mirror of
https://github.com/NixOS/nixpkgs.git
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8dccb59bac
Currently, all the filetype and syntax are enabled *after* all the plugins has already been loaded. Whilst this is the case for Pathogen, it's not recommended when using VAM. This commit applies the recommendation for: - VAM[0]: The filetype and syntax are enabled *before* the plugins are loaded. - Pathogen[1]: The filetype and syntax are enabled *after* the plugins are loaded. - Plug[2]: The filetype and syntax are automatically enabled. [0]:d9e865f3c2 (recommended-setup)[1]:a553410f1b/README.markdown (runtime-path-manipulation)[2]:2f5f74e5e6/README.md (usage)
532 lines
19 KiB
Nix
532 lines
19 KiB
Nix
{ stdenv, vim, vimPlugins, vim_configurable, neovim, buildEnv, writeText, writeScriptBin
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, nix-prefetch-hg, nix-prefetch-git
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, fetchFromGitHub, runtimeShell
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}:
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/*
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USAGE EXAMPLE
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=============
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Install Vim like this eg using nixos option environment.systemPackages which will provide
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vim-with-plugins in PATH:
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vim_configurable.customize {
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name = "vim-with-plugins";
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# add custom .vimrc lines like this:
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vimrcConfig.customRC = ''
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set hidden
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'';
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# store your plugins in Vim packages
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vimrcConfig.packages.myVimPackage = with pkgs.vimPlugins; {
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# loaded on launch
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start = [ youcompleteme fugitive ];
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# manually loadable by calling `:packadd $plugin-name`
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opt = [ phpCompletion elm-vim ];
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# To automatically load a plugin when opening a filetype, add vimrc lines like:
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# autocmd FileType php :packadd phpCompletion
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};
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# plugins can also be managed by VAM
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vimrcConfig.vam.knownPlugins = pkgs.vimPlugins; # optional
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vimrcConfig.vam.pluginDictionaries = [
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# load always
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{ name = "youcompleteme"; }
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{ names = ["youcompleteme" "foo"]; }
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# only load when opening a .php file
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{ name = "phpCompletion"; ft_regex = "^php\$"; }
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{ name = "phpCompletion"; filename_regex = "^.php\$"; }
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# provide plugin which can be loaded manually:
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{ name = "phpCompletion"; tag = "lazy"; }
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# full documentation at github.com/MarcWeber/vim-addon-manager
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];
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# there is a pathogen implementation as well, but its startup is slower and [VAM] has more feature
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# vimrcConfig.pathogen.knownPlugins = vimPlugins; # optional
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# vimrcConfig.pathogen.pluginNames = ["vim-addon-nix"];
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};
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WHAT IS A VIM PLUGIN?
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=====================
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Typical plugin files:
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plugin/P1.vim
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autoload/P1.vim
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ftplugin/xyz.vim
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doc/plugin-documentation.txt (traditional documentation)
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README(.md) (nowadays thanks to github)
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Vim offers the :h rtp setting which works for most plugins. Thus adding
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this to your .vimrc should make most plugins work:
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set rtp+=~/.nix-profile/share/vim-plugins/youcompleteme
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" or for p in ["youcompleteme"] | exec 'set rtp+=~/.nix-profile/share/vim-plugins/'.p | endfor
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which is what the [VAM]/pathogen solutions above basically do.
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Learn about about plugin Vim plugin mm managers at
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http://vim-wiki.mawercer.de/wiki/topic/vim%20plugin%20managment.html.
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The documentation can be accessed by Vim's :help command if it was tagged.
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See vimHelpTags sample code below.
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CONTRIBUTING AND CUSTOMIZING
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============================
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The example file pkgs/misc/vim-plugins/default.nix provides both:
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* manually mantained plugins
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* plugins created by VAM's nix#ExportPluginsForNix implementation
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I highly recommend to lookup vim plugin attribute names at the [vim-pi] project
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which is a database containing all plugins from
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vim.org and quite a lot of found at github and similar sources. vim-pi's documented purpose
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is to associate vim.org script ids to human readable names so that dependencies
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can be describe easily.
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How to find a name?
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* http://vam.mawercer.de/ or VAM's
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* grep vim-pi
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* use VAM's completion or :AddonsInfo command
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It might happen than a plugin is not known by vim-pi yet. We encourage you to
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contribute to vim-pi so that plugins can be updated automatically.
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CREATING DERVITATIONS AUTOMATICALLY BY PLUGIN NAME
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==================================================
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Most convenient is to use a ~/.vim-scripts file putting a plugin name into each line
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as documented by [VAM]'s README.md
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It is the same format you pass to vimrcConfig.vam.pluginDictionaries from the
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usage example above.
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Then create a temp vim file and insert:
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let opts = {}
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let opts.path_to_nixpkgs = '/etc/nixos/nixpkgs'
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let opts.cache_file = '/tmp/export-vim-plugin-for-nix-cache-file'
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let opts.plugin_dictionaries = map(readfile("vim-plugins"), 'eval(v:val)')
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" add more files
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" let opts.plugin_dictionaries += map(.. other file )
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call nix#ExportPluginsForNix(opts)
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Then ":source %" it.
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nix#ExportPluginsForNix is provided by ./vim2nix
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A buffer will open containing the plugin derivation lines as well list
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fitting the vimrcConfig.vam.pluginDictionaries option.
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Thus the most simple usage would be:
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vim_with_plugins =
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let vim = vim_configurable;
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inherit (vimUtil.override {inherit vim}) rtpPath addRtp buildVimPlugin vimHelpTags;
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vimPlugins = [
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# the derivation list from the buffer created by nix#ExportPluginsForNix
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# don't set which will default to pkgs.vimPlugins
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];
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in vim.customize {
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name = "vim-with-plugins";
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vimrcConfig.customRC = '' .. '';
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vimrcConfig.vam.knownPlugins = vimPlugins;
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vimrcConfig.vam.pluginDictionaries = [
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# the plugin list form ~/.vim-scripts turned into nix format added to
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# the buffer created by the nix#ExportPluginsForNix
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];
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}
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vim_with_plugins can be installed like any other application within Nix.
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[VAM] https://github.com/MarcWeber/vim-addon-manager
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[vim-pi] https://bitbucket.org/vimcommunity/vim-pi
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*/
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let
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inherit (stdenv) lib;
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# make sure a plugin is a derivation and its dependencies are derivations. If
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# plugin already is a derivation, this is a no-op. If it is a string, it is
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# looked up in knownPlugins.
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pluginToDrv = knownPlugins: plugin:
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let
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drv =
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if builtins.isString plugin then
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# make sure `pname` is set to that we are able to convert the derivation
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# back to a string.
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( knownPlugins.${plugin} // { pname = plugin; })
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else
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plugin;
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in
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# make sure all the dependencies of the plugin are also derivations
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drv // { dependencies = map (pluginToDrv knownPlugins) (drv.dependencies or []); };
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# transitive closure of plugin dependencies (plugin needs to be a derivation)
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transitiveClosure = plugin:
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[ plugin ] ++ (
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lib.unique (builtins.concatLists (map transitiveClosure plugin.dependencies or []))
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);
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findDependenciesRecursively = plugins: lib.concatMap transitiveClosure plugins;
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vamDictToNames = x:
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if builtins.isString x then [x]
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else (lib.optional (x ? name) x.name)
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++ (x.names or []);
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rtpPath = "share/vim-plugins";
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vimrcFile = {
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packages ? null,
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vam ? null,
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pathogen ? null,
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plug ? null,
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customRC ? ""
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}:
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let
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/* pathogen mostly can set &rtp at startup time. Its used very commonly.
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*/
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pathogenImpl = lib.optionalString (pathogen != null)
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(let
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knownPlugins = pathogen.knownPlugins or vimPlugins;
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plugins = findDependenciesRecursively (map (pluginToDrv knownPlugins) pathogen.pluginNames);
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pluginsEnv = buildEnv {
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name = "pathogen-plugin-env";
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paths = map (x: "${x}/${rtpPath}") plugins;
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};
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in
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''
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let &rtp.=(empty(&rtp)?"":',')."${vimPlugins.pathogen.rtp}"
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execute pathogen#infect('${pluginsEnv}/{}')
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filetype indent plugin on | syn on
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'');
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/* vim-plug is an extremely popular vim plugin manager.
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*/
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plugImpl = lib.optionalString (plug != null)
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(''
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source ${vimPlugins.vim-plug.rtp}/plug.vim
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call plug#begin('/dev/null')
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'' + (lib.concatMapStringsSep "\n" (pkg: "Plug '${pkg.rtp}'") plug.plugins) + ''
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call plug#end()
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'');
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/*
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vim-addon-manager = VAM
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* maps names to plugin location
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* manipulates &rtp at startup time
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or when Vim has been running for a while
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* can activate plugins laziy (eg when loading a specific filetype)
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* knows about vim plugin dependencies (addon-info.json files)
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* still is minimalistic (only loads one file), the "check out" code it also
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has only gets loaded when a plugin is requested which is not found on disk
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yet
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*/
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vamImpl = lib.optionalString (vam != null)
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(let
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knownPlugins = vam.knownPlugins or vimPlugins;
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# plugins specified by the user
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specifiedPlugins = map (pluginToDrv knownPlugins) (lib.concatMap vamDictToNames vam.pluginDictionaries);
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# plugins with dependencies
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plugins = findDependenciesRecursively specifiedPlugins;
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# Vim almost reads JSON, so eventually JSON support should be added to Nix
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# TODO: proper quoting
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toNix = x:
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if (builtins.isString x) then "'${x}'"
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else if builtins.isAttrs x && builtins ? out then toNix x # a derivation
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else if builtins.isAttrs x then "{${lib.concatStringsSep ", " (lib.mapAttrsToList (n: v: "${toNix n}: ${toNix v}") x)}}"
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else if builtins.isList x then "[${lib.concatMapStringsSep ", " toNix x}]"
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else throw "turning ${lib.generators.toPretty {} x} into a VimL thing not implemented yet";
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in assert builtins.hasAttr "vim-addon-manager" knownPlugins;
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''
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filetype indent plugin on | syn on
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let g:nix_plugin_locations = {}
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${lib.concatMapStrings (plugin: ''
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let g:nix_plugin_locations['${plugin.pname}'] = "${plugin.rtp}"
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'') plugins}
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let g:nix_plugin_locations['vim-addon-manager'] = "${knownPlugins.vim-addon-manager.rtp}"
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let g:vim_addon_manager = {}
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if exists('g:nix_plugin_locations')
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" nix managed config
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" override default function making VAM aware of plugin locations:
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fun! NixPluginLocation(name)
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let path = get(g:nix_plugin_locations, a:name, "")
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return path == "" ? vam#DefaultPluginDirFromName(a:name) : path
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endfun
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let g:vim_addon_manager.plugin_dir_by_name = 'NixPluginLocation'
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" tell Vim about VAM:
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let &rtp.=(empty(&rtp)?"":','). g:nix_plugin_locations['vim-addon-manager']
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else
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" standalone config
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let &rtp.=(empty(&rtp)?"":',').c.plugin_root_dir.'/vim-addon-manager'
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if !isdirectory(c.plugin_root_dir.'/vim-addon-manager/autoload')
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" checkout VAM
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execute '!git clone --depth=1 https://github.com/MarcWeber/vim-addon-manager '
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\ shellescape(c.plugin_root_dir.'/vim-addon-manager', 1)
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endif
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endif
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" tell vam about which plugins to load when:
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let l = []
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${lib.concatMapStrings (p: "call add(l, {'name': '${p.pname}'})\n") plugins}
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call vam#Scripts(l, {})
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'');
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nativeImpl = lib.optionalString (packages != null)
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(let
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link = (packageName: dir: pluginPath: "ln -sf ${pluginPath}/share/vim-plugins/* $out/pack/${packageName}/${dir}");
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packageLinks = (packageName: {start ? [], opt ? []}:
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let
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# `nativeImpl` expects packages to be derivations, not strings (as
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# opposed to older implementations that have to maintain backwards
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# compatibility). Therefore we don't need to deal with "knownPlugins"
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# and can simply pass `null`.
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depsOfOptionalPlugins = lib.subtractLists opt (findDependenciesRecursively opt);
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startWithDeps = findDependenciesRecursively start;
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in
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["mkdir -p $out/pack/${packageName}/start"]
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# To avoid confusion, even dependencies of optional plugins are added
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# to `start` (except if they are explicitly listed as optional plugins).
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++ (builtins.map (link packageName "start") (lib.unique (startWithDeps ++ depsOfOptionalPlugins)))
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++ ["mkdir -p $out/pack/${packageName}/opt"]
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++ (builtins.map (link packageName "opt") opt)
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);
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packDir = (packages:
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stdenv.mkDerivation {
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name = "vim-pack-dir";
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src = ./.;
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installPhase = lib.concatStringsSep
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"\n"
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(lib.flatten (lib.mapAttrsToList packageLinks packages));
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preferLocalBuild = true;
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}
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);
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in
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''
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set packpath-=~/.vim/after
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set packpath+=${packDir packages}
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set packpath+=~/.vim/after
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filetype indent plugin on | syn on
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'');
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in writeText "vimrc" ''
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" configuration generated by NIX
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set nocompatible
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${vamImpl}
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${pathogenImpl}
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${plugImpl}
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${nativeImpl}
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${customRC}
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'';
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in
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rec {
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inherit vimrcFile;
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# shell script with custom name passing [-u vimrc] [-U gvimrc] to vim
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vimWithRC = {
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vimExecutable,
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gvimExecutable,
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vimManPages,
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wrapManual,
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wrapGui,
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name ? "vim",
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vimrcFile ? null,
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gvimrcFile ? null,
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vimExecutableName,
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gvimExecutableName,
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}:
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let
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rcOption = o: file: stdenv.lib.optionalString (file != null) "-${o} ${file}";
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vimWrapperScript = writeScriptBin vimExecutableName ''
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#!${runtimeShell}
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exec ${vimExecutable} ${rcOption "u" vimrcFile} ${rcOption "U" gvimrcFile} "$@"
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'';
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gvimWrapperScript = writeScriptBin gvimExecutableName ''
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#!${stdenv.shell}
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exec ${gvimExecutable} ${rcOption "u" vimrcFile} ${rcOption "U" gvimrcFile} "$@"
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'';
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in
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buildEnv {
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inherit name;
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paths = [
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vimWrapperScript
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] ++ lib.optional wrapGui gvimWrapperScript
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++ lib.optional wrapManual vimManPages
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;
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};
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# add a customize option to a vim derivation
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makeCustomizable = vim: vim // {
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customize = {
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name,
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vimrcConfig,
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wrapManual ? true,
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wrapGui ? false,
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vimExecutableName ? name,
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gvimExecutableName ? (lib.concatStrings [ "g" name ]),
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}: vimWithRC {
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vimExecutable = "${vim}/bin/vim";
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gvimExecutable = "${vim}/bin/gvim";
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inherit name wrapManual wrapGui vimExecutableName gvimExecutableName;
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vimrcFile = vimrcFile vimrcConfig;
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vimManPages = buildEnv {
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name = "vim-doc";
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paths = [ vim ];
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pathsToLink = [ "/share/man" ];
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};
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};
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override = f: makeCustomizable (vim.override f);
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overrideAttrs = f: makeCustomizable (vim.overrideAttrs f);
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};
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pluginnames2Nix = {name, namefiles} : vim_configurable.customize {
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inherit name;
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vimrcConfig.vam.knownPlugins = vimPlugins;
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vimrcConfig.vam.pluginDictionaries = ["vim2nix"];
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vimrcConfig.customRC = ''
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" Yes - this is impure and will create the cache file and checkout vim-pi
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" into ~/.vim/vim-addons
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let g:vim_addon_manager.plugin_root_dir = "/tmp/vim2nix-".$USER
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if !isdirectory(g:vim_addon_manager.plugin_root_dir)
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call mkdir(g:vim_addon_manager.plugin_root_dir)
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else
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echom repeat("=", 80)
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echom "WARNING: reusing cache directory :".g:vim_addon_manager.plugin_root_dir
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echom repeat("=", 80)
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endif
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let opts = {}
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let opts.nix_prefetch_git = "${nix-prefetch-git}/bin/nix-prefetch-git"
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let opts.nix_prefetch_hg = "${nix-prefetch-hg}/bin/nix-prefetch-hg"
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let opts.cache_file = g:vim_addon_manager.plugin_root_dir.'/cache'
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let opts.plugin_dictionaries = []
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${lib.concatMapStrings (file: "let opts.plugin_dictionaries += map(readfile(\"${file}\"), 'eval(v:val)')\n") namefiles }
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" uncomment for debugging failures
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" let opts.try_catch = 0
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" add more files
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" let opts.plugin_dictionaries += map(.. other file )
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call nix#ExportPluginsForNix(opts)
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'';
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};
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vim_with_vim2nix = vim_configurable.customize { name = "vim"; vimrcConfig.vam.pluginDictionaries = [ "vim-addon-vim2nix" ]; };
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inherit (import ./build-vim-plugin.nix { inherit stdenv rtpPath vim; }) buildVimPlugin buildVimPluginFrom2Nix;
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# used to figure out which python dependencies etc. neovim needs
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requiredPlugins = {
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packages ? {},
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givenKnownPlugins ? null,
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vam ? null,
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pathogen ? null,
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plug ? null, ...
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}:
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let
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# This is probably overcomplicated, but I don't understand this well enough to know what's necessary.
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knownPlugins = if givenKnownPlugins != null then givenKnownPlugins else
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if vam != null && vam ? knownPlugins then vam.knownPlugins else
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if pathogen != null && pathogen ? knownPlugins then pathogen.knownPlugins else
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vimPlugins;
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pathogenPlugins = findDependenciesRecursively (map (pluginToDrv knownPlugins) pathogen.pluginNames);
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vamPlugins = findDependenciesRecursively (map (pluginToDrv knownPlugins) (lib.concatMap vamDictToNames vam.pluginDictionaries));
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nonNativePlugins = (lib.optionals (pathogen != null) pathogenPlugins)
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++ (lib.optionals (vam != null) vamPlugins)
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++ (lib.optionals (plug != null) plug.plugins);
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nativePluginsConfigs = lib.attrsets.attrValues packages;
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nativePlugins = lib.concatMap ({start?[], opt?[], knownPlugins?vimPlugins}: start++opt) nativePluginsConfigs;
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in
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nativePlugins ++ nonNativePlugins;
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# test cases:
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test_vim_with_vim_nix_using_vam = vim_configurable.customize {
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name = "vim-with-vim-addon-nix-using-vam";
|
|
vimrcConfig.vam.pluginDictionaries = [{name = "vim-nix"; }];
|
|
};
|
|
|
|
test_vim_with_vim_nix_using_pathogen = vim_configurable.customize {
|
|
name = "vim-with-vim-addon-nix-using-pathogen";
|
|
vimrcConfig.pathogen.pluginNames = [ "vim-nix" ];
|
|
};
|
|
|
|
test_vim_with_vim_nix_using_plug = vim_configurable.customize {
|
|
name = "vim-with-vim-addon-nix-using-plug";
|
|
vimrcConfig.plug.plugins = with vimPlugins; [ vim-nix ];
|
|
};
|
|
|
|
test_vim_with_vim_nix = vim_configurable.customize {
|
|
name = "vim-with-vim-addon-nix";
|
|
vimrcConfig.packages.myVimPackage.start = with vimPlugins; [ vim-nix ];
|
|
};
|
|
|
|
# only neovim makes use of `requiredPlugins`, test this here
|
|
test_nvim_with_vim_nix_using_pathogen = neovim.override {
|
|
configure.pathogen.pluginNames = [ "vim-nix" ];
|
|
};
|
|
|
|
# regression test for https://github.com/NixOS/nixpkgs/issues/53112
|
|
# The user may have specified their own plugins which may not be formatted
|
|
# exactly as the generated ones. In particular, they may not have the `pname`
|
|
# attribute.
|
|
test_vim_with_custom_plugin = vim_configurable.customize {
|
|
name = "vim_with_custom_plugin";
|
|
vimrcConfig.vam.knownPlugins =
|
|
vimPlugins // ({
|
|
vim-trailing-whitespace = buildVimPluginFrom2Nix {
|
|
name = "vim-trailing-whitespace";
|
|
src = fetchFromGitHub {
|
|
owner = "bronson";
|
|
repo = "vim-trailing-whitespace";
|
|
rev = "4c596548216b7c19971f8fc94e38ef1a2b55fee6";
|
|
sha256 = "0f1cpnp1nxb4i5hgymjn2yn3k1jwkqmlgw1g02sq270lavp2dzs9";
|
|
};
|
|
# make sure string dependencies are handled
|
|
dependencies = [ "vim-nix" ];
|
|
};
|
|
});
|
|
vimrcConfig.vam.pluginDictionaries = [ { names = [ "vim-trailing-whitespace" ]; } ];
|
|
};
|
|
|
|
# system remote plugin manifest should be generated, deoplete should be usable
|
|
# without the user having to do `UpdateRemotePlugins`. To test, launch neovim
|
|
# and do `:call deoplete#enable()`. It will print an error if the remote
|
|
# plugin is not registered.
|
|
test_nvim_with_remote_plugin = neovim.override {
|
|
configure.pathogen.pluginNames = with vimPlugins; [ deoplete-nvim ];
|
|
};
|
|
}
|