { };
atftp = callPackage ../tools/networking/atftp {};
autogen = callPackage ../development/tools/misc/autogen {
guile = guile_1_8;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autojump = callPackage ../tools/misc/autojump { };
avahi = callPackage ../development/libraries/avahi {
qt4Support = getConfig [ "avahi" "qt4Support" ] false;
};
aws_mturk_clt = callPackage ../tools/misc/aws-mturk-clt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
axel = callPackage ../tools/networking/axel { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
azureus = callPackage ../tools/networking/p2p/azureus { };
banner = callPackage ../games/banner {};
barcode = callPackage ../tools/graphics/barcode {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bc = callPackage ../tools/misc/bc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bfr = callPackage ../tools/misc/bfr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bootchart = callPackage ../tools/system/bootchart { };
btrfsProgs = builderDefsPackage (import ../tools/filesystems/btrfsprogs) {
inherit libuuid zlib acl attr fetchgit;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
catdoc = callPackage ../tools/text/catdoc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
eggdrop = callPackage ../tools/networking/eggdrop { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mcrl = callPackage ../tools/misc/mcrl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mcrl2 = callPackage ../tools/misc/mcrl2 { };
syslogng = callPackage ../tools/system/syslog-ng { };
mcelog = callPackage ../os-specific/linux/mcelog { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
asciidoc = callPackage ../tools/typesetting/asciidoc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autossh = callPackage ../tools/networking/autossh { };
bacula = callPackage ../tools/backup/bacula { };
bibtextools = callPackage ../tools/typesetting/bibtex-tools {
inherit (strategoPackages016) strategoxt sdf;
};
bittorrent = callPackage ../tools/networking/p2p/bittorrent {
gui = true;
};
bittornado = callPackage ../tools/networking/p2p/bit-tornado { };
blueman = callPackage ../tools/bluetooth/blueman {
inherit (pythonPackages) notify;
};
bmrsa = builderDefsPackage (import ../tools/security/bmrsa/11.nix) {
inherit unzip;
};
bogofilter = callPackage ../tools/misc/bogofilter {
bdb = db4;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bsdiff = callPackage ../tools/compression/bsdiff { };
btar = callPackage ../tools/backup/btar { };
bup = callPackage ../tools/backup/bup { };
bzip2 = callPackage ../tools/compression/bzip2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cabextract = callPackage ../tools/archivers/cabextract { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ccid = callPackage ../tools/security/ccid { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ccrypt = callPackage ../tools/security/ccrypt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cdecl = callPackage ../development/tools/cdecl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cdrdao = callPackage ../tools/cd-dvd/cdrdao { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cdrkit = callPackage ../tools/cd-dvd/cdrkit { };
cfdg = builderDefsPackage ../tools/graphics/cfdg {
inherit libpng bison flex;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
checkinstall = callPackage ../tools/package-management/checkinstall { };
cheetahTemplate = builderDefsPackage (import ../tools/text/cheetah-template/2.0.1.nix) {
inherit makeWrapper python;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
chkrootkit = callPackage ../tools/security/chkrootkit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cksfv = callPackage ../tools/networking/cksfv { };
colordiff = callPackage ../tools/text/colordiff { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
convertlit = callPackage ../tools/text/convertlit { };
cowsay = callPackage ../tools/misc/cowsay { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unifdef = callPackage ../development/tools/misc/unifdef { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
usb_modeswitch = callPackage ../development/tools/misc/usb-modeswitch { };
cloog = callPackage ../development/libraries/cloog { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cloogppl = callPackage ../development/libraries/cloog-ppl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
convmv = callPackage ../tools/misc/convmv { };
coreutils = callPackage (if stdenv ? isDietLibC
then ../tools/misc/coreutils-5
else ../tools/misc/coreutils)
{
# TODO: Add ACL support for cross-Linux.
aclSupport = crossSystem == null && stdenv.isLinux;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cpio = callPackage ../tools/archivers/cpio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cromfs = callPackage ../tools/archivers/cromfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cron = callPackage ../tools/system/cron { # see also fcron
};
curl = makeOverridable (import ../tools/networking/curl) rec {
fetchurl = fetchurlBoot;
inherit stdenv zlib openssl libssh2;
zlibSupport = ! ((stdenv ? isDietLibC) || (stdenv ? isStatic));
sslSupport = zlibSupport;
scpSupport = zlibSupport && !stdenv.isSunOS && !stdenv.isCygwin;
};
cunit = callPackage ../tools/misc/cunit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
curlftpfs = callPackage ../tools/filesystems/curlftpfs { };
dadadodo = builderDefsPackage (import ../tools/text/dadadodo) {
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dar = callPackage ../tools/archivers/dar { };
davfs2 = callPackage ../tools/filesystems/davfs2 {
neon = neon029;
};
dbench = callPackage ../development/tools/misc/dbench { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dcraw = callPackage ../tools/graphics/dcraw { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
debootstrap = callPackage ../tools/misc/debootstrap { };
detox = callPackage ../tools/misc/detox { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ddclient = callPackage ../tools/networking/ddclient { };
dd_rescue = callPackage ../tools/system/dd_rescue { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ddrescue = callPackage ../tools/system/ddrescue { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
desktop_file_utils = callPackage ../tools/misc/desktop-file-utils { };
dev86 = callPackage ../development/compilers/dev86 {
/* Using GNU Make 3.82 leads to this:
make[4]: *** No rule to make target `__ldivmod.o)'
So use 3.81. */
stdenv = overrideInStdenv stdenv [gnumake381];
};
dnsmasq = callPackage ../tools/networking/dnsmasq { };
dnstop = callPackage ../tools/networking/dnstop { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dhcp = callPackage ../tools/networking/dhcp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dhcpcd = callPackage ../tools/networking/dhcpcd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
diffstat = callPackage ../tools/text/diffstat { };
diffutils = callPackage ../tools/text/diffutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dirmngr = callPackage ../tools/security/dirmngr { };
disper = callPackage ../tools/misc/disper { };
dmg2img = callPackage ../tools/misc/dmg2img { };
docbook2x = callPackage ../tools/typesetting/docbook2x {
inherit (perlPackages) XMLSAX XMLParser XMLNamespaceSupport;
libiconv = if stdenv.isDarwin then libiconv else null;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dosfstools = callPackage ../tools/filesystems/dosfstools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dotnetfx35 = callPackage ../development/libraries/dotnetfx35 { };
dotnetfx40 = callPackage ../development/libraries/dotnetfx40 { };
dropbear = callPackage ../tools/networking/dropbear {
enableStatic = true;
zlib = zlibStatic;
};
dtach = callPackage ../tools/misc/dtach { };
duplicity = callPackage ../tools/backup/duplicity {
inherit (pythonPackages) boto;
gnupg = gnupg1;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dvdplusrwtools = callPackage ../tools/cd-dvd/dvd+rw-tools { };
dvgrab = callPackage ../tools/video/dvgrab { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
e2fsprogs = callPackage ../tools/filesystems/e2fsprogs { };
ebook_tools = callPackage ../tools/text/ebook-tools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ecryptfs = callPackage ../tools/security/ecryptfs { };
efibootmgr = callPackage ../tools/system/efibootmgr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
enblendenfuse = callPackage ../tools/graphics/enblend-enfuse { };
encfs = callPackage ../tools/filesystems/encfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
enscript = callPackage ../tools/text/enscript { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ethtool = callPackage ../tools/misc/ethtool { };
euca2ools = callPackage ../tools/virtualization/euca2ools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
exif = callPackage ../tools/graphics/exif { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
exiftags = callPackage ../tools/graphics/exiftags { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
expect = callPackage ../tools/misc/expect { };
fakeroot = callPackage ../tools/system/fakeroot { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fcron = callPackage ../tools/system/fcron { # see also cron
};
fdisk = callPackage ../tools/system/fdisk { };
fdm = callPackage ../tools/networking/fdm {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
figlet = callPackage ../tools/misc/figlet { };
file = callPackage ../tools/misc/file { };
fileschanged = callPackage ../tools/misc/fileschanged { };
findutils =
if stdenv.isDarwin
then findutils4227
else callPackage ../tools/misc/findutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
findutils4227 = callPackage ../tools/misc/findutils/4.2.27.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
finger_bsd = callPackage ../tools/networking/bsd-finger { };
flvstreamer = callPackage ../tools/networking/flvstreamer { };
libbsd = callPackage ../development/libraries/libbsd { };
flvtool2 = callPackage ../tools/video/flvtool2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fontforge = callPackage ../tools/misc/fontforge { };
fontforgeX = callPackage ../tools/misc/fontforge {
withX11 = true;
};
freeipmi = callPackage ../tools/system/freeipmi {};
freetalk = callPackage ../applications/networking/instant-messengers/freetalk {
guile = guile_1_8;
};
freetds = callPackage ../development/libraries/freetds { };
ftgl = callPackage ../development/libraries/ftgl { };
fuppes = callPackage ../tools/networking/fuppes {
ffmpeg = ffmpeg_0_6_90;
};
fsfs = callPackage ../tools/filesystems/fsfs { };
fuse_zip = callPackage ../tools/filesystems/fuse-zip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dos2unix = callPackage ../tools/text/dos2unix { };
uni2ascii = callPackage ../tools/text/uni2ascii { };
gawk = callPackage ../tools/text/gawk { };
gdmap = callPackage ../tools/system/gdmap {
inherit (pkgs.gtkLibs) gtk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
genext2fs = callPackage ../tools/filesystems/genext2fs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gengetopt = callPackage ../development/tools/misc/gengetopt { };
getmail = callPackage ../tools/networking/getmail { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
getopt = callPackage ../tools/misc/getopt { };
gftp = callPackage ../tools/networking/gftp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gifsicle = callPackage ../tools/graphics/gifsicle { };
glusterfs = builderDefsPackage ../tools/filesystems/glusterfs {
inherit fuse flex bison;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
glxinfo = callPackage ../tools/graphics/glxinfo { };
gnokii = builderDefsPackage (import ../tools/misc/gnokii) {
inherit intltool perl gettext libusb pkgconfig bluez readline pcsclite
libical;
inherit (gtkLibs) gtk glib;
inherit (xorg) libXpm;
};
gnugrep =
# Use libiconv only on non-GNU platforms (we can't test with
# `stdenv ? glibc' at this point.)
let gnu = stdenv.isLinux; in
callPackage ../tools/text/gnugrep {
libiconv = if gnu then null else libiconv;
};
gnupatch = callPackage ../tools/text/gnupatch { };
gnupg1orig = callPackage ../tools/security/gnupg1 {
ideaSupport = false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnupg1compat = callPackage ../tools/security/gnupg1compat { };
# use config.packageOverrides if you prefer original gnupg1
gnupg1 = gnupg1compat;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnupg = callPackage ../tools/security/gnupg { };
gnuplot = callPackage ../tools/graphics/gnuplot {
inherit (gtkLibs) pango;
texLive = null;
lua = null;
};
gnused = callPackage ../tools/text/gnused { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnused_4_2 = callPackage ../tools/text/gnused/4.2.nix { };
gnutar = callPackage ../tools/archivers/gnutar { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnuvd = callPackage ../tools/misc/gnuvd { };
gource = callPackage ../applications/version-management/gource {};
gptfdisk = callPackage ../tools/system/gptfdisk { };
graphviz = callPackage ../tools/graphics/graphviz {
inherit (gtkLibs) pango;
};
/* Readded by Michael Raskin. There are programs in the wild
* that do want 2.0 but not 2.22. Please give a day's notice for
* objections before removal.
*/
graphviz_2_0 = callPackage ../tools/graphics/graphviz/2.0.nix {
inherit (gtkLibs) pango;
};
groff = callPackage ../tools/text/groff {
ghostscript = null;
};
grub = callPackage_i686 ../tools/misc/grub {
buggyBiosCDSupport = getConfig ["grub" "buggyBiosCDSupport"] true;
};
grub19x = callPackage ../tools/misc/grub/1.9x.nix { };
grub198 = callPackage ../tools/misc/grub/1.98.nix { };
grub2 = grub19x;
grub2_efi = callPackage ../tools/misc/grub/1.9x.nix { EFIsupport = true; };
gssdp = callPackage ../development/libraries/gssdp {
inherit (gnome) libsoup;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gt5 = callPackage ../tools/system/gt5 { };
gtkgnutella = callPackage ../tools/networking/p2p/gtk-gnutella { };
gtkvnc = callPackage ../tools/admin/gtk-vnc {};
gtmess = callPackage ../applications/networking/instant-messengers/gtmess { };
gupnp = callPackage ../development/libraries/gupnp {
inherit (gnome) libsoup;
};
gupnptools = callPackage ../tools/networking/gupnp-tools {
inherit (gnome) libsoup libglade gnomeicontheme;
};
gvpe = builderDefsPackage ../tools/networking/gvpe {
inherit openssl gmp nettools iproute;
};
gzip = callPackage ../tools/compression/gzip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pigz = callPackage ../tools/compression/pigz { };
hardlink = callPackage ../tools/system/hardlink { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
halibut = callPackage ../tools/typesetting/halibut { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hddtemp = callPackage ../tools/misc/hddtemp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hdf5 = callPackage ../tools/misc/hdf5 { };
heimdall = callPackage ../tools/misc/heimdall { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hevea = callPackage ../tools/typesetting/hevea { };
highlight = callPackage ../tools/text/highlight {
lua = lua5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
host = callPackage ../tools/networking/host { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
httpfs2 = callPackage ../tools/filesystems/httpfs { };
# FIXME: This Hydra snapshot is outdated and depends on the `nixPerl',
# which no longer exists.
#
# hydra = callPackage ../development/tools/misc/hydra {
# nix = nixUnstable;
# };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iasl = callPackage ../development/compilers/iasl { };
icoutils = callPackage ../tools/graphics/icoutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
idutils = callPackage ../tools/misc/idutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iftop = callPackage ../tools/networking/iftop { };
imapproxy = callPackage ../tools/networking/imapproxy { };
imapsync = callPackage ../tools/networking/imapsync {
inherit (perlPackages) MailIMAPClient;
};
inadyn = callPackage ../tools/networking/inadyn { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
inetutils = callPackage ../tools/networking/inetutils { };
ioping = callPackage ../tools/system/ioping {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iodine = callPackage ../tools/networking/iodine { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iperf = callPackage ../tools/networking/iperf { };
ipmitool = callPackage ../tools/system/ipmitool {
static = false;
};
ipmiutil = callPackage ../tools/system/ipmiutil {};
ised = callPackage ../tools/misc/ised {};
isl = callPackage ../development/libraries/isl { };
isync = callPackage ../tools/networking/isync { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jdiskreport = callPackage ../tools/misc/jdiskreport { };
jfsrec = callPackage ../tools/filesystems/jfsrec {
boost = boost144;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jfsutils = callPackage ../tools/filesystems/jfsutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jhead = callPackage ../tools/graphics/jhead { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jing = callPackage ../tools/text/xml/jing { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jing_tools = callPackage ../tools/text/xml/jing/jing-script.nix { };
jnettop = callPackage ../tools/networking/jnettop {
inherit (gnome) glib;
};
jscoverage = callPackage ../development/tools/misc/jscoverage { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jwhois = callPackage ../tools/networking/jwhois { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
keychain = callPackage ../tools/misc/keychain { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kismet = callPackage ../applications/networking/sniffers/kismet { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
less = callPackage ../tools/misc/less { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
most = callPackage ../tools/misc/most { };
netperf = callPackage ../applications/networking/netperf { };
ninka = callPackage ../development/tools/misc/ninka { };
nodejs = callPackage ../development/web/nodejs {};
ldns = callPackage ../development/libraries/ldns { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lftp = callPackage ../tools/networking/lftp { };
libtirpc = callPackage ../development/libraries/ti-rpc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtorrent = callPackage ../tools/networking/p2p/libtorrent { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
logrotate = callPackage ../tools/system/logrotate { };
logstalgica = callPackage ../tools/graphics/logstalgica {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lout = callPackage ../tools/typesetting/lout { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lrzip = callPackage ../tools/compression/lrzip { };
# lsh installs `bin/nettle-lfib-stream' and so does Nettle. Give the
# former a lower priority than Nettle.
lsh = lowPrio (callPackage ../tools/networking/lsh { });
lshw = callPackage ../tools/system/lshw { };
lxc = callPackage ../applications/virtualization/lxc { };
lzma = xz;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xz = callPackage ../tools/compression/xz { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lzop = callPackage ../tools/compression/lzop { };
mu0 = callPackage ../tools/networking/mu0 { };
mailutils = callPackage ../tools/networking/mailutils {
guile = guile_1_8;
};
mairix = callPackage ../tools/text/mairix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
man = callPackage ../tools/misc/man { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
man_db = callPackage ../tools/misc/man-db { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
memtest86 = callPackage ../tools/misc/memtest86 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mc = callPackage ../tools/misc/mc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mcabber = callPackage ../applications/networking/instant-messengers/mcabber { };
mcron = callPackage ../tools/system/mcron {
guile = guile_1_8;
};
mdbtools = callPackage ../tools/misc/mdbtools { };
mdbtools_git = callPackage ../tools/misc/mdbtools/git.nix { };
miniupnpc = callPackage ../tools/networking/miniupnpc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
miniupnpd = callPackage ../tools/networking/miniupnpd { };
minixml = callPackage ../development/libraries/minixml { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mjpegtools = callPackage ../tools/video/mjpegtools { };
mkcue = callPackage ../tools/cd-dvd/mkcue { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mktemp = callPackage ../tools/security/mktemp { };
mldonkey = callPackage ../applications/networking/p2p/mldonkey { };
modemmanager = callPackage ../tools/networking/modemmanager {};
monit = builderDefsPackage ../tools/system/monit {
inherit openssl flex bison;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpage = callPackage ../tools/text/mpage { };
mscgen = callPackage ../tools/graphics/mscgen { };
msf = builderDefsPackage (import ../tools/security/metasploit/3.1.nix) {
inherit ruby makeWrapper;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mssys = callPackage ../tools/misc/mssys { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mtdutils = callPackage ../tools/filesystems/mtdutils { };
mtools = callPackage ../tools/filesystems/mtools { };
mtr = callPackage ../tools/networking/mtr {};
multitran = recurseIntoAttrs (let callPackage = newScope pkgs.multitran; in rec {
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
multitrandata = callPackage ../tools/text/multitran/data { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libbtree = callPackage ../tools/text/multitran/libbtree { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmtsupport = callPackage ../tools/text/multitran/libmtsupport { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libfacet = callPackage ../tools/text/multitran/libfacet { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmtquery = callPackage ../tools/text/multitran/libmtquery { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mtutils = callPackage ../tools/text/multitran/mtutils { };
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
muscleframework = callPackage ../tools/security/muscleframework { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
muscletool = callPackage ../tools/security/muscletool { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mysql2pgsql = callPackage ../tools/misc/mysql2pgsql { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
namazu = callPackage ../tools/text/namazu { };
nbd = callPackage ../tools/networking/nbd { };
netcdf = callPackage ../development/libraries/netcdf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nc6 = callPackage ../tools/networking/nc6 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ncat = callPackage ../tools/networking/ncat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ncftp = callPackage ../tools/networking/ncftp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ncompress = callPackage ../tools/compression/ncompress { };
ndisc6 = callPackage ../tools/networking/ndisc6 { };
netboot = callPackage ../tools/networking/netboot {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
netcat = callPackage ../tools/networking/netcat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
netkittftp = callPackage ../tools/networking/netkit/tftp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
netpbm = callPackage ../tools/graphics/netpbm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
netselect = callPackage ../tools/networking/netselect { };
networkmanager = callPackage ../tools/networking/network-manager { };
networkmanager_pptp = callPackage ../tools/networking/network-manager/pptp.nix { };
networkmanagerapplet = newScope gnome ../tools/networking/network-manager-applet { };
nilfs_utils = callPackage ../tools/filesystems/nilfs-utils {};
nlopt = callPackage ../development/libraries/nlopt {};
nmap = callPackage ../tools/security/nmap {
inherit (pythonPackages) pysqlite;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ntfs3g = callPackage ../tools/filesystems/ntfs-3g { };
# ntfsprogs are merged into ntfs-3g
ntfsprogs = pkgs.ntfs3g;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ntp = callPackage ../tools/networking/ntp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nssmdns = callPackage ../tools/networking/nss-mdns { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nylon = callPackage ../tools/networking/nylon { };
nzbget = callPackage ../tools/networking/nzbget { };
obex_data_server = callPackage ../tools/bluetooth/obex-data-server { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
obexd = callPackage ../tools/bluetooth/obexd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
obexfs = callPackage ../tools/bluetooth/obexfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
obexftp = callPackage ../tools/bluetooth/obexftp { };
odt2txt = callPackage ../tools/text/odt2txt { };
offlineimap = callPackage ../tools/networking/offlineimap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opendbx = callPackage ../development/libraries/opendbx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opendkim = callPackage ../development/libraries/opendkim { };
openjade = callPackage ../tools/text/sgml/openjade {
stdenv = overrideGCC stdenv gcc33;
opensp = opensp.override { stdenv = overrideGCC stdenv gcc33; };
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openobex = callPackage ../tools/bluetooth/openobex { };
openresolv = callPackage ../tools/networking/openresolv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opensc_0_11_7 = callPackage ../tools/security/opensc/0.11.7.nix { };
opensc = opensc_0_11_7;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opensc_dnie_wrapper = callPackage ../tools/security/opensc-dnie-wrapper { };
openssh = callPackage ../tools/networking/openssh {
hpnSupport = false;
etcDir = "/etc/ssh";
pam = if stdenv.isLinux then pam else null;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opensp = callPackage ../tools/text/sgml/opensp { };
spCompat = callPackage ../tools/text/sgml/opensp/compat.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openvpn = callPackage ../tools/networking/openvpn { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
optipng = callPackage ../tools/graphics/optipng { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
p7zip = callPackage ../tools/archivers/p7zip { };
pal = callPackage ../tools/misc/pal { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
panomatic = callPackage ../tools/graphics/panomatic { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
par2cmdline = callPackage ../tools/networking/par2cmdline { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
parallel = callPackage ../tools/misc/parallel { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
patchutils = callPackage ../tools/text/patchutils { };
parted = callPackage ../tools/misc/parted { hurd = null; };
parted_2_3 = callPackage ../tools/misc/parted/2.3.nix { hurd = null; };
hurdPartedCross =
if crossSystem != null && crossSystem.config == "i586-pc-gnu"
then (callPackage ../tools/misc/parted {
# Needs the Hurd's libstore.
hurd = gnu.hurdCrossIntermediate;
# The Hurd wants a libparted.a.
enableStatic = true;
gettext = null;
readline = null;
devicemapper = null;
}).hostDrv
else null;
patch = gnupatch;
* The stdenv setup script now defines a generic builder that allows builders for typical Autoconf-style to be much shorten, e.g., . $stdenv/setup genericBuild The generic builder does lots of stuff automatically: - Unpacks source archives specified by $src or $srcs (it knows about gzip, bzip2, tar, zip, and unpacked source trees). - Determines the source tree. - Applies patches specified by $patches. - Fixes libtool not to search for libraries in /lib etc. - Runs `configure'. - Runs `make'. - Runs `make install'. - Strips debug information from static libraries. - Writes nested log information (in the format accepted by `log2xml'). There are also lots of hooks and variables to customise the generic builder. See `stdenv/generic/docs.txt'. * Adapted the base packages (i.e., the ones used by stdenv) to use the generic builder. * We now use `curl' instead of `wget' to download files in `fetchurl'. * Neither `curl' nor `wget' are part of stdenv. We shouldn't encourage people to download stuff in builders (impure!). * Updated some packages. * `buildinputs' is now `buildInputs' (but the old name also works). * `findInputs' in the setup script now prevents inputs from being processed multiple times (which could happen, e.g., if an input was a propagated input of several other inputs; this caused the size variables like $PATH to blow up exponentially in the worst case). * Patched GNU Make to write nested log information in the format accepted by `log2xml'. Also, prior to writing the build command, Make now writes a line `building X' to indicate what is being built. This is unfortunately often obscured by the gigantic tool invocations in many Makefiles. The actual build commands are marked `unimportant' so that they don't clutter pages generated by `log2html'. svn path=/nixpkgs/trunk/; revision=845
2004-03-19 16:53:04 +00:00
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pbzip2 = callPackage ../tools/compression/pbzip2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pciutils = callPackage ../tools/system/pciutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pcsclite = callPackage ../tools/security/pcsclite { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pdf2djvu = callPackage ../tools/typesetting/pdf2djvu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pdfjam = callPackage ../tools/typesetting/pdfjam { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pdfread = callPackage ../tools/graphics/pdfread { };
pdnsd = callPackage ../tools/networking/pdnsd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pg_top = callPackage ../tools/misc/pg_top { };
pdsh = callPackage ../tools/networking/pdsh {
rsh = true; # enable internal rsh implementation
ssh = openssh;
};
pfstools = callPackage ../tools/graphics/pfstools { };
philter = callPackage ../tools/networking/philter { };
pinentry = callPackage ../tools/security/pinentry {
inherit (gnome) glib gtk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pius = callPackage ../tools/security/pius { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pk2cmd = callPackage ../tools/misc/pk2cmd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
plan9port = callPackage ../tools/system/plan9port { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ploticus = callPackage ../tools/graphics/ploticus { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
plotutils = callPackage ../tools/graphics/plotutils { };
pngcrush = callPackage ../tools/graphics/pngcrush { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pngnq = callPackage ../tools/graphics/pngnq { };
pngtoico = callPackage ../tools/graphics/pngtoico { };
polipo = callPackage ../servers/polipo { };
polkit_gnome = callPackage ../tools/security/polkit-gnome { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
povray = callPackage ../tools/graphics/povray { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ppl = callPackage ../development/libraries/ppl { };
ppp = callPackage ../tools/networking/ppp { };
pptp = callPackage ../tools/networking/pptp {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
proxychains = callPackage ../tools/networking/proxychains { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
proxytunnel = callPackage ../tools/misc/proxytunnel { };
cntlm = callPackage ../tools/networking/cntlm { };
psmisc = callPackage ../os-specific/linux/psmisc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pstoedit = callPackage ../tools/graphics/pstoedit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pv = callPackage ../tools/misc/pv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pwgen = callPackage ../tools/security/pwgen { };
pydb = callPackage ../development/tools/pydb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pystringtemplate = callPackage ../development/python-modules/stringtemplate { };
pythonDBus = callPackage ../development/python-modules/dbus { };
pythonIRClib = builderDefsPackage (import ../development/python-modules/irclib) {
inherit python;
};
pythonSexy = builderDefsPackage (import ../development/python-modules/libsexy) {
inherit python libsexy pkgconfig libxml2 pygtk;
inherit (gtkLibs) pango gtk glib;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openmpi = callPackage ../development/libraries/openmpi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qdu = callPackage ../tools/misc/qdu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qhull = callPackage ../development/libraries/qhull { };
qjoypad = callPackage ../tools/misc/qjoypad { };
qshowdiff = callPackage ../tools/text/qshowdiff { };
radvd = callPackage ../tools/networking/radvd { };
privateer = callPackage ../games/privateer { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rtmpdump = callPackage ../tools/video/rtmpdump { };
recutils = callPackage ../tools/misc/recutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
reiser4progs = callPackage ../tools/filesystems/reiser4progs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
reiserfsprogs = callPackage ../tools/filesystems/reiserfsprogs { };
relfs = callPackage ../tools/filesystems/relfs {
inherit (gnome) gnome_vfs GConf;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
remind = callPackage ../tools/misc/remind { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
replace = callPackage ../tools/text/replace { };
rdiff_backup = callPackage ../tools/backup/rdiff-backup { };
ripmime = callPackage ../tools/networking/ripmime {};
rsnapshot = callPackage ../tools/backup/rsnapshot {
# For the `logger' command, we can use either `utillinux' or
# GNU Inetutils. The latter is more portable.
logger = inetutils;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rlwrap = callPackage ../tools/misc/rlwrap { };
rockbox_utility = callPackage ../tools/misc/rockbox-utility { };
rpPPPoE = builderDefsPackage (import ../tools/networking/rp-pppoe) {
inherit ppp;
};
rpm = callPackage ../tools/package-management/rpm {
db4 = db45;
};
rrdtool = callPackage ../tools/misc/rrdtool {
inherit (gtkLibs) pango;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rtorrent = callPackage ../tools/networking/p2p/rtorrent { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rubber = callPackage ../tools/typesetting/rubber { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rxp = callPackage ../tools/text/xml/rxp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rzip = callPackage ../tools/compression/rzip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
s3backer = callPackage ../tools/filesystems/s3backer { };
s3cmd = callPackage ../tools/networking/s3cmd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
s3sync = callPackage ../tools/networking/s3sync { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sablotron = callPackage ../tools/text/xml/sablotron { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
screen = callPackage ../tools/misc/screen { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scrot = callPackage ../tools/graphics/scrot { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
seccure = callPackage ../tools/security/seccure/0.4.nix { };
setserial = builderDefsPackage (import ../tools/system/setserial) {
inherit groff;
};
sg3_utils = callPackage ../tools/system/sg3_utils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sharutils = callPackage ../tools/archivers/sharutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
shebangfix = callPackage ../tools/misc/shebangfix { };
siege = callPackage ../tools/networking/siege {};
sleuthkit = callPackage ../tools/system/sleuthkit {};
slimrat = callPackage ../tools/networking/slimrat {
inherit (perlPackages) WWWMechanize LWP;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
slsnif = callPackage ../tools/misc/slsnif { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
smartmontools = callPackage ../tools/system/smartmontools { };
smbldaptools = callPackage ../tools/networking/smbldaptools {
inherit (perlPackages) NetLDAP CryptSmbHash DigestSHA1;
};
smbnetfs = callPackage ../tools/filesystems/smbnetfs {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fusesmb = callPackage ../tools/filesystems/fusesmb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
socat = callPackage ../tools/networking/socat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sourceHighlight = callPackage ../tools/text/source-highlight { };
socat2pre = builderDefsPackage ../tools/networking/socat/2.0.0-b3.nix {
inherit fetchurl stdenv openssl;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
squashfsTools = callPackage ../tools/filesystems/squashfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sshfsFuse = callPackage ../tools/filesystems/sshfs-fuse { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sudo = callPackage ../tools/security/sudo { };
suidChroot = builderDefsPackage (import ../tools/system/suid-chroot) { };
super = callPackage ../tools/security/super { };
ssmtp = callPackage ../tools/networking/ssmtp {
tlsSupport = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ssss = callPackage ../tools/security/ssss { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stun = callPackage ../tools/networking/stun { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stunnel = callPackage ../tools/networking/stunnel { };
su = shadow;
swec = callPackage ../tools/networking/swec {
inherit (perlPackages) LWP URI HTMLParser HTTPServerSimple Parent;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
svnfs = callPackage ../tools/filesystems/svnfs { };
system_config_printer = callPackage ../tools/misc/system-config-printer {
libxml2 = libxml2Python;
};
sitecopy = callPackage ../tools/networking/sitecopy { };
privoxy = callPackage ../tools/networking/privoxy {
autoconf = autoconf213;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tcpdump = callPackage ../tools/networking/tcpdump { };
tcng = callPackage ../tools/networking/tcng {
kernel = linux_2_6_27;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
telnet = callPackage ../tools/networking/telnet { };
texmacs = callPackage ../applications/editors/texmacs {
tex = texLive; /* tetex is also an option */
extraFonts = true;
guile = guile_1_8;
};
tmux = callPackage ../tools/misc/tmux { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tor = callPackage ../tools/security/tor { };
torsocks = callPackage ../tools/security/tor/torsocks.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ttf2pt1 = callPackage ../tools/misc/ttf2pt1 { };
ttf2pt1_cl_pdf = callPackage ../tools/misc/ttf2pt1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ucl = callPackage ../development/libraries/ucl { };
udftools = callPackage ../tools/filesystems/udftools {};
ufraw = callPackage ../applications/graphics/ufraw {
inherit (gnome) gtk;
};
unetbootin = callPackage ../tools/cd-dvd/unetbootin { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
upx = callPackage ../tools/compression/upx { };
usbmuxd = callPackage ../tools/misc/usbmuxd {};
vacuum = callPackage ../applications/networking/instant-messengers/vacuum {};
vbetool = builderDefsPackage ../tools/system/vbetool {
inherit pciutils libx86 zlib;
};
vde2 = callPackage ../tools/networking/vde2 { };
verilog = callPackage ../applications/science/electronics/verilog {};
vfdecrypt = callPackage ../tools/misc/vfdecrypt { };
vifm = callPackage ../applications/misc/vifm {};
viking = callPackage ../applications/misc/viking { };
vncrec = builderDefsPackage ../tools/video/vncrec {
inherit (xlibs) imake libX11 xproto gccmakedep libXt
libXmu libXaw libXext xextproto libSM libICE libXpm
libXp;
};
vorbisgain = callPackage ../tools/misc/vorbisgain { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vpnc = callPackage ../tools/networking/vpnc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vtun = callPackage ../tools/networking/vtun { };
welkin = callPackage ../tools/graphics/welkin {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
testdisk = callPackage ../tools/misc/testdisk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
htmlTidy = callPackage ../tools/text/html-tidy { };
tftp_hpa = callPackage ../tools/networking/tftp-hpa {};
tigervnc = callPackage ../tools/admin/tigervnc {
fontDirectories = [ xorg.fontadobe75dpi xorg.fontmiscmisc xorg.fontcursormisc
xorg.fontbhlucidatypewriter75dpi ];
};
tightvnc = callPackage ../tools/admin/tightvnc {
fontDirectories = [ xorg.fontadobe75dpi xorg.fontmiscmisc xorg.fontcursormisc
xorg.fontbhlucidatypewriter75dpi ];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
time = callPackage ../tools/misc/time { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tm = callPackage ../tools/system/tm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
trang = callPackage ../tools/text/xml/trang { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tre = callPackage ../development/libraries/tre { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ts = callPackage ../tools/system/ts { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
transfig = callPackage ../tools/graphics/transfig { };
truecrypt = callPackage ../applications/misc/truecrypt {
wxGUI = getConfig [ "truecrypt" "wxGUI" ] true;
};
ttmkfdir = callPackage ../tools/misc/ttmkfdir { };
unclutter = callPackage ../tools/misc/unclutter { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unbound = callPackage ../tools/networking/unbound { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
units = callPackage ../tools/misc/units { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unrar = callPackage ../tools/archivers/unrar { };
unarj = callPackage ../tools/archivers/unarj { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unshield = callPackage ../tools/archivers/unshield { };
unzip = callPackage ../tools/archivers/unzip { };
unzipNLS = unzip.override { enableNLS = true; };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
uptimed = callPackage ../tools/system/uptimed { };
vlan = callPackage ../tools/networking/vlan { };
wakelan = callPackage ../tools/networking/wakelan { };
wavemon = callPackage ../tools/networking/wavemon { };
w3cCSSValidator = callPackage ../tools/misc/w3c-css-validator {
tomcat = tomcat6;
};
wdfs = callPackage ../tools/filesystems/wdfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wdiff = callPackage ../tools/text/wdiff { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
webalizer = callPackage ../tools/networking/webalizer { };
webdruid = builderDefsPackage ../tools/admin/webdruid {
inherit zlib libpng freetype gd which
libxml2 geoip;
};
wget = callPackage ../tools/networking/wget {
inherit (perlPackages) LWP;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
which = callPackage ../tools/system/which { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wicd = callPackage ../tools/networking/wicd { };
wkhtmltopdf = callPackage ../tools/graphics/wkhtmltopdf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wv = callPackage ../tools/misc/wv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wv2 = callPackage ../tools/misc/wv2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
x11_ssh_askpass = callPackage ../tools/networking/x11-ssh-askpass { };
xbursttools = assert stdenv ? glibc; import ../tools/misc/xburst-tools {
inherit stdenv fetchgit autoconf automake libusb confuse;
# It needs a cross compiler for mipsel to build the firmware it will
# load into the Ben Nanonote
gccCross =
let
pkgsCross = (import ./all-packages.nix) {
inherit system;
inherit bootStdenv noSysDirs gccWithCC gccWithProfiling config;
# Ben Nanonote system
crossSystem = {
config = "mipsel-unknown-linux";
bigEndian = true;
arch = "mips";
float = "soft";
withTLS = true;
libc = "uclibc";
platform = {
name = "ben_nanonote";
kernelMajor = "2.6";
# It's not a bcm47xx processor, but for the headers this should work
kernelHeadersBaseConfig = "bcm47xx_defconfig";
kernelArch = "mips";
};
gcc = {
arch = "mips32";
};
};
};
in
pkgsCross.gccCrossStageStatic;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xclip = callPackage ../tools/misc/xclip { };
xdelta = callPackage ../tools/compression/xdelta { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xfsprogs = callPackage ../tools/filesystems/xfsprogs { };
xmlroff = callPackage ../tools/typesetting/xmlroff {
inherit (gtkLibs) glib pango gtk;
inherit (gnome) libgnomeprint;
};
xmlstarlet = callPackage ../tools/text/xml/xmlstarlet { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xmlto = callPackage ../tools/typesetting/xmlto { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xmltv = callPackage ../tools/misc/xmltv { };
xmpppy = builderDefsPackage (import ../development/python-modules/xmpppy) {
inherit python setuptools;
};
xorriso = callPackage ../tools/cd-dvd/xorriso { };
xpf = callPackage ../tools/text/xml/xpf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xsel = callPackage ../tools/misc/xsel { };
xtreemfs = callPackage ../tools/filesystems/xtreemfs {};
youtubeDL = callPackage ../tools/misc/youtube-dl { };
zbar = callPackage ../tools/graphics/zbar {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zdelta = callPackage ../tools/compression/zdelta { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zile = callPackage ../applications/editors/zile { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zip = callPackage ../tools/archivers/zip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zsync = callPackage ../tools/compression/zsync { };
### SHELLS
bash = lowPrio (callPackage ../shells/bash {
texinfo = null;
});
bashInteractive = appendToName "interactive" (callPackage ../shells/bash {
interactive = true;
});
bashCompletion = callPackage ../shells/bash-completion { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dash = callPackage ../shells/dash { };
ipython = callPackage ../shells/ipython { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tcsh = callPackage ../shells/tcsh { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rush = callPackage ../shells/rush { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zsh = callPackage ../shells/zsh { };
### DEVELOPMENT / COMPILERS
abc =
abcPatchable [];
abcPatchable = patches :
import ../development/compilers/abc/default.nix {
inherit stdenv fetchurl patches jre apacheAnt;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
javaCup = callPackage ../development/libraries/java/cup { };
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aspectj = callPackage ../development/compilers/aspectj { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bigloo = callPackage ../development/compilers/bigloo { };
ccl = builderDefsPackage ../development/compilers/ccl {};
clangUnwrapped = callPackage ../development/compilers/llvm/clang.nix {
# There is a bug in gcc-4.5 that prevents building a release build of
# clang-3.0
stdenv = if stdenv.isLinux
then (stdenvAdapters.overrideGCC stdenv gcc46)
else stdenv;
};
clang = wrapClang clangUnwrapped;
#Use this instead of stdenv to build with clang
clangStdenv = stdenvAdapters.overrideGCC stdenv clang;
clean = callPackage ../development/compilers/clean { };
cmucl_binary = callPackage ../development/compilers/cmucl/binary.nix { };
dylan = callPackage ../development/compilers/gwydion-dylan {
dylan = callPackage ../development/compilers/gwydion-dylan/binary.nix { };
};
ecl = callPackage ../development/compilers/ecl { };
eql = callPackage ../development/compilers/eql {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
adobe_flex_sdk = callPackage ../development/compilers/adobe-flex-sdk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fpc = callPackage ../development/compilers/fpc { };
fpc_2_4_0 = callPackage ../development/compilers/fpc/2.4.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gambit = callPackage ../development/compilers/gambit { };
gcc = gcc46;
gcc295 = wrapGCC (import ../development/compilers/gcc/2.95 {
inherit fetchurl stdenv noSysDirs;
});
gcc33 = wrapGCC (import ../development/compilers/gcc/3.3 {
inherit fetchurl stdenv noSysDirs;
});
gcc34 = wrapGCC (import ../development/compilers/gcc/3.4 {
inherit fetchurl stdenv noSysDirs;
});
# XXX: GCC 4.2 (and possibly others) misdetects `makeinfo' when
# using Texinfo >= 4.10, just because it uses a stupid regexp that
# expects a single digit after the dot. As a workaround, we feed
# GCC with Texinfo 4.9. Stupid bug, hackish workaround.
gcc40 = wrapGCC (makeOverridable (import ../development/compilers/gcc/4.0) {
inherit fetchurl stdenv noSysDirs;
texinfo = texinfo49;
profiledCompiler = true;
});
gcc41 = wrapGCC (makeOverridable (import ../development/compilers/gcc/4.1) {
inherit fetchurl noSysDirs gmp mpfr;
stdenv = overrideGCC stdenv gcc42;
texinfo = texinfo49;
profiledCompiler = false;
});
gcc42 = wrapGCC (makeOverridable (import ../development/compilers/gcc/4.2) {
inherit fetchurl stdenv noSysDirs;
profiledCompiler = false;
});
gcc43 = lowPrio (wrapGCC (makeOverridable (import ../development/compilers/gcc/4.3) {
inherit stdenv fetchurl texinfo gmp mpfr noSysDirs;
profiledCompiler = true;
}));
gcc43_realCross = makeOverridable (import ../development/compilers/gcc/4.3) {
inherit stdenv fetchurl texinfo gmp mpfr noSysDirs;
binutilsCross = binutilsCross;
libcCross = libcCross;
2009-11-14 08:11:30 +00:00
profiledCompiler = false;
enableMultilib = true;
crossStageStatic = false;
cross = assert crossSystem != null; crossSystem;
};
gcc44_realCross = lib.addMetaAttrs { platforms = []; }
(makeOverridable (import ../development/compilers/gcc/4.4) {
inherit stdenv fetchurl texinfo gmp mpfr /* ppl cloogppl */ noSysDirs
gettext which;
binutilsCross = binutilsCross;
libcCross = libcCross;
profiledCompiler = false;
enableMultilib = false;
crossStageStatic = false;
cross = assert crossSystem != null; crossSystem;
});
gcc45 = gcc45_real;
gcc46 = gcc46_real;
gcc45_realCross = lib.addMetaAttrs { platforms = []; }
(makeOverridable (import ../development/compilers/gcc/4.5) {
inherit fetchurl stdenv texinfo gmp mpfr mpc libelf zlib
ppl cloogppl gettext which noSysDirs;
binutilsCross = binutilsCross;
libcCross = libcCross;
profiledCompiler = false;
enableMultilib = false;
crossStageStatic = false;
cross = assert crossSystem != null; crossSystem;
});
gcc46_realCross = lib.addMetaAttrs { platforms = []; }
(makeOverridable (import ../development/compilers/gcc/4.6) {
inherit fetchurl stdenv texinfo gmp mpfr mpc libelf zlib
cloog ppl gettext which noSysDirs;
binutilsCross = binutilsCross;
libcCross = libcCross;
profiledCompiler = false;
enableMultilib = false;
crossStageStatic = false;
cross = assert crossSystem != null; crossSystem;
});
gcc_realCross = gcc45_realCross;
gccCrossStageStatic = let
isMingw = (stdenv.cross.libc == "msvcrt");
libcCross1 = if isMingw then windows.mingw_headers1 else null;
in
wrapGCCCross {
gcc = forceBuildDrv (lib.addMetaAttrs { platforms = []; } (
gcc_realCross.override {
crossStageStatic = true;
langCC = false;
libcCross = libcCross1;
enableShared = false;
}));
libc = libcCross1;
binutils = binutilsCross;
cross = assert crossSystem != null; crossSystem;
};
# Only needed for mingw builds
gccCrossMingw2 = wrapGCCCross {
gcc = gccCrossStageStatic.gcc;
libc = windows.mingw_headers2;
binutils = binutilsCross;
cross = assert crossSystem != null; crossSystem;
2009-11-14 08:11:30 +00:00
};
gccCrossStageFinal = wrapGCCCross {
gcc = forceBuildDrv (gcc_realCross.override {
libpthreadCross =
# FIXME: Don't explicitly refer to `i586-pc-gnu'.
if crossSystem != null && crossSystem.config == "i586-pc-gnu"
then gnu.libpthreadCross
else null;
});
libc = libcCross;
binutils = binutilsCross;
cross = assert crossSystem != null; crossSystem;
};
2009-11-14 08:11:30 +00:00
gcc43_multi = lowPrio (wrapGCCWith (import ../build-support/gcc-wrapper) glibc_multi (gcc43.gcc.override {
stdenv = overrideGCC stdenv (wrapGCCWith (import ../build-support/gcc-wrapper) glibc_multi gcc);
profiledCompiler = false;
enableMultilib = true;
}));
gcc44 = lowPrio (wrapGCC (makeOverridable (import ../development/compilers/gcc/4.4) {
inherit fetchurl stdenv texinfo gmp mpfr /* ppl cloogppl */
gettext which noSysDirs;
profiledCompiler = true;
}));
gcc45_real = lowPrio (wrapGCC (makeOverridable (import ../development/compilers/gcc/4.5) {
inherit fetchurl stdenv texinfo gmp mpfr mpc libelf zlib perl
ppl cloogppl
gettext which noSysDirs;
# bootstrapping a profiled compiler does not work in the sheevaplug:
# http://gcc.gnu.org/bugzilla/show_bug.cgi?id=43944
profiledCompiler = if stdenv.system == "armv5tel-linux" then false else true;
# When building `gcc.hostDrv' (a "Canadian cross", with host == target
# and host != build), `cross' must be null but the cross-libc must still
# be passed.
cross = null;
libcCross = if crossSystem != null then libcCross else null;
libpthreadCross =
if crossSystem != null && crossSystem.config == "i586-pc-gnu"
then gnu.libpthreadCross
else null;
}));
# A non-stripped version of GCC.
gcc45_debug = lowPrio (wrapGCC (callPackage ../development/compilers/gcc/4.5 {
stripped = false;
inherit noSysDirs;
cross = null;
libcCross = null;
binutilsCross = null;
# bootstrapping a profiled compiler does not work in the sheevaplug:
# http://gcc.gnu.org/bugzilla/show_bug.cgi?id=43944
profiledCompiler = if stdenv.system == "armv5tel-linux" then false else true;
}));
gcc46_real = lowPrio (wrapGCC (callPackage ../development/compilers/gcc/4.6 {
inherit noSysDirs;
cross = null;
libcCross = null;
binutilsCross = null;
# bootstrapping a profiled compiler does not work in the sheevaplug:
# http://gcc.gnu.org/bugzilla/show_bug.cgi?id=43944
profiledCompiler = if stdenv.system == "armv5tel-linux" then false else true;
}));
# A non-stripped version of GCC.
gcc46_debug = lowPrio (wrapGCC (callPackage ../development/compilers/gcc/4.6 {
stripped = false;
inherit noSysDirs;
cross = null;
libcCross = null;
binutilsCross = null;
}));
gccApple =
wrapGCC ( (if stdenv.system == "i686-darwin" then import ../development/compilers/gcc/4.2-apple32 else import ../development/compilers/gcc/4.2-apple64) {
inherit fetchurl stdenv noSysDirs;
profiledCompiler = true;
});
gccupc40 = wrapGCCUPC (import ../development/compilers/gcc-upc-4.0 {
inherit fetchurl stdenv bison autoconf gnum4 noSysDirs;
texinfo = texinfo49;
});
gfortran = gfortran45;
gfortran40 = wrapGCC (gcc40.gcc.override {
langFortran = true;
langCC = false;
inherit gmp mpfr;
});
gfortran41 = wrapGCC (gcc41.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
inherit gmp mpfr;
});
gfortran42 = wrapGCC (gcc42.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
inherit gmp mpfr;
});
gfortran43 = wrapGCC (gcc43.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
profiledCompiler = false;
});
gfortran44 = wrapGCC (gcc44.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
profiledCompiler = false;
});
gfortran45 = wrapGCC (gcc45_real.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
profiledCompiler = false;
});
gfortran46 = wrapGCC (gcc46_real.gcc.override {
name = "gfortran";
langFortran = true;
langCC = false;
langC = false;
profiledCompiler = false;
});
gcj = gcj45;
gcj44 = wrapGCC (gcc44.gcc.override {
name = "gcj";
langJava = true;
langFortran = false;
langCC = true;
langC = false;
profiledCompiler = false;
inherit zip unzip zlib boehmgc gettext pkgconfig;
inherit (gtkLibs) gtk;
inherit (gnome) libart_lgpl;
inherit (xlibs) libX11 libXt libSM libICE libXtst libXi libXrender
libXrandr xproto renderproto xextproto inputproto randrproto;
});
gcj45 = wrapGCC (gcc45.gcc.override {
name = "gcj";
langJava = true;
langFortran = false;
langCC = true;
langC = false;
profiledCompiler = false;
inherit zip unzip zlib boehmgc gettext pkgconfig perl;
inherit (gtkLibs) gtk;
inherit (gnome) libart_lgpl;
inherit (xlibs) libX11 libXt libSM libICE libXtst libXi libXrender
libXrandr xproto renderproto xextproto inputproto randrproto;
});
gcj46 = wrapGCC (gcc46.gcc.override {
name = "gcj";
langJava = true;
langFortran = false;
langCC = true;
langC = false;
profiledCompiler = false;
inherit zip unzip zlib boehmgc gettext pkgconfig perl;
inherit (gtkLibs) gtk;
inherit (gnome) libart_lgpl;
inherit (xlibs) libX11 libXt libSM libICE libXtst libXi libXrender
libXrandr xproto renderproto xextproto inputproto randrproto;
});
gnat = gnat45;
gnat44 = wrapGCC (gcc44.gcc.override {
name = "gnat";
langCC = false;
langC = true;
langAda = true;
profiledCompiler = false;
inherit gnatboot;
# We can't use the ppl stuff, because we would have
# libstdc++ problems.
cloogppl = null;
ppl = null;
});
gnat45 = wrapGCC (gcc45_real.gcc.override {
name = "gnat";
langCC = false;
langC = true;
langAda = true;
profiledCompiler = false;
inherit gnatboot;
# We can't use the ppl stuff, because we would have
# libstdc++ problems.
cloogppl = null;
ppl = null;
});
gnat46 = wrapGCC (gcc46_real.gcc.override {
name = "gnat";
langCC = false;
langC = true;
langAda = true;
profiledCompiler = false;
gnatboot = gnat45;
# We can't use the ppl stuff, because we would have
# libstdc++ problems.
ppl = null;
cloog = null;
});
gnatboot = wrapGCC (import ../development/compilers/gnatboot {
inherit fetchurl stdenv;
});
gccgo = gccgo46;
gccgo46 = wrapGCC (gcc46_real.gcc.override {
name = "gccgo";
langCC = true; #required for go
langC = true;
langGo = true;
});
ghdl = wrapGCC (import ../development/compilers/gcc/4.3 {
inherit stdenv fetchurl texinfo gmp mpfr noSysDirs gnat;
name = "ghdl";
langVhdl = true;
langCC = false;
langC = false;
profiledCompiler = false;
enableMultilib = false;
});
# Not officially supported version for ghdl
ghdl_gcc44 = lowPrio (wrapGCC (import ../development/compilers/gcc/4.4 {
inherit stdenv fetchurl texinfo gmp mpfr noSysDirs gnat gettext which
ppl cloogppl;
name = "ghdl";
langVhdl = true;
langCC = false;
langC = false;
profiledCompiler = false;
enableMultilib = false;
}));
gcl = builderDefsPackage ../development/compilers/gcl {
inherit mpfr m4 binutils fetchcvs emacs zlib which
gmp texinfo;
inherit (xlibs) libX11 xproto inputproto libXi
libXext xextproto libXt libXaw libXmu;
inherit stdenv;
texLive = texLiveAggregationFun {
paths = [
texLive texLiveExtra
];
};
};
# GHC
# GHC binaries are around for bootstrapping purposes
# If we'd want to reactivate the 6.6 and 6.8 series of ghc, we'd
# need to reenable an old binary such as this.
/*
ghc642Binary = lowPrio (import ../development/compilers/ghc/6.4.2-binary.nix {
inherit fetchurl stdenv ncurses gmp;
readline = if stdenv.system == "i686-linux" then readline4 else readline5;
perl = perl58;
});
*/
ghc6101Binary = lowPrio (callPackage ../development/compilers/ghc/6.10.1-binary.nix {
gmp = gmp4;
});
ghc6102Binary = lowPrio (callPackage ../development/compilers/ghc/6.10.2-binary.nix {
gmp = gmp4;
});
ghc6121Binary = lowPrio (callPackage ../development/compilers/ghc/6.12.1-binary.nix {
gmp = gmp4;
});
ghc704Binary = lowPrio (callPackage ../development/compilers/ghc/7.0.4-binary.nix {
gmp = gmp4;
});
# For several compiler versions, we export a large set of Haskell-related
# packages.
# This should point to the current default version.
haskellPackages = haskellPackages_ghc704;
# NOTE (recurseIntoAttrs): After discussion, we originally decided to
# enable it for all GHC versions. However, this is getting too much,
# particularly in connection with Hydra builds for all these packages.
# So we enable it for selected versions only.
# Helper functions to abstract away from repetitive instantiations.
haskellPackagesFun =
ghcPath : ghcBinary : prefFun : profExplicit : profDefault : modifyPrio :
import ./haskell-packages.nix {
inherit pkgs newScope modifyPrio prefFun;
enableLibraryProfiling =
if profExplicit then profDefault
else getConfig [ "cabal" "libraryProfiling" ] profDefault;
ghc = callPackage ghcPath { ghc = ghcBinary; };
};
# Currently active GHC versions.
haskellPackages_ghc6104 =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/6.10.4.nix
ghc6101Binary (x : x.ghc6104Prefs) false false lowPrio);
haskellPackages_ghc6121 =
haskellPackagesFun ../development/compilers/ghc/6.12.1.nix
ghc6101Binary (x : x.ghc6121Prefs) false false lowPrio;
haskellPackages_ghc6122 =
haskellPackagesFun ../development/compilers/ghc/6.12.2.nix
ghc6101Binary (x : x.ghc6122Prefs) false false lowPrio;
haskellPackages_ghc6123 =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/6.12.3.nix
ghc6101Binary (x : x.ghc6123Prefs) false false lowPrio);
# Will never make it into a platform release, severe bugs; leave at lowPrio.
haskellPackages_ghc701 =
haskellPackagesFun ../development/compilers/ghc/7.0.1.nix
ghc6101Binary (x : x.ghc701Prefs) false false lowPrio;
haskellPackages_ghc702 =
haskellPackagesFun ../development/compilers/ghc/7.0.2.nix
ghc6101Binary (x : x.ghc702Prefs) false false lowPrio;
haskellPackages_ghc703 =
haskellPackagesFun ../development/compilers/ghc/7.0.3.nix
ghc6101Binary (x : x.ghc703Prefs) false false lowPrio;
# Current default version: 7.0.4.
#
# The following items are a bit convoluted, but they serve the
# following purpose:
# - for the default version of GHC, both profiling and
# non-profiling versions should be built by Hydra --
# therefore, the _no_profiling and _profiling calls;
# - however, if a user just upgrades a profile, then the
# cabal/libraryProfiling setting should be respected; i.e.,
# the versions not matching the profiling config setting
# should have low priority -- therefore, the use of
# haskellDefaultVersionPrioFun;
# - it should be possible to select library versions that
# respect the config setting using the standard
# haskellPackages_ghc704 path -- therefore, the additional
# call in haskellPackages_ghc704, without recurseIntoAttrs,
# so that Hydra doesn't build these.
haskellDefaultVersionPrioFun =
profDefault :
if getConfig [ "cabal" "libraryProfiling" ] false == profDefault
then (x : x)
else lowPrio;
haskellPackages_ghc704_no_profiling =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/7.0.4.nix
(if stdenv.isDarwin then ghc704Binary else ghc6101Binary)
(x : x.ghc704Prefs) true false
(haskellDefaultVersionPrioFun false));
haskellPackages_ghc704_profiling =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/7.0.4.nix
(if stdenv.isDarwin then ghc704Binary else ghc6101Binary)
(x : x.ghc704Prefs) true true
(haskellDefaultVersionPrioFun true));
haskellPackages_ghc704 =
haskellPackagesFun ../development/compilers/ghc/7.0.4.nix
(if stdenv.isDarwin then ghc704Binary else ghc6101Binary)
(x : x.ghc704Prefs) false false (x : x);
haskellPackages_ghc721 =
haskellPackagesFun ../development/compilers/ghc/7.2.1.nix
(if stdenv.isDarwin then ghc704Binary else ghc6121Binary)
(x : x.ghc721Prefs) false false lowPrio;
haskellPackages_ghc722 =
haskellPackagesFun ../development/compilers/ghc/7.2.2.nix
(if stdenv.isDarwin then ghc704Binary else ghc6121Binary)
(x : x.ghc722Prefs) false false lowPrio;
haskellPackages_ghc741 =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/7.4.1.nix
(if stdenv.isDarwin then ghc704Binary else ghc6121Binary)
(x : x.ghc741Prefs) false false lowPrio);
# Reasonably current HEAD snapshot. Should *always* be lowPrio.
haskellPackages_ghcHEAD =
recurseIntoAttrs
(haskellPackagesFun ../development/compilers/ghc/head.nix
# (haskellPackages_ghc704.ghcWithPackages (self : [ self.alex self.happy ]))
(if stdenv.isDarwin then ghc704Binary else ghc6121Binary)
(x : x.ghcHEADPrefs) false false lowPrio);
haxeDist = import ../development/compilers/haxe {
inherit fetchurl sourceFromHead stdenv lib ocaml zlib makeWrapper neko;
};
haxe = haxeDist.haxe;
haxelib = haxeDist.haxelib;
falcon = builderDefsPackage (import ../development/interpreters/falcon) {
inherit cmake;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
go = callPackage ../development/compilers/go { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gprolog = callPackage ../development/compilers/gprolog { };
gwt = callPackage ../development/compilers/gwt {
inherit (gtkLibs) glib gtk pango atk;
libstdcpp5 = gcc33.gcc;
};
gwt240 = callPackage ../development/compilers/gwt/2.4.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ikarus = callPackage ../development/compilers/ikarus { };
#TODO add packages http://cvs.haskell.org/Hugs/downloads/2006-09/packages/ and test
# commented out because it's using the new configuration style proposal which is unstable
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hugs = callPackage ../development/compilers/hugs { };
path64 = callPackage ../development/compilers/path64 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openjdkDarwin = callPackage ../development/compilers/openjdk-darwin { };
openjdk = callPackage ../development/compilers/openjdk { };
openjre = callPackage ../development/compilers/openjdk {
jreOnly = true;
};
j2sdk14x = (
assert system == "i686-linux";
import ../development/compilers/jdk/default-1.4.nix {
inherit fetchurl stdenv;
});
jdk5 = (
assert system == "i686-linux" || system == "x86_64-linux";
callPackage ../development/compilers/jdk/default-5.nix { });
jdk = if stdenv.isDarwin then openjdkDarwin else jdkdistro true false;
jre = jdkdistro false false;
jdkPlugin = jdkdistro true true;
jrePlugin = jdkdistro false true;
supportsJDK =
system == "i686-linux" ||
system == "x86_64-linux" ||
system == "i686-cygwin" ||
system == "powerpc-linux";
jdkdistro = installjdk: pluginSupport:
(assert supportsJDK;
(if pluginSupport then appendToName "plugin" else x: x) (import ../development/compilers/jdk {
inherit fetchurl stdenv unzip installjdk xlibs pluginSupport makeWrapper cabextract;
}));
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jikes = callPackage ../development/compilers/jikes { };
lazarus = builderDefsPackage (import ../development/compilers/fpc/lazarus.nix) {
inherit makeWrapper;
inherit (gtkLibs) gtk glib pango atk gdk_pixbuf;
inherit (xlibs) libXi inputproto libX11 xproto libXext xextproto;
fpc = fpc;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
llvm = callPackage ../development/compilers/llvm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mitscheme = callPackage ../development/compilers/mit-scheme { };
mlton = callPackage ../development/compilers/mlton { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mono = callPackage ../development/compilers/mono { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
monoDLLFixer = callPackage ../build-support/mono-dll-fixer { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mozart = callPackage ../development/compilers/mozart { };
neko = callPackage ../development/compilers/neko { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nasm = callPackage ../development/compilers/nasm { };
nvidia_cg_toolkit = callPackage ../development/compilers/nvidia-cg-toolkit { };
ocaml = ocaml_3_12_1;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ocaml_3_08_0 = callPackage ../development/compilers/ocaml/3.08.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ocaml_3_10_0 = callPackage ../development/compilers/ocaml/3.10.0.nix { };
ocaml_3_12_1 = lowPrio (callPackage ../development/compilers/ocaml/3.12.1.nix { });
metaocaml_3_09 = callPackage ../development/compilers/ocaml/metaocaml-3.09.nix { };
ber_metaocaml_003 = callPackage ../development/compilers/ocaml/ber-metaocaml-003.nix { };
mkOcamlPackages = ocaml: self: let callPackage = newScope self; in rec {
inherit ocaml;
camlidl = callPackage ../development/tools/ocaml/camlidl { };
camlp5_5_strict = callPackage ../development/tools/ocaml/camlp5/5.15.nix { };
camlp5_5_transitional = callPackage ../development/tools/ocaml/camlp5/5.15.nix {
transitional = true;
};
camlp5_6_strict = callPackage ../development/tools/ocaml/camlp5 { };
camlp5_6_transitional = callPackage ../development/tools/ocaml/camlp5 {
transitional = true;
};
camlp5_strict = camlp5_6_strict;
camlp5_transitional = camlp5_6_transitional;
camlzip = callPackage ../development/ocaml-modules/camlzip { };
camomile_0_8_2 = callPackage ../development/ocaml-modules/camomile/0.8.2.nix { };
camomile = callPackage ../development/ocaml-modules/camomile { };
cryptokit = callPackage ../development/ocaml-modules/cryptokit { };
findlib = callPackage ../development/tools/ocaml/findlib { };
gmetadom = callPackage ../development/ocaml-modules/gmetadom { };
lablgtk = callPackage ../development/ocaml-modules/lablgtk {
inherit (gnome) libgnomecanvas libglade gtksourceview;
};
lablgtkmathview = callPackage ../development/ocaml-modules/lablgtkmathview {
gtkmathview = callPackage ../development/libraries/gtkmathview { };
};
menhir = callPackage ../development/ocaml-modules/menhir { };
ocaml_batteries = callPackage ../development/ocaml-modules/batteries {
camomile = camomile_0_8_2;
};
ocaml_cryptgps = callPackage ../development/ocaml-modules/cryptgps { };
ocaml_expat = callPackage ../development/ocaml-modules/expat { };
ocamlgraph = callPackage ../development/ocaml-modules/ocamlgraph { };
ocaml_http = callPackage ../development/ocaml-modules/http { };
ocaml_lwt = callPackage ../development/ocaml-modules/lwt { };
ocaml_mysql = callPackage ../development/ocaml-modules/mysql { };
ocamlnet = callPackage ../development/ocaml-modules/ocamlnet { };
ocaml_pcre = callPackage ../development/ocaml-modules/pcre {
inherit pcre;
};
ocaml_react = callPackage ../development/ocaml-modules/react { };
ocaml_sqlite3 = callPackage ../development/ocaml-modules/sqlite3 { };
ocaml_ssl = callPackage ../development/ocaml-modules/ssl { };
ounit = callPackage ../development/ocaml-modules/ounit { };
ulex = callPackage ../development/ocaml-modules/ulex { };
ulex08 = callPackage ../development/ocaml-modules/ulex/0.8 {
camlp5 = camlp5_5_transitional;
};
ocaml_typeconv = callPackage ../development/ocaml-modules/typeconv { };
ocaml_sexplib = callPackage ../development/ocaml-modules/sexplib { };
ocaml_extlib = callPackage ../development/ocaml-modules/extlib { };
pycaml = callPackage ../development/ocaml-modules/pycaml { };
};
ocamlPackages = recurseIntoAttrs ocamlPackages_3_12_1;
ocamlPackages_3_10_0 = mkOcamlPackages ocaml_3_10_0 pkgs.ocamlPackages_3_10_0;
ocamlPackages_3_12_1 = mkOcamlPackages ocaml_3_12_1 pkgs.ocamlPackages_3_12_1;
ocaml_make = callPackage ../development/ocaml-modules/ocamlmake { };
opa = let callPackage = newScope pkgs.ocamlPackages_3_12_1; in callPackage ../development/compilers/opa { };
ocamlnat = let callPackage = newScope pkgs.ocamlPackages_3_12_1; in callPackage ../development/ocaml-modules/ocamlnat { };
opencxx = callPackage ../development/compilers/opencxx {
gcc = gcc33;
};
qcmm = callPackage ../development/compilers/qcmm {
lua = lua4;
ocaml = ocaml_3_08_0;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
roadsend = callPackage ../development/compilers/roadsend { };
# TODO: the corresponding nix file is missing
# rust = pkgsi686Linux.callPackage ../development/compilers/rust {};
sbcl = builderDefsPackage (import ../development/compilers/sbcl) {
inherit makeWrapper clisp;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scala = callPackage ../development/compilers/scala { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stalin = callPackage ../development/compilers/stalin { };
strategoPackages = strategoPackages018;
strategoPackages016 = callPackage ../development/compilers/strategoxt/0.16.nix {
stdenv = overrideInStdenv stdenv [gnumake380];
};
strategoPackages017 = callPackage ../development/compilers/strategoxt/0.17.nix {
readline = readline5;
};
strategoPackages018 = callPackage ../development/compilers/strategoxt/0.18.nix {
readline = readline5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
metaBuildEnv = callPackage ../development/compilers/meta-environment/meta-build-env { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
swiProlog = callPackage ../development/compilers/swi-prolog { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tinycc = callPackage ../development/compilers/tinycc { };
urweb = callPackage ../development/compilers/urweb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vala = callPackage ../development/compilers/vala { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
visualcpp = callPackage ../development/compilers/visual-c++ { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vs90wrapper = callPackage ../development/compilers/vs90wrapper { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
webdsl = callPackage ../development/compilers/webdsl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
win32hello = callPackage ../development/compilers/visual-c++/test { };
wrapGCCWith = gccWrapper: glibc: baseGCC: gccWrapper {
nativeTools = stdenv ? gcc && stdenv.gcc.nativeTools;
nativeLibc = stdenv ? gcc && stdenv.gcc.nativeLibc;
nativePrefix = if stdenv ? gcc then stdenv.gcc.nativePrefix else "";
gcc = baseGCC;
libc = glibc;
shell = bash;
inherit stdenv binutils coreutils zlib;
};
wrapClangWith = clangWrapper: glibc: baseClang: clangWrapper {
nativeTools = stdenv ? gcc && stdenv.gcc.nativeTools;
nativeLibc = stdenv ? gcc && stdenv.gcc.nativeLibc;
nativePrefix = if stdenv ? gcc then stdenv.gcc.nativePrefix else "";
clang = baseClang;
libc = glibc;
shell = bash;
binutils = stdenv.gcc.binutils;
inherit stdenv coreutils zlib;
};
wrapClang = wrapClangWith (import ../build-support/clang-wrapper) glibc;
wrapGCC = wrapGCCWith (import ../build-support/gcc-wrapper) glibc;
wrapGCCCross =
{gcc, libc, binutils, cross, shell ? "", name ? "gcc-cross-wrapper"}:
forceBuildDrv (import ../build-support/gcc-cross-wrapper {
nativeTools = false;
nativeLibc = false;
noLibc = (libc == null);
inherit stdenv gcc binutils libc shell name cross;
});
# FIXME: This is a specific hack for GCC-UPC. Eventually, we may
# want to merge `gcc-upc-wrapper' and `gcc-wrapper'.
wrapGCCUPC = baseGCC: import ../build-support/gcc-upc-wrapper {
nativeTools = stdenv ? gcc && stdenv.gcc.nativeTools;
nativeLibc = stdenv ? gcc && stdenv.gcc.nativeLibc;
gcc = baseGCC;
libc = glibc;
inherit stdenv binutils;
};
# prolog
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
yap = callPackage ../development/compilers/yap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
yasm = callPackage ../development/compilers/yasm { };
### DEVELOPMENT / INTERPRETERS
acl2 = builderDefsPackage ../development/interpreters/acl2 {
inherit sbcl;
};
angelscript = callPackage ../development/interpreters/angelscript {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
clisp = callPackage ../development/interpreters/clisp { };
# compatibility issues in 2.47 - at list 2.44.1 is known good
# for sbcl bootstrap
clisp_2_44_1 = callPackage ../development/interpreters/clisp/2.44.1.nix {
libsigsegv = libsigsegv_25;
};
clojure = callPackage ../development/interpreters/clojure { };
clojure_binary = callPackage ../development/interpreters/clojure/binary.nix { };
clojure_wrapper = callPackage ../development/interpreters/clojure/wrapper.nix {
#clojure = clojure_binary;
};
clooj_standalone_binary = callPackage ../development/interpreters/clojure/clooj.nix { };
clooj_wrapper = callPackage ../development/interpreters/clojure/clooj-wrapper.nix {
clooj = clooj_standalone_binary;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
erlang = callPackage ../development/interpreters/erlang { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
erlangR13B = callPackage ../development/interpreters/erlang/R13B.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
groovy = callPackage ../development/interpreters/groovy { };
guile_1_8 = callPackage ../development/interpreters/guile/1.8.nix { };
guile_2_0 = callPackage ../development/interpreters/guile { };
guile = guile_2_0;
io = callPackage ../development/interpreters/io { };
j = callPackage ../development/interpreters/j {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kaffe = callPackage ../development/interpreters/kaffe { };
kona = callPackage ../development/interpreters/kona {};
love = callPackage ../development/interpreters/love {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lua4 = callPackage ../development/interpreters/lua-4 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lua5 = callPackage ../development/interpreters/lua-5 { };
lua5_0 = callPackage ../development/interpreters/lua-5/5.0.3.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
maude = callPackage ../development/interpreters/maude { };
octave = callPackage ../development/interpreters/octave {
fltk = fltk13;
};
# mercurial (hg) bleeding edge version
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
octaveHG = callPackage ../development/interpreters/octave/hg.nix { };
perl58 = callPackage ../development/interpreters/perl/5.8 {
impureLibcPath = if stdenv.isLinux then null else "/usr";
};
perl510 = callPackage ../development/interpreters/perl/5.10 { };
perl514 = callPackage ../development/interpreters/perl/5.14 {
fetchurl = fetchurlBoot;
};
perl = if system != "i686-cygwin" then perl514 else sysPerl;
php = php5_3;
php5_2 = makeOverridable (import ../development/interpreters/php/5.2.nix) {
inherit
stdenv fetchurl lib composableDerivation autoconf automake
flex bison apacheHttpd mysql libxml2 readline
zlib curl gd postgresql openssl pkgconfig sqlite getConfig libiconv libjpeg libpng;
};
php5_3 = makeOverridable (import ../development/interpreters/php/5.3.nix) {
inherit
stdenv fetchurl lib composableDerivation autoconf automake
flex bison apacheHttpd mysql libxml2 readline
zlib curl gd postgresql openssl pkgconfig sqlite getConfig libiconv libjpeg libpng;
};
php_apc = callPackage ../development/libraries/php-apc { };
php_xcache = callPackage ../development/libraries/php-xcache { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
phpXdebug = callPackage ../development/interpreters/php-xdebug { };
picolisp = callPackage ../development/interpreters/picolisp {};
pltScheme = builderDefsPackage (import ../development/interpreters/plt-scheme) {
inherit cairo fontconfig freetype libjpeg libpng openssl
perl mesa zlib which;
inherit (xorg) libX11 libXaw libXft libXrender libICE xproto
renderproto pixman libSM libxcb libXext xextproto libXmu
libXt;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
polyml = callPackage ../development/compilers/polyml { };
pure = callPackage ../development/interpreters/pure {};
python = python27;
python3 = python32;
python26 = callPackage ../development/interpreters/python/2.6 { };
python27 = callPackage ../development/interpreters/python/2.7 { };
python31 = callPackage ../development/interpreters/python/3.1 {
arch = if stdenv.isDarwin then pkgs.darwinArchUtility else null;
sw_vers = if stdenv.isDarwin then pkgs.darwinSwVersUtility else null;
};
python32 = callPackage ../development/interpreters/python/3.2 {
arch = if stdenv.isDarwin then pkgs.darwinArchUtility else null;
sw_vers = if stdenv.isDarwin then pkgs.darwinSwVersUtility else null;
};
pythonFull = python27Full;
python26Full = callPackage ../development/interpreters/python/wrapper.nix {
extraLibs = lib.attrValues python26.modules;
python = python26;
};
python27Full = callPackage ../development/interpreters/python/wrapper.nix {
extraLibs = lib.attrValues python27.modules;
python = python27;
};
pythonhomeWrapper = callPackage ../development/interpreters/python/pythonhome-wrapper.nix { };
pyrex = pyrex095;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pyrex095 = callPackage ../development/interpreters/pyrex/0.9.5.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pyrex096 = callPackage ../development/interpreters/pyrex/0.9.6.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qi = callPackage ../development/compilers/qi { };
racket = callPackage ../development/interpreters/racket {
inherit (gtkLibs) pango glib gtk;
};
regina = callPackage ../development/interpreters/regina {};
ruby18 = callPackage ../development/interpreters/ruby/ruby-18.nix { };
ruby19 = callPackage ../development/interpreters/ruby/ruby-19.nix { };
ruby = callPackage ../development/interpreters/ruby { };
rubyLibs = recurseIntoAttrs (callPackage ../development/interpreters/ruby/libs.nix { });
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rake = callPackage ../development/ruby-modules/rake { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rubySqlite3 = callPackage ../development/ruby-modules/sqlite3 { };
rLang = callPackage ../development/interpreters/r-lang {
withBioconductor = getConfig ["rLang" "withBioconductor"] false;
};
rubygemsFun = ruby: builderDefsPackage (import ../development/interpreters/ruby/rubygems.nix) {
inherit ruby makeWrapper;
};
rubygems = hiPrio (rubygemsFun ruby);
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rq = callPackage ../applications/networking/cluster/rq { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scsh = callPackage ../development/interpreters/scsh { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
spidermonkey = callPackage ../development/interpreters/spidermonkey { };
spidermonkey_1_8_0rc1 = callPackage ../development/interpreters/spidermonkey/1.8.0-rc1.nix { };
spidermonkey_185 = callPackage ../development/interpreters/spidermonkey/185-1.0.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sysPerl = callPackage ../development/interpreters/sys-perl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tcl = callPackage ../development/interpreters/tcl { };
xulrunnerWrapper = {application, launcher}:
import ../development/interpreters/xulrunner/wrapper {
inherit stdenv application launcher xulrunner;
};
xulrunner = pkgs.firefoxPkgs.xulrunner;
### DEVELOPMENT / MISC
avrgcclibc = callPackage ../development/misc/avr-gcc-with-avr-libc {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
avr8burnomat = callPackage ../development/misc/avr8-burn-omat { };
/*
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
toolbus = callPackage ../development/interpreters/toolbus { };
*/
sourceFromHead = import ../build-support/source-from-head-fun.nix {
inherit getConfig;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ecj = callPackage ../development/eclipse/ecj { };
ecjDarwin = ecj.override { gcj = openjdkDarwin; ant = antDarwin; };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jdtsdk = callPackage ../development/eclipse/jdt-sdk { };
jruby165 = callPackage ../development/interpreters/jruby { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
guileCairo = callPackage ../development/guile-modules/guile-cairo { };
guileGnome = callPackage ../development/guile-modules/guile-gnome {
gconf = gnome.GConf;
inherit (gnome) glib gnome_vfs gtk libglade libgnome libgnomecanvas
libgnomeui pango;
};
guile_lib = callPackage ../development/guile-modules/guile-lib { };
guile_ncurses = callPackage ../development/guile-modules/guile-ncurses { };
windowssdk = (
import ../development/misc/windows-sdk {
inherit fetchurl stdenv cabextract;
});
### DEVELOPMENT / TOOLS
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
antlr = callPackage ../development/tools/parsing/antlr/2.7.7.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
antlr3 = callPackage ../development/tools/parsing/antlr { };
antDarwin = apacheAnt.override rec { jdk = openjdkDarwin; name = "ant-" + jdk.name; } ;
ant = apacheAnt;
apacheAnt = callPackage ../development/tools/build-managers/apache-ant {
name = "ant-" + jdk.name;
};
apacheAnt14 = callPackage ../development/tools/build-managers/apache-ant {
jdk = j2sdk14x;
name = "ant-" + j2sdk14x.name;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
apacheAntGcj = callPackage ../development/tools/build-managers/apache-ant/from-source.nix { # must be either pre-built or built with GCJ *alone*
gcj = gcj.gcc; # use the raw GCJ, which has ${gcj}/lib/jvm
};
astyle = callPackage ../development/tools/misc/astyle { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autobuild = callPackage ../development/tools/misc/autobuild { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autoconf = callPackage ../development/tools/misc/autoconf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autoconf213 = callPackage ../development/tools/misc/autoconf/2.13.nix { };
automake = automake111x;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
automake17x = callPackage ../development/tools/misc/automake/automake-1.7.x.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
automake19x = callPackage ../development/tools/misc/automake/automake-1.9.x.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
automake110x = callPackage ../development/tools/misc/automake/automake-1.10.x.nix { };
automake111x = callPackage ../development/tools/misc/automake/automake-1.11.x.nix {
doCheck = !stdenv.isArm && !stdenv.isCygwin
# Some of the parallel tests seem to hang on `i386-pc-solaris2.11'.
&& stdenv.system != "i686-solaris"
# One test fails to terminate on FreeBSD: <http://bugs.gnu.org/8788>.
&& !stdenv.isFreeBSD;
};
automoc4 = callPackage ../development/tools/misc/automoc4 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
avrdude = callPackage ../development/tools/misc/avrdude { };
bam = callPackage ../development/tools/build-managers/bam {};
binutils = callPackage ../development/tools/misc/binutils {
inherit noSysDirs;
};
binutils_gold = callPackage ../development/tools/misc/binutils {
inherit noSysDirs;
gold = true;
};
binutilsCross = forceBuildDrv (import ../development/tools/misc/binutils {
inherit stdenv fetchurl zlib;
noSysDirs = true;
cross = assert crossSystem != null; crossSystem;
});
2009-11-14 08:11:30 +00:00
bison = bison25;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bison1875 = callPackage ../development/tools/parsing/bison/bison-1.875.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bison23 = callPackage ../development/tools/parsing/bison/bison-2.3.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bison24 = callPackage ../development/tools/parsing/bison/bison-2.4.nix { };
bison25 = callPackage ../development/tools/parsing/bison/bison-2.5.nix { };
buildbot = callPackage ../development/tools/build-managers/buildbot {
inherit (pythonPackages) twisted;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
byacc = callPackage ../development/tools/parsing/byacc { };
cbrowser = callPackage ../development/tools/misc/cbrowser { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ccache = callPackage ../development/tools/misc/ccache { };
# Wrapper that works as gcc or g++
# It can be used by setting in nixpkgs config like this, for example:
# replaceStdenv = { pkgs }: pkgs.ccacheStdenv;
# But if you build in chroot, you should have that path in chroot
# If instantiated directly, it will use the HOME/.ccache as cache directory.
# You can use an override in packageOverrides to set extraConfig:
# packageOverrides = pkgs: {
# ccacheWrapper = pkgs.ccacheWrapper.override {
# extraConfig = ''
# CCACHE_COMPRESS=1
# CCACHE_DIR=/bin/.ccache
# '';
# };
#
ccacheWrapper = makeOverridable ({ extraConfig ? "" }:
wrapGCC (ccache.links extraConfig)) {};
ccacheStdenv = overrideGCC stdenv ccacheWrapper;
complexity = callPackage ../development/tools/misc/complexity { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ctags = callPackage ../development/tools/misc/ctags { };
ctagsWrapped = import ../development/tools/misc/ctags/wrapped.nix {
inherit pkgs ctags writeScriptBin;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cmake = callPackage ../development/tools/build-managers/cmake { };
cmake264 = callPackage ../development/tools/build-managers/cmake/264.nix { };
cmakeCurses = cmake.override { useNcurses = true; };
cmakeWithGui = cmakeCurses.override { useQt4 = true; };
coccinelle = callPackage ../development/tools/misc/coccinelle {
ocamlPackages = ocamlPackages_3_12_1;
ocaml = ocaml_3_12_1;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cppi = callPackage ../development/tools/misc/cppi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cproto = callPackage ../development/tools/misc/cproto { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cflow = callPackage ../development/tools/misc/cflow { };
cppcheck = callPackage ../development/tools/analysis/cppcheck { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cscope = callPackage ../development/tools/misc/cscope { };
csslint = callPackage ../development/web/csslint { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dejagnu = callPackage ../development/tools/misc/dejagnu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ddd = callPackage ../development/tools/misc/ddd { };
distcc = callPackage ../development/tools/misc/distcc { };
docutils = builderDefsPackage (import ../development/tools/documentation/docutils) {
inherit python pil makeWrapper;
};
doxygen = lowPrio (doxygen_gui.override { qt4 = null; });
doxygen_gui = callPackage ../development/tools/documentation/doxygen { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
eggdbus = callPackage ../development/tools/misc/eggdbus { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
elfutils = callPackage ../development/tools/misc/elfutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
epm = callPackage ../development/tools/misc/epm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
emma = callPackage ../development/tools/analysis/emma { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
findbugs = callPackage ../development/tools/analysis/findbugs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pmd = callPackage ../development/tools/analysis/pmd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jdepend = callPackage ../development/tools/analysis/jdepend { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
checkstyle = callPackage ../development/tools/analysis/checkstyle { };
flex = flex2535;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
flex2535 = callPackage ../development/tools/parsing/flex/flex-2.5.35.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
flex2534 = callPackage ../development/tools/parsing/flex/flex-2.5.34.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
flex2533 = callPackage ../development/tools/parsing/flex/flex-2.5.33.nix { };
# Note: 2.5.4a is much older than 2.5.35 but happens first when sorting
# alphabetically, hence the low priority.
flex254a = lowPrio (import ../development/tools/parsing/flex/flex-2.5.4a.nix {
inherit fetchurl stdenv yacc;
});
m4 = gnum4;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
global = callPackage ../development/tools/misc/global { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnum4 = callPackage ../development/tools/misc/gnum4 { };
gnumake = callPackage ../development/tools/build-managers/gnumake { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnumake380 = callPackage ../development/tools/build-managers/gnumake-3.80 { };
gnumake381 = callPackage ../development/tools/build-managers/gnumake/3.81.nix { };
gob2 = callPackage ../development/tools/misc/gob2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gradle = callPackage ../development/tools/build-managers/gradle { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gperf = callPackage ../development/tools/misc/gperf { };
gtkdialog = callPackage ../development/tools/misc/gtkdialog { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
guileLint = callPackage ../development/tools/guile/guile-lint { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gwrap = callPackage ../development/tools/guile/g-wrap { };
help2man = callPackage ../development/tools/misc/help2man {
inherit (perlPackages) LocaleGettext;
};
hyenae = callPackage ../tools/networking/hyenae { };
iconnamingutils = callPackage ../development/tools/misc/icon-naming-utils {
inherit (perlPackages) XMLSimple;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
indent = callPackage ../development/tools/misc/indent { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
inotifyTools = callPackage ../development/tools/misc/inotify-tools { };
intelgen4asm = callPackage ../development/misc/intelgen4asm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ired = callPackage ../development/tools/analysis/radare/ired.nix { };
itstool = callPackage ../development/tools/misc/itstool { };
jam = callPackage ../development/tools/build-managers/jam { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jikespg = callPackage ../development/tools/parsing/jikespg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lcov = callPackage ../development/tools/analysis/lcov { };
leiningen = callPackage ../development/tools/build-managers/leiningen { };
libtool = libtool_2;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtool_1_5 = callPackage ../development/tools/misc/libtool { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtool_2 = callPackage ../development/tools/misc/libtool/libtool2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lsof = callPackage ../development/tools/misc/lsof { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ltrace = callPackage ../development/tools/misc/ltrace { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mk = callPackage ../development/tools/build-managers/mk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
noweb = callPackage ../development/tools/literate-programming/noweb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
omake = callPackage ../development/tools/ocaml/omake { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openocd = callPackage ../development/tools/misc/openocd { };
oprofile = callPackage ../development/tools/profiling/oprofile {
qt3 = null;
};
patchelf = callPackage ../development/tools/misc/patchelf { };
peg = callPackage ../development/tools/parsing/peg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pmccabe = callPackage ../development/tools/misc/pmccabe { };
/* Make pkgconfig always return a buildDrv, never a proper hostDrv,
because most usage of pkgconfig as buildInput (inheritance of
pre-cross nixpkgs) means using it using as buildNativeInput
cross_renaming: we should make all programs use pkgconfig as
buildNativeInput after the renaming.
*/
pkgconfig = forceBuildDrv (callPackage ../development/tools/misc/pkgconfig { });
premake = callPackage ../development/tools/misc/premake { };
radare = callPackage ../development/tools/analysis/radare {
inherit (gnome) vte;
lua = lua5;
useX11 = getConfig ["radare" "useX11"] false;
pythonBindings = getConfig ["radare" "pythonBindings"] false;
rubyBindings = getConfig ["radare" "rubyBindings"] false;
luaBindings = getConfig ["radare" "luaBindings"] false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ragel = callPackage ../development/tools/parsing/ragel { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
remake = callPackage ../development/tools/build-managers/remake { };
# couldn't find the source yet
seleniumRCBin = callPackage ../development/tools/selenium/remote-control {
jre = jdk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scons = callPackage ../development/tools/build-managers/scons { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
simpleBuildTool = callPackage ../development/tools/build-managers/simple-build-tool { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sloccount = callPackage ../development/tools/misc/sloccount { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sparse = callPackage ../development/tools/analysis/sparse { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
spin = callPackage ../development/tools/analysis/spin { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
splint = callPackage ../development/tools/analysis/splint { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
strace = callPackage ../development/tools/misc/strace { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
swig = callPackage ../development/tools/misc/swig { };
swig2 = callPackage ../development/tools/misc/swig/2.x.nix { };
swigWithJava = swig;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
swftools = callPackage ../tools/video/swftools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
texinfo49 = callPackage ../development/tools/misc/texinfo/4.9.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
texinfo = callPackage ../development/tools/misc/texinfo { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
texi2html = callPackage ../development/tools/misc/texi2html { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
uisp = callPackage ../development/tools/misc/uisp { };
gdb = callPackage ../development/tools/misc/gdb {
hurd = gnu.hurdCross;
inherit (gnu) mig;
};
gdbCross = callPackage ../development/tools/misc/gdb {
target = crossSystem;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
valgrind = callPackage ../development/tools/analysis/valgrind { };
valkyrie = callPackage ../development/tools/analysis/valkyrie { };
xxdiff = callPackage ../development/tools/misc/xxdiff { };
yacc = bison;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
yodl = callPackage ../development/tools/misc/yodl { };
### DEVELOPMENT / LIBRARIES
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
a52dec = callPackage ../development/libraries/a52dec { };
aacskeys = callPackage ../development/libraries/aacskeys { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aalib = callPackage ../development/libraries/aalib { };
acl = callPackage ../development/libraries/acl { };
adns = callPackage ../development/libraries/adns { };
afflib = callPackage ../development/libraries/afflib {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
agg = callPackage ../development/libraries/agg { };
allegro = callPackage ../development/libraries/allegro {};
allegro5 = callPackage ../development/libraries/allegro/5.nix {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
amrnb = callPackage ../development/libraries/amrnb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
amrwb = callPackage ../development/libraries/amrwb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
apr = callPackage ../development/libraries/apr { };
aprutil = callPackage ../development/libraries/apr-util {
bdbSupport = true;
};
asio = callPackage ../development/libraries/asio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aspell = callPackage ../development/libraries/aspell { };
aspellDicts = recurseIntoAttrs (import ../development/libraries/aspell/dictionaries.nix {
inherit fetchurl stdenv aspell which;
});
aterm = aterm25;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aterm25 = callPackage ../development/libraries/aterm/2.5.nix { };
aterm28 = lowPrio (callPackage ../development/libraries/aterm/2.8.nix { });
attica = callPackage ../development/libraries/attica { };
attr = callPackage ../development/libraries/attr { };
aqbanking = callPackage ../development/libraries/aqbanking { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
aubio = callPackage ../development/libraries/aubio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
axis = callPackage ../development/libraries/axis { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
babl = callPackage ../development/libraries/babl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
beecrypt = callPackage ../development/libraries/beecrypt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
boehmgc = callPackage ../development/libraries/boehm-gc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
boolstuff = callPackage ../development/libraries/boolstuff { };
boost142 = callPackage ../development/libraries/boost/1.42.nix { };
boost144 = callPackage ../development/libraries/boost/1.44.nix { };
boost146 = callPackage ../development/libraries/boost/1.46.nix { };
boost147 = callPackage ../development/libraries/boost/1.47.nix { };
boost148 = callPackage ../development/libraries/boost/1.48.nix { };
boost149 = callPackage ../development/libraries/boost/1.49.nix { };
boost = boost149;
# A Boost build with all library variants enabled. Very large (about 250 MB).
boostFull = appendToName "full" (boost.override {
enableDebug = true;
enableSingleThreaded = true;
enableStatic = true;
});
botan = callPackage ../development/libraries/botan { };
box2d = callPackage ../development/libraries/box2d { };
box2d_2_0_1 = callPackage ../development/libraries/box2d/2.0.1.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
buddy = callPackage ../development/libraries/buddy { };
caelum = callPackage ../development/libraries/caelum { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cairomm = callPackage ../development/libraries/cairomm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scmccid = callPackage ../development/libraries/scmccid { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ccrtp = callPackage ../development/libraries/ccrtp { };
ccrtp_1_8 = callPackage ../development/libraries/ccrtp/1.8.nix { };
celt = callPackage ../development/libraries/celt {};
celt_0_7 = callPackage ../development/libraries/celt/0.7.nix {};
cgal = callPackage ../development/libraries/CGAL {};
cgui = callPackage ../development/libraries/cgui {};
check = callPackage ../development/libraries/check { };
chipmunk = builderDefsPackage (import ../development/libraries/chipmunk) {
inherit cmake freeglut mesa;
inherit (xlibs) libX11 xproto inputproto libXi libXmu;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
chmlib = callPackage ../development/libraries/chmlib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cil = callPackage ../development/libraries/cil { };
cilaterm = callPackage ../development/libraries/cil-aterm {
stdenv = overrideInStdenv stdenv [gnumake380];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
clanlib = callPackage ../development/libraries/clanlib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
classads = callPackage ../development/libraries/classads { };
classpath = callPackage ../development/libraries/java/classpath {
javac = gcj;
jvm = gcj;
gconf = gnome.GConf;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
clearsilver = callPackage ../development/libraries/clearsilver { };
cln = callPackage ../development/libraries/cln { };
clppcre = builderDefsPackage (import ../development/libraries/cl-ppcre) { };
clucene_core = callPackage ../development/libraries/clucene-core { };
cluceneCore = clucene_core; # !!! remove this
clutter = callPackage ../development/libraries/clutter {
inherit (gnome) glib pango gtk;
};
clutter_gtk = callPackage ../development/libraries/clutter-gtk {
inherit (gnome) gtk;
};
cminpack = callPackage ../development/libraries/cminpack { };
cogl = callPackage ../development/libraries/cogl { };
coin3d = callPackage ../development/libraries/coin3d { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
commoncpp2 = callPackage ../development/libraries/commoncpp2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
confuse = callPackage ../development/libraries/confuse { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
consolekit = callPackage ../development/libraries/consolekit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
coredumper = callPackage ../development/libraries/coredumper { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ctl = callPackage ../development/libraries/ctl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cppunit = callPackage ../development/libraries/cppunit { };
cppnetlib = callPackage ../development/libraries/cppnetlib {
boost = boostFull;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cracklib = callPackage ../development/libraries/cracklib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cryptopp = callPackage ../development/libraries/crypto++ { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cyrus_sasl = callPackage ../development/libraries/cyrus-sasl { };
db4 = db45;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
db44 = callPackage ../development/libraries/db4/db4-4.4.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
db45 = callPackage ../development/libraries/db4/db4-4.5.nix { };
db47 = callPackage ../development/libraries/db4/db4-4.7.nix { };
db48 = callPackage ../development/libraries/db4/db4-4.8.nix { };
dbus = pkgs.dbus_all.libs // { inherit (pkgs.dbus_all) libs; };
dbus_daemon = pkgs.dbus_all.daemon;
dbus_tools = pkgs.dbus_all.tools;
dbus_libs = pkgs.dbus_all.libs;
dbus_all = callPackage ../development/libraries/dbus {
useX11 = true;
};
dbus_glib = callPackage ../development/libraries/dbus-glib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dbus_java = callPackage ../development/libraries/java/dbus-java { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dclib = callPackage ../development/libraries/dclib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
directfb = callPackage ../development/libraries/directfb { };
dotconf = callPackage ../development/libraries/dotconf { };
dssi = callPackage ../development/libraries/dssi {};
dragonegg = callPackage ../development/compilers/llvm/dragonegg.nix {
stdenv = overrideGCC stdenv gcc45;
};
eigen = callPackage ../development/libraries/eigen {};
enchant = callPackage ../development/libraries/enchant {
inherit (gnome) glib;
};
enet = callPackage ../development/libraries/enet { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
enginepkcs11 = callPackage ../development/libraries/enginepkcs11 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
esdl = callPackage ../development/libraries/esdl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
exiv2 = callPackage ../development/libraries/exiv2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
expat = callPackage ../development/libraries/expat { };
extremetuxracer = builderDefsPackage (import ../games/extremetuxracer) {
inherit mesa tcl freeglut SDL SDL_mixer pkgconfig
libpng gettext intltool;
inherit (xlibs) libX11 xproto libXi inputproto
libXmu libXext xextproto libXt libSM libICE;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
eventlog = callPackage ../development/libraries/eventlog { };
facile = callPackage ../development/libraries/facile { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
faac = callPackage ../development/libraries/faac { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
faad2 = callPackage ../development/libraries/faad2 { };
farsight2 = callPackage ../development/libraries/farsight2 {
inherit (gnome) glib;
inherit (gst_all) gstreamer gstPluginsBase gst_python;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fcgi = callPackage ../development/libraries/fcgi { };
ffmpeg = callPackage ../development/libraries/ffmpeg {
vpxSupport = if !stdenv.isMips then true else false;
};
ffmpeg_0_6_90 = callPackage ../development/libraries/ffmpeg/0.6.90.nix {
vpxSupport = if !stdenv.isMips then true else false;
};
fftw = callPackage ../development/libraries/fftw {
singlePrecision = false;
};
fftwSinglePrec = callPackage ../development/libraries/fftw {
singlePrecision = true;
};
flann = callPackage ../development/libraries/flann { };
flite = callPackage ../development/libraries/flite { };
fltk13 = callPackage ../development/libraries/fltk/fltk13.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fltk20 = callPackage ../development/libraries/fltk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fmod = callPackage ../development/libraries/fmod { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freeimage = callPackage ../development/libraries/freeimage { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freetts = callPackage ../development/libraries/freetts { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cfitsio = callPackage ../development/libraries/cfitsio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fontconfig = callPackage ../development/libraries/fontconfig { };
makeFontsConf = let fontconfig_ = fontconfig; in {fontconfig ? fontconfig_, fontDirectories}:
import ../development/libraries/fontconfig/make-fonts-conf.nix {
inherit runCommand libxslt fontconfig fontDirectories;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freealut = callPackage ../development/libraries/freealut { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freeglut = callPackage ../development/libraries/freeglut { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freetype = callPackage ../development/libraries/freetype { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fribidi = callPackage ../development/libraries/fribidi { };
funambol = callPackage ../development/libraries/funambol { };
fam = gamin;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gamin = callPackage ../development/libraries/gamin { };
gav = callPackage ../games/gav {
stdenv = overrideGCC stdenv gcc41;
};
gdome2 = callPackage ../development/libraries/gdome2 {
inherit (gnome) gtkdoc;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gdbm = callPackage ../development/libraries/gdbm { };
gegl = callPackage ../development/libraries/gegl {
# avocodec avformat librsvg
inherit (gtkLibs) pango glib gtk;
};
geoclue = callPackage ../development/libraries/geoclue {};
geoip = builderDefsPackage ../development/libraries/geoip {
inherit zlib;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
geoipjava = callPackage ../development/libraries/java/geoipjava { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
geos = callPackage ../development/libraries/geos { };
gettext = gettext_0_18;
gettext_0_17 = callPackage ../development/libraries/gettext/0.17.nix { };
gettext_0_18 = callPackage ../development/libraries/gettext { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gd = callPackage ../development/libraries/gd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gdal = callPackage ../development/libraries/gdal { };
ggz_base_libs = callPackage ../development/libraries/ggz_base_libs {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
giblib = callPackage ../development/libraries/giblib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
glew = callPackage ../development/libraries/glew { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
glfw = callPackage ../development/libraries/glfw { };
glibc = glibc213;
glibcCross = glibc214Cross;
Define "brokenRedHatKernel = true" in $NIXPKGS_CONFIG to build a system that works on Red Hat Linux, i.e. that is based on glibc version 2.5. Furthermore, this patch fixes a number of gcc 4.3.3 build errors in glibc 2.5 that occur on both x86 and x86_64. The older version of this library is still useful for running Nix on a Red Hat host. Newer version of glibc fail to detect the kernel's capabilities correctly (due to mad patches applied to the kernel by Red Hat). The individual changes are: * Re-activated glibc 2.5 in all-packages.nix. * Fix incomplete header search path in bootstrap tools. Gcc-wrapper sets "-B<prefix>" to tell the compiler about its installation root. Unfortunately, the setting doesn't add $gcc/lib/gcc/*/*/include-fixed to the search path. That directory is required, however, because it contains the system-specific "limits.h" file, and the glibc 2.5 builds tries to find that file via #include_next. * Support intrinsic functions like __signbit() or atof() correctly to avoid compile-time conflicts. * Switch to NPTL. Linuxthreads is no longer supported. * Added a meta attribute to glibc package. * Updated nixUnstable to version 0.13pre15614 from trunk. The previous version failed regression tests. * Fix more strict type checking in binutils since 2.18.50.0.3. Without this patch, the build failed on x86, saying: ../sysdeps/i386/fpu/ftestexcept.c: Assembler messages: ../sysdeps/i386/fpu/ftestexcept.c:33: Error: suffix or operands invalid for `fnstsw' svn path=/nixpkgs/branches/stdenv-updates/; revision=16037
2009-06-24 21:10:51 +01:00
glibc25 = callPackage ../development/libraries/glibc/2.5 {
kernelHeaders = linuxHeaders_2_6_28;
installLocales = false;
Define "brokenRedHatKernel = true" in $NIXPKGS_CONFIG to build a system that works on Red Hat Linux, i.e. that is based on glibc version 2.5. Furthermore, this patch fixes a number of gcc 4.3.3 build errors in glibc 2.5 that occur on both x86 and x86_64. The older version of this library is still useful for running Nix on a Red Hat host. Newer version of glibc fail to detect the kernel's capabilities correctly (due to mad patches applied to the kernel by Red Hat). The individual changes are: * Re-activated glibc 2.5 in all-packages.nix. * Fix incomplete header search path in bootstrap tools. Gcc-wrapper sets "-B<prefix>" to tell the compiler about its installation root. Unfortunately, the setting doesn't add $gcc/lib/gcc/*/*/include-fixed to the search path. That directory is required, however, because it contains the system-specific "limits.h" file, and the glibc 2.5 builds tries to find that file via #include_next. * Support intrinsic functions like __signbit() or atof() correctly to avoid compile-time conflicts. * Switch to NPTL. Linuxthreads is no longer supported. * Added a meta attribute to glibc package. * Updated nixUnstable to version 0.13pre15614 from trunk. The previous version failed regression tests. * Fix more strict type checking in binutils since 2.18.50.0.3. Without this patch, the build failed on x86, saying: ../sysdeps/i386/fpu/ftestexcept.c: Assembler messages: ../sysdeps/i386/fpu/ftestexcept.c:33: Error: suffix or operands invalid for `fnstsw' svn path=/nixpkgs/branches/stdenv-updates/; revision=16037
2009-06-24 21:10:51 +01:00
};
glibc27 = callPackage ../development/libraries/glibc/2.7 {
kernelHeaders = linuxHeaders;
#installLocales = false;
};
glibc29 = callPackage ../development/libraries/glibc/2.9 {
kernelHeaders = linuxHeaders;
installLocales = getConfig [ "glibc" "locales" ] false;
};
glibc29Cross = forceBuildDrv (makeOverridable (import ../development/libraries/glibc/2.9) {
inherit stdenv fetchurl;
gccCross = gccCrossStageStatic;
kernelHeaders = linuxHeadersCross;
installLocales = getConfig [ "glibc" "locales" ] false;
});
glibc213 = (callPackage ../development/libraries/glibc/2.13 {
kernelHeaders = linuxHeaders;
installLocales = getConfig [ "glibc" "locales" ] false;
machHeaders = null;
hurdHeaders = null;
gccCross = null;
}) // (if crossSystem != null then { hostDrv = glibc213Cross; } else {});
glibc213Cross = forceBuildDrv (makeOverridable (import ../development/libraries/glibc/2.13)
(let crossGNU = crossSystem != null && crossSystem.config == "i586-pc-gnu";
in {
inherit stdenv fetchurl;
gccCross = gccCrossStageStatic;
kernelHeaders = if crossGNU then gnu.hurdHeaders else linuxHeadersCross;
installLocales = getConfig [ "glibc" "locales" ] false;
}
// lib.optionalAttrs crossGNU {
inherit (gnu) machHeaders hurdHeaders libpthreadHeaders mig;
inherit fetchgit;
}));
glibc214 = (callPackage ../development/libraries/glibc/2.14 {
kernelHeaders = linuxHeaders;
installLocales = getConfig [ "glibc" "locales" ] false;
machHeaders = null;
hurdHeaders = null;
gccCross = null;
}) // (lib.optionalAttrs (crossSystem != null) { hostDrv = glibc214Cross; });
glibc214Cross = forceBuildDrv (makeOverridable (import ../development/libraries/glibc/2.14)
(let crossGNU = (crossSystem != null && crossSystem.config == "i586-pc-gnu");
in {
inherit stdenv fetchurl;
gccCross = gccCrossStageStatic;
kernelHeaders = if crossGNU then gnu.hurdHeaders else linuxHeadersCross;
installLocales = getConfig [ "glibc" "locales" ] false;
}
// lib.optionalAttrs crossGNU {
inherit (gnu) machHeaders hurdHeaders libpthreadHeaders mig;
inherit fetchgit;
}));
# We can choose:
libcCrossChooser = name : if (name == "glibc") then glibcCross
else if (name == "uclibc") then uclibcCross
else if (name == "msvcrt") then windows.mingw_headers3
else throw "Unknown libc";
libcCross = assert crossSystem != null; libcCrossChooser crossSystem.libc;
2009-11-14 08:11:30 +00:00
eglibc = callPackage ../development/libraries/eglibc {
kernelHeaders = linuxHeaders;
installLocales = getConfig [ "glibc" "locales" ] false;
};
glibcLocales = callPackage ../development/libraries/glibc/2.14/locales.nix { };
glibcInfo = callPackage ../development/libraries/glibc/2.14/info.nix { };
glibc_multi =
runCommand "${glibc.name}-multi"
{ glibc64 = glibc;
glibc32 = (import ./all-packages.nix {system = "i686-linux";}).glibc;
}
''
mkdir -p $out
ln -s $glibc64/* $out/
rm $out/lib $out/lib64
mkdir -p $out/lib
ln -s $glibc64/lib/* $out/lib
ln -s $glibc32/lib $out/lib/32
ln -s lib $out/lib64
rm $out/include
cp -rs $glibc32/include $out
chmod -R u+w $out/include
cp -rsf $glibc64/include $out
'' # */
;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
glpk = callPackage ../development/libraries/glpk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gmime = callPackage ../development/libraries/gmime { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gmm = callPackage ../development/libraries/gmm { };
gmp =
if stdenv.system == "i686-darwin" then
# GMP 4.3.2 is broken on Darwin, so use 4.3.1.
callPackage ../development/libraries/gmp/4.3.1.nix { }
else
callPackage ../development/libraries/gmp/5.0.3.nix { };
gmpxx = appendToName "with-cxx" (gmp.override { cxx = true; });
# The GHC bootstrap binaries link against libgmp.so.3, which is in GMP 4.x.
gmp4 =
if stdenv.system == "i686-darwin" then
# GMP 4.3.2 is broken on Darwin, so use 4.3.1.
callPackage ../development/libraries/gmp/4.3.1.nix { }
else
callPackage ../development/libraries/gmp/4.3.2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gobjectIntrospection = callPackage ../development/libraries/gobject-introspection { };
goffice = callPackage ../development/libraries/goffice {
inherit (gnome) glib gtk libglade libgnomeui pango;
gconf = gnome.GConf;
libart = gnome.libart_lgpl;
};
goocanvas = callPackage ../development/libraries/goocanvas {
inherit (gnome) gtk glib;
};
google_perftools = callPackage ../development/libraries/google-perftools { };
#GMP ex-satellite, so better keep it near gmp
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpfr = callPackage ../development/libraries/mpfr { };
gst_all = recurseIntoAttrs
(let callPackage = newScope pkgs.gst_all; in
import ../development/libraries/gstreamer { inherit callPackage; }
);
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnet = callPackage ../development/libraries/gnet { };
gnutls = callPackage ../development/libraries/gnutls {
guileBindings = getConfig ["gnutls" "guile"] true;
};
gnutls2 = callPackage ../development/libraries/gnutls/2.12.nix {
guileBindings = getConfig ["gnutls" "guile"] true;
};
gnutls_without_guile = gnutls.override { guileBindings = false; };
gnutls2_without_guile = gnutls2.override { guileBindings = false; };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gpgme = callPackage ../development/libraries/gpgme { };
grantlee = callPackage ../development/libraries/grantlee { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gsasl = callPackage ../development/libraries/gsasl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gsl = callPackage ../development/libraries/gsl { };
gsm = callPackage ../development/libraries/gsm {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gsoap = callPackage ../development/libraries/gsoap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gss = callPackage ../development/libraries/gss { };
gtkimageview = callPackage ../development/libraries/gtkimageview {
inherit (gnome) gtk;
};
gtkmathview = callPackage ../development/libraries/gtkmathview { };
gtkLibs = {
inherit (pkgs) glib glibmm atk atkmm cairo pango pangomm gdk_pixbuf gtk
gtkmm;
};
glib = callPackage ../development/libraries/glib/2.28.x.nix { };
glibmm = callPackage ../development/libraries/glibmm/2.28.x.nix { };
atk = callPackage ../development/libraries/atk/2.2.x.nix { };
atkmm = callPackage ../development/libraries/atkmm/2.22.x.nix { };
cairo = callPackage ../development/libraries/cairo { };
pango = callPackage ../development/libraries/pango/1.28.x.nix { };
pangomm = callPackage ../development/libraries/pangomm/2.28.x.nix { };
gdk_pixbuf = callPackage ../development/libraries/gdk-pixbuf/2.24.x.nix { };
gtk2 = callPackage ../development/libraries/gtk+/2.24.x.nix { };
gtk = pkgs.gtk2;
gtkmm = callPackage ../development/libraries/gtkmm/2.24.x.nix { };
pango129 = lowPrio (callPackage ../development/libraries/pango/1.29.x.nix { });
gtk3 = lowPrio (callPackage ../development/libraries/gtk+/3.2.x.nix { });
gtkmozembedsharp = callPackage ../development/libraries/gtkmozembed-sharp {
inherit (gnome) gtk;
gtksharp = gtksharp2;
};
gtksharp1 = callPackage ../development/libraries/gtk-sharp-1 {
inherit (gnome) gtk glib pango libglade libgtkhtml gtkhtml
libgnomecanvas libgnomeui libgnomeprint
libgnomeprintui GConf;
};
gtksharp2 = callPackage ../development/libraries/gtk-sharp-2 {
inherit (gnome) gtk glib pango libglade libgtkhtml gtkhtml
libgnomecanvas libgnomeui libgnomeprint
libgnomeprintui GConf gnomepanel;
};
gtksourceviewsharp = callPackage ../development/libraries/gtksourceview-sharp {
inherit (gnome) gtksourceview;
gtksharp = gtksharp2;
};
gtkspell = callPackage ../development/libraries/gtkspell { };
gts = callPackage ../development/libraries/gts { };
gwenhywfar = callPackage ../development/libraries/gwenhywfar { };
# TODO : Add MIT Kerberos and let admin choose.
kerberos = heimdal;
hawknl = callPackage ../development/libraries/hawknl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
heimdal = callPackage ../development/libraries/kerberos/heimdal.nix { };
herqq = callPackage ../development/libraries/herqq { };
hspell = callPackage ../development/libraries/hspell { };
hspellDicts = callPackage ../development/libraries/hspell/dicts.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hsqldb = callPackage ../development/libraries/java/hsqldb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hunspell = callPackage ../development/libraries/hunspell { };
hwloc = callPackage ../development/libraries/hwloc {
inherit (xlibs) libX11;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hydraAntLogger = callPackage ../development/libraries/java/hydra-ant-logger { };
icedtea = callPackage ../development/libraries/java/icedtea {
ant = apacheAntGcj;
xerces = xercesJava;
xulrunner = icecatXulrunner3;
inherit (xlibs) libX11 libXp libXtst libXinerama libXt
libXrender xproto;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
icu = callPackage ../development/libraries/icu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
id3lib = callPackage ../development/libraries/id3lib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ilbc = callPackage ../development/libraries/ilbc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ilmbase = callPackage ../development/libraries/ilmbase { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
imlib = callPackage ../development/libraries/imlib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
imlib2 = callPackage ../development/libraries/imlib2 { };
incrtcl = callPackage ../development/libraries/incrtcl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
indilib = callPackage ../development/libraries/indilib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iniparser = callPackage ../development/libraries/iniparser { };
intltool = gnome.intltool;
irrlicht3843 = callPackage ../development/libraries/irrlicht { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
isocodes = callPackage ../development/libraries/iso-codes { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
itk = callPackage ../development/libraries/itk { };
jamp = builderDefsPackage ../games/jamp {
inherit mesa SDL SDL_image SDL_mixer;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jasper = callPackage ../development/libraries/jasper { };
jama = callPackage ../development/libraries/jama { };
jbig2dec = callPackage ../development/libraries/jbig2dec { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jetty_gwt = callPackage ../development/libraries/java/jetty-gwt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jetty_util = callPackage ../development/libraries/java/jetty-util { };
json_glib = callPackage ../development/libraries/json-glib { };
json_c = callPackage ../development/libraries/json-c { };
libjson = callPackage ../development/libraries/libjson { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
judy = callPackage ../development/libraries/judy { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
krb5 = callPackage ../development/libraries/kerberos/krb5.nix { };
lcms = lcms1;
lcms1 = callPackage ../development/libraries/lcms { };
lcms2 = callPackage ../development/libraries/lcms2 { };
lensfun = callPackage ../development/libraries/lensfun {
inherit (gnome) glib;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lesstif = callPackage ../development/libraries/lesstif { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lesstif93 = callPackage ../development/libraries/lesstif-0.93 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
levmar = callPackage ../development/libraries/levmar { };
leptonica = callPackage ../development/libraries/leptonica { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lib3ds = callPackage ../development/libraries/lib3ds { };
libaacs = callPackage ../development/libraries/libaacs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libaal = callPackage ../development/libraries/libaal { };
libao = callPackage ../development/libraries/libao {
usePulseAudio = getConfig [ "pulseaudio" ] true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libarchive = callPackage ../development/libraries/libarchive { };
libass = callPackage ../development/libraries/libass { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libassuan1 = callPackage ../development/libraries/libassuan1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libassuan = callPackage ../development/libraries/libassuan { };
libav = callPackage ../development/libraries/libav { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libavc1394 = callPackage ../development/libraries/libavc1394 { };
libbluedevil = callPackage ../development/libraries/libbluedevil { };
libbluray = callPackage ../development/libraries/libbluray { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcaca = callPackage ../development/libraries/libcaca { };
libcanberra = callPackage ../development/libraries/libcanberra {
# gstreamer = gst_all.gstreamer;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcdaudio = callPackage ../development/libraries/libcdaudio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcddb = callPackage ../development/libraries/libcddb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcdio = callPackage ../development/libraries/libcdio { };
libchamplain = callPackage ../development/libraries/libchamplain {
inherit (gnome) gtk glib libsoup;
};
libchop = callPackage ../development/libraries/libchop { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcm = callPackage ../development/libraries/libcm { };
libctemplate = callPackage ../development/libraries/libctemplate { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcue = callPackage ../development/libraries/libcue { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libdaemon = callPackage ../development/libraries/libdaemon { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libdbi = callPackage ../development/libraries/libdbi { };
libdbiDriversBase = callPackage ../development/libraries/libdbi-drivers {
mysql = null;
sqlite = null;
};
libdbiDrivers = libdbiDriversBase.override {
inherit sqlite mysql;
};
libdbusmenu_qt = callPackage ../development/libraries/libdbusmenu-qt { };
libdevil = callPackage ../development/libraries/libdevil { };
libdiscid = callPackage ../development/libraries/libdiscid { };
libdmtx = callPackage ../development/libraries/libdmtx { };
libdnet = callPackage ../development/libraries/libdnet { };
libdrm = callPackage ../development/libraries/libdrm {
inherit fetchurl stdenv pkgconfig;
inherit (xorg) libpthreadstubs;
};
libdv = callPackage ../development/libraries/libdv { };
libdvbpsi = callPackage ../development/libraries/libdvbpsi { };
libdwg = callPackage ../development/libraries/libdwg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libdvdcss = callPackage ../development/libraries/libdvdcss { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libdvdnav = callPackage ../development/libraries/libdvdnav { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libdvdread = callPackage ../development/libraries/libdvdread { };
libebml = callPackage ../development/libraries/libebml { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libedit = callPackage ../development/libraries/libedit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libelf = callPackage ../development/libraries/libelf { };
libgadu = callPackage ../development/libraries/libgadu { };
libgdata = (newScope gnome) ../development/libraries/libgdata {};
libgdata_0_6 = (newScope gnome) ../development/libraries/libgdata/0.6.nix {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
liblo = callPackage ../development/libraries/liblo { };
liblrdf = callPackage ../development/libraries/liblrdf {};
libev = builderDefsPackage ../development/libraries/libev {
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libevent = callPackage ../development/libraries/libevent { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libewf = callPackage ../development/libraries/libewf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libexif = callPackage ../development/libraries/libexif { };
libexosip = callPackage ../development/libraries/exosip {};
libextractor = callPackage ../development/libraries/libextractor {
inherit (gnome) gtk;
libmpeg2 = mpeg2dec;
};
libf2c = callPackage ../development/libraries/libf2c {};
libfixposix = callPackage ../development/libraries/libfixposix {};
libffcall = builderDefsPackage (import ../development/libraries/libffcall) {
inherit fetchcvs;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libffi = callPackage ../development/libraries/libffi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libftdi = callPackage ../development/libraries/libftdi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libgcrypt = callPackage ../development/libraries/libgcrypt { };
libgdiplus = callPackage ../development/libraries/libgdiplus {
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libgpgerror = callPackage ../development/libraries/libgpg-error { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libgphoto2 = callPackage ../development/libraries/libgphoto2 { };
libgpod = callPackage ../development/libraries/libgpod {
inherit (pkgs.pythonPackages) mutagen;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libharu = callPackage ../development/libraries/libharu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libical = callPackage ../development/libraries/libical { };
libimobiledevice = callPackage ../development/libraries/libimobiledevice { };
libiodbc = callPackage ../development/libraries/libiodbc {
useGTK = getConfig [ "libiodbc" "gtk" ] false;
};
liblastfmSF = callPackage ../development/libraries/liblastfmSF { };
liblastfm = callPackage ../development/libraries/liblastfm { };
liblqr1 = callPackage ../development/libraries/liblqr-1 {
inherit (gnome) glib;
};
libmhash = callPackage ../development/libraries/libmhash {};
libmtp = callPackage ../development/libraries/libmtp { };
libnatspec = callPackage ../development/libraries/libnatspec { };
libnice = callPackage ../development/libraries/libnice {
inherit (gnome) glib;
};
libplist = callPackage ../development/libraries/libplist { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libQGLViewer = callPackage ../development/libraries/libqglviewer { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsamplerate = callPackage ../development/libraries/libsamplerate { };
libspectre = callPackage ../development/libraries/libspectre { };
libgsf = callPackage ../development/libraries/libgsf {
inherit (gnome) glib gnome_vfs libbonobo;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libiconv = callPackage ../development/libraries/libiconv { };
libiconvOrNull = if gcc ? libc then null else libiconv;
libiconvOrLibc = if gcc ? libc then gcc.libc else libiconv;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libid3tag = callPackage ../development/libraries/libid3tag { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libidn = callPackage ../development/libraries/libidn { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libiec61883 = callPackage ../development/libraries/libiec61883 { };
libinfinity = callPackage ../development/libraries/libinfinity {
inherit (gnome) gtkdoc;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libiptcdata = callPackage ../development/libraries/libiptcdata { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libjingle = callPackage ../development/libraries/libjingle/0.3.11.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libjpeg = callPackage ../development/libraries/libjpeg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libjpeg_turbo = callPackage ../development/libraries/libjpeg-turbo { };
libjpeg62 = callPackage ../development/libraries/libjpeg/62.nix {
libtool = libtool_1_5;
};
libkate = callPackage ../development/libraries/libkate { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libksba = callPackage ../development/libraries/libksba { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmad = callPackage ../development/libraries/libmad { };
libmatchbox = callPackage ../development/libraries/libmatchbox {
inherit (gtkLibs) pango;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmatthew_java = callPackage ../development/libraries/java/libmatthew-java { };
libmatroska = callPackage ../development/libraries/libmatroska { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmcs = callPackage ../development/libraries/libmcs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmicrohttpd = callPackage ../development/libraries/libmicrohttpd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmikmod = callPackage ../development/libraries/libmikmod { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmilter = callPackage ../development/libraries/libmilter { };
libmms = callPackage ../development/libraries/libmms { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmowgli = callPackage ../development/libraries/libmowgli { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmng = callPackage ../development/libraries/libmng { };
libmodplug = callPackage ../development/libraries/libmodplug {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmpcdec = callPackage ../development/libraries/libmpcdec { };
libmrss = callPackage ../development/libraries/libmrss { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmsn = callPackage ../development/libraries/libmsn { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmspack = callPackage ../development/libraries/libmspack { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libmusclecard = callPackage ../development/libraries/libmusclecard { };
libmusicbrainz2 = callPackage ../development/libraries/libmusicbrainz/2.x.nix { };
libmusicbrainz3 = callPackage ../development/libraries/libmusicbrainz { };
libmusicbrainz = libmusicbrainz3;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libnih = callPackage ../development/libraries/libnih { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libnova = callPackage ../development/libraries/libnova { };
libnxml = callPackage ../development/libraries/libnxml { };
libofa = callPackage ../development/libraries/libofa { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libofx = callPackage ../development/libraries/libofx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libogg = callPackage ../development/libraries/libogg { };
liboggz = callPackage ../development/libraries/liboggz { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
liboil = callPackage ../development/libraries/liboil { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
liboop = callPackage ../development/libraries/liboop { };
libosip = callPackage ../development/libraries/osip {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libotr = callPackage ../development/libraries/libotr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libp11 = callPackage ../development/libraries/libp11 { };
libpar2 = callPackage ../development/libraries/libpar2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libpcap = callPackage ../development/libraries/libpcap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libpng = callPackage ../development/libraries/libpng { };
libpng_apng = callPackage ../development/libraries/libpng/libpng-apng.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libproxy = callPackage ../development/libraries/libproxy { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libpseudo = callPackage ../development/libraries/libpseudo { };
libqalculate = callPackage ../development/libraries/libqalculate { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
librsync = callPackage ../development/libraries/librsync { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsigcxx = callPackage ../development/libraries/libsigcxx { };
libsigcxx12 = callPackage ../development/libraries/libsigcxx/1.2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsigsegv = callPackage ../development/libraries/libsigsegv { };
# To bootstrap SBCL, I need CLisp 2.44.1; it needs libsigsegv 2.5
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsigsegv_25 = callPackage ../development/libraries/libsigsegv/2.5.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsndfile = callPackage ../development/libraries/libsndfile { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libssh = callPackage ../development/libraries/libssh { };
libssh2 = callPackage ../development/libraries/libssh2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libstartup_notification = callPackage ../development/libraries/startup-notification { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtasn1 = callPackage ../development/libraries/libtasn1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtheora = callPackage ../development/libraries/libtheora { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtiff = callPackage ../development/libraries/libtiff { };
libtiger = callPackage ../development/libraries/libtiger { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libtommath = callPackage ../development/libraries/libtommath { };
libtorrentRasterbar = callPackage ../development/libraries/libtorrent-rasterbar { };
libtunepimp = callPackage ../development/libraries/libtunepimp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libgeotiff = callPackage ../development/libraries/libgeotiff { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libunistring = callPackage ../development/libraries/libunistring { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libupnp = callPackage ../development/libraries/pupnp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
giflib = callPackage ../development/libraries/giflib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libungif = callPackage ../development/libraries/giflib/libungif.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libusb = callPackage ../development/libraries/libusb { };
libusb1 = callPackage ../development/libraries/libusb1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libunwind = callPackage ../development/libraries/libunwind { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libv4l = callPackage ../development/libraries/libv4l { };
libva = callPackage ../development/libraries/libva { };
libvdpau = callPackage ../development/libraries/libvdpau { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libvirt = callPackage ../development/libraries/libvirt { };
libvncserver = builderDefsPackage (import ../development/libraries/libvncserver) {
inherit libtool libjpeg openssl zlib;
inherit (xlibs) xproto libX11 damageproto libXdamage
libXext xextproto fixesproto libXfixes xineramaproto
libXinerama libXrandr randrproto libXtst;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libviper = callPackage ../development/libraries/libviper { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libvpx = callPackage ../development/libraries/libvpx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libvterm = callPackage ../development/libraries/libvterm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libvorbis = callPackage ../development/libraries/libvorbis { };
libwebp = callPackage ../development/libraries/libwebp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libwmf = callPackage ../development/libraries/libwmf { };
libwpd = callPackage ../development/libraries/libwpd {
inherit (gnome) glib;
};
libwpd_08 = callPackage ../development/libraries/libwpd/0.8.nix {
inherit (gnome) glib;
};
libwpg = callPackage ../development/libraries/libwpg { };
libx86 = builderDefsPackage ../development/libraries/libx86 {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libxcrypt = callPackage ../development/libraries/libxcrypt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libxdg_basedir = callPackage ../development/libraries/libxdg-basedir { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libxklavier = callPackage ../development/libraries/libxklavier { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libxmi = callPackage ../development/libraries/libxmi { };
libxml2 = callPackage ../development/libraries/libxml2 { };
libxml2Python = pythonPackages.libxml2;
libxmlxx = callPackage ../development/libraries/libxmlxx {
inherit (gtkLibs) glibmm;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libxslt = callPackage ../development/libraries/libxslt { };
libixp_for_wmii = lowPrio (import ../development/libraries/libixp_for_wmii {
inherit fetchurl stdenv;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libyaml = callPackage ../development/libraries/libyaml { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libzip = callPackage ../development/libraries/libzip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libzrtpcpp = callPackage ../development/libraries/libzrtpcpp { };
libzrtpcpp_1_6 = callPackage ../development/libraries/libzrtpcpp/1.6.nix {
ccrtp = ccrtp_1_8;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lightning = callPackage ../development/libraries/lightning { };
lirc = callPackage ../development/libraries/lirc { };
liquidwar = builderDefsPackage ../games/liquidwar {
inherit (xlibs) xproto libX11 libXrender;
inherit gmp mesa libjpeg libpng
expat gettext perl
SDL SDL_image SDL_mixer SDL_ttf
curl sqlite
libogg libvorbis
;
guile = guile_1_8;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
log4cxx = callPackage ../development/libraries/log4cxx { };
log4cplus = callPackage ../development/libraries/log4cplus { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
loudmouth = callPackage ../development/libraries/loudmouth { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lzo = callPackage ../development/libraries/lzo { };
# failed to build
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mediastreamer = callPackage ../development/libraries/mediastreamer { };
mesaSupported =
system == "i686-linux" ||
system == "x86_64-linux" ||
system == "x86_64-darwin" ||
system == "i686-darwin";
mesa = callPackage ../development/libraries/mesa {
lipo = if stdenv.isDarwin then darwinLipoUtility else null;
};
metaEnvironment = recurseIntoAttrs (let callPackage = newScope pkgs.metaEnvironment; in rec {
sdfLibrary = callPackage ../development/libraries/sdf-library { aterm = aterm28; };
toolbuslib = callPackage ../development/libraries/toolbuslib { aterm = aterm28; inherit (windows) w32api; };
cLibrary = callPackage ../development/libraries/c-library { aterm = aterm28; };
errorSupport = callPackage ../development/libraries/error-support { aterm = aterm28; };
ptSupport = callPackage ../development/libraries/pt-support { aterm = aterm28; };
ptableSupport = callPackage ../development/libraries/ptable-support { aterm = aterm28; };
configSupport = callPackage ../development/libraries/config-support { aterm = aterm28; };
asfSupport = callPackage ../development/libraries/asf-support { aterm = aterm28; };
tideSupport = callPackage ../development/libraries/tide-support { aterm = aterm28; };
rstoreSupport = callPackage ../development/libraries/rstore-support { aterm = aterm28; };
sdfSupport = callPackage ../development/libraries/sdf-support { aterm = aterm28; };
sglr = callPackage ../development/libraries/sglr { aterm = aterm28; };
ascSupport = callPackage ../development/libraries/asc-support { aterm = aterm28; };
pgen = callPackage ../development/libraries/pgen { aterm = aterm28; };
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ming = callPackage ../development/libraries/ming { };
mkvtoolnix = callPackage ../applications/video/mkvtoolnix { };
mlt = callPackage ../development/libraries/mlt { };
libmpeg2 = callPackage ../development/libraries/libmpeg2 { };
mpeg2dec = libmpeg2;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
msilbc = callPackage ../development/libraries/msilbc { };
mp4v2 = callPackage ../development/libraries/mp4v2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpc = callPackage ../development/libraries/mpc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpich2 = callPackage ../development/libraries/mpich2 { };
mtdev = callPackage ../development/libraries/mtdev { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
muparser = callPackage ../development/libraries/muparser { };
mygui = callPackage ../development/libraries/mygui {};
myguiSvn = callPackage ../development/libraries/mygui/svn.nix {};
mysocketw = callPackage ../development/libraries/mysocketw { };
ncurses = makeOverridable (import ../development/libraries/ncurses) {
inherit fetchurl stdenv;
unicode = system != "i686-cygwin";
};
neon = neon029;
neon026 = callPackage ../development/libraries/neon/0.26.nix {
compressionSupport = true;
sslSupport = true;
};
neon028 = callPackage ../development/libraries/neon/0.28.nix {
compressionSupport = true;
sslSupport = true;
};
neon029 = callPackage ../development/libraries/neon/0.29.nix {
compressionSupport = true;
sslSupport = true;
};
nethack = builderDefsPackage (import ../games/nethack) {
inherit ncurses flex bison;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nettle = callPackage ../development/libraries/nettle { };
newt = callPackage ../development/libraries/newt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nspr = callPackage ../development/libraries/nspr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nss = callPackage ../development/libraries/nss { };
nssTools = callPackage ../development/libraries/nss {
includeTools = true;
};
ntrack = callPackage ../development/libraries/ntrack { };
ode = builderDefsPackage (import ../development/libraries/ode) {
};
ogre = callPackage ../development/libraries/ogre {};
ogrepaged = callPackage ../development/libraries/ogrepaged { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openal = callPackage ../development/libraries/openal { };
# added because I hope that it has been easier to compile on x86 (for blender)
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openalSoft = callPackage ../development/libraries/openal-soft { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openbabel = callPackage ../development/libraries/openbabel { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
opencascade = callPackage ../development/libraries/opencascade { };
opencsg = callPackage ../development/libraries/opencsg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openct = callPackage ../development/libraries/openct { };
opencv = callPackage ../development/libraries/opencv {
ffmpeg = ffmpeg_0_6_90;
inherit (gst_all) gstreamer;
};
opencv_2_1 = callPackage ../development/libraries/opencv/2.1.nix {
ffmpeg = ffmpeg_0_6_90;
inherit (gst_all) gstreamer;
};
# this ctl version is needed by openexr_viewers
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openexr_ctl = callPackage ../development/libraries/openexr_ctl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openexr = callPackage ../development/libraries/openexr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openldap = callPackage ../development/libraries/openldap { };
openlierox = builderDefsPackage ../games/openlierox {
inherit (xlibs) libX11 xproto;
inherit gd SDL SDL_image SDL_mixer zlib libxml2
pkgconfig;
};
libopensc_dnie = callPackage ../development/libraries/libopensc-dnie {
opensc = opensc_0_11_7;
};
ois = callPackage ../development/libraries/ois {};
opal = callPackage ../development/libraries/opal {};
openjpeg = callPackage ../development/libraries/openjpeg { };
openscenegraph = callPackage ../development/libraries/openscenegraph {};
openssl = callPackage ../development/libraries/openssl {
fetchurl = fetchurlBoot;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ortp = callPackage ../development/libraries/ortp { };
p11_kit = callPackage ../development/libraries/p11-kit { };
pangoxsl = callPackage ../development/libraries/pangoxsl {
inherit (gtkLibs) glib pango;
};
pcre = callPackage ../development/libraries/pcre {
unicodeSupport = getConfig ["pcre" "unicode"] true;
cplusplusSupport = !stdenv ? isDietLibC;
};
pdf2xml = callPackage ../development/libraries/pdf2xml {} ;
phonon = callPackage ../development/libraries/phonon { };
phonon_backend_gstreamer = callPackage ../development/libraries/phonon-backend-gstreamer { };
phonon_backend_vlc = callPackage ../development/libraries/phonon-backend-vlc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
physfs = callPackage ../development/libraries/physfs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
plib = callPackage ../development/libraries/plib { };
pocketsphinx = callPackage ../development/libraries/pocketsphinx { };
podofo = callPackage ../development/libraries/podofo { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
polkit = callPackage ../development/libraries/polkit { };
polkit_qt_1 = callPackage ../development/libraries/polkit-qt-1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
policykit = callPackage ../development/libraries/policykit { };
poppler = callPackage ../development/libraries/poppler {
gtkSupport = true;
qt4Support = false;
};
popplerQt4 = poppler.override {
gtkSupport = false;
qt4Support = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
popt = callPackage ../development/libraries/popt { };
portaudio = callPackage ../development/libraries/portaudio { };
portaudioSVN = callPackage ../development/libraries/portaudio/svn-head.nix { };
prison = callPackage ../development/libraries/prison { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
proj = callPackage ../development/libraries/proj { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
postgis = callPackage ../development/libraries/postgis { };
protobuf = callPackage ../development/libraries/protobuf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pth = callPackage ../development/libraries/pth { };
ptlib = callPackage ../development/libraries/ptlib {};
qca2 = callPackage ../development/libraries/qca2 {};
qca2_ossl = callPackage ../development/libraries/qca2/ossl.nix {};
qimageblitz = callPackage ../development/libraries/qimageblitz {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qjson = callPackage ../development/libraries/qjson { };
qt3 = callPackage ../development/libraries/qt-3 {
openglSupport = mesaSupported;
};
qt4 = pkgs.kde4.qt4;
qt47 = callPackage ../development/libraries/qt-4.x/4.7 {
inherit (pkgs.gnome) glib;
};
qt48 = callPackage ../development/libraries/qt-4.x/4.8 {
# GNOME dependencies are not used unless gtkStyle == true
inherit (pkgs.gnome) gtk libgnomeui GConf gnome_vfs;
# GStreamer is required for HTML5 video in QtWebKit
inherit (pkgs.gst_all) gstreamer gstPluginsBase;
};
qtscriptgenerator = callPackage ../development/libraries/qtscriptgenerator { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
quesoglc = callPackage ../development/libraries/quesoglc { };
qwt = callPackage ../development/libraries/qwt {};
readline = readline6;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
readline4 = callPackage ../development/libraries/readline/readline4.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
readline5 = callPackage ../development/libraries/readline/readline5.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
readline6 = callPackage ../development/libraries/readline/readline6.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
librdf_raptor = callPackage ../development/libraries/librdf/raptor.nix { };
librdf_raptor2 = callPackage ../development/libraries/librdf/raptor2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
librdf_rasqal = callPackage ../development/libraries/librdf/rasqal.nix { };
librdf_redland = callPackage ../development/libraries/librdf/redland.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
librdf = callPackage ../development/libraries/librdf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qrupdate = callPackage ../development/libraries/qrupdate { };
redland = pkgs.librdf_redland;
rhino = callPackage ../development/libraries/java/rhino {
ant = apacheAntGcj;
javac = gcj;
jvm = gcj;
};
rlog = callPackage ../development/libraries/rlog { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rte = callPackage ../development/libraries/rte { };
rubberband = callPackage ../development/libraries/rubberband {
fftw = fftwSinglePrec;
inherit (vamp) vampSDK;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
schroedinger = callPackage ../development/libraries/schroedinger { };
SDL = callPackage ../development/libraries/SDL {
openglSupport = mesaSupported;
alsaSupport = true;
x11Support = true;
pulseaudioSupport = false; # better go through ALSA
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_gfx = callPackage ../development/libraries/SDL_gfx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_image = callPackage ../development/libraries/SDL_image { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_mixer = callPackage ../development/libraries/SDL_mixer { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_net = callPackage ../development/libraries/SDL_net { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_sound = callPackage ../development/libraries/SDL_sound { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
SDL_ttf = callPackage ../development/libraries/SDL_ttf { };
simgear = callPackage ../development/libraries/simgear {};
sfml_git = callPackage ../development/libraries/sfml { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
slang = callPackage ../development/libraries/slang { };
slibGuile = callPackage ../development/libraries/slib {
scheme = guile_1_8;
};
smpeg = callPackage ../development/libraries/smpeg { };
snack = callPackage ../development/libraries/snack {
# optional
};
soprano = callPackage ../development/libraries/soprano { };
soqt = callPackage ../development/libraries/soqt { };
speechd = callPackage ../development/libraries/speechd { };
speech_tools = callPackage ../development/libraries/speech-tools {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
speex = callPackage ../development/libraries/speex { };
sphinxbase = callPackage ../development/libraries/sphinxbase { };
srtp = callPackage ../development/libraries/srtp {};
sqlite = callPackage ../development/libraries/sqlite {
readline = null;
ncurses = null;
};
sqlite36 = callPackage ../development/libraries/sqlite/3.6.x.nix {
readline = null;
ncurses = null;
};
sqliteInteractive = appendToName "interactive" (sqlite.override {
inherit readline ncurses;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stlport = callPackage ../development/libraries/stlport { };
strigi = callPackage ../development/libraries/strigi {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
suitesparse = callPackage ../development/libraries/suitesparse { };
sword = callPackage ../development/libraries/sword { };
szip = callPackage ../development/libraries/szip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
t1lib = callPackage ../development/libraries/t1lib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
taglib = callPackage ../development/libraries/taglib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
taglib_extras = callPackage ../development/libraries/taglib-extras { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
talloc = callPackage ../development/libraries/talloc { };
## tapioca_qt = import ../development/libraries/tapioca-qt {
## inherit stdenv fetchurl cmake qt4 telepathy_qt;
## };
tclap = callPackage ../development/libraries/tclap {};
tcp_wrappers = callPackage ../development/libraries/tcp-wrappers {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tdb = callPackage ../development/libraries/tdb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tecla = callPackage ../development/libraries/tecla { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
telepathy_gabble = callPackage ../development/libraries/telepathy-gabble { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
telepathy_glib = callPackage ../development/libraries/telepathy-glib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
telepathy_qt = callPackage ../development/libraries/telepathy-qt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tk = callPackage ../development/libraries/tk { };
tnt = callPackage ../development/libraries/tnt { };
tokyocabinet = callPackage ../development/libraries/tokyo-cabinet { };
tokyotyrant = callPackage ../development/libraries/tokyo-tyrant { };
tremor = callPackage ../development/libraries/tremor { };
unicap = callPackage ../development/libraries/unicap {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unixODBC = callPackage ../development/libraries/unixODBC { };
unixODBCDrivers = recurseIntoAttrs (import ../development/libraries/unixODBCDrivers {
inherit fetchurl stdenv unixODBC glibc libtool openssl zlib;
inherit postgresql mysql sqlite;
});
urt = callPackage ../development/libraries/urt { };
ustr = callPackage ../development/libraries/ustr { };
ucommon = callPackage ../development/libraries/ucommon { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vamp = callPackage ../development/libraries/audio/vamp { };
vcdimager = callPackage ../development/libraries/vcdimager { };
vigra = callPackage ../development/libraries/vigra {
inherit (pkgs.pythonPackages) numpy;
};
vmime = callPackage ../development/libraries/vmime { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vtk = callPackage ../development/libraries/vtk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vxl = callPackage ../development/libraries/vxl { };
webkit =
builderDefsPackage ../development/libraries/webkit {
inherit (gnome) gtkdoc libsoup;
inherit (gtkLibs) gtk atk pango glib;
inherit freetype fontconfig gettext gperf curl
libjpeg libtiff libpng libxml2 libxslt sqlite
icu cairo perl intltool automake libtool
pkgconfig autoconf bison libproxy enchant
python ruby which flex geoclue;
inherit (gst_all) gstreamer gstPluginsBase gstFfmpeg
gstPluginsGood;
inherit (xlibs) libXt renderproto libXrender;
};
webkitSVN =
builderDefsPackage ../development/libraries/webkit/svn.nix {
inherit (gnome) gtkdoc libsoup;
inherit (gtkLibs) gtk atk pango glib;
inherit freetype fontconfig gettext gperf curl
libjpeg libtiff libpng libxml2 libxslt sqlite
icu cairo perl intltool automake libtool
pkgconfig autoconf bison libproxy enchant
python ruby which flex geoclue;
inherit (gst_all) gstreamer gstPluginsBase gstFfmpeg
gstPluginsGood;
inherit (xlibs) libXt renderproto libXrender;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wvstreams = callPackage ../development/libraries/wvstreams { };
wxGTK = wxGTK28;
wxGTK28 = callPackage ../development/libraries/wxGTK-2.8 {
inherit (gtkLibs) gtk;
inherit (gst_all) gstreamer gstPluginsBase;
inherit (gnome) GConf;
};
wxGTK290 = callPackage ../development/libraries/wxGTK-2.9/2.9.0.nix {
inherit (gtkLibs) gtk;
inherit (gst_all) gstreamer gstPluginsBase;
inherit (gnome) GConf;
};
wxGTK291 = callPackage ../development/libraries/wxGTK-2.9/2.9.1.nix {
inherit (gtkLibs) gtk;
inherit (gst_all) gstreamer gstPluginsBase;
inherit (gnome) GConf;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wtk = callPackage ../development/libraries/wtk { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
x264 = callPackage ../development/libraries/x264 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xapian = callPackage ../development/libraries/xapian { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xapianBindings = callPackage ../development/libraries/xapian/bindings { # TODO perl php Java, tcl, C#, python
};
xapian10 = callPackage ../development/libraries/xapian/1.0.x.nix { };
xapianBindings10 = callPackage ../development/libraries/xapian/bindings/1.0.x.nix { # TODO perl php Java, tcl, C#, python
};
Xaw3d = callPackage ../development/libraries/Xaw3d { };
xbase = callPackage ../development/libraries/xbase { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xineLib = callPackage ../development/libraries/xine-lib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xautolock = callPackage ../misc/screensavers/xautolock { };
xercesc = callPackage ../development/libraries/xercesc {};
xercesJava = callPackage ../development/libraries/java/xerces {
ant = apacheAntGcj; # for bootstrap purposes
javac = gcj;
jvm = gcj;
};
xlibsWrapper = callPackage ../development/libraries/xlibs-wrapper {
packages = [
freetype fontconfig xlibs.xproto xlibs.libX11 xlibs.libXt
xlibs.libXft xlibs.libXext xlibs.libSM xlibs.libICE
xlibs.xextproto
];
};
xmlrpc_c = callPackage ../development/libraries/xmlrpc-c { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xvidcore = callPackage ../development/libraries/xvidcore { };
yajl = callPackage ../development/libraries/yajl { };
zangband = builderDefsPackage (import ../games/zangband) {
inherit ncurses flex bison autoconf automake m4 coreutils;
};
zlib = callPackage ../development/libraries/zlib {
fetchurl = fetchurlBoot;
};
zlibStatic = lowPrio (appendToName "static" (import ../development/libraries/zlib {
inherit fetchurl stdenv;
static = true;
}));
zeromq = callPackage ../development/libraries/zeromq {};
zvbi = callPackage ../development/libraries/zvbi {
pngSupport = true;
};
### DEVELOPMENT / LIBRARIES / JAVA
atermjava = callPackage ../development/libraries/java/aterm {
stdenv = overrideInStdenv stdenv [gnumake380];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
commonsFileUpload = callPackage ../development/libraries/java/jakarta-commons/file-upload { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fastjar = callPackage ../development/tools/java/fastjar { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
httpunit = callPackage ../development/libraries/java/httpunit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gwtdragdrop = callPackage ../development/libraries/java/gwt-dragdrop { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gwtwidgets = callPackage ../development/libraries/java/gwt-widgets { };
jakartabcel = callPackage ../development/libraries/java/jakarta-bcel {
regexp = jakartaregexp;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jakartaregexp = callPackage ../development/libraries/java/jakarta-regexp { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
javaCup = callPackage ../development/libraries/java/cup { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
javasvn = callPackage ../development/libraries/java/javasvn { };
jclasslib = callPackage ../development/tools/java/jclasslib {
ant = apacheAnt14;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jdom = callPackage ../development/libraries/java/jdom { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jflex = callPackage ../development/libraries/java/jflex { };
jjtraveler = callPackage ../development/libraries/java/jjtraveler {
stdenv = overrideInStdenv stdenv [gnumake380];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
junit = callPackage ../development/libraries/java/junit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lucene = callPackage ../development/libraries/java/lucene { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mockobjects = callPackage ../development/libraries/java/mockobjects { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
saxon = callPackage ../development/libraries/java/saxon { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
saxonb = callPackage ../development/libraries/java/saxon/default8.nix { };
sharedobjects = callPackage ../development/libraries/java/shared-objects {
stdenv = overrideInStdenv stdenv [gnumake380];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
smack = callPackage ../development/libraries/java/smack { };
swt = callPackage ../development/libraries/java/swt { };
v8 = callPackage ../development/libraries/v8 { };
xalanj = xalanJava;
xalanJava = callPackage ../development/libraries/java/xalanj {
ant = apacheAntGcj; # for bootstrap purposes
javac = gcj;
jvm = gcj;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xerces = xercesJava; };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zziplib = callPackage ../development/libraries/zziplib { };
### DEVELOPMENT / LIBRARIES / JAVASCRIPT
jquery_ui = callPackage ../development/libraries/javascript/jquery-ui { };
### DEVELOPMENT / PERL MODULES
buildPerlPackage = import ../development/perl-modules/generic perl;
perlPackages = recurseIntoAttrs (import ./perl-packages.nix {
inherit pkgs;
});
perlXMLParser = perlPackages.XMLParser;
ack = perlPackages.ack;
perlcritic = perlPackages.PerlCritic;
### DEVELOPMENT / PYTHON MODULES
buildPythonPackage = pythonPackages.buildPythonPackage;
pythonPackages = python27Packages;
python26Packages = recurseIntoAttrs (import ./python-packages.nix {
inherit pkgs;
python = python26;
});
python27Packages = recurseIntoAttrs (import ./python-packages.nix {
inherit pkgs;
python = python27;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
foursuite = callPackage ../development/python-modules/4suite { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bsddb3 = callPackage ../development/python-modules/bsddb3 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
numeric = callPackage ../development/python-modules/numeric { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pil = callPackage ../development/python-modules/pil { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
psyco = callPackage ../development/python-modules/psyco { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pycairo = callPackage ../development/python-modules/pycairo { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pycrypto = callPackage ../development/python-modules/pycrypto { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pycups = callPackage ../development/python-modules/pycups { };
pyexiv2 = callPackage ../development/python-modules/pyexiv2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pygame = callPackage ../development/python-modules/pygame { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pygobject = callPackage ../development/python-modules/pygobject { };
pygtk = callPackage ../development/python-modules/pygtk { };
pyGtkGlade = callPackage ../development/python-modules/pygtk {
inherit (gnome) libglade;
};
pyopenssl = builderDefsPackage (import ../development/python-modules/pyopenssl) {
inherit python openssl;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rhpl = callPackage ../development/python-modules/rhpl { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sip = callPackage ../development/python-modules/python-sip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pyqt4 = callPackage ../development/python-modules/pyqt { };
pysideApiextractor = callPackage ../development/python-modules/pyside/apiextractor.nix { };
pysideGeneratorrunner = callPackage ../development/python-modules/pyside/generatorrunner.nix { };
pyside = callPackage ../development/python-modules/pyside { };
pysideTools = callPackage ../development/python-modules/pyside/tools.nix { };
pysideShiboken = callPackage ../development/python-modules/pyside/shiboken.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pyx = callPackage ../development/python-modules/pyx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pyxml = callPackage ../development/python-modules/pyxml { };
setuptools = pythonPackages.setuptools;
wxPython = pythonPackages.wxPython;
wxPython28 = pythonPackages.wxPython28;
twisted = pythonPackages.twisted;
ZopeInterface = pythonPackages.zopeInterface;
/*
zope = callPackage ../development/python-modules/zope {
python = python24;
};
*/
### SERVERS
rdf4store = callPackage ../servers/http/4store { };
apacheHttpd = callPackage ../servers/http/apache-httpd {
sslSupport = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sabnzbd = callPackage ../servers/sabnzbd { };
bind = callPackage ../servers/dns/bind {
inherit openssl libtool perl;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dico = callPackage ../servers/dico { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dict = callPackage ../servers/dict { };
dictdDBs = recurseIntoAttrs (import ../servers/dict/dictd-db.nix {
inherit builderDefs;
});
dictDBCollector = import ../servers/dict/dictd-db-collector.nix {
inherit stdenv lib dict;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dovecot = callPackage ../servers/mail/dovecot { };
dovecot_1_1_1 = callPackage ../servers/mail/dovecot/1.1.1.nix { };
dovecot_2_0 = callPackage ../servers/mail/dovecot/2.0.nix { };
ejabberd = callPackage ../servers/xmpp/ejabberd { };
couchdb = callPackage ../servers/http/couchdb {
spidermonkey = spidermonkey_185;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
felix = callPackage ../servers/felix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
felix_remoteshell = callPackage ../servers/felix/remoteshell.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fingerd_bsd = callPackage ../servers/fingerd/bsd-fingerd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
firebird = callPackage ../servers/firebird { };
freepops = callPackage ../servers/mail/freepops { };
freeswitch = callPackage ../servers/sip/freeswitch { };
ghostOne = callPackage ../servers/games/ghost-one {
boost = boostFull;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ircdHybrid = callPackage ../servers/irc/ircd-hybrid { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jboss = callPackage ../servers/http/jboss { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jboss_mysql_jdbc = callPackage ../servers/http/jboss/jdbc/mysql { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jetty = callPackage ../servers/http/jetty { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jetty61 = callPackage ../servers/http/jetty/6.1 { };
joseki = callPackage ../servers/http/joseki {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lighttpd = callPackage ../servers/http/lighttpd { };
mediatomb = callPackage ../servers/mediatomb {
ffmpeg = ffmpeg_0_6_90;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mod_python = callPackage ../servers/http/apache-modules/mod_python { };
mod_fastcgi = callPackage ../servers/http/apache-modules/mod_fastcgi { };
mod_wsgi = callPackage ../servers/http/apache-modules/mod_wsgi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpd = callPackage ../servers/mpd { };
mpd_clientlib = callPackage ../servers/mpd/clientlib.nix { };
miniHttpd = callPackage ../servers/http/mini-httpd {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
myserver = callPackage ../servers/http/myserver { };
nginx = callPackage ../servers/http/nginx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
postfix = callPackage ../servers/mail/postfix { };
pulseaudio = callPackage ../servers/pulseaudio {
gconf = gnome.GConf;
# The following are disabled in the default build, because if this
# functionality is desired, they are only needed in the PulseAudio
# server.
bluez = null;
avahi = null;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tomcat_connectors = callPackage ../servers/http/apache-modules/tomcat-connectors { };
pies = callPackage ../servers/pies { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
portmap = callPackage ../servers/portmap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
monetdb = callPackage ../servers/sql/monetdb { };
mongodb = callPackage ../servers/nosql/mongodb { useV8 = (getConfig ["mongodb" "useV8"] false); };
mysql4 = import ../servers/sql/mysql {
inherit fetchurl stdenv ncurses zlib perl;
ps = procps; /* !!! Linux only */
};
mysql5 = import ../servers/sql/mysql5 {
inherit fetchurl stdenv ncurses zlib perl openssl;
ps = procps; /* !!! Linux only */
};
mysql51 = import ../servers/sql/mysql51 {
inherit fetchurl ncurses zlib perl openssl stdenv;
ps = procps; /* !!! Linux only */
};
mysql55 = callPackage ../servers/sql/mysql55 { };
mysql = mysql51;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mysql_jdbc = callPackage ../servers/sql/mysql/jdbc { };
nagios = callPackage ../servers/monitoring/nagios {
gdSupport = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nagiosPluginsOfficial = callPackage ../servers/monitoring/nagios/plugins/official { };
oidentd = callPackage ../servers/identd/oidentd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openfire = callPackage ../servers/xmpp/openfire { };
postgresql = postgresql83;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
postgresql83 = callPackage ../servers/sql/postgresql/8.3.x.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
postgresql84 = callPackage ../servers/sql/postgresql/8.4.x.nix { };
postgresql90 = callPackage ../servers/sql/postgresql/9.0.x.nix { };
postgresql91 = callPackage ../servers/sql/postgresql/9.1.x.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
postgresql_jdbc = callPackage ../servers/sql/postgresql/jdbc { };
pyIRCt = builderDefsPackage (import ../servers/xmpp/pyIRCt) {
inherit xmpppy pythonIRClib python makeWrapper;
};
pyMAILt = builderDefsPackage (import ../servers/xmpp/pyMAILt) {
inherit xmpppy python makeWrapper fetchcvs;
};
rabbitmq_server = callPackage ../servers/amqp/rabbitmq-server { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
radius = callPackage ../servers/radius { };
redis = callPackage ../servers/nosql/redis { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
redstore = callPackage ../servers/http/redstore { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
samba = callPackage ../servers/samba { };
# A lightweight Samba, useful for non-Linux-based OSes.
samba_light = callPackage ../servers/samba {
pam = null;
fam = null;
cups = null;
acl = null;
openldap = null;
};
shishi = callPackage ../servers/shishi {
# GNU Shishi 1.0.0 fails to build with GnuTLS 3.x.
gnutls = gnutls2;
};
sipwitch = callPackage ../servers/sip/sipwitch { };
squids = recurseIntoAttrs( import ../servers/squid/squids.nix {
inherit fetchurl stdenv perl lib composableDerivation
openldap pam db4 cyrus_sasl kerberos libcap expat libxml2 libtool
openssl;
});
squid = squids.squid31; # has ipv6 support
tomcat5 = callPackage ../servers/http/tomcat/5.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tomcat6 = callPackage ../servers/http/tomcat/6.0.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tomcat_mysql_jdbc = callPackage ../servers/http/tomcat/jdbc/mysql { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
axis2 = callPackage ../servers/http/tomcat/axis2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
virtuoso = callPackage ../servers/sql/virtuoso { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vsftpd = callPackage ../servers/ftp/vsftpd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xinetd = callPackage ../servers/xinetd { };
xorg = recurseIntoAttrs (import ../servers/x11/xorg/default.nix {
inherit fetchurl fetchsvn stdenv pkgconfig freetype fontconfig
libxslt expat libdrm libpng zlib perl mesa
xkeyboard_config dbus libuuid openssl gperf m4
autoconf libtool xmlto asciidoc udev flex bison python;
automake = automake110x;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xorgReplacements = callPackage ../servers/x11/xorg/replacements.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xorgVideoUnichrome = callPackage ../servers/x11/xorg/unichrome/default.nix { };
zabbix = recurseIntoAttrs (import ../servers/monitoring/zabbix {
inherit fetchurl stdenv pkgconfig postgresql curl openssl zlib;
});
### OS-SPECIFIC
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
afuse = callPackage ../os-specific/linux/afuse { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autofs5 = callPackage ../os-specific/linux/autofs/autofs-v5.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
_915resolution = callPackage ../os-specific/linux/915resolution { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nfsUtils = callPackage ../os-specific/linux/nfs-utils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
acpi = callPackage ../os-specific/linux/acpi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
acpid = callPackage ../os-specific/linux/acpid { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
acpitool = callPackage ../os-specific/linux/acpitool { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
alsaLib = callPackage ../os-specific/linux/alsa-lib { };
alsaPlugins = callPackage ../os-specific/linux/alsa-plugins {
jackaudio = null;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
alsaPluginWrapper = callPackage ../os-specific/linux/alsa-plugins/wrapper.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
alsaUtils = callPackage ../os-specific/linux/alsa-utils { };
microcode2ucode = callPackage ../os-specific/linux/microcode/converter.nix { };
microcodeIntel = callPackage ../os-specific/linux/microcode/intel.nix { };
bcm43xx = callPackage ../os-specific/linux/firmware/bcm43xx { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bluez = callPackage ../os-specific/linux/bluez { };
beret = callPackage ../games/beret { };
bridge_utils = callPackage ../os-specific/linux/bridge-utils { };
checkpolicy = callPackage ../os-specific/linux/checkpolicy { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cifs_utils = callPackage ../os-specific/linux/cifs-utils { };
conky = callPackage ../os-specific/linux/conky { };
cpufrequtils = callPackage ../os-specific/linux/cpufrequtils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cryopid = callPackage ../os-specific/linux/cryopid { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cryptsetup = callPackage ../os-specific/linux/cryptsetup { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cramfsswap = callPackage ../os-specific/linux/cramfsswap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
darwinArchUtility = callPackage ../os-specific/darwin/arch { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
darwinSwVersUtility = callPackage ../os-specific/darwin/sw_vers { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
darwinLipoUtility = callPackage ../os-specific/darwin/lipo { };
darwinInstallNameToolUtility = callPackage ../os-specific/darwin/install_name_tool { };
devicemapper = lvm2;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dmidecode = callPackage ../os-specific/linux/dmidecode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dmtcp = callPackage ../os-specific/linux/dmtcp { };
dietlibc = callPackage ../os-specific/linux/dietlibc {
# Dietlibc 0.30 doesn't compile on PPC with GCC 4.1, bus GCC 3.4 works.
stdenv = if stdenv.system == "powerpc-linux" then overrideGCC stdenv gcc34 else stdenv;
};
directvnc = builderDefsPackage ../os-specific/linux/directvnc {
inherit libjpeg pkgconfig zlib directfb;
inherit (xlibs) xproto;
};
dmraid = builderDefsPackage ../os-specific/linux/dmraid {
inherit devicemapper;
};
drbd = callPackage ../os-specific/linux/drbd { };
libuuid =
if crossSystem != null && crossSystem.config == "i586-pc-gnu"
then (utillinux // {
hostDrv = lib.overrideDerivation utillinux.hostDrv (args: {
# `libblkid' fails to build on GNU/Hurd.
configureFlags = args.configureFlags
+ " --disable-libblkid --disable-mount --disable-libmount"
+ " --disable-fsck --enable-static";
doCheck = false;
CPPFLAGS = # ugly hack for ugly software!
lib.concatStringsSep " "
(map (v: "-D${v}=4096")
[ "PATH_MAX" "MAXPATHLEN" "MAXHOSTNAMELEN" ]);
});
})
else if stdenv.isLinux
then utillinux
else null;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
e3cfsprogs = callPackage ../os-specific/linux/e3cfsprogs { };
ebtables = callPackage ../os-specific/linux/ebtables { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
eject = callPackage ../os-specific/linux/eject { };
fbterm = builderDefsPackage (import ../os-specific/linux/fbterm) {
inherit fontconfig gpm freetype pkgconfig ncurses;
};
fbtermStdenv = callPackage ../os-specific/linux/fbterm/stdenv.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fuse = callPackage ../os-specific/linux/fuse { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fxload = callPackage ../os-specific/linux/fxload { };
gpm = callPackage ../servers/gpm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hal = callPackage ../os-specific/linux/hal { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
halevt = callPackage ../os-specific/linux/hal/hal-evt.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hal_info = callPackage ../os-specific/linux/hal/info.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hal_info_synaptics = callPackage ../os-specific/linux/hal/synaptics.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hdparm = callPackage ../os-specific/linux/hdparm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hibernate = callPackage ../os-specific/linux/hibernate { };
hostapd = callPackage ../os-specific/linux/hostapd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
htop = callPackage ../os-specific/linux/htop { };
# GNU/Hurd core packages.
gnu = recurseIntoAttrs (callPackage ../os-specific/gnu {
callPackage = newScope pkgs.gnu;
inherit platform crossSystem;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hwdata = callPackage ../os-specific/linux/hwdata { };
i7z = callPackage ../os-specific/linux/i7z { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ifplugd = callPackage ../os-specific/linux/ifplugd { };
iotop = callPackage ../os-specific/linux/iotop { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iproute = callPackage ../os-specific/linux/iproute { };
iputils = callPackage ../os-specific/linux/iputils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iptables = callPackage ../os-specific/linux/iptables { };
ipw2100fw = callPackage ../os-specific/linux/firmware/ipw2100 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ipw2200fw = callPackage ../os-specific/linux/firmware/ipw2200 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi1000ucode = callPackage ../os-specific/linux/firmware/iwlwifi-1000-ucode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi3945ucode = callPackage ../os-specific/linux/firmware/iwlwifi-3945-ucode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi4965ucodeV1 = callPackage ../os-specific/linux/firmware/iwlwifi-4965-ucode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi4965ucodeV2 = callPackage ../os-specific/linux/firmware/iwlwifi-4965-ucode/version-2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi5000ucode = callPackage ../os-specific/linux/firmware/iwlwifi-5000-ucode { };
iwlwifi5150ucode = callPackage ../os-specific/linux/firmware/iwlwifi-5150-ucode { };
iwlwifi6000ucode = callPackage ../os-specific/linux/firmware/iwlwifi-6000-ucode { };
iwlwifi6000g2aucode = callPackage ../os-specific/linux/firmware/iwlwifi-6000g2a-ucode { };
iwlwifi6000g2bucode = callPackage ../os-specific/linux/firmware/iwlwifi-6000g2b-ucode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kbd = callPackage ../os-specific/linux/kbd { };
libaio = callPackage ../os-specific/linux/libaio { };
libatasmart = callPackage ../os-specific/linux/libatasmart { };
libcgroup = callPackage ../os-specific/linux/libcgroup { };
libnl = callPackage ../os-specific/linux/libnl { };
libnl2 = callPackage ../os-specific/linux/libnl/v2.nix { };
libnl1 = callPackage ../os-specific/linux/libnl/v1.nix { };
linuxHeaders = callPackage ../os-specific/linux/kernel-headers { };
linuxHeaders26Cross = forceBuildDrv (import ../os-specific/linux/kernel-headers/2.6.32.nix {
inherit stdenv fetchurl perl;
cross = assert crossSystem != null; crossSystem;
});
2009-11-14 08:11:30 +00:00
linuxHeaders24Cross = forceBuildDrv (import ../os-specific/linux/kernel-headers/2.4.nix {
inherit stdenv fetchurl perl;
cross = assert crossSystem != null; crossSystem;
});
2009-11-14 08:11:30 +00:00
# We can choose:
linuxHeadersCrossChooser = ver : if (ver == "2.4") then linuxHeaders24Cross
else if (ver == "2.6") then linuxHeaders26Cross
else throw "Unknown linux kernel version";
linuxHeadersCross = assert crossSystem != null;
linuxHeadersCrossChooser crossSystem.platform.kernelMajor;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
linuxHeaders_2_6_28 = callPackage ../os-specific/linux/kernel-headers/2.6.28.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kernelPatches = callPackage ../os-specific/linux/kernel/patches.nix { };
linux_2_6_15 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.15.nix) {
inherit fetchurl perl mktemp module_init_tools;
stdenv = overrideInStdenv stdenv [ gcc34 gnumake381 ];
kernelPatches =
[ kernelPatches.cifs_timeout_2_6_15
];
};
linux_2_6_27 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.27.nix) {
inherit fetchurl perl mktemp module_init_tools;
stdenv = overrideGCC (overrideInStdenv stdenv [ gnumake381 ]) gcc45;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_27
kernelPatches.sec_perm_2_6_24
kernelPatches.cifs_timeout_2_6_25
];
};
linux_2_6_32 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.32.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_31
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_2_6_32
kernelPatches.cifs_timeout_2_6_29
kernelPatches.no_xsave
kernelPatches.dell_rfkill
];
};
linux_2_6_32_xen = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.32-xen.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_31
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_2_6_32
kernelPatches.cifs_timeout
kernelPatches.no_xsave
kernelPatches.dell_rfkill
];
};
linux_2_6_32_systemtap = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.32.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
extraConfig =
''
DEBUG_KERNEL y
KPROBES y # kernel probes (needs `utrace' for process probes)
DEBUG_INFO y
RELAY y
DEBUG_FS y
'';
dontStrip = true;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_31
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_2_6_32
kernelPatches.tracehook_2_6_32
kernelPatches.utrace_2_6_32
];
};
linux_2_6_35 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.35.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_35
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_2_6_35
kernelPatches.cifs_timeout_2_6_35
] ++ lib.optional (platform.kernelArch == "arm")
kernelPatches.sheevaplug_modules_2_6_35;
};
linux_nanonote_jz_2_6_34 = makeOverridable
(import ../os-specific/linux/kernel/linux-nanonote-jz-2.6.34.nix) {
inherit fetchurl fetchsvn stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.aufs2_2_6_34
];
};
linux_nanonote_jz_2_6_35 = makeOverridable
(import ../os-specific/linux/kernel/linux-nanonote-jz-2.6.35.nix) {
inherit fetchurl fetchsvn stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.aufs2_2_6_35
];
};
linux_nanonote_jz_2_6_36 = makeOverridable
(import ../os-specific/linux/kernel/linux-nanonote-jz-2.6.36.nix) {
inherit fetchurl fetchsvn stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ #kernelPatches.fbcondecor_2_6_35
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_2_6_36
kernelPatches.mips_restart_2_6_36
kernelPatches.cifs_timeout_2_6_35
];
};
linux_2_6_35_oldI686 = linux_2_6_35.override {
extraConfig = ''
HIGHMEM64G? n
XEN? n
'';
extraMeta = {
platforms = ["i686-linux"];
maintainers = [lib.maintainers.raskin];
};
};
linux_2_6_38 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.38.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ kernelPatches.fbcondecor_2_6_38
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_1_2_6_38
kernelPatches.cifs_timeout_2_6_38
#kernelPatches.mips_restart_2_6_36
];
};
linux_2_6_38_ati = linux_2_6_38.override { extraConfig="DRM_RADEON_KMS y"; };
linux_2_6_39 = makeOverridable (import ../os-specific/linux/kernel/linux-2.6.39.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ #kernelPatches.fbcondecor_2_6_38
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs2_1_2_6_39
#kernelPatches.mips_restart_2_6_36
];
};
linux_3_0 = makeOverridable (import ../os-specific/linux/kernel/linux-3.0.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ #kernelPatches.fbcondecor_2_6_38
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs3_0
#kernelPatches.aufs2_1_3_0
#kernelPatches.mips_restart_2_6_36
];
};
linux_3_1 = makeOverridable (import ../os-specific/linux/kernel/linux-3.1.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ #kernelPatches.fbcondecor_2_6_38
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs3_1
#kernelPatches.mips_restart_2_6_36
];
};
linux_3_2 = makeOverridable (import ../os-specific/linux/kernel/linux-3.2.nix) {
inherit fetchurl stdenv perl mktemp module_init_tools ubootChooser;
kernelPatches =
[ #kernelPatches.fbcondecor_2_6_38
kernelPatches.sec_perm_2_6_24
kernelPatches.aufs3_2
#kernelPatches.mips_restart_2_6_36
];
};
/* Linux kernel modules are inherently tied to a specific kernel. So
rather than provide specific instances of those packages for a
specific kernel, we have a function that builds those packages
for a specific kernel. This function can then be called for
whatever kernel you're using. */
linuxPackagesFor = kernel: self: let callPackage = newScope self; in rec {
inherit kernel;
acpi_call = callPackage ../os-specific/linux/acpi-call {};
bbswitch = callPackage ../os-specific/linux/bbswitch {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ati_drivers_x11 = callPackage ../os-specific/linux/ati-drivers { };
aufs =
if kernel.features ? aufs2 then
callPackage ../os-specific/linux/aufs/2.nix { }
else if kernel.features ? aufs2_1 then
callPackage ../os-specific/linux/aufs/2.1.nix { }
else if kernel.features ? aufs3 then
callPackage ../os-specific/linux/aufs/3.nix { }
else null;
aufs_util =
if kernel.features ? aufs2 then
callPackage ../os-specific/linux/aufs-util/2.nix { }
else if kernel.features ? aufs2_1 then
callPackage ../os-specific/linux/aufs-util/2.1.nix { }
else if kernel.features ? aufs3 then
callPackage ../os-specific/linux/aufs-util/3.nix { }
else null;
blcr = callPackage ../os-specific/linux/blcr {
#libtool = libtool_1_5; # libtool 2 causes a fork bomb
};
e1000e = callPackage ../os-specific/linux/e1000e {};
exmap = callPackage ../os-specific/linux/exmap {
inherit (gtkLibs) gtkmm;
};
frandom = callPackage ../os-specific/linux/frandom { };
iscsitarget = callPackage ../os-specific/linux/iscsitarget { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iwlwifi = callPackage ../os-specific/linux/iwlwifi { };
iwlwifi4965ucode =
(if (builtins.compareVersions kernel.version "2.6.27" == 0)
|| (builtins.compareVersions kernel.version "2.6.27" == 1)
then iwlwifi4965ucodeV2
else iwlwifi4965ucodeV1);
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
atheros = callPackage ../os-specific/linux/atheros/0.9.4.nix { };
broadcom_sta = callPackage ../os-specific/linux/broadcom-sta/default.nix { };
kernelHeaders = callPackage ../os-specific/linux/kernel-headers { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nvidia_x11 = callPackage ../os-specific/linux/nvidia-x11 { };
nvidia_x11_legacy96 = callPackage ../os-specific/linux/nvidia-x11/legacy96.nix { };
nvidia_x11_legacy173 = callPackage ../os-specific/linux/nvidia-x11/legacy173.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openafsClient = callPackage ../servers/openafs-client { };
openiscsi = callPackage ../os-specific/linux/open-iscsi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wis_go7007 = callPackage ../os-specific/linux/wis-go7007 { };
kqemu = callPackage ../os-specific/linux/kqemu { };
klibc = callPackage ../os-specific/linux/klibc {
linuxHeaders = glibc.kernelHeaders;
};
splashutils =
if kernel.features ? fbConDecor then pkgs.splashutils else null;
/* compiles but has to be integrated into the kernel somehow
Let's have it uncommented and finish it..
*/
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ndiswrapper = callPackage ../os-specific/linux/ndiswrapper { };
ov511 = callPackage ../os-specific/linux/ov511 {
stdenv = overrideGCC stdenv gcc34;
};
perf = callPackage ../os-specific/linux/kernel/perf.nix { };
sysprof = callPackage ../development/tools/profiling/sysprof {
inherit (gnome) gtk glib pango libglade;
};
systemtap = callPackage ../development/tools/profiling/systemtap {
linux = kernel;
inherit (gnome) gtkmm libglademm;
};
v86d = callPackage ../os-specific/linux/v86d { };
virtualbox = callPackage ../applications/virtualization/virtualbox {
stdenv = stdenv_32bit;
inherit (gnome) libIDL;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
virtualboxGuestAdditions = callPackage ../applications/virtualization/virtualbox/guest-additions { };
};
# Build the kernel modules for the some of the kernels.
linuxPackages_2_6_27 = recurseIntoAttrs (linuxPackagesFor linux_2_6_27 pkgs.linuxPackages_2_6_27);
linuxPackages_2_6_32 = recurseIntoAttrs (linuxPackagesFor linux_2_6_32 pkgs.linuxPackages_2_6_32);
linuxPackages_2_6_32_systemtap =
recurseIntoAttrs (linuxPackagesFor linux_2_6_32_systemtap pkgs.linuxPackages_2_6_32_systemtap);
linuxPackages_2_6_32_xen =
recurseIntoAttrs (linuxPackagesFor linux_2_6_32_xen pkgs.linuxPackages_2_6_32_xen);
linuxPackages_2_6_35 = recurseIntoAttrs (linuxPackagesFor linux_2_6_35 pkgs.linuxPackages_2_6_35);
linuxPackages_2_6_38 = recurseIntoAttrs (linuxPackagesFor linux_2_6_38 pkgs.linuxPackages_2_6_38);
linuxPackages_2_6_38_ati = recurseIntoAttrs (linuxPackagesFor linux_2_6_38_ati pkgs.linuxPackages_2_6_38);
linuxPackages_2_6_39 = recurseIntoAttrs (linuxPackagesFor linux_2_6_39 pkgs.linuxPackages_2_6_39);
linuxPackages_3_0 = recurseIntoAttrs (linuxPackagesFor linux_3_0 pkgs.linuxPackages_3_0);
linuxPackages_3_1 = recurseIntoAttrs (linuxPackagesFor linux_3_1 pkgs.linuxPackages_3_1);
linuxPackages_nanonote_jz_2_6_34 = recurseIntoAttrs (linuxPackagesFor linux_nanonote_jz_2_6_34 pkgs.linuxPackages_nanonote_jz_2_6_34);
linuxPackages_nanonote_jz_2_6_35 = recurseIntoAttrs (linuxPackagesFor linux_nanonote_jz_2_6_35 pkgs.linuxPackages_nanonote_jz_2_6_35);
linuxPackages_nanonote_jz_2_6_36 = recurseIntoAttrs (linuxPackagesFor linux_nanonote_jz_2_6_36 pkgs.linuxPackages_nanonote_jz_2_6_36);
linuxPackages_3_2 = recurseIntoAttrs (linuxPackagesFor pkgs.linux_3_2 pkgs.linuxPackages_3_2);
# The current default kernel / kernel modules.
linux = linuxPackages.kernel;
linuxPackages = linuxPackages_2_6_35;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
keyutils = callPackage ../os-specific/linux/keyutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libselinux = callPackage ../os-specific/linux/libselinux { };
libsemanage = callPackage ../os-specific/linux/libsemanage { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libraw1394 = callPackage ../development/libraries/libraw1394 { };
libsexy = callPackage ../development/libraries/libsexy { };
librsvg = gnome.librsvg;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsepol = callPackage ../os-specific/linux/libsepol { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libsmbios = callPackage ../os-specific/linux/libsmbios { };
lm_sensors = callPackage ../os-specific/linux/lm-sensors { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lsiutil = callPackage ../os-specific/linux/lsiutil { };
klibc = callPackage ../os-specific/linux/klibc {
linuxHeaders = glibc.kernelHeaders;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
klibcShrunk = callPackage ../os-specific/linux/klibc/shrunk.nix { };
kvm = qemu_kvm;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libcap = callPackage ../os-specific/linux/libcap { };
libcap_progs = callPackage ../os-specific/linux/libcap/progs.nix { };
libcap_pam = callPackage ../os-specific/linux/libcap/pam.nix { };
libcap_manpages = callPackage ../os-specific/linux/libcap/man.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libnscd = callPackage ../os-specific/linux/libnscd { };
libnotify = callPackage ../development/libraries/libnotify { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
libvolume_id = callPackage ../os-specific/linux/libvolume_id { };
lsscsi = callPackage ../os-specific/linux/lsscsi { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lvm2 = callPackage ../os-specific/linux/lvm2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mdadm = callPackage ../os-specific/linux/mdadm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mingetty = callPackage ../os-specific/linux/mingetty { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
module_init_tools = callPackage ../os-specific/linux/module-init-tools { };
mountall = callPackage ../os-specific/linux/mountall {
automake = automake111x;
};
aggregateModules = modules:
import ../os-specific/linux/module-init-tools/aggregator.nix {
inherit stdenv module_init_tools modules buildEnv;
};
modutils = callPackage ../os-specific/linux/modutils {
stdenv = overrideGCC stdenv gcc34;
};
multipath_tools = callPackage ../os-specific/linux/multipath-tools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nettools = callPackage ../os-specific/linux/net-tools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
neverball = callPackage ../games/neverball { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
numactl = callPackage ../os-specific/linux/numactl { };
gw6c = builderDefsPackage (import ../os-specific/linux/gw6c) {
inherit fetchurl stdenv nettools openssl procps iproute;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nss_ldap = callPackage ../os-specific/linux/nss_ldap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam = callPackage ../os-specific/linux/pam { };
# pam_bioapi ( see http://www.thinkwiki.org/wiki/How_to_enable_the_fingerprint_reader )
pam_ccreds = callPackage ../os-specific/linux/pam_ccreds {
db = db4;
};
pam_console = callPackage ../os-specific/linux/pam_console {
libtool = libtool_1_5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam_devperm = callPackage ../os-specific/linux/pam_devperm { };
pam_krb5 = callPackage ../os-specific/linux/pam_krb5 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam_ldap = callPackage ../os-specific/linux/pam_ldap { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam_login = callPackage ../os-specific/linux/pam_login { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam_unix2 = callPackage ../os-specific/linux/pam_unix2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pam_usb = callPackage ../os-specific/linux/pam_usb { };
pcmciaUtils = callPackage ../os-specific/linux/pcmciautils {
firmware = getConfig ["pcmciaUtils" "firmware"] [];
config = getConfig ["pcmciaUtils" "config"] null;
};
phat = callPackage ../development/libraries/phat {
inherit (gnome) gtk libgnomecanvas;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pmount = callPackage ../os-specific/linux/pmount { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pmutils = callPackage ../os-specific/linux/pm-utils { };
policycoreutils = callPackage ../os-specific/linux/policycoreutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
powertop = callPackage ../os-specific/linux/powertop { };
prayer = callPackage ../servers/prayer { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
procps = callPackage ../os-specific/linux/procps { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pwdutils = callPackage ../os-specific/linux/pwdutils { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qemu_kvm = callPackage ../os-specific/linux/qemu-kvm { };
firmwareLinuxNonfree = callPackage ../os-specific/linux/firmware/firmware-linux-nonfree { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
radeontools = callPackage ../os-specific/linux/radeontools { };
radeonR700 = callPackage ../os-specific/linux/firmware/radeon-r700 { };
radeonR600 = callPackage ../os-specific/linux/firmware/radeon-r600 { };
radeonJuniper = callPackage ../os-specific/linux/firmware/radeon-juniper { };
regionset = callPackage ../os-specific/linux/regionset { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rfkill = callPackage ../os-specific/linux/rfkill { };
rfkill_udev = callPackage ../os-specific/linux/rfkill/udev.nix { };
ralink_fw = callPackage ../os-specific/linux/firmware/ralink { };
rt2860fw = callPackage ../os-specific/linux/firmware/rt2860 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rt2870fw = callPackage ../os-specific/linux/firmware/rt2870 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rt73fw = callPackage ../os-specific/linux/firmware/rt73 { };
rtkit = callPackage ../os-specific/linux/rtkit { };
rtl8192cfw = callPackage ../os-specific/linux/firmware/rtl8192c { };
rtl8168e2fw = callPackage ../os-specific/linux/firmware/rtl8168e-2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sdparm = callPackage ../os-specific/linux/sdparm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
shadow = callPackage ../os-specific/linux/shadow { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
splashutils = callPackage ../os-specific/linux/splashutils/default.nix { };
statifier = builderDefsPackage (import ../os-specific/linux/statifier) { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sysfsutils = callPackage ../os-specific/linux/sysfsutils { };
# Provided with sysfsutils.
libsysfs = sysfsutils;
systool = sysfsutils;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sysklogd = callPackage ../os-specific/linux/sysklogd { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
syslinux = callPackage ../os-specific/linux/syslinux { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sysstat = callPackage ../os-specific/linux/sysstat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sysvinit = callPackage ../os-specific/linux/sysvinit { };
sysvtools = callPackage ../os-specific/linux/sysvinit {
withoutInitTools = true;
};
# FIXME: `tcp-wrapper' is actually not OS-specific.
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tcpWrapper = callPackage ../os-specific/linux/tcp-wrapper { };
trackballs = callPackage ../games/trackballs {
debug = false;
guile = guile_1_8;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tunctl = callPackage ../os-specific/linux/tunctl { };
/*tuxracer = builderDefsPackage (import ../games/tuxracer) {
inherit mesa tcl freeglut;
inherit (xlibs) libX11 xproto;
};*/
ubootChooser = name : if (name == "upstream") then ubootUpstream
else if (name == "sheevaplug") then ubootSheevaplug
else if (name == "guruplug") then ubootGuruplug
else if (name == "nanonote") then ubootNanonote
else throw "Unknown uboot";
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ubootUpstream = callPackage ../misc/uboot { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ubootSheevaplug = callPackage ../misc/uboot/sheevaplug.nix { };
ubootNanonote = callPackage ../misc/uboot/nanonote.nix { };
ubootGuruplug = callPackage ../misc/uboot/guruplug.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
uclibc = callPackage ../os-specific/linux/uclibc { };
uclibcCross = import ../os-specific/linux/uclibc {
inherit fetchurl stdenv libiconv;
linuxHeaders = linuxHeadersCross;
gccCross = gccCrossStageStatic;
cross = assert crossSystem != null; crossSystem;
};
udev145 = callPackage ../os-specific/linux/udev/145.nix { };
udev173 = callPackage ../os-specific/linux/udev/173.nix { };
udev = pkgs.udev173;
udisks = callPackage ../os-specific/linux/udisks {
inherit (gnome) gtkdoc;
};
uml = linux.override {
userModeLinux = true;
};
umlutilities = callPackage ../os-specific/linux/uml-utilities {
tunctl = true; mconsole = true;
};
untie = callPackage ../os-specific/linux/untie { };
upower = callPackage ../os-specific/linux/upower { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
upstart = callPackage ../os-specific/linux/upstart { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
usbutils = callPackage ../os-specific/linux/usbutils { };
utillinux = lowPrio (callPackage ../os-specific/linux/util-linux {
ncurses = null;
perl = null;
});
utillinuxCurses = utillinux.override {
inherit ncurses perl;
};
v4l_utils = callPackage ../os-specific/linux/v4l-utils {};
windows = rec {
w32api = callPackage ../os-specific/windows/w32api {
gccCross = gccCrossStageStatic;
binutilsCross = binutilsCross;
};
w32api_headers = w32api.override {
onlyHeaders = true;
};
mingw_runtime = callPackage ../os-specific/windows/mingwrt {
gccCross = gccCrossMingw2;
binutilsCross = binutilsCross;
};
mingw_runtime_headers = mingw_runtime.override {
onlyHeaders = true;
};
mingw_headers1 = buildEnv {
name = "mingw-headers-1";
paths = [ w32api_headers mingw_runtime_headers ];
};
mingw_headers2 = buildEnv {
name = "mingw-headers-2";
paths = [ w32api mingw_runtime_headers ];
};
mingw_headers3 = buildEnv {
name = "mingw-headers-3";
paths = [ w32api mingw_runtime ];
};
pthreads = callPackage ../os-specific/windows/pthread-w32 {
mingw_headers = mingw_headers2;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wxMSW = callPackage ../os-specific/windows/wxMSW-2.8 { };
};
wesnoth = callPackage ../games/wesnoth {
inherit (gtkLibs) pango;
lua = lua5;
boost = boost147;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wirelesstools = callPackage ../os-specific/linux/wireless-tools { };
wpa_supplicant = callPackage ../os-specific/linux/wpa_supplicant { };
wpa_supplicant_gui = callPackage ../os-specific/linux/wpa_supplicant/gui.nix { };
xf86_input_multitouch =
callPackage ../os-specific/linux/xf86-input-multitouch { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xf86_input_wacom = callPackage ../os-specific/linux/xf86-input-wacom { };
xmoto = builderDefsPackage (import ../games/xmoto) {
inherit chipmunk sqlite curl zlib bzip2 libjpeg libpng
freeglut mesa SDL SDL_mixer SDL_image SDL_net SDL_ttf
lua5 ode libxdg_basedir libxml2;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xorg_sys_opengl = callPackage ../os-specific/linux/opengl/xorg-sys { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zd1211fw = callPackage ../os-specific/linux/firmware/zd1211 { };
### DATA
andagii = callPackage ../data/fonts/andagii {};
anonymousPro = callPackage ../data/fonts/anonymous-pro {};
arkpandora_ttf = builderDefsPackage (import ../data/fonts/arkpandora) {
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bakoma_ttf = callPackage ../data/fonts/bakoma-ttf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cacert = callPackage ../data/misc/cacert { };
cantarell_fonts = callPackage ../data/fonts/cantarell-fonts { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
corefonts = callPackage ../data/fonts/corefonts { };
wrapFonts = paths : ((import ../data/fonts/fontWrap) {
inherit fetchurl stdenv builderDefs paths;
inherit (xorg) mkfontdir mkfontscale;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
clearlyU = callPackage ../data/fonts/clearlyU { };
cm_unicode = callPackage ../data/fonts/cm-unicode {};
dejavu_fonts = callPackage ../data/fonts/dejavu-fonts {
inherit (perlPackages) FontTTF;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook5 = callPackage ../data/sgml+xml/schemas/docbook-5.0 { };
docbook_sgml_dtd_41 = callPackage ../data/sgml+xml/schemas/sgml-dtd/docbook/4.1.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xml_dtd_412 = callPackage ../data/sgml+xml/schemas/xml-dtd/docbook/4.1.2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xml_dtd_42 = callPackage ../data/sgml+xml/schemas/xml-dtd/docbook/4.2.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xml_dtd_43 = callPackage ../data/sgml+xml/schemas/xml-dtd/docbook/4.3.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xml_dtd_45 = callPackage ../data/sgml+xml/schemas/xml-dtd/docbook/4.5.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xml_ebnf_dtd = callPackage ../data/sgml+xml/schemas/xml-dtd/docbook-ebnf { };
docbook_xml_xslt = docbook_xsl;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xsl = callPackage ../data/sgml+xml/stylesheets/xslt/docbook-xsl { };
docbook5_xsl = docbook_xsl_ns;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
docbook_xsl_ns = callPackage ../data/sgml+xml/stylesheets/xslt/docbook-xsl-ns { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freefont_ttf = callPackage ../data/fonts/freefont-ttf { };
gentium = callPackage ../data/fonts/gentium {};
hicolor_icon_theme = callPackage ../data/misc/hicolor-icon-theme { };
inconsolata = callPackage ../data/fonts/inconsolata {};
junicode = callPackage ../data/fonts/junicode { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
liberation_ttf = callPackage ../data/fonts/redhat-liberation-fonts { };
libertine = builderDefsPackage (import ../data/fonts/libertine) {
inherit fontforge;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lmodern = callPackage ../data/fonts/lmodern { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
manpages = callPackage ../data/documentation/man-pages { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
miscfiles = callPackage ../data/misc/miscfiles { };
mobile_broadband_provider_info = callPackage ../data/misc/mobile-broadband-provider-info { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mph_2b_damase = callPackage ../data/fonts/mph-2b-damase { };
oldstandard = callPackage ../data/fonts/oldstandard { };
posix_man_pages = callPackage ../data/documentation/man-pages-posix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pthreadmanpages = callPackage ../data/documentation/pthread-man-pages { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
shared_mime_info = callPackage ../data/misc/shared-mime-info { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
shared_desktop_ontologies = callPackage ../data/misc/shared-desktop-ontologies { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stdmanpages = callPackage ../data/documentation/std-man-pages { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iana_etc = callPackage ../data/misc/iana-etc { };
poppler_data = callPackage ../data/misc/poppler-data { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
r3rs = callPackage ../data/documentation/rnrs/r3rs.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
r4rs = callPackage ../data/documentation/rnrs/r4rs.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
r5rs = callPackage ../data/documentation/rnrs/r5rs.nix { };
themes = name: import (../data/misc/themes + ("/" + name + ".nix")) {
inherit fetchurl;
};
theano = callPackage ../data/fonts/theano { };
tempora_lgc = callPackage ../data/fonts/tempora-lgc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
terminus_font = callPackage ../data/fonts/terminus-font { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ttf_bitstream_vera = callPackage ../data/fonts/ttf-bitstream-vera { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ucsFonts = callPackage ../data/fonts/ucs-fonts { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
unifont = callPackage ../data/fonts/unifont { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vistafonts = callPackage ../data/fonts/vista-fonts { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wqy_zenhei = callPackage ../data/fonts/wqy-zenhei { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xhtml1 = callPackage ../data/sgml+xml/schemas/xml-dtd/xhtml1 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xkeyboard_config = callPackage ../data/misc/xkeyboard-config { };
### APPLICATIONS
aangifte2005 = callPackage_i686 ../applications/taxes/aangifte-2005 { };
aangifte2006 = callPackage_i686 ../applications/taxes/aangifte-2006 { };
aangifte2007 = callPackage_i686 ../applications/taxes/aangifte-2007 { };
aangifte2008 = callPackage_i686 ../applications/taxes/aangifte-2008 { };
aangifte2009 = callPackage_i686 ../applications/taxes/aangifte-2009 { };
aangifte2010 = callPackage_i686 ../applications/taxes/aangifte-2010 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
abcde = callPackage ../applications/audio/abcde { };
abiword = callPackage ../applications/office/abiword {
inherit (gnome) libglade libgnomecanvas;
};
adobeReader = callPackage_i686 ../applications/misc/adobe-reader { };
amsn = callPackage ../applications/networking/instant-messengers/amsn { };
antiword = callPackage ../applications/office/antiword {};
ardour = callPackage ../applications/audio/ardour {
inherit (gtkLibs) glib pango gtk glibmm gtkmm;
inherit (gnome) libgnomecanvas;
};
ardour3 = lowPrio (callPackage ../applications/audio/ardour/ardour3.nix {
inherit (gtkLibs) glib pango gtk glibmm gtkmm;
inherit (gnome) libgnomecanvas libgnomecanvasmm;
});
arora = callPackage ../applications/networking/browsers/arora { };
audacious = callPackage ../applications/audio/audacious { };
audacity = callPackage ../applications/audio/audacity {
portaudio = portaudioSVN;
ffmpeg = ffmpeg_0_6_90;
};
aumix = callPackage ../applications/audio/aumix {
gtkGUI = false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
autopanosiftc = callPackage ../applications/graphics/autopanosiftc { };
avidemux = callPackage ../applications/video/avidemux {
};
avogadro = callPackage ../applications/science/chemistry/avogadro { };
awesome = callPackage ../applications/window-managers/awesome {
inherit (gtkLibs) glib pango;
lua = lua5;
cairo = cairo.override { xcbSupport = true; };
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
batik = callPackage ../applications/graphics/batik { };
bazaar = callPackage ../applications/version-management/bazaar { };
bazaarTools = builderDefsPackage (import ../applications/version-management/bazaar/tools.nix) {
inherit bazaar;
};
beast = callPackage ../applications/audio/beast {
inherit (gnome) libgnomecanvas libart_lgpl;
guile = guile_1_8;
};
bibletime = callPackage ../applications/misc/bibletime { };
bitcoin = callPackage ../applications/misc/bitcoin {
boost = boost144;
db4 = db48;
};
bitlbee = callPackage ../applications/networking/instant-messengers/bitlbee {
# For some reason, TLS support is broken when using GnuTLS 3.0 (can't
# connect to jabber.org, for instance.)
gnutls = gnutls2;
};
blender = callPackage ../applications/misc/blender/2.49.nix { };
blender_2_57 = lowPrio (import ../applications/misc/blender {
inherit stdenv fetchurl SDL cmake gettext ilmbase libjpeg libpng
libsamplerate libtiff mesa openal openexr openjpeg zlib;
inherit (xlibs) libXi;
python = python32;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bvi = callPackage ../applications/editors/bvi { };
calibre = callPackage ../applications/misc/calibre { };
carrier = builderDefsPackage (import ../applications/networking/instant-messengers/carrier/2.5.0.nix) {
inherit fetchurl stdenv pkgconfig perl perlXMLParser libxml2 openssl nss
gtkspell aspell gettext ncurses avahi dbus dbus_glib python
libtool automake autoconf;
GStreamer = gst_all.gstreamer;
inherit (gtkLibs) gtk glib;
inherit (gnome) startupnotification GConf ;
inherit (xlibs) libXScrnSaver scrnsaverproto libX11 xproto kbproto;
};
funpidgin = carrier;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cddiscid = callPackage ../applications/audio/cd-discid { };
cdparanoia = cdparanoiaIII;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cdparanoiaIII = callPackage ../applications/audio/cdparanoia { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cdrtools = callPackage ../applications/misc/cdrtools { };
centerim = callPackage ../applications/networking/instant-messengers/centerim { };
chatzilla = callPackage ../applications/networking/irc/chatzilla {
xulrunner = firefox36Pkgs.xulrunner;
};
chrome = lowPrio (callPackage ../applications/networking/browsers/chromium {
inherit (gnome) GConf;
});
chromeWrapper = wrapFirefox
{ browser = chrome; browserName = "chrome"; desktopName = "Chrome";
icon = "${chrome}/libexec/chrome/product_logo_48.png";
};
cinelerra = callPackage ../applications/video/cinelerra {
inherit (gnome) esound;
};
cmus = callPackage ../applications/audio/cmus { };
compiz = callPackage ../applications/window-managers/compiz/core.nix { };
compiz_ccsm = callPackage ../applications/window-managers/compiz/ccsm.nix { };
compizconfig_python = callPackage ../applications/window-managers/compiz/config-python.nix { };
libcompizconfig = callPackage ../applications/window-managers/compiz/libcompizconfig.nix { };
compiz_bcop = callPackage ../applications/window-managers/compiz/bcop.nix { };
compiz_plugins_main = callPackage ../applications/window-managers/compiz/plugins-main.nix { };
compiz_plugins_extra = callPackage ../applications/window-managers/compiz/plugins-extra.nix { };
cinepaint = callPackage ../applications/graphics/cinepaint { };
codeville = builderDefsPackage (import ../applications/version-management/codeville/0.8.0.nix) {
inherit makeWrapper;
python = pythonFull;
};
comical = callPackage ../applications/graphics/comical { };
conkeror = callPackage ../applications/networking/browsers/conkeror { };
cuneiform = builderDefsPackage (import ../tools/graphics/cuneiform) {
inherit cmake patchelf;
imagemagick=imagemagick;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cvs = callPackage ../applications/version-management/cvs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cvsps = callPackage ../applications/version-management/cvsps { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cvs2svn = callPackage ../applications/version-management/cvs2svn { };
d4x = callPackage ../applications/misc/d4x { };
darcs = haskellPackages.darcs;
darktable = callPackage ../applications/graphics/darktable {
inherit (gnome) GConf gnome_keyring libglade atk;
inherit (xlibs) libxcb pixman libpthreadstubs libXau;
};
dia = callPackage ../applications/graphics/dia {
inherit (pkgs.gnome) libart_lgpl libgnomeui;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
djvulibre = callPackage ../applications/misc/djvulibre { };
djview = callPackage ../applications/graphics/djview { };
djview4 = pkgs.djview;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dmenu = callPackage ../applications/misc/dmenu { };
dmtx = builderDefsPackage (import ../tools/graphics/dmtx) {
inherit libpng libtiff libjpeg imagemagick librsvg
pkgconfig bzip2 zlib libtool freetype fontconfig
ghostscript jasper xz;
inherit (xlibs) libX11;
};
dvb_apps = callPackage ../applications/video/dvb-apps { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dvdauthor = callPackage ../applications/video/dvdauthor { };
dvswitch = callPackage ../applications/video/dvswitch {
inherit (gtkLibs) gtkmm;
inherit (xlibs) libXau libXdmcp libXv libpthreadstubs pixman;
};
dwm = callPackage ../applications/window-managers/dwm {
patches = getConfig [ "dwm" "patches" ] [];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
eaglemode = callPackage ../applications/misc/eaglemode { };
eclipses = recurseIntoAttrs (callPackage ../applications/editors/eclipse { });
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ed = callPackage ../applications/editors/ed { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
elinks = callPackage ../applications/networking/browsers/elinks { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
elvis = callPackage ../applications/editors/elvis { };
emacs = emacs23;
emacs22 = callPackage ../applications/editors/emacs-22 {
/* Using cpp 4.5, we get:
make[1]: Entering directory `/tmp/nix-build-dhbj8qqmqxwp3iw6sjcgafsrwlwrix1f-emacs-22.3.drv-0/emacs-22.3/lib-src'
Makefile:148: *** recipe commences before first target. Stop.
Apparently, this is because `lib-src/Makefile' is generated by
processing `lib-src/Makefile.in' with cpp, and the escaping rules for
literal backslashes have changed. */
stdenv = overrideGCC stdenv gcc44;
xaw3dSupport = getConfig [ "emacs" "xaw3dSupport" ] false;
gtkGUI = getConfig [ "emacs" "gtkSupport" ] true;
};
emacs23 = callPackage ../applications/editors/emacs-23 {
# use override to select the appropriate gui toolkit
libXaw = if stdenv.isDarwin then xlibs.libXaw else null;
Xaw3d = null;
gtk = if stdenv.isDarwin then null else gtkLibs.gtk;
# TODO: these packages don't build on Darwin.
gconf = null /* if stdenv.isDarwin then null else gnome.GConf */;
librsvg = null /* if stdenv.isDarwin then null else librsvg */;
};
emacs24 = lowPrio (callPackage ../applications/editors/emacs-24 {
# use override to select the appropriate gui toolkit
libXaw = if stdenv.isDarwin then xlibs.libXaw else null;
Xaw3d = null;
gtk = if stdenv.isDarwin then null else gtkLibs.gtk;
# TODO: these packages don't build on Darwin.
gconf = null /* if stdenv.isDarwin then null else gnome.GConf */;
librsvg = if stdenv.isDarwin then null else librsvg;
# alsa only on linux
alsaLib = if stdenv.isLinux then alsaLib else null;
imagemagick = imagemagickBig;
});
emacsPackages = emacs: self: let callPackage = newScope self; in rec {
inherit emacs;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bbdb = callPackage ../applications/editors/emacs-modes/bbdb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cedet = callPackage ../applications/editors/emacs-modes/cedet { };
calfw = callPackage ../applications/editors/emacs-modes/calfw { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cua = callPackage ../applications/editors/emacs-modes/cua { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ecb = callPackage ../applications/editors/emacs-modes/ecb { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jabber = callPackage ../applications/editors/emacs-modes/jabber { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
emacsSessionManagement = callPackage ../applications/editors/emacs-modes/session-management-for-emacs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
emacsw3m = callPackage ../applications/editors/emacs-modes/emacs-w3m { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
emms = callPackage ../applications/editors/emacs-modes/emms { };
jdee = callPackage ../applications/editors/emacs-modes/jdee {
# Requires Emacs 23, for `avl-tree'.
};
js2 = callPackage ../applications/editors/emacs-modes/js2 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
stratego = callPackage ../applications/editors/emacs-modes/stratego { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
haskellMode = callPackage ../applications/editors/emacs-modes/haskell { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hol_light_mode = callPackage ../applications/editors/emacs-modes/hol_light { };
htmlize = callPackage ../applications/editors/emacs-modes/htmlize { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
magit = callPackage ../applications/editors/emacs-modes/magit { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
maudeMode = callPackage ../applications/editors/emacs-modes/maude { };
notmuch = callPackage ../applications/networking/mailreaders/notmuch { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nxml = callPackage ../applications/editors/emacs-modes/nxml { };
# This is usually a newer version of Org-Mode than that found in GNU Emacs, so
# we want it to have higher precedence.
org = hiPrio (callPackage ../applications/editors/emacs-modes/org { });
phpMode = callPackage ../applications/editors/emacs-modes/php { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
prologMode = callPackage ../applications/editors/emacs-modes/prolog { };
proofgeneral = callPackage ../applications/editors/emacs-modes/proofgeneral {
texLive = pkgs.texLiveAggregationFun {
paths = [ pkgs.texLive pkgs.texLiveCMSuper ];
};
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
quack = callPackage ../applications/editors/emacs-modes/quack { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
remember = callPackage ../applications/editors/emacs-modes/remember { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rudel = callPackage ../applications/editors/emacs-modes/rudel { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scalaMode = callPackage ../applications/editors/emacs-modes/scala-mode { };
};
emacs22Packages = emacsPackages emacs22 pkgs.emacs22Packages;
emacs23Packages = recurseIntoAttrs (emacsPackages emacs23 pkgs.emacs23Packages);
emacs24Packages = recurseIntoAttrs (emacsPackages emacs24 pkgs.emacs24Packages);
epdfview = callPackage ../applications/misc/epdfview { };
espeak = callPackage ../applications/audio/espeak { };
esniper = callPackage ../applications/networking/esniper { };
etherape = callPackage ../applications/networking/sniffers/etherape {
inherit (gnome) gnomedocutils libgnome libglade gtk libgnomeui scrollkeeper;
};
evopedia = callPackage ../applications/misc/evopedia { };
keepassx = callPackage ../applications/misc/keepassx { };
# FIXME: Evince and other GNOME/GTK+ apps (e.g., Viking) provide
# `share/icons/hicolor/icon-theme.cache'. Arbitrarily give this one a
# higher priority.
evince = hiPrio (callPackage ../applications/misc/evince {
inherit (gnome) gnomedocutils gnomeicontheme libgnome
libgnomeui libglade glib gtk scrollkeeper gnome_keyring;
});
evolution_data_server = newScope (gnome // gtkLibs) ../servers/evolution-data-server { };
exrdisplay = callPackage ../applications/graphics/exrdisplay {
fltk = fltk20;
};
fbpanel = callPackage ../applications/window-managers/fbpanel { };
fetchmail = import ../applications/misc/fetchmail {
inherit stdenv fetchurl openssl;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fossil = callPackage ../applications/version-management/fossil { };
goldendict = callPackage ../applications/misc/goldendict { };
grass = import ../applications/misc/grass {
inherit (xlibs) libXmu libXext libXp libX11 libXt libSM libICE libXpm
libXaw libXrender;
inherit getConfig composableDerivation stdenv fetchurl
lib flex bison cairo fontconfig
gdal zlib ncurses gdbm proj pkgconfig swig
blas liblapack libjpeg libpng mysql unixODBC mesa postgresql python
readline sqlite tcl tk libtiff freetype ffmpeg makeWrapper wxGTK;
fftw = fftwSinglePrec;
motif = lesstif;
opendwg = libdwg;
wxPython = wxPython28;
};
grip = callPackage ../applications/misc/grip {
inherit (gnome) libgnome libgnomeui vte;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wavesurfer = callPackage ../applications/misc/audio/wavesurfer { };
wireshark = callPackage ../applications/networking/sniffers/wireshark { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wvdial = callPackage ../os-specific/linux/wvdial { };
fbida = callPackage ../applications/graphics/fbida { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
fdupes = callPackage ../tools/misc/fdupes { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
feh = callPackage ../applications/graphics/feh { };
firefox = pkgs.firefoxPkgs.firefox;
firefoxWrapper = wrapFirefox { browser = pkgs.firefox; };
firefoxPkgs = pkgs.firefox100Pkgs;
firefox36Pkgs = callPackage ../applications/networking/browsers/firefox/3.6.nix {
inherit (gtkLibs) gtk pango;
inherit (gnome) libIDL;
};
firefox36Wrapper = wrapFirefox { browser = firefox36Pkgs.firefox; };
firefox90Pkgs = callPackage ../applications/networking/browsers/firefox/9.0.nix {
inherit (gtkLibs) gtk pango;
inherit (gnome) libIDL;
};
firefox90Wrapper = wrapFirefox { browser = firefox90Pkgs.firefox; };
firefox100Pkgs = callPackage ../applications/networking/browsers/firefox/10.0.nix {
inherit (gtkLibs) gtk pango;
inherit (gnome) libIDL;
};
firefox100Wrapper = wrapFirefox { browser = firefox100Pkgs.firefox; };
firefox11Pkgs = callPackage ../applications/networking/browsers/firefox/11.0.nix {
inherit (gtkLibs) gtk pango;
inherit (gnome) libIDL;
};
firefox11Wrapper = lowPrio (wrapFirefox { browser = firefox11Pkgs.firefox; });
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
flac = callPackage ../applications/audio/flac { };
flashplayer = flashplayer11;
flashplayer9 = callPackage ../applications/networking/browsers/mozilla-plugins/flashplayer-9 {
inherit (gtkLibs) atk;
};
flashplayer10 = callPackage ../applications/networking/browsers/mozilla-plugins/flashplayer-10 {
inherit (gtkLibs) atk gdk_pixbuf;
debug = getConfig ["flashplayer" "debug"] false;
};
flashplayer11 = callPackage ../applications/networking/browsers/mozilla-plugins/flashplayer-11 {
inherit (gtkLibs) atk gdk_pixbuf;
debug = getConfig ["flashplayer" "debug"] false;
};
freecad = callPackage ../applications/graphics/freecad {
boost = boost146;
};
freemind = callPackage ../applications/misc/freemind {
jdk = jdk;
jre = jdk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freepv = callPackage ../applications/graphics/freepv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xfontsel = callPackage ../applications/misc/xfontsel { };
xlsfonts = callPackage ../applications/misc/xlsfonts { };
freerdp = callPackage ../applications/networking/remote/freerdp { };
freerdpUnstable = callPackage ../applications/networking/remote/freerdp/unstable.nix { };
fspot = callPackage ../applications/graphics/f-spot {
inherit (gnome) libgnome libgnomeui;
gtksharp = gtksharp1;
};
get_iplayer = callPackage ../applications/misc/get_iplayer {};
gimp = callPackage ../applications/graphics/gimp {
inherit (gnome) gtk libart_lgpl;
};
gimpPlugins = recurseIntoAttrs (import ../applications/graphics/gimp/plugins {
inherit pkgs gimp;
});
gitAndTools = recurseIntoAttrs (import ../applications/version-management/git-and-tools {
inherit pkgs;
});
git = gitAndTools.git;
gitFull = gitAndTools.gitFull;
gitSVN = gitAndTools.gitSVN;
giv = callPackage ../applications/graphics/giv {
inherit (gtkLibs) gdk_pixbuf gtk;
pcre = pcre.override { unicodeSupport = true; };
};
gnucash = callPackage ../applications/office/gnucash {
inherit (gnome) gtk glib libgnomeui libgtkhtml gtkhtml
libbonoboui libgnomeprint;
gconf = gnome.GConf;
guile = guile_1_8;
slibGuile = slibGuile.override { scheme = guile_1_8; };
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qcad = callPackage ../applications/misc/qcad { };
libquvi = callPackage ../applications/video/quvi/library.nix { };
quvi = callPackage ../applications/video/quvi/tool.nix { };
quvi_scripts = callPackage ../applications/video/quvi/scripts.nix { };
qjackctl = callPackage ../applications/audio/qjackctl { };
gkrellm = callPackage ../applications/misc/gkrellm { };
gmu = callPackage ../applications/audio/gmu { };
gnash = callPackage ../applications/video/gnash {
xulrunner = icecatXulrunner3;
inherit (gnome) gtkglext;
inherit (gst_all) gstreamer gstPluginsBase gstPluginsGood gstFfmpeg;
};
gnome_mplayer = callPackage ../applications/video/gnome-mplayer {
inherit (gnome) GConf;
};
gnunet08 = callPackage ../applications/networking/p2p/gnunet/0.8.nix {
inherit (gnome) gtk libglade;
guile = guile_1_8;
gtkSupport = getConfig [ "gnunet" "gtkSupport" ] true;
};
gnunet = callPackage ../applications/networking/p2p/gnunet { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gocr = callPackage ../applications/graphics/gocr { };
gobby5 = callPackage ../applications/editors/gobby {
inherit (gtkLibs) gtkmm;
inherit (gnome) gtksourceview;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gphoto2 = callPackage ../applications/misc/gphoto2 { };
gphoto2fs = builderDefsPackage ../applications/misc/gphoto2/gphotofs.nix {
inherit libgphoto2 fuse pkgconfig glib;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
graphicsmagick = callPackage ../applications/graphics/graphicsmagick { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
graphicsmagick137 = callPackage ../applications/graphics/graphicsmagick/1.3.7.nix { };
gtkpod = callPackage ../applications/audio/gtkpod {
inherit (gnome) libglade;
};
jbidwatcher = callPackage ../applications/misc/jbidwatcher {
java = if stdenv.isLinux then jre else jdk;
};
qrdecode = builderDefsPackage (import ../tools/graphics/qrdecode) {
inherit libpng;
opencv = opencv_2_1;
};
qrencode = callPackage ../tools/graphics/qrencode { };
gecko_mediaplayer = callPackage ../applications/networking/browsers/mozilla-plugins/gecko-mediaplayer {
inherit (gnome) GConf;
browser = firefox;
};
geeqie = callPackage ../applications/graphics/geeqie { };
gqview = callPackage ../applications/graphics/gqview { };
gmtk = callPackage ../applications/networking/browsers/mozilla-plugins/gmtk {
inherit (gnome) GConf;
inherit (gtkLibs) gtk;
};
googleearth = callPackage_i686 ../applications/misc/googleearth { };
google_talk_plugin = callPackage ../applications/networking/browsers/mozilla-plugins/google-talk-plugin {
inherit pkgsi686Linux;
};
gosmore = builderDefsPackage ../applications/misc/gosmore {
inherit fetchsvn curl pkgconfig libxml2;
inherit (gtkLibs) gtk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gpsbabel = callPackage ../applications/misc/gpsbabel { };
gpscorrelate = callPackage ../applications/misc/gpscorrelate { };
gpsd = callPackage ../servers/gpsd { };
guitone = callPackage ../applications/version-management/guitone { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gv = callPackage ../applications/misc/gv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hello = callPackage ../applications/misc/hello/ex-2 { };
homebank = callPackage ../applications/office/homebank { };
htmldoc = callPackage ../applications/misc/htmldoc {
fltk = fltk13;
};
hugin = callPackage ../applications/graphics/hugin { };
hydrogen = callPackage ../applications/audio/hydrogen { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
i810switch = callPackage ../os-specific/linux/i810switch { };
icecat3 = lowPrio (callPackage ../applications/networking/browsers/icecat-3 {
inherit (gnome) libIDL libgnomeui gnome_vfs gtk pango;
inherit (xlibs) pixman;
inherit (pythonPackages) ply;
});
icecatXulrunner3 = lowPrio (callPackage ../applications/networking/browsers/icecat-3 {
application = "xulrunner";
inherit (gnome) libIDL libgnomeui gnome_vfs gtk pango;
inherit (xlibs) pixman;
inherit (pythonPackages) ply;
});
icecat3Xul =
(symlinkJoin "icecat-with-xulrunner-${icecat3.version}"
[ icecat3 icecatXulrunner3 ])
// { inherit (icecat3) gtk isFirefox3Like meta; };
icecat3Wrapper = wrapFirefox { browser = icecat3Xul; browserName = "icecat"; desktopName = "IceCat"; };
icewm = callPackage ../applications/window-managers/icewm { };
id3v2 = callPackage ../applications/audio/id3v2 { };
ikiwiki = callPackage ../applications/misc/ikiwiki {
inherit (perlPackages) TextMarkdown URI HTMLParser HTMLScrubber
HTMLTemplate TimeDate CGISession DBFile CGIFormBuilder LocaleGettext
RpcXML XMLSimple PerlMagick YAML YAMLLibYAML;
gitSupport = false;
monotoneSupport = false;
extraUtils = [];
};
imagemagick = callPackage ../applications/graphics/ImageMagick {
tetex = null;
librsvg = null;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
imagemagickBig = callPackage ../applications/graphics/ImageMagick { };
# Impressive, formerly known as "KeyJNote".
impressive = callPackage ../applications/office/impressive {
# XXX These are the PyOpenGL dependencies, which we need here.
inherit (pythonPackages) pyopengl;
};
inkscape = callPackage ../applications/graphics/inkscape {
inherit (pythonPackages) lxml;
inherit (gtkLibs) gtk glib glibmm gtkmm;
};
ion3 = callPackage ../applications/window-managers/ion-3 {
lua = lua5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
iptraf = callPackage ../applications/networking/iptraf { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
irssi = callPackage ../applications/networking/irc/irssi { };
bip = callPackage ../applications/networking/irc/bip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jackmeter = callPackage ../applications/audio/jackmeter { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jedit = callPackage ../applications/editors/jedit { };
jigdo = callPackage ../applications/misc/jigdo { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
joe = callPackage ../applications/editors/joe { };
jbrout = callPackage ../applications/graphics/jbrout {
inherit (pythonPackages) lxml;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jwm = callPackage ../applications/window-managers/jwm { };
k3d = callPackage ../applications/graphics/k3d {};
keepnote = callPackage ../applications/office/keepnote {
pygtk = pyGtkGlade;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kermit = callPackage ../tools/misc/kermit { };
kino = callPackage ../applications/video/kino {
inherit (gnome) libglade;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lame = callPackage ../applications/audio/lame { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
larswm = callPackage ../applications/window-managers/larswm { };
lash = callPackage ../applications/audio/lash {
inherit (gtkLibs) gtk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ladspaH = callPackage ../applications/audio/ladspa-plugins/ladspah.nix { };
ladspaPlugins = callPackage ../applications/audio/ladspa-plugins {
fftw = fftwSinglePrec;
};
ldcpp = callPackage ../applications/networking/p2p/ldcpp {
inherit (gnome) libglade;
};
librecad = callPackage ../applications/misc/librecad { };
libreoffice = callPackage ../applications/office/openoffice/libreoffice.nix {
inherit (perlPackages) ArchiveZip CompressZlib;
inherit (gnome) GConf ORBit2;
force = getConfig [ "libreoffice" "force" ] false;
};
lingot = callPackage ../applications/audio/lingot {
inherit (gnome) libglade;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
links = callPackage ../applications/networking/browsers/links { };
ledger = callPackage ../applications/office/ledger/2.6.3.nix { };
ledger3 = callPackage ../applications/office/ledger/3.0.nix { };
links2 = callPackage ../applications/networking/browsers/links2 { };
linphone = callPackage ../applications/networking/linphone {
inherit (gnome) libglade;
};
lmms = callPackage ../applications/audio/lmms { };
lxdvdrip = callPackage ../applications/video/lxdvdrip { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
lynx = callPackage ../applications/networking/browsers/lynx { };
lyx = callPackage ../applications/misc/lyx {
qt = qt4;
};
makeself = callPackage ../applications/misc/makeself { };
matchbox = callPackage ../applications/window-managers/matchbox { };
meld = callPackage ../applications/version-management/meld {
inherit (gnome) scrollkeeper;
pygtk = pyGtkGlade;
};
mercurial = callPackage ../applications/version-management/mercurial {
inherit (pythonPackages) curses;
guiSupport = false; # use mercurialFull to get hgk GUI
};
mercurialFull = appendToName "full" (pkgs.mercurial.override { guiSupport = true; });
merkaartor = callPackage ../applications/misc/merkaartor { };
meshlab = callPackage ../applications/graphics/meshlab {
qt = qt47;
};
midori = builderDefsPackage (import ../applications/networking/browsers/midori) {
inherit imagemagick intltool python pkgconfig webkit libxml2
which gettext makeWrapper file libidn sqlite docutils libnotify
vala dbus_glib;
inherit (gtkLibs) gtk glib;
inherit (gnome) gtksourceview;
inherit (webkit.passthru.args) libsoup;
inherit (xlibs) kbproto xproto libXScrnSaver scrnsaverproto;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
minicom = callPackage ../tools/misc/minicom { };
minidjvu = callPackage ../applications/graphics/minidjvu { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mmex = callPackage ../applications/office/mmex { };
monodevelop = callPackage ../applications/editors/monodevelop {
inherit (gnome) gnome_vfs libbonobo libglade libgnome GConf glib gtk;
mozilla = firefox;
gtksharp = gtksharp2;
};
monodoc = callPackage ../applications/editors/monodoc {
gtksharp = gtksharp1;
};
monotone = callPackage ../applications/version-management/monotone {
lua = lua5;
};
monotoneViz = builderDefsPackage (import ../applications/version-management/monotone-viz/mtn-head.nix) {
inherit ocaml graphviz pkgconfig autoconf automake libtool;
inherit (ocamlPackages) lablgtk;
inherit (gnome) gtk libgnomecanvas glib;
};
mozilla = callPackage ../applications/networking/browsers/mozilla {
inherit (gnome) libIDL;
};
mozplugger = builderDefsPackage (import ../applications/networking/browsers/mozilla-plugins/mozplugger) {
inherit firefox;
inherit (xlibs) libX11 xproto;
};
mp3info = callPackage ../applications/audio/mp3info { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpc123 = callPackage ../applications/audio/mpc123 { };
mpg123 = callPackage ../applications/audio/mpg123 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mpg321 = callPackage ../applications/audio/mpg321 { };
ncmpcpp = callPackage ../applications/audio/ncmpcpp { };
MPlayer = callPackage ../applications/video/MPlayer { };
MPlayerPlugin = browser:
import ../applications/networking/browsers/mozilla-plugins/mplayerplug-in {
inherit browser;
inherit fetchurl stdenv pkgconfig gettext;
inherit (xlibs) libXpm;
# !!! should depend on MPlayer
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mrxvt = callPackage ../applications/misc/mrxvt { };
multisync = callPackage ../applications/misc/multisync {
inherit (gnome) gtk glib ORBit2 libbonobo libgnomeui GConf;
};
mumble = callPackage ../applications/networking/mumble {
avahi = avahi.override {
withLibdnssdCompat = true;
};
jackSupport = getConfig [ "mumble" "jackSupport" ] false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mutt = callPackage ../applications/networking/mailreaders/mutt { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
msmtp = callPackage ../applications/networking/msmtp { };
mupdf = callPackage ../applications/misc/mupdf {
};
mythtv = callPackage ../applications/video/mythtv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nano = callPackage ../applications/editors/nano { };
navipowm = callPackage ../applications/misc/navipowm {
};
navit = callPackage ../applications/misc/navit { };
nedit = callPackage ../applications/editors/nedit {
motif = lesstif;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
};
netsurfBrowser = netsurf.browser;
netsurf = recurseIntoAttrs (import ../applications/networking/browsers/netsurf { inherit pkgs; });
notmuch = callPackage ../applications/networking/mailreaders/notmuch {
# use emacsPackages.notmuch if you want emacs support
emacs = null;
};
nova = callPackage ../applications/virtualization/nova { };
novaclient = callPackage ../applications/virtualization/nova/client.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
nvi = callPackage ../applications/editors/nvi { };
ocrad = callPackage ../applications/graphics/ocrad { };
offrss = callPackage ../applications/networking/offrss { };
oneteam = callPackage ../applications/networking/instant-messengers/oneteam {};
openbox = callPackage ../applications/window-managers/openbox { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
openjump = callPackage ../applications/misc/openjump { };
openoffice = callPackage ../applications/office/openoffice {
inherit (perlPackages) ArchiveZip CompressZlib;
inherit (gnome) GConf ORBit2;
neon = neon029;
libwpd = libwpd_08;
zip = zip.override { enableNLS = false; };
};
go_oo = callPackage ../applications/office/openoffice/go-oo.nix {
inherit (perlPackages) ArchiveZip CompressZlib;
inherit (gnome) GConf ORBit2;
neon = neon029;
libwpd = libwpd_08;
zip = zip.override { enableNLS = false; };
};
openscad = callPackage ../applications/graphics/openscad {};
opera = callPackage ../applications/networking/browsers/opera {
inherit (pkgs.gtkLibs) gdk_pixbuf atk;
inherit (pkgs.kde4) kdelibs;
inherit (pkgs.gst_all) gstreamer gstPluginsBase;
};
pan = callPackage ../applications/networking/newsreaders/pan {
spellChecking = false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
panotools = callPackage ../applications/graphics/panotools { };
pavucontrol = callPackage ../applications/audio/pavucontrol {
inherit (gtkLibs) gtkmm;
inherit (gnome) libglademm;
};
paraview = callPackage ../applications/graphics/paraview { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pdftk = callPackage ../tools/typesetting/pdftk { };
pidgin = callPackage ../applications/networking/instant-messengers/pidgin {
openssl = if (getConfig ["pidgin" "openssl"] true) then openssl else null;
gnutls = if (getConfig ["pidgin" "gnutls"] false) then gnutls else null;
libgcrypt = if (getConfig ["pidgin" "gnutls"] false) then libgcrypt else null;
GStreamer = gst_all.gstreamer;
inherit (gnome) startupnotification;
inherit (gst_all) gstPluginsBase;
};
pidginlatex = callPackage ../applications/networking/instant-messengers/pidgin-plugins/pidgin-latex {
imagemagick = imagemagickBig;
};
pidginlatexSF = builderDefsPackage
(import ../applications/networking/instant-messengers/pidgin-plugins/pidgin-latex/pidgin-latex-sf.nix)
{
inherit pkgconfig pidgin texLive imagemagick which;
inherit (gtkLibs) glib gtk;
};
pidginmsnpecan = callPackage ../applications/networking/instant-messengers/pidgin-plugins/msn-pecan { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pidginotr = callPackage ../applications/networking/instant-messengers/pidgin-plugins/otr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pidginsipe = callPackage ../applications/networking/instant-messengers/pidgin-plugins/sipe { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pinfo = callPackage ../applications/misc/pinfo { };
pinta = callPackage ../applications/graphics/pinta {
gtksharp = gtksharp2;
};
pqiv = callPackage ../applications/graphics/pqiv { };
# perhaps there are better apps for this task? It's how I had configured my preivous system.
# And I don't want to rewrite all rules
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
procmail = callPackage ../applications/misc/procmail { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pstree = callPackage ../applications/misc/pstree { };
puredata = callPackage ../applications/audio/puredata {
inherit (gtkLibs) glib;
inherit (xlibs) libX11;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pythonmagick = callPackage ../applications/graphics/PythonMagick { };
qemu = callPackage ../applications/virtualization/qemu/0.15.nix { };
qemu_0_13 = callPackage ../applications/virtualization/qemu/0.13.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qemuSVN = callPackage ../applications/virtualization/qemu/svn-6642.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qemuImage = callPackage ../applications/virtualization/qemu/linux-img { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
qtpfsgui = callPackage ../applications/graphics/qtpfsgui { };
qtractor = callPackage ../applications/audio/qtractor {
inherit (gtkLibs) gtk;
};
rakarrack = callPackage ../applications/audio/rakarrack {
inherit (xorg) libXpm libXft;
fltk = fltk13;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rapidsvn = callPackage ../applications/version-management/rapidsvn { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ratpoison = callPackage ../applications/window-managers/ratpoison { };
rawtherapee = callPackage ../applications/graphics/rawtherapee {
inherit (gtkLibs) gtk gtkmm;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rcs = callPackage ../applications/version-management/rcs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rdesktop = callPackage ../applications/networking/remote/rdesktop { };
RealPlayer = callPackage ../applications/video/RealPlayer {
inherit (gtkLibs) glib pango atk gtk;
libstdcpp5 = gcc33.gcc;
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
};
recode = callPackage ../tools/text/recode { };
retroshare = callPackage ../applications/networking/p2p/retroshare {
qt = qt4;
inherit (gnome) gnome_keyring;
};
rsync = callPackage ../applications/networking/sync/rsync {
enableACLs = !(stdenv.isDarwin || stdenv.isSunOS);
enableCopyDevicesPatch = (getConfig ["rsync" "enableCopyDevicesPatch"] false);
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rxvt = callPackage ../applications/misc/rxvt { };
# = urxvt
rxvt_unicode = callPackage ../applications/misc/rxvt_unicode {
perlSupport = false;
};
sakura = callPackage ../applications/misc/sakura {
inherit (gnome) vte;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sbagen = callPackage ../applications/misc/sbagen { };
scribus = callPackage ../applications/office/scribus {
inherit (gnome) libart_lgpl;
qt = qt4;
};
seeks = callPackage ../tools/networking/p2p/seeks {
opencv = opencv_2_1;
};
seg3d = callPackage ../applications/graphics/seg3d {
wxGTK = wxGTK28.override { unicode = false; };
};
seq24 = callPackage ../applications/audio/seq24 {
inherit (gtkLibs) gtkmm;
};
siproxd = callPackage ../applications/networking/siproxd { };
skype_linux = callPackage_i686 ../applications/networking/skype {
usePulseAudio = getConfig [ "pulseaudio" ] false; # disabled by default (the 100% cpu bug)
};
dropbox = callPackage ../applications/networking/dropbox { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
slim = callPackage ../applications/display-managers/slim { };
sndBase = builderDefsPackage (import ../applications/audio/snd) {
inherit fetchurl stdenv stringsWithDeps lib fftw;
inherit pkgconfig gmp gettext;
inherit (xlibs) libXpm libX11;
inherit (gtkLibs) gtk glib;
};
snd = sndBase.passthru.function {
inherit mesa libtool jackaudio alsaLib;
guile = guile_1_8;
};
sonic_visualiser = callPackage ../applications/audio/sonic-visualiser {
inherit (pkgs.vamp) vampSDK;
inherit (pkgs.xlibs) libX11;
fftw = pkgs.fftwSinglePrec;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
sox = callPackage ../applications/misc/audio/sox { };
specimen = callPackage ../applications/audio/specimen {
inherit (gnome) gtk libgnomecanvas;
};
spotify = callPackage ../applications/audio/spotify { };
stalonetray = callPackage ../applications/window-managers/stalonetray {};
stumpwm = builderDefsPackage (import ../applications/window-managers/stumpwm) {
inherit texinfo;
clisp = clisp_2_44_1;
};
subversion = callPackage ../applications/version-management/subversion/default.nix {
neon = pkgs.neon029;
bdbSupport = true;
httpServer = false;
httpSupport = true;
sslSupport = true;
pythonBindings = false;
perlBindings = false;
javahlBindings = false;
saslSupport = false;
compressionSupport = true;
httpd = apacheHttpd;
sasl = cyrus_sasl;
};
subversionClient = lowPrio (appendToName "client" (subversion.override {
bdbSupport = false;
perlBindings = true;
pythonBindings = true;
}));
surf = callPackage ../applications/misc/surf {
inherit (gtkLibs) gtk glib;
libsoup = gnome.libsoup;
};
svk = perlPackages.SVK;
sylpheed = callPackage ../applications/networking/mailreaders/sylpheed {
sslSupport = true;
gpgSupport = true;
};
# linux only by now
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
synergy = callPackage ../applications/misc/synergy { };
tahoelafs = callPackage ../tools/networking/p2p/tahoe-lafs {
inherit (pythonPackages) twisted foolscap simplejson nevow zfec
pycryptopp pysqlite darcsver setuptoolsTrial setuptoolsDarcs
numpy pyasn1 mock;
};
tailor = builderDefsPackage (import ../applications/version-management/tailor) {
inherit makeWrapper python;
};
tangogps = callPackage ../applications/misc/tangogps {
gconf = gnome.GConf;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
teamspeak_client = callPackage ../applications/networking/instant-messengers/teamspeak/client.nix { };
taskjuggler = callPackage ../applications/misc/taskjuggler {
# KDE support is not working yet.
inherit (kde3) kdelibs kdebase;
withKde = getConfig [ "taskJuggler" "kde" ] false;
};
taskwarrior = callPackage ../applications/misc/taskwarrior { };
taskwarrior_unstable = callPackage ../applications/misc/taskwarrior/unstable.nix { };
tesseract = callPackage ../applications/graphics/tesseract { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
thinkingRock = callPackage ../applications/misc/thinking-rock { };
thunderbird = callPackage ../applications/networking/mailreaders/thunderbird/9.x.nix {
inherit (gnome) libIDL;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
timidity = callPackage ../tools/misc/timidity { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tkcvs = callPackage ../applications/version-management/tkcvs { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tla = callPackage ../applications/version-management/arch { };
torchat = callPackage ../applications/networking/instant-messengers/torchat {
wrapPython = pythonPackages.wrapPython;
};
transmission = callPackage ../applications/networking/p2p/transmission { };
trayer = callPackage ../applications/window-managers/trayer {
inherit (gtkLibs) gdk_pixbuf;
};
tree = callPackage ../tools/system/tree { };
tribler = callPackage ../applications/networking/p2p/tribler { };
twinkle = callPackage ../applications/networking/twinkle {
boost = boostFull;
ccrtp = ccrtp_1_8;
libzrtpcpp = libzrtpcpp_1_6;
};
unison = callPackage ../applications/networking/sync/unison {
inherit (ocamlPackages) lablgtk;
enableX11 = getConfig [ "unison" "enableX11" ] true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
uucp = callPackage ../tools/misc/uucp { };
uwimap = callPackage ../tools/networking/uwimap { };
uzbl = builderDefsPackage (import ../applications/networking/browsers/uzbl) {
inherit pkgconfig webkit makeWrapper;
inherit (gtkLibs) gtk glib;
inherit (xlibs) libX11 kbproto;
inherit (gnome) glib_networking libsoup;
};
valknut = callPackage ../applications/networking/p2p/valknut { };
vdpauinfo = callPackage ../tools/X11/vdpauinfo { };
veracity = callPackage ../applications/version-management/veracity {};
viewMtn = builderDefsPackage (import ../applications/version-management/viewmtn/0.10.nix)
{
inherit monotone cheetahTemplate highlight ctags
makeWrapper graphviz which python;
flup = pythonPackages.flup;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vim = callPackage ../applications/editors/vim { };
vimHugeX = vim_configurable;
vim_configurable = import ../applications/editors/vim/configurable.nix {
inherit (pkgs) fetchurl stdenv ncurses pkgconfig gettext composableDerivation lib
getConfig;
inherit (pkgs.xlibs) libX11 libXext libSM libXpm
libXt libXaw libXau libXmu libICE;
inherit (pkgs.gtkLibs) glib gtk;
features = "huge"; # one of tiny, small, normal, big or huge
# optional features by passing
# python
# TODO mzschemeinterp perlinterp
inherit (pkgs) python perl tcl ruby /*x11*/;
lua = pkgs.lua5;
# optional features by flags
flags = [ "X11" ]; # only flag "X11" by now
};
virtviewer = callPackage ../applications/virtualization/virt-viewer {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
virtualgl = callPackage ../tools/X11/virtualgl { };
bumblebee = callPackage ../tools/X11/bumblebee { };
vkeybd = callPackage ../applications/audio/vkeybd {
inherit (xlibs) libX11;
};
vlc = callPackage ../applications/video/vlc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vnstat = callPackage ../applications/networking/vnstat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vorbisTools = callPackage ../applications/audio/vorbis-tools { };
vue = callPackage ../applications/misc/vue {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
vwm = callPackage ../applications/window-managers/vwm { };
w3m = callPackage ../applications/networking/browsers/w3m {
graphicsSupport = false;
};
weechat = callPackage ../applications/networking/irc/weechat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wings = callPackage ../applications/graphics/wings { };
# I'm keen on wmiimenu only >wmii-3.5 no longer has it...
wmiimenu = import ../applications/window-managers/wmii31 {
libixp = libixp_for_wmii;
inherit fetchurl /* fetchhg */ stdenv gawk;
inherit (xlibs) libX11;
};
wmiiSnap = import ../applications/window-managers/wmii {
libixp = libixp_for_wmii;
inherit fetchurl /* fetchhg */ stdenv gawk;
inherit (xlibs) libX11 xextproto libXt libXext;
includeUnpack = getConfig ["stdenv" "includeUnpack"] false;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wordnet = callPackage ../applications/misc/wordnet { };
wrapFirefox =
{ browser, browserName ? "firefox", desktopName ? "Firefox", nameSuffix ? ""
, icon ? "${browser}/lib/${browser.name}/icons/mozicon128.png" }:
import ../applications/networking/browsers/firefox/wrapper.nix {
inherit stdenv makeWrapper makeDesktopItem browser browserName desktopName nameSuffix icon;
plugins =
let
enableAdobeFlash = getConfig [ browserName "enableAdobeFlash" ] true;
enableGnash = getConfig [ browserName "enableGnash" ] false;
in
assert !(enableGnash && enableAdobeFlash);
([ ]
++ lib.optional enableGnash gnash
++ lib.optional enableAdobeFlash flashplayer
# RealPlayer is disabled by default for legal reasons.
++ lib.optional (system != "i686-linux" && getConfig [browserName "enableRealPlayer"] false) RealPlayer
++ lib.optional (getConfig [browserName "enableDjvu"] false) (djview4)
++ lib.optional (getConfig [browserName "enableMPlayer"] false) (MPlayerPlugin browser)
++ lib.optional (getConfig [browserName "enableGeckoMediaPlayer"] false) gecko_mediaplayer
++ lib.optional (supportsJDK && getConfig [browserName "jre"] false && jrePlugin ? mozillaPlugin) jrePlugin
++ lib.optional (getConfig [browserName "enableGoogleTalkPlugin"] false) google_talk_plugin
);
libs =
if getConfig [ browserName "enableQuakeLive" ] false
then with xlibs; [ stdenv.gcc libX11 libXxf86dga libXxf86vm libXext libXt alsaLib zlib ]
else [ ];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
x11vnc = callPackage ../tools/X11/x11vnc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
x2vnc = callPackage ../tools/X11/x2vnc { };
xaos = builderDefsPackage (import ../applications/graphics/xaos) {
inherit (xlibs) libXt libX11 libXext xextproto xproto;
inherit gsl aalib zlib libpng intltool gettext perl;
};
xara = callPackage ../applications/graphics/xara { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xawtv = callPackage ../applications/video/xawtv { };
xbindkeys = callPackage ../tools/X11/xbindkeys { };
xchat = callPackage ../applications/networking/irc/xchat { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xchm = callPackage ../applications/misc/xchm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xcompmgr = callPackage ../applications/window-managers/xcompmgr { };
xdaliclock = callPackage ../tools/misc/xdaliclock {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xdg_utils = callPackage ../tools/X11/xdg-utils { };
xdotool = callPackage ../tools/X11/xdotool { };
xen = callPackage ../applications/virtualization/xen { };
xfig = callPackage ../applications/graphics/xfig {
stdenv = overrideGCC stdenv gcc34;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xineUI = callPackage ../applications/video/xine-ui { };
xneur = callPackage ../applications/misc/xneur {
GStreamer=gst_all.gstreamer;
inherit (gtkLibs) glib gtk pango atk gdk_pixbuf;
};
xneur_0_8 = callPackage ../applications/misc/xneur/0.8.nix {
GStreamer = gst_all.gstreamer;
};
xournal = callPackage ../applications/graphics/xournal {
inherit (gtkLibs) gtk atk pango glib;
inherit (gnome) libgnomeprint libgnomeprintui
libgnomecanvas;
};
xpdf = callPackage ../applications/misc/xpdf {
motif = lesstif;
base14Fonts = "${ghostscript}/share/ghostscript/fonts";
};
libxpdf = callPackage ../applications/misc/xpdf/libxpdf.nix {
};
xpra = callPackage ../tools/X11/xpra {
pyrex = pyrex095;
};
xscreensaver = callPackage ../applications/graphics/xscreensaver {
inherit (gnome) libglade;
};
xsynth_dssi = callPackage ../applications/audio/xsynth-dssi {
inherit (gtkLibs) gtk;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xterm = callPackage ../applications/misc/xterm { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xtrace = callPackage ../tools/X11/xtrace { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xlaunch = callPackage ../tools/X11/xlaunch { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xmacro = callPackage ../tools/X11/xmacro { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xmove = callPackage ../applications/misc/xmove { };
xnee = callPackage ../tools/X11/xnee {
# Work around "missing separator" error.
stdenv = overrideInStdenv stdenv [ gnumake381 ];
};
xvidcap = callPackage ../applications/video/xvidcap {
inherit (gnome) scrollkeeper libglade;
};
yate = callPackage ../applications/misc/yate { };
qgis = callPackage ../applications/misc/qgis {};
yoshimi = callPackage ../applications/audio/yoshimi {
fltk = fltk13;
};
zapping = callPackage ../applications/video/zapping {
inherit (gnome) scrollkeeper libgnomeui libglade esound;
teletextSupport = true;
jpegSupport = true;
pngSupport = true;
recordingSupport = true;
};
zathura = callPackage ../applications/misc/zathura { };
zynaddsubfx = callPackage ../applications/audio/zynaddsubfx { };
### GAMES
alienarena = callPackage ../games/alienarena { };
andyetitmoves = if stdenv.isLinux then callPackage ../games/andyetitmoves {} else null;
asc = callPackage ../games/asc {
lua = lua5;
libsigcxx = libsigcxx12;
};
atanks = callPackage ../games/atanks {};
ballAndPaddle = callPackage ../games/ball-and-paddle {
guile = guile_1_8;
};
bitsnbots = callPackage ../games/bitsnbots {
lua = lua5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
blackshades = callPackage ../games/blackshades { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
blackshadeselite = callPackage ../games/blackshadeselite { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
bsdgames = callPackage ../games/bsdgames { };
btanks = callPackage ../games/btanks { };
bzflag = callPackage ../games/bzflag { };
castle_combat = callPackage ../games/castle-combat { };
construoBase = callPackage ../games/construo {
mesa = null;
freeglut = null;
};
construo = construoBase.override {
inherit mesa freeglut;
};
crack_attack = callPackage ../games/crack-attack { };
crrcsim = callPackage ../games/crrcsim {};
dwarf_fortress = callPackage_i686 ../games/dwarf-fortress {
gnomegtk = pkgsi686Linux.gnome.gtk;
};
eduke32 = callPackage ../games/eduke32 { };
egoboo = callPackage ../games/egoboo { };
exult = callPackage ../games/exult {
stdenv = overrideGCC stdenv gcc42;
};
/*
exultSnapshot = lowPrio (import ../games/exult/snapshot.nix {
inherit fetchurl stdenv SDL SDL_mixer zlib libpng unzip
autoconf automake libtool flex bison;
});
*/
flightgear = callPackage ../games/flightgear {};
freeciv = callPackage ../games/freeciv { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
freedink = callPackage ../games/freedink { };
fsg = callPackage ../games/fsg {
wxGTK = wxGTK28.override { unicode = false; };
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gemrb = callPackage ../games/gemrb { };
gl117 = callPackage ../games/gl-117 {};
glestae = callPackage ../games/glestae {};
globulation2 = callPackage ../games/globulation {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gltron = callPackage ../games/gltron { };
gnuchess = callPackage ../games/gnuchess { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gnugo = callPackage ../games/gnugo { };
gparted = callPackage ../tools/misc/gparted {
parted = parted_2_3;
inherit (gtkLibs) gtk glib gtkmm;
inherit (gnome) gnomedocutils;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
hexen = callPackage ../games/hexen { };
icbm3d = callPackage ../games/icbm3d { };
instead = callPackage ../games/instead {
lua = lua5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
kobodeluxe = callPackage ../games/kobodeluxe { };
lincity = builderDefsPackage (import ../games/lincity) {
inherit (xlibs) libX11 libXext xextproto
libICE libSM xproto;
inherit libpng zlib;
};
mars = callPackage ../games/mars { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
micropolis = callPackage ../games/micropolis { };
naev = callPackage ../games/naev { };
njam = callPackage ../games/njam { };
oilrush = callPackage ../games/oilrush { };
openttd = callPackage ../games/openttd {
zlib = zlibStatic;
};
pioneers = callPackage ../games/pioneers { };
pong3d = callPackage ../games/pong3d { };
prboom = callPackage ../games/prboom { };
quake3demo = callPackage ../games/quake3/wrapper {
name = "quake3-demo-${quake3game.name}";
description = "Demo of Quake 3 Arena, a classic first-person shooter";
game = quake3game;
paks = [quake3demodata];
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
quake3demodata = callPackage ../games/quake3/demo { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
quake3game = callPackage ../games/quake3/game { };
racer = callPackage ../games/racer { };
rigsofrods = callPackage ../games/rigsofrods {
mygui = myguiSvn;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rogue = callPackage ../games/rogue { };
sauerbraten = callPackage ../games/sauerbraten {};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
scummvm = callPackage ../games/scummvm { };
scorched3d = callPackage ../games/scorched3d {
};
sgtpuzzles = builderDefsPackage (import ../games/sgt-puzzles) {
inherit (gtkLibs) gtk;
inherit pkgconfig fetchsvn perl;
inherit (xlibs) libX11;
};
simutrans = callPackage ../games/simutrans { };
six = callPackage ../games/six {
inherit (kde3) arts kdelibs;
};
soi = callPackage ../games/soi {};
# You still can override by passing more arguments.
spaceOrbit = callPackage ../games/orbit { };
spring = callPackage ../games/spring { };
springLobby = callPackage ../games/spring/spring-lobby.nix { };
stardust = callPackage ../games/stardust {};
stuntrally = callPackage ../games/stuntrally { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
superTux = callPackage ../games/super-tux { };
superTuxKart = callPackage ../games/super-tux-kart {
/* With GNU Make 3.82, the build process is stuck in the `data'
directory, after displaying "Making all in tracks", and `pstree'
indicates that `make' doesn't launch any new process. */
stdenv = overrideInStdenv stdenv [ gnumake381 ];
};
tbe = callPackage ../games/the-butterfly-effect {};
teetertorture = callPackage ../games/teetertorture { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
teeworlds = callPackage ../games/teeworlds { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tennix = callPackage ../games/tennix { };
tpm = callPackage ../games/thePenguinMachine { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
tremulous = callPackage ../games/tremulous { };
speed_dreams = callPackage ../games/speed-dreams {
# Torcs wants to make shared libraries linked with plib libraries (it provides static).
# i686 is the only platform I know than can do that linking without plib built with -fPIC
plib = plib.override { enablePIC = if stdenv.isi686 then false else true; };
};
torcs = callPackage ../games/torcs {
# Torcs wants to make shared libraries linked with plib libraries (it provides static).
# i686 is the only platform I know than can do that linking without plib built with -fPIC
plib = plib.override { enablePIC = if stdenv.isi686 then false else true; };
};
trigger = callPackage ../games/trigger { };
ufoai = callPackage ../games/ufoai {
inherit (gnome) gtksourceview gtkglext;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ultimatestunts = callPackage ../games/ultimatestunts { };
ultrastardx = callPackage ../games/ultrastardx {
lua = lua5;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
urbanterror = callPackage ../games/urbanterror { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ut2004demo = callPackage ../games/ut2004demo { };
vdrift = callPackage ../games/vdrift { };
vectoroids = callPackage ../games/vectoroids { };
warmux = callPackage ../games/warmux { };
warsow = callPackage ../games/warsow {
libjpeg = libjpeg62;
};
warzone2100 = callPackage ../games/warzone2100 { };
widelands = callPackage ../games/widelands {};
xboard = builderDefsPackage (import ../games/xboard) {
inherit (xlibs) libX11 xproto libXt libXaw libSM
libICE libXmu libXext libXpm;
inherit gnuchess texinfo;
};
xconq = callPackage ../games/xconq {};
# TODO: the corresponding nix file is missing
# xracer = callPackage ../games/xracer { };
xonotic = callPackage ../games/xonotic { };
xsokoban = builderDefsPackage (import ../games/xsokoban) {
inherit (xlibs) libX11 xproto libXpm libXt;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zdoom = callPackage ../games/zdoom { };
zod = callPackage ../games/zod { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
zoom = callPackage ../games/zoom { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
keen4 = callPackage ../games/keen4 { };
### DESKTOP ENVIRONMENTS
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
enlightenment = callPackage ../desktops/enlightenment { };
# e17 = recurseIntoAttrs (
# let callPackage = newScope pkgs.e17; in
# import ../desktops/e17 { inherit callPackage pkgs; }
# );
gnome2 = (callPackage ../desktops/gnome-2 {
callPackage = pkgs.newScope pkgs.gnome2;
self = pkgs.gnome2;
} // pkgs.gtkLibs);
gnome3 = (import ../desktops/gnome-3 {
callPackage = pkgs.newScope pkgs.gnome3;
});
gnome = recurseIntoAttrs gnome2;
kde3 = recurseIntoAttrs {
kdelibs = callPackage ../desktops/kde-3/kdelibs {
stdenv = overrideGCC stdenv gcc43;
};
arts = callPackage ../development/libraries/arts {
inherit (pkgs.kde3) kdelibs;
};
k3b = callPackage ../applications/misc/k3b/1.0.nix {
inherit (kde3) kdelibs;
};
kphone = callPackage ../applications/networking/kphone {
stdenv = overrideGCC stdenv gcc42; # I'm to lazy to clean up header files
};
};
kde4 = recurseIntoAttrs pkgs.kde47;
kde47 = kdePackagesFor pkgs.kde47 "4.7";
kde48 = kdePackagesFor pkgs.kde48 "4.8";
kdePackagesFor = self: version:
let callPackageOrig = callPackage; in
let
callPackage = newScope self;
kde4 = callPackageOrig (../desktops/kde- + version) {
inherit callPackage callPackageOrig;
};
in kde4 // {
inherit kde4;
recurseForRelease = true;
akunambol = callPackage ../applications/networking/sync/akunambol { };
amarok = callPackage ../applications/audio/amarok { };
bangarang = callPackage ../applications/video/bangarang { };
basket = callPackage ../applications/office/basket { };
bluedevil = callPackage ../tools/bluetooth/bluedevil { };
calligra = callPackage ../applications/office/calligra { };
digikam = callPackage ../applications/graphics/digikam {
boost = boost147;
};
k3b = callPackage ../applications/misc/k3b { };
kadu = callPackage ../applications/networking/instant-messengers/kadu { };
kbluetooth = callPackage ../tools/bluetooth/kbluetooth { };
kde_wacomtablet = callPackage ../applications/misc/kde-wacomtablet { };
kdenlive = callPackage ../applications/video/kdenlive { };
kdesvn = callPackage ../applications/version-management/kdesvn { };
kdevelop = callPackage ../applications/editors/kdevelop { };
kdevplatform = callPackage ../development/libraries/kdevplatform { };
kdiff3 = callPackage ../tools/text/kdiff3 { };
kile = callPackage ../applications/editors/kile { };
kmplayer = callPackage ../applications/video/kmplayer {
inherit (pkgs.gtkLibs) pango;
};
kmymoney = callPackage ../applications/office/kmymoney { };
kipi_plugins = callPackage ../applications/graphics/kipi-plugins {
inherit (pkgs.gtkLibs) gdk_pixbuf;
};
koffice = callPackage ../applications/office/koffice {
boost = boost147;
};
konq_plugins = callPackage ../applications/networking/browsers/konq-plugins { };
konversation = callPackage ../applications/networking/irc/konversation { };
krename = callPackage ../applications/misc/krename { };
krusader = callPackage ../applications/misc/krusader { };
ktorrent = callPackage ../applications/networking/p2p/ktorrent { };
kuickshow = callPackage ../applications/graphics/kuickshow { };
libalkimia = callPackage ../development/libraries/libalkimia { };
libktorrent = callPackage ../development/libraries/libktorrent { };
libkvkontakte = callPackage ../development/libraries/libkvkontakte { };
liblikeback = callPackage ../development/libraries/liblikeback { };
networkmanagement = callPackage ../tools/networking/networkmanagement { };
partitionManager = callPackage ../tools/misc/partition-manager { };
polkit_kde_agent = callPackage ../tools/security/polkit-kde-agent { };
psi = callPackage ../applications/networking/instant-messengers/psi {
inherit (gtkLibs) glib;
};
quassel = callPackage ../applications/networking/irc/quassel { };
quasselDaemon = appendToName "daemon" (self.quassel.override {
monolithic = false;
daemon = true;
});
quasselClient = appendToName "client" (self.quassel.override {
monolithic = false;
client = true;
});
rekonq = callPackage ../applications/networking/browsers/rekonq { };
rsibreak = callPackage ../applications/misc/rsibreak { };
semnotes = callPackage ../applications/misc/semnotes { };
skrooge = callPackage ../applications/office/skrooge { };
yakuake = callPackage ../applications/misc/yakuake { };
zanshin = callPackage ../applications/office/zanshin { };
kwooty = callPackage ../applications/networking/newsreaders/kwooty { };
};
redshift = callPackage ../applications/misc/redshift {
inherit (xorg) libX11 libXrandr libxcb randrproto libXxf86vm
xf86vidmodeproto;
};
oxygen_gtk = callPackage ../misc/themes/gtk2/oxygen-gtk {
inherit (gtkLibs) glib gtk;
};
xfce = xfce48;
xfce46 = recurseIntoAttrs
(let callPackage = newScope pkgs.xfce46; in
import ../desktops/xfce-4.6 { inherit callPackage pkgs; });
xfce48 = recurseIntoAttrs
(let callPackage = newScope pkgs.xfce48; in
import ../desktops/xfce-4.8 { inherit callPackage pkgs; });
### SCIENCE
xplanet = callPackage ../applications/science/astronomy/xplanet {
inherit (gtkLibs) pango;
};
gravit = callPackage ../applications/science/astronomy/gravit { };
stellarium = callPackage ../applications/science/astronomy/stellarium { };
### SCIENCE/GEOMETRY
drgeo = builderDefsPackage (import ../applications/science/geometry/drgeo) {
inherit (gnome) libglade gtk;
inherit libxml2 perl intltool libtool pkgconfig;
guile = guile_1_8;
};
tetgen = callPackage ../applications/science/geometry/tetgen { };
### SCIENCE/BIOLOGY
alliance = callPackage ../applications/science/electronics/alliance {
motif = lesstif;
};
arb = callPackage ../applications/science/biology/arb {
lesstif = lesstif93;
stdenv = overrideGCC stdenv gcc42;
};
archimedes = callPackage ../applications/science/electronics/archimedes { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
biolib = callPackage ../development/libraries/science/biology/biolib { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
emboss = callPackage ../applications/science/biology/emboss { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
mrbayes = callPackage ../applications/science/biology/mrbayes { };
ncbiCTools = builderDefsPackage ../development/libraries/ncbi {
inherit tcsh mesa lesstif;
inherit (xlibs) libX11 libXaw xproto libXt libSM libICE
libXmu libXext;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ncbi_tools = callPackage ../applications/science/biology/ncbi-tools { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
paml = callPackage ../applications/science/biology/paml { };
/* slr = import ../applications/science/biology/slr {
inherit fetchurl stdenv liblapack;
}; */
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pal2nal = callPackage ../applications/science/biology/pal2nal { };
### SCIENCE/MATH
atlas = callPackage ../development/libraries/science/math/atlas {
# The build process measures CPU capabilities and optimizes the
# library to perform best on that particular machine. That is a
# great feature, but it's of limited use with pre-built binaries
# coming from a central build farm.
tolerateCpuTimingInaccuracy = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
blas = callPackage ../development/libraries/science/math/blas { };
content = builderDefsPackage ../applications/science/math/content {
inherit mesa lesstif;
inherit (xlibs) libX11 libXaw xproto libXt libSM libICE
libXmu libXext libXcursor;
};
jags = callPackage ../applications/science/math/jags { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
liblapack = callPackage ../development/libraries/science/math/liblapack { };
### SCIENCE/LOGIC
coq = callPackage ../applications/science/logic/coq {
inherit (ocamlPackages) findlib lablgtk;
camlp5 = ocamlPackages.camlp5_5_transitional;
};
cvc3 = callPackage ../applications/science/logic/cvc3 {};
eprover = callPackage ../applications/science/logic/eProver {
texLive = texLiveAggregationFun {
paths = [
texLive texLiveExtra
];
};
};
hol = callPackage ../applications/science/logic/hol { };
hol_light = callPackage ../applications/science/logic/hol_light {
inherit (ocamlPackages) findlib;
camlp5 = ocamlPackages.camlp5_strict;
};
isabelle = import ../applications/science/logic/isabelle {
inherit (pkgs) stdenv fetchurl nettools perl polyml;
inherit (pkgs.emacs23Packages) proofgeneral;
};
iprover = callPackage ../applications/science/logic/iprover {};
leo2 = callPackage ../applications/science/logic/leo2 {};
matita = callPackage ../applications/science/logic/matita {
inherit (ocamlPackages) findlib lablgtk ocaml_expat gmetadom ocaml_http
lablgtkmathview ocaml_mysql ocaml_sqlite3 ocamlnet ulex08 camlzip ocaml_pcre;
};
minisat = callPackage ../applications/science/logic/minisat {};
opensmt = callPackage ../applications/science/logic/opensmt { };
picosat = callPackage ../applications/science/logic/picosat {};
prover9 = callPackage ../applications/science/logic/prover9 { };
satallax = callPackage ../applications/science/logic/satallax {};
spass = callPackage ../applications/science/logic/spass {};
ssreflect = callPackage ../applications/science/logic/ssreflect {
camlp5 = ocamlPackages.camlp5_5_transitional;
};
tptp = callPackage ../applications/science/logic/tptp {};
### SCIENCE / ELECTRONICS
caneda = callPackage ../applications/science/electronics/caneda { };
gtkwave = callPackage ../applications/science/electronics/gtkwave { };
kicad = callPackage ../applications/science/electronics/kicad { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ngspice = callPackage ../applications/science/electronics/ngspice { };
qucs = callPackage ../applications/science/electronics/qucs { };
xoscope = callPackage ../applications/science/electronics/xoscope { };
### SCIENCE / MATH
ecm = callPackage ../applications/science/math/ecm { };
eukleides = callPackage ../applications/science/math/eukleides { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
maxima = callPackage ../applications/science/math/maxima { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
wxmaxima = callPackage ../applications/science/math/wxmaxima { };
pari = callPackage ../applications/science/math/pari {};
singular = callPackage ../applications/science/math/singular {};
scilab = callPackage ../applications/science/math/scilab {
withXaw3d = false;
withTk = true;
withGtk = false;
withOCaml = true;
withX = true;
};
msieve = callPackage ../applications/science/math/msieve { };
yacas = callPackage ../applications/science/math/yacas { };
### SCIENCE / MISC
boinc = callPackage ../applications/science/misc/boinc { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
golly = callPackage ../applications/science/misc/golly { };
simgrid = callPackage ../applications/science/misc/simgrid { };
tulip = callPackage ../applications/science/misc/tulip { };
vite = callPackage ../applications/science/misc/vite { };
### MISC
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
atari800 = callPackage ../misc/emulators/atari800 { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
ataripp = callPackage ../misc/emulators/atari++ { };
auctex = callPackage ../tools/typesetting/tex/auctex { };
busybox = callPackage ../misc/busybox {
enableStatic = true;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cups = callPackage ../misc/cups { };
cups_pdf_filter = callPackage ../misc/cups/pdf-filter.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gutenprint = callPackage ../misc/drivers/gutenprint { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gutenprintBin = callPackage ../misc/drivers/gutenprint/bin.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
cupsBjnp = callPackage ../misc/cups/drivers/cups-bjnp { };
darcnes = callPackage ../misc/emulators/darcnes { };
dblatex = callPackage ../tools/typesetting/tex/dblatex { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dosbox = callPackage ../misc/emulators/dosbox { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
dpkg = callPackage ../tools/package-management/dpkg { };
ekiga = newScope (pkgs.gtkLibs // pkgs.gnome) ../applications/networking/ekiga { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
electricsheep = callPackage ../misc/screensavers/electricsheep { };
fakenes = callPackage ../misc/emulators/fakenes { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
foldingathome = callPackage ../misc/foldingathome { };
foo2zjs = callPackage ../misc/drivers/foo2zjs {};
foomatic_filters = callPackage ../misc/drivers/foomatic-filters {};
freestyle = callPackage ../misc/freestyle {
#stdenv = overrideGCC stdenv gcc41;
};
gajim = builderDefsPackage (import ../applications/networking/instant-messengers/gajim) {
inherit perl intltool pyGtkGlade gettext pkgconfig makeWrapper pygobject
pyopenssl gtkspell libsexy pycrypto aspell pythonDBus pythonSexy
docutils;
dbus = dbus.libs;
inherit (gnome) gtk libglade;
inherit (xlibs) libXScrnSaver libXt xproto libXext xextproto libX11
scrnsaverproto;
python = pythonFull;
};
gensgs = callPackage_i686 ../misc/emulators/gens-gs { };
ghostscript = callPackage ../misc/ghostscript {
x11Support = false;
cupsSupport = getConfig [ "ghostscript" "cups" ] true;
gnuFork = getConfig [ "ghostscript" "gnu" ] true;
};
ghostscriptX = appendToName "with-X" (ghostscript.override {
x11Support = true;
});
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
gxemul = callPackage ../misc/gxemul { };
hplip = callPackage ../misc/drivers/hplip { };
# using the new configuration style proposal which is unstable
jack1d = callPackage ../misc/jackaudio/jack1.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
jackaudio = callPackage ../misc/jackaudio { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
keynav = callPackage ../tools/X11/keynav { };
lazylist = callPackage ../tools/typesetting/tex/lazylist { };
lilypond = callPackage ../misc/lilypond {
inherit (gtkLibs) pango;
guile = guile_1_8;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
martyr = callPackage ../development/libraries/martyr { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
maven = callPackage ../misc/maven/maven-1.0.nix { };
maven2 = callPackage ../misc/maven { };
maven3 = callPackage ../misc/maven/3.0.nix { };
mess = callPackage ../misc/emulators/mess { };
mupen64plus = callPackage ../misc/emulators/mupen64plus { };
nix = nixStable;
nixStable = callPackage ../tools/package-management/nix {
storeDir = getConfig [ "nix" "storeDir" ] "/nix/store";
stateDir = getConfig [ "nix" "stateDir" ] "/nix/var";
};
nixUnstable = callPackage ../tools/package-management/nix/unstable.nix {
storeDir = getConfig [ "nix" "storeDir" ] "/nix/store";
stateDir = getConfig [ "nix" "stateDir" ] "/nix/var";
};
nixSqlite = nixUnstable;
nixCustomFun = src: preConfigure: enableScripts: configureFlags:
import ../tools/package-management/nix/custom.nix {
inherit fetchurl stdenv perl curl bzip2 openssl src preConfigure automake
autoconf libtool configureFlags enableScripts lib libxml2 boehmgc
pkgconfig flex bison sqlite perlPackages;
aterm = aterm25;
db4 = db45;
inherit docbook5_xsl libxslt docbook5 docbook_xml_dtd_43 w3m;
};
nut = callPackage ../applications/misc/nut { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
disnix = callPackage ../tools/package-management/disnix { };
disnix_activation_scripts = callPackage ../tools/package-management/disnix/activation-scripts {
enableApacheWebApplication = getConfig ["disnix" "enableApacheWebApplication"] false;
enableAxis2WebService = getConfig ["disnix" "enableAxis2WebService"] false;
enableEjabberdDump = getConfig ["disnix" "enableEjabberdDump"] false;
enableMySQLDatabase = getConfig ["disnix" "enableMySQLDatabase"] false;
enablePostgreSQLDatabase = getConfig ["disnix" "enablePostgreSQLDatabase"] false;
enableSubversionRepository = getConfig ["disnix" "enableSubversionRepository"] false;
enableTomcatWebApplication = getConfig ["disnix" "enableTomcatWebApplication"] false;
};
disnixos = callPackage ../tools/package-management/disnix/disnixos { };
DisnixWebService = callPackage ../tools/package-management/disnix/DisnixWebService { };
latex2html = callPackage ../tools/typesetting/tex/latex2html/default.nix {
tex = tetex;
};
lkproof = callPackage ../tools/typesetting/tex/lkproof { };
mysqlWorkbench = newScope gnome ../applications/misc/mysql-workbench {
lua = lua5;
inherit (pythonPackages) pexpect paramiko;
};
opkg = callPackage ../tools/package-management/opkg { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
pgadmin = callPackage ../applications/misc/pgadmin { };
pgf = pgf2;
# Keep the old PGF since some documents don't render properly with
# the new one.
pgf1 = callPackage ../tools/typesetting/tex/pgf/1.x.nix { };
pgf2 = callPackage ../tools/typesetting/tex/pgf/2.x.nix { };
pjsip = callPackage ../applications/networking/pjsip { };
polytable = callPackage ../tools/typesetting/tex/polytable { };
uae = callPackage ../misc/emulators/uae { };
putty = callPackage ../applications/networking/remote/putty { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
rssglx = callPackage ../misc/screensavers/rss-glx { };
xlockmore = callPackage ../misc/screensavers/xlockmore { };
saneBackends = callPackage ../misc/sane-backends {
gt68xxFirmware = getConfig ["sane" "gt68xxFirmware"] null;
hotplugSupport = getConfig ["sane" "hotplugSupport"] true;
};
saneBackendsSnapshot = callPackage ../misc/sane-backends/snapshot.nix {
gt68xxFirmware = getConfig ["sane" "gt68xxFirmware"] null;
};
saneFrontends = callPackage ../misc/sane-front { };
slock = callPackage ../misc/screensavers/slock { };
sourceAndTags = import ../misc/source-and-tags {
inherit pkgs stdenv unzip lib ctags;
hasktags = haskellPackages.myhasktags;
};
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
splix = callPackage ../misc/cups/drivers/splix { };
tetex = callPackage ../tools/typesetting/tex/tetex { };
tex4ht = callPackage ../tools/typesetting/tex/tex4ht { };
texFunctions = import ../tools/typesetting/tex/nix pkgs;
texLive = builderDefsPackage (import ../tools/typesetting/tex/texlive) {
inherit builderDefs zlib bzip2 ncurses libpng ed
gd t1lib freetype icu perl expat curl
libjpeg bison python fontconfig flex;
inherit (xlibs) libXaw libX11 xproto libXt libXpm
libXmu libXext xextproto libSM libICE;
ghostscript = ghostscriptX;
ruby = ruby18;
};
texLiveFull = lib.setName "texlive-full" (texLiveAggregationFun {
paths = [ texLive texLiveExtra lmodern texLiveCMSuper texLiveLatexXColor
texLivePGF texLiveBeamer texLiveModerncv ];
});
/* Look in configurations/misc/raskin.nix for usage example (around revisions
where TeXLive was added)
(texLiveAggregationFun {
paths = [texLive texLiveExtra texLiveCMSuper
texLiveBeamer
];
})
You need to use texLiveAggregationFun to regenerate, say, ls-R (TeX-related file list)
Just installing a few packages doesn't work.
*/
texLiveAggregationFun =
(builderDefsPackage (import ../tools/typesetting/tex/texlive/aggregate.nix));
texDisser = callPackage ../tools/typesetting/tex/disser {};
texLiveContext = builderDefsPackage (import ../tools/typesetting/tex/texlive/context.nix) {
inherit texLive;
};
texLiveExtra = builderDefsPackage (import ../tools/typesetting/tex/texlive/extra.nix) {
inherit texLive;
};
texLiveCMSuper = builderDefsPackage (import ../tools/typesetting/tex/texlive/cm-super.nix) {
inherit texLive;
};
texLiveLatexXColor = builderDefsPackage (import ../tools/typesetting/tex/texlive/xcolor.nix) {
inherit texLive;
};
texLivePGF = builderDefsPackage (import ../tools/typesetting/tex/texlive/pgf.nix) {
inherit texLiveLatexXColor texLive;
};
texLiveBeamer = builderDefsPackage (import ../tools/typesetting/tex/texlive/beamer.nix) {
inherit texLiveLatexXColor texLivePGF texLive;
};
texLiveModerncv = builderDefsPackage (import ../tools/typesetting/tex/texlive/moderncv.nix) {
inherit texLive unzip;
};
trac = callPackage ../misc/trac {
inherit (pythonPackages) pysqlite;
};
vice = callPackage ../misc/emulators/vice { };
vimprobable2 = callPackage ../applications/networking/browsers/vimprobable2 {
inherit stdenv fetchurl makeWrapper perl pkgconfig webkit gtk;
inherit (xlibs) libX11;
inherit (gnome) libsoup glib_networking;
};
VisualBoyAdvance = callPackage ../misc/emulators/VisualBoyAdvance { };
# Wine cannot be built in 64-bit; use a 32-bit build instead.
wine = callPackage_i686 ../misc/emulators/wine { };
wineWarcraft = callPackage_i686 ../misc/emulators/wine/wine-warcraft.nix { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
x2x = callPackage ../tools/X11/x2x { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
xosd = callPackage ../misc/xosd { };
xsane = callPackage ../misc/xsane { };
* Use callPackage for most packages in all-packages.nix. `callPackage' was described here: http://www.mail-archive.com/nix-dev@cs.uu.nl/msg02624.html It allows all-packages.nix to be shortened significantly (from 10152 to 6980 lines) by automatically filling in package functions' required arguments from `pkgs'. That is, a function { stdenv, fetchurl, libfoo, libbar }: ... can now be called as callPackage ./<bla>.nix { }; rather than import ./<bla>.nix { inherit stdenv fetchurl libfoo libbar; }; This reduces boring typing work when adding a dependency and reduces the number of trivial commits to all-packages.nix. Overrides or arguments that don't exist in `pkgs' can be passed explicitly, e.g., callPackage ./<bla>.nix { libfoo = libfoo_1_2_3; }; The conversion was done automatically with a magic Perl regexp. I checked that `nix-env' produces the same results before and after (except for three packages that depend on webkit, which uses deepOverride). `callPackage' applies `makeOverridable' automatically, so almost every package now exports an `override' function. There are two downsides to using callPackage: - Evaluation is a bit slower (about 15% on `nix-env -qa --drv-path \*'). - There can be unexpected results for functions that have default argument values. For instance, a function { libfoo ? null }: ... called using `callPackage' will be passed a `libfoo' argument provided that `pkgs.libfoo' exists. If this is used to control whether a package has to have a certain dependency, you need to explicitly write: callPackage ./<bla>.nix { libfoo = null; }; svn path=/nixpkgs/trunk/; revision=22885
2010-08-02 17:26:58 +01:00
yafc = callPackage ../applications/networking/yafc { };
myEnvFun = import ../misc/my-env {
inherit substituteAll pkgs;
inherit (stdenv) mkDerivation;
};
zsnes = callPackage_i686 ../misc/emulators/zsnes { };
misc = import ../misc/misc.nix { inherit pkgs stdenv; };
bullet = callPackage ../development/libraries/bullet {};
}; in pkgs