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Merge pull request #21414 from Ericson2314/release-cross
Improve release-cross tests
This commit is contained in:
John Ericson
GitHub
commit
614ae8f660
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@ -1,5 +1,7 @@
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with import ./release-lib.nix { supportedSystems = []; };
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with import ./release-lib.nix { supportedSystems = [ builtins.currentSystem ]; };
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let
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lib = import ../../lib;
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nativePlatforms = linux;
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/* Basic list of packages to cross-build */
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@ -20,39 +22,68 @@ let
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basic = basicCrossDrv // basicNativeDrv;
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in
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(
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/* Test some cross builds to the Sheevaplug */
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let
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crossSystem = {
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config = "armv5tel-unknown-linux-gnueabi";
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bigEndian = false;
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arch = "arm";
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float = "soft";
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withTLS = true;
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platform = pkgs.platforms.sheevaplug;
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libc = "glibc";
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openssl.system = "linux-generic32";
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{
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# These `nativeDrv`s should be identical to their vanilla ones --- cross
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# compiling should not affect the native derivation.
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ensureUnaffected = let
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# Absurd values are fine here, as we are not building anything. In fact,
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# there probably a good idea to try to be "more parametric" --- i.e. avoid
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# any special casing.
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crossSystem = {
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config = "foosys";
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libc = "foolibc";
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};
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# Converting to a string (drv path) before checking equality is probably a
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# good idea lest there be some irrelevant pass-through debug attrs that
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# cause false negatives.
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testEqualOne = path: system: let
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f = attrs: builtins.toString (lib.getAttrFromPath path (allPackages attrs));
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in assert f { inherit system; } == f { inherit system crossSystem; }; true;
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testEqual = path: systems: forAllSupportedSystems systems (testEqualOne path);
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mapTestEqual = lib.mapAttrsRecursive testEqual;
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in mapTestEqual {
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boehmgc = nativePlatforms;
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libffi = nativePlatforms;
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libiconv = nativePlatforms;
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libtool = nativePlatforms;
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zlib = nativePlatforms;
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readline = nativePlatforms;
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libxml2 = nativePlatforms;
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guile = nativePlatforms;
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};
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in {
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crossSheevaplugLinux = mapTestOnCross crossSystem (
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basic //
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{
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ubootSheevaplug.crossDrv = nativePlatforms;
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});
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}) // (
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/* Test some cross builds on 32 bit mingw-w64 */
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let
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crossSystem = {
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/* Test some cross builds to the Sheevaplug */
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crossSheevaplugLinux = let
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crossSystem = {
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config = "armv5tel-unknown-linux-gnueabi";
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bigEndian = false;
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arch = "arm";
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float = "soft";
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withTLS = true;
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platform = pkgs.platforms.sheevaplug;
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libc = "glibc";
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openssl.system = "linux-generic32";
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};
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in mapTestOnCross crossSystem (basic // {
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ubootSheevaplug.crossDrv = nativePlatforms;
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});
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/* Test some cross builds on 32 bit mingw-w64 */
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crossMingw32 = let
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crossSystem = {
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config = "i686-w64-mingw32";
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arch = "x86"; # Irrelevant
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libc = "msvcrt"; # This distinguishes the mingw (non posix) toolchain
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platform = {};
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};
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in {
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crossMingw32 = mapTestOnCross crossSystem {
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};
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in mapTestOnCross crossSystem {
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coreutils.crossDrv = nativePlatforms;
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boehmgc.crossDrv = nativePlatforms;
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gmp.crossDrv = nativePlatforms;
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@ -62,19 +93,18 @@ in {
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libunistring.crossDrv = nativePlatforms;
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windows.wxMSW.crossDrv = nativePlatforms;
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};
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}) // (
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/* Test some cross builds on 64 bit mingw-w64 */
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let
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crossSystem = {
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/* Test some cross builds on 64 bit mingw-w64 */
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crossMingwW64 = let
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crossSystem = {
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# That's the triplet they use in the mingw-w64 docs.
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config = "x86_64-w64-mingw32";
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arch = "x86_64"; # Irrelevant
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libc = "msvcrt"; # This distinguishes the mingw (non posix) toolchain
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platform = {};
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};
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in {
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crossMingwW64 = mapTestOnCross crossSystem {
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};
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in mapTestOnCross crossSystem {
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coreutils.crossDrv = nativePlatforms;
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boehmgc.crossDrv = nativePlatforms;
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gmp.crossDrv = nativePlatforms;
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@ -84,63 +114,60 @@ in {
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libunistring.crossDrv = nativePlatforms;
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windows.wxMSW.crossDrv = nativePlatforms;
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};
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}) // (
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/* Linux on the fuloong */
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let
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crossSystem = {
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config = "mips64el-unknown-linux";
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bigEndian = false;
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arch = "mips";
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float = "hard";
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withTLS = true;
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libc = "glibc";
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platform = {
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name = "fuloong-minipc";
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kernelMajor = "2.6";
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kernelBaseConfig = "lemote2f_defconfig";
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kernelHeadersBaseConfig = "fuloong2e_defconfig";
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uboot = null;
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kernelArch = "mips";
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kernelAutoModules = false;
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kernelTarget = "vmlinux";
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};
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openssl.system = "linux-generic32";
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gcc = {
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arch = "loongson2f";
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abi = "n32";
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};
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};
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in {
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fuloongminipc = mapTestOnCross crossSystem {
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/* Linux on the fuloong */
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fuloongminipc = let
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crossSystem = {
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config = "mips64el-unknown-linux";
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bigEndian = false;
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arch = "mips";
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float = "hard";
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withTLS = true;
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libc = "glibc";
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platform = {
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name = "fuloong-minipc";
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kernelMajor = "2.6";
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kernelBaseConfig = "lemote2f_defconfig";
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kernelHeadersBaseConfig = "fuloong2e_defconfig";
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uboot = null;
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kernelArch = "mips";
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kernelAutoModules = false;
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kernelTarget = "vmlinux";
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};
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openssl.system = "linux-generic32";
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gcc = {
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arch = "loongson2f";
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abi = "n32";
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};
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};
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in mapTestOnCross crossSystem {
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coreutils.crossDrv = nativePlatforms;
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ed.crossDrv = nativePlatforms;
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patch.crossDrv = nativePlatforms;
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};
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}) // (
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/* Linux on Raspberrypi */
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let
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crossSystem = {
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config = "armv6l-unknown-linux-gnueabi";
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bigEndian = false;
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arch = "arm";
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float = "hard";
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fpu = "vfp";
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withTLS = true;
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libc = "glibc";
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platform = pkgs.platforms.raspberrypi;
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openssl.system = "linux-generic32";
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gcc = {
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arch = "armv6";
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/* Linux on Raspberrypi */
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rpi = let
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crossSystem = {
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config = "armv6l-unknown-linux-gnueabi";
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bigEndian = false;
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arch = "arm";
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float = "hard";
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fpu = "vfp";
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float = "softfp";
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abi = "aapcs-linux";
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withTLS = true;
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libc = "glibc";
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platform = pkgs.platforms.raspberrypi;
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openssl.system = "linux-generic32";
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gcc = {
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arch = "armv6";
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fpu = "vfp";
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float = "softfp";
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abi = "aapcs-linux";
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};
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};
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};
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in {
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rpi = mapTestOnCross crossSystem {
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in mapTestOnCross crossSystem {
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coreutils.crossDrv = nativePlatforms;
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ed.crossDrv = nativePlatforms;
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patch.crossDrv = nativePlatforms;
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@ -152,13 +179,12 @@ in {
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binutils.crossDrv = nativePlatforms;
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mpg123.crossDrv = nativePlatforms;
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};
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}) // (
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/* Cross-built bootstrap tools for every supported platform */
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let
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tools = import ../stdenv/linux/make-bootstrap-tools-cross.nix { system = "x86_64-linux"; };
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maintainers = [ pkgs.lib.maintainers.dezgeg ];
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mkBootstrapToolsJob = bt: hydraJob' (pkgs.lib.addMetaAttrs { inherit maintainers; } bt.dist);
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in {
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bootstrapTools = pkgs.lib.mapAttrs (name: mkBootstrapToolsJob) tools;
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})
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/* Cross-built bootstrap tools for every supported platform */
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bootstrapTools = let
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tools = import ../stdenv/linux/make-bootstrap-tools-cross.nix { system = "x86_64-linux"; };
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maintainers = [ pkgs.lib.maintainers.dezgeg ];
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mkBootstrapToolsJob = bt: hydraJob' (pkgs.lib.addMetaAttrs { inherit maintainers; } bt.dist);
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in pkgs.lib.mapAttrs (name: mkBootstrapToolsJob) tools;
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}
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interested in the result of cross building a package. */
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crossMaintainers = [ maintainers.viric ];
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forAllSupportedSystems = systems: f:
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genAttrs (filter (x: elem x supportedSystems) systems) f;
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/* Build a package on the given set of platforms. The function `f'
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is called for each supported platform with Nixpkgs for that
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platform as an argument . We return an attribute set containing
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a derivation for each supported platform, i.e. ‘{ x86_64-linux =
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f pkgs_x86_64_linux; i686-linux = f pkgs_i686_linux; ... }’. */
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testOn = systems: f: genAttrs
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(filter (x: elem x supportedSystems) systems) (system: hydraJob' (f (pkgsFor system)));
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testOn = systems: f: forAllSupportedSystems systems
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(system: hydraJob' (f (pkgsFor system)));
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/* Similar to the testOn function, but with an additional
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'crossSystem' parameter for allPackages, defining the target
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platform for cross builds. */
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testOnCross = crossSystem: systems: f: {system ? builtins.currentSystem}:
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if elem system systems
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then f (allPackages { inherit system crossSystem; })
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else {};
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testOnCross = crossSystem: systems: f: forAllSupportedSystems systems
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(system: hydraJob' (f (allPackages { inherit system crossSystem; })));
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/* Given a nested set where the leaf nodes are lists of platforms,
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