{ fetchurl, fetchzip, lib, stdenv, callPackage, autoPatchelfHook, glib, darwin, }: let pluginsJson = builtins.fromJSON (builtins.readFile ./plugins.json); specialPluginsInfo = callPackage ./specialPlugins.nix { }; fetchPluginSrc = url: hash: let isJar = lib.hasSuffix ".jar" url; fetcher = if isJar then fetchurl else fetchzip; in fetcher { executable = isJar; inherit url hash; }; files = builtins.mapAttrs (key: value: fetchPluginSrc key value) pluginsJson.files; ids = builtins.attrNames pluginsJson.plugins; mkPlugin = id: file: if !specialPluginsInfo ? "${id}" then files."${file}" else stdenv.mkDerivation ( { name = "jetbrains-plugin-${id}"; installPhase = '' runHook preInstall mkdir -p $out && cp -r . $out runHook postInstall ''; src = files."${file}"; } // specialPluginsInfo."${id}" ); selectFile = id: ide: build: if !builtins.elem ide pluginsJson.plugins."${id}".compatible then throw "Plugin with id ${id} does not support IDE ${ide}" else if !pluginsJson.plugins."${id}".builds ? "${build}" then throw "Jetbrains IDEs with build ${build} are not in nixpkgs. Try update_plugins.py with --with-build?" else if pluginsJson.plugins."${id}".builds."${build}" == null then throw "Plugin with id ${id} does not support build ${build}" else pluginsJson.plugins."${id}".builds."${build}"; byId = builtins.listToAttrs ( map (id: { name = id; value = ide: build: mkPlugin id (selectFile id ide build); }) ids ); byName = builtins.listToAttrs ( map (id: { name = pluginsJson.plugins."${id}".name; value = byId."${id}"; }) ids ); in { # Only use if you know what youre doing raw = { inherit files byId byName; }; tests = callPackage ./tests.nix { }; addPlugins = ide: unprocessedPlugins: let processPlugin = plugin: if lib.isDerivation plugin then plugin else if byId ? "${plugin}" then byId."${plugin}" ide.pname ide.buildNumber else if byName ? "${plugin}" then byName."${plugin}" ide.pname ide.buildNumber else throw "Could not resolve plugin ${plugin}"; plugins = map processPlugin unprocessedPlugins; in stdenv.mkDerivation rec { pname = meta.mainProgram + "-with-plugins"; version = ide.version; src = ide; dontInstall = true; dontStrip = true; passthru.plugins = plugins ++ (ide.plugins or [ ]); newPlugins = plugins; disallowedReferences = [ ide ]; nativeBuildInputs = (lib.optional stdenv.hostPlatform.isLinux autoPatchelfHook) # The buildPhase hook rewrites the binary, which invaliates the code # signature. Add the fixup hook to sign the output. ++ (lib.optional stdenv.hostPlatform.isDarwin darwin.autoSignDarwinBinariesHook) ++ (ide.nativeBuildInputs or [ ]); buildInputs = lib.unique ((ide.buildInputs or [ ]) ++ [ glib ]); inherit (ide) meta; buildPhase = let appDir = lib.optionalString stdenv.hostPlatform.isDarwin "Applications/${lib.escapeShellArg ide.product}.app"; rootDir = if stdenv.hostPlatform.isDarwin then "${appDir}/Contents" else meta.mainProgram; in '' cp -r ${ide} $out chmod +w -R $out rm -f $out/${rootDir}/plugins/plugin-classpath.txt ( shopt -s nullglob IFS=' ' read -ra pluginArray <<< "$newPlugins" for plugin in "''${pluginArray[@]}"; do pluginfiles=($plugin) if [[ "$plugin" == *.jar ]]; then # if the plugin contains a single jar file, link it directly into the plugins folder ln -s "$plugin" $out/${rootDir}/plugins/ else # otherwise link the plugin directory itself ln -s "$plugin" -t $out/${rootDir}/plugins/ fi done for exe in $out/${rootDir}/bin/*; do if [ -x "$exe" ] && ( file "$exe" | grep -q 'text' ); then substituteInPlace "$exe" --replace-quiet '${ide}' $out fi done ) ''; }; }