@Override protected void onApply(Project project) { getLifecycleTask().setDescription("Generates all Eclipse files."); getCleanTask().setDescription("Cleans all Eclipse files."); EclipseModel model = project.getExtensions().create("eclipse", EclipseModel.class); configureEclipseProject(project, model); configureEclipseJdt(project, model); configureEclipseClasspath(project, model); postProcess("eclipse", new Action<Gradle>() { @Override public void execute(Gradle gradle) { performPostEvaluationActions(); } }); applyEclipseWtpPluginOnWebProjects(project); }
private DefaultGradleBuild convert(Gradle gradle) { DefaultGradleBuild model = new DefaultGradleBuild(); Map<Project, BasicGradleProject> convertedProjects = new LinkedHashMap<Project, BasicGradleProject>(); Project rootProject = gradle.getRootProject(); BasicGradleProject convertedRootProject = convert(rootProject, convertedProjects); model.setRootProject(convertedRootProject); for (Project project : rootProject.getAllprojects()) { model.addProject(convertedProjects.get(project)); } for (IncludedBuild includedBuild : gradle.getIncludedBuilds()) { Gradle includedGradle = ((IncludedBuildInternal) includedBuild).getConfiguredBuild(); DefaultGradleBuild convertedIncludedBuild = convert(includedGradle); model.addIncludedBuild(convertedIncludedBuild); } return model; }
@Override protected void onApply(Project project) { getLifecycleTask().setDescription("Generates IDEA project files (IML, IPR, IWS)"); getCleanTask().setDescription("Cleans IDEA project files (IML, IPR)"); ideaModel = project.getExtensions().create("idea", IdeaModel.class); configureIdeaWorkspace(project); configureIdeaProject(project); configureIdeaModule(project); configureForJavaPlugin(project); configureForScalaPlugin(); postProcess("idea", new Action<Gradle>() { @Override public void execute(Gradle gradle) { performPostEvaluationActions(); } }); }
@Override public File getRootDirectory(@Nullable Object scope) { if (scope == null) { return globalCacheDir; } if (scope instanceof Gradle) { Gradle gradle = (Gradle) scope; return getBuildCacheDir(gradle.getRootProject()); } if (scope instanceof Project) { Project project = (Project) scope; return getBuildCacheDir(project.getRootProject()); } if (scope instanceof Task) { Task task = (Task) scope; return getBuildCacheDir(task.getProject().getRootProject()); } throw new IllegalArgumentException(String.format("Don't know how to determine the cache directory for scope of type %s.", scope.getClass().getSimpleName())); }
/** * @see org.gradle.api.Plugin#apply(java.lang.Object) */ @Override public void apply(Project project) { this.project = project; if (VersionNumber.parse(project.getGradle().getGradleVersion()).compareTo(MIN_GRADLE_VERSION) < 0) { throw new GradleException(format("Base project plugin requires Gradle %s or higher", MIN_GRADLE_VERSION)); } getLogger().info("Applying plugin {} to {}", this, getProject()); initialize(); getProject().afterEvaluate(p -> configure()); getProject().getGradle().addBuildListener(new BuildAdapter() { @Override public void projectsEvaluated(@Nullable Gradle gradle) { complete(); } }); }
public DefaultGradle(Gradle parent, StartParameter startParameter, ServiceRegistryFactory parentRegistry) { this.parent = parent; this.startParameter = startParameter; this.services = parentRegistry.createFor(this); this.listenerManager = services.get(ListenerManager.class); taskGraph = services.get(TaskGraphExecuter.class); distributionLocator = services.get(GradleDistributionLocator.class); classLoaderScope = services.get(ClassLoaderScopeRegistry.class).getCoreAndPluginsScope(); pluginContainer = services.get(PluginContainer.class); fileResolver = services.get(FileResolver.class); scriptPluginFactory = services.get(ScriptPluginFactory.class); scriptHandlerFactory = services.get(ScriptHandlerFactory.class); buildListenerBroadcast = listenerManager.createAnonymousBroadcaster(BuildListener.class); projectEvaluationListenerBroadcast = listenerManager.createAnonymousBroadcaster(ProjectEvaluationListener.class); buildListenerBroadcast.add(new BuildAdapter() { @Override public void projectsLoaded(Gradle gradle) { rootProjectActions.execute(rootProject); rootProjectActions = null; } }); }
public File getBaseDirectory(Object scope, String key, CacheBuilder.VersionStrategy versionStrategy) { if (key.equalsIgnoreCase("projects") || key.equalsIgnoreCase("tasks") || !key.matches("\\p{Alpha}+[-//.\\w]*")) { throw new IllegalArgumentException(String.format("Unsupported cache key '%s'.", key)); } if (scope == null) { return getCacheDir(globalCacheDir, versionStrategy, key); } if (scope instanceof Gradle) { Gradle gradle = (Gradle) scope; return getCacheDir(getBuildCacheDir(gradle.getRootProject()), versionStrategy, key); } if (scope instanceof Project) { Project project = (Project) scope; return getCacheDir(getBuildCacheDir(project.getRootProject()), versionStrategy, String.format("projects/%s/%s", project.getPath().replace(':', '_'), key)); } if (scope instanceof Task) { Task task = (Task) scope; return getCacheDir(getBuildCacheDir(task.getProject().getRootProject()), versionStrategy, String.format("tasks/%s/%s", task.getPath().replace(':', '_'), key)); } throw new IllegalArgumentException(String.format("Don't know how to determine the cache directory for scope of type %s.", scope.getClass().getSimpleName())); }
public DefaultGradle(Gradle parent, StartParameter startParameter, ServiceRegistryFactory parentRegistry) { this.parent = parent; this.startParameter = startParameter; this.services = parentRegistry.createFor(this); this.listenerManager = services.get(ListenerManager.class); taskGraph = services.get(TaskGraphExecuter.class); distributionLocator = services.get(GradleDistributionLocator.class); classLoaderScope = services.get(ClassLoaderScope.class); pluginContainer = services.get(PluginContainer.class); fileResolver = services.get(FileResolver.class); scriptPluginFactory = services.get(ScriptPluginFactory.class); scriptHandlerFactory = services.get(ScriptHandlerFactory.class); buildListenerBroadcast = listenerManager.createAnonymousBroadcaster(BuildListener.class); projectEvaluationListenerBroadcast = listenerManager.createAnonymousBroadcaster(ProjectEvaluationListener.class); buildListenerBroadcast.add(new BuildAdapter() { @Override public void projectsLoaded(Gradle gradle) { rootProjectActions.execute(rootProject); rootProjectActions = null; } }); }
private static void configureScalaCompile(final Project project, JavaBasePlugin javaPlugin, final SourceSet sourceSet) { String taskName = sourceSet.getCompileTaskName("scala"); final ScalaCompile scalaCompile = project.getTasks().create(taskName, ScalaCompile.class); scalaCompile.dependsOn(sourceSet.getCompileJavaTaskName()); javaPlugin.configureForSourceSet(sourceSet, scalaCompile); Convention scalaConvention = (Convention) InvokerHelper.getProperty(sourceSet, "convention"); ScalaSourceSet scalaSourceSet = scalaConvention.findPlugin(ScalaSourceSet.class); scalaCompile.setDescription("Compiles the " + scalaSourceSet.getScala() + "."); scalaCompile.setSource(scalaSourceSet.getScala()); project.getTasks().getByName(sourceSet.getClassesTaskName()).dependsOn(taskName); // cannot use convention mapping because the resulting object won't be serializable // cannot compute at task execution time because we need association with source set project.getGradle().addBuildListener(new BuildAdapter() { @Override public void projectsEvaluated(Gradle gradle) { IncrementalCompileOptions incrementalOptions = scalaCompile.getScalaCompileOptions().getIncrementalOptions(); if (incrementalOptions.getAnalysisFile() == null) { String analysisFilePath = project.getBuildDir().getPath() + "/tmp/scala/compilerAnalysis/" + scalaCompile.getName() + ".analysis"; incrementalOptions.setAnalysisFile(new File(analysisFilePath)); } if (incrementalOptions.getPublishedCode() == null) { Jar jarTask = (Jar) project.getTasks().findByName(sourceSet.getJarTaskName()); incrementalOptions.setPublishedCode(jarTask == null ? null : jarTask.getArchivePath()); } } }); }
/** * This starts a gradle client for doing regular execution of a command. It expects the port number to set as a system property. Note: this is using gradle to find the port. See getPort(). * * @param gradle the gradle object. */ public static void invokeExecuteGradleClient(Gradle gradle) { Integer port = getPort(gradle); if (port == null) { return; } ExecuteGradleCommandClientProtocol protocol = new ExecuteGradleCommandClientProtocol(gradle); GradleClient client = new GradleClient(); client.start(protocol, port); }
/** * This gets the port out of the start parameters. Why? Because this is meant to be run from the init script and the system properties haven't been set yet. That is due to how gradle is run from * the bat file/shell script. It has to manually set the java system properties (-D). I don't this is a desired side-effect. * * @param gradle the gradle object * @return an integer or null if we didn't get the port. */ private static Integer getPort(Gradle gradle) { String portText = gradle.getStartParameter().getSystemPropertiesArgs().get(ProtocolConstants.PORT_NUMBER_SYSTEM_PROPERTY); if (portText == null) { LOGGER.error("Failed to set " + ProtocolConstants.PORT_NUMBER_SYSTEM_PROPERTY + " system property"); return null; } try { return Integer.parseInt(portText); } catch (NumberFormatException e) { LOGGER.error("Invalid " + ProtocolConstants.PORT_NUMBER_SYSTEM_PROPERTY + " system property", e); return null; } }
/** * This starts a gradle client that sends a task list back to the server. It expects the port number to set as a system property. You probably should be executing the "tasks" command. Note: this * is using gradle to find the port. See getPort(). * * @param gradle the gradle launcher object. */ public static void invokeTaskListGradleClient(Gradle gradle) { Integer port = getPort(gradle); if (port == null) { return; } TaskListClientProtocol protocol = new TaskListClientProtocol(gradle); GradleClient client = new GradleClient(); client.start(protocol, port); }
public GradleBuildComparison( ComparableGradleBuildExecuter sourceBuildExecuter, ComparableGradleBuildExecuter targetBuildExecuter, Logger logger, ProgressLogger progressLogger, Gradle gradle) { this.sourceBuildExecuter = sourceBuildExecuter; this.targetBuildExecuter = targetBuildExecuter; this.logger = logger; this.progressLogger = progressLogger; this.gradle = gradle; }
private static void configureScalaDependencies(final Project project, final GenerateEclipseClasspath task) { project.getPlugins().withType(ScalaBasePlugin.class, new Action<ScalaBasePlugin>() { @Override public void execute(ScalaBasePlugin scalaBasePlugin) { task.getClasspath().containers("org.scala-ide.sdt.launching.SCALA_CONTAINER"); // exclude the dependencies already provided by SCALA_CONTAINER; prevents problems with Eclipse Scala plugin project.getGradle().addBuildListener(new BuildAdapter() { @Override public void projectsEvaluated(Gradle gradle) { final List<String> provided = Lists.newArrayList("scala-library", "scala-swing", "scala-dbc"); Predicate<Dependency> dependencyInProvided = new Predicate<Dependency>() { @Override public boolean apply(Dependency dependency) { return provided.contains(dependency.getName()); } }; List<Dependency> dependencies = Lists.newArrayList(Iterables.filter(Iterables.concat(Iterables.transform(task.getClasspath().getPlusConfigurations(), new Function<Configuration, Iterable<Dependency>>() { @Override public Iterable<Dependency> apply(Configuration config) { return config.getAllDependencies(); } })), dependencyInProvided)); if (!dependencies.isEmpty()) { task.getClasspath().getMinusConfigurations().add(project.getConfigurations().detachedConfiguration(dependencies.toArray(new Dependency[0]))); } } }); } }); }
/** * Executes the provided Action after all projects have been evaluated. * Action will only be added once per provided key. Any subsequent calls for the same key will be ignored. * This permits the plugin to be applied in multiple subprojects, with the postprocess action executed once only. */ protected void postProcess(String key, final Action<? super Gradle> action) { Project rootProject = project.getRootProject(); ExtraPropertiesExtension rootExtraProperties = rootProject.getExtensions().getByType(ExtraPropertiesExtension.class); String extraPropertyName = "org.gradle." + key + ".postprocess.applied"; if (!rootExtraProperties.has(extraPropertyName)) { project.getGradle().addBuildListener(new BuildAdapter() { @Override public void projectsEvaluated(Gradle gradle) { action.execute(gradle); } }); rootExtraProperties.set(extraPropertyName, true); } }
public void configure() { rootProject.getGradle().addBuildListener(new BuildAdapter() { public void projectsEvaluated(Gradle gradle) { VersionNumber ideaTargetVersion = findIdeaTargetVersion(); final boolean useScalaSdk = ideaTargetVersion == null || IDEA_VERSION_WHEN_SCALA_SDK_WAS_INTRODUCED.compareTo(ideaTargetVersion) <= 0; final Collection<Project> scalaProjects = findProjectsApplyingIdeaAndScalaPlugins(); final Map<String, ProjectLibrary> scalaCompilerLibraries = Maps.newHashMap(); rootProject.getTasks().getByName("ideaProject").doFirst(new Action<Task>() { @Override public void execute(Task task) { if (scalaProjects.size() > 0) { scalaCompilerLibraries.clear(); scalaCompilerLibraries.putAll(resolveScalaCompilerLibraries(scalaProjects, useScalaSdk)); declareUniqueProjectLibraries(Sets.newLinkedHashSet(scalaCompilerLibraries.values())); } } }); rootProject.configure(scalaProjects, new Action<Project>() { @Override public void execute(final Project project) { project.getExtensions().getByType(IdeaModel.class).getModule().getIml().withXml(new Action<XmlProvider>() { @Override public void execute(XmlProvider xmlProvider) { if (useScalaSdk) { declareScalaSdk(scalaCompilerLibraries.get(project.getPath()), xmlProvider.asNode()); } else { declareScalaFacet(scalaCompilerLibraries.get(project.getPath()), xmlProvider.asNode()); } } }); } }); } }); }
@Override public void onNewBuild(Gradle gradle) { lock.lock(); try { for (DeploymentHandle handle : handles.values()) { handle.onNewBuild(gradle); } } finally { lock.unlock(); } }
public DefaultTaskHistoryStore(Gradle gradle, CacheRepository cacheRepository, InMemoryTaskArtifactCache inMemoryTaskArtifactCache) { this.inMemoryTaskArtifactCache = inMemoryTaskArtifactCache; cache = cacheRepository .cache(gradle, "taskArtifacts") .withDisplayName("task history cache") .withLockOptions(mode(FileLockManager.LockMode.None)) // Lock on demand .open(); }
public DefaultGradle(GradleInternal parent, StartParameter startParameter, ServiceRegistryFactory parentRegistry) { this.parent = parent; this.startParameter = startParameter; this.services = parentRegistry.createFor(this); classLoaderScope = services.get(ClassLoaderScopeRegistry.class).getCoreAndPluginsScope(); buildListenerBroadcast = getListenerManager().createAnonymousBroadcaster(BuildListener.class); projectEvaluationListenerBroadcast = getListenerManager().createAnonymousBroadcaster(ProjectEvaluationListener.class); buildListenerBroadcast.add(new BuildAdapter() { @Override public void projectsLoaded(Gradle gradle) { rootProjectActions.execute(rootProject); rootProjectActions = null; } }); }
public void buildStarted(Gradle gradle) { StartParameter startParameter = gradle.getStartParameter(); logger.info("Starting Build"); logger.debug("Gradle user home: {}", startParameter.getGradleUserHomeDir()); logger.debug("Current dir: {}", startParameter.getCurrentDir()); logger.debug("Settings file: {}", startParameter.getSettingsFile()); logger.debug("Build file: {}", startParameter.getBuildFile()); }
@Override public void onNewBuild(Gradle gradle) { gradle.addBuildListener(new BuildAdapter() { @Override public void buildFinished(BuildResult result) { reloadFromResult(result); } }); }
@Override public void apply( Gradle gradle ) { gradle.allprojects( project -> { configureRepositories( project.getRepositories() ); configureRepositories( project.getBuildscript().getRepositories() ); Task upload = project.getTasks().create( "xmvnInstall", XMvnInstallTask.class ); upload.setDescription( "Installs all artifacts through XMvn" ); upload.setGroup( "upload" ); } ); }
public DefaultTaskArtifactStateCacheAccess(Gradle gradle, CacheRepository cacheRepository, CacheDecorator decorator) { this.inMemoryDecorator = decorator; cache = cacheRepository .cache(gradle, "taskArtifacts") .withDisplayName("task history cache") .withLockOptions(mode(FileLockManager.LockMode.None)) // Lock on demand .open(); }
private String getDisplayName(Task task) { Gradle build = task.getProject().getGradle(); if (build.getParent() == null) { // The main build, use the task path return task.getPath(); } // A nested build, use a discriminator return Project.PATH_SEPARATOR + build.getRootProject().getName() + task.getPath(); }
TaskArtifactStateCacheAccess createCacheAccess(Gradle gradle, CacheRepository cacheRepository, InMemoryTaskArtifactCache inMemoryTaskArtifactCache, GradleBuildEnvironment environment) { CacheDecorator decorator; if (environment.isLongLivingProcess()) { decorator = inMemoryTaskArtifactCache; } else { decorator = new NoOpDecorator(); } return new DefaultTaskArtifactStateCacheAccess(gradle, cacheRepository, decorator); }
public void buildStarted(Gradle gradle) { StartParameter startParameter = gradle.getStartParameter(); logger.info("Starting Build"); logger.debug("Gradle user home: " + startParameter.getGradleUserHomeDir()); logger.debug("Current dir: " + startParameter.getCurrentDir()); logger.debug("Settings file: " + startParameter.getSettingsFile()); logger.debug("Build file: " + startParameter.getBuildFile()); }
private void configureRootProjectCollectors(Project rootProject) { Gradle gradle = rootProject.getGradle(); final GradleCollector gradleCollector = new GradleCollector(dispatcherSupplier); gradle.addListener(gradleCollector); gradle.buildFinished(new Closure(null) { protected Object doCall(Object arguments) { gradleCollector.buildFinishedClosure((BuildResult)arguments); return null; } }); }
