Java Code Examples for org.gradle.api.project#file()

@TaskAction
public void generateDocs() throws IOException, TemplateException, IntegrationException {
    final Project project = getProject();
    final File file = new File("synopsys-detect-" + project.getVersion() + "-help.json");
    final Reader reader = new FileReader(file);
    final HelpJsonData helpJson = new Gson().fromJson(reader, HelpJsonData.class);

    final File outputDir = project.file("docs/generated");
    final File troubleshootingDir = new File(outputDir, "advanced/troubleshooting");

    FileUtils.deleteDirectory(outputDir);
    troubleshootingDir.mkdirs();

    final TemplateProvider templateProvider = new TemplateProvider(project.file("docs/templates"), project.getVersion().toString());

    createFromFreemarker(templateProvider, troubleshootingDir, "exit-codes", new ExitCodePage(helpJson.getExitCodes()));

    handleDetectors(templateProvider, outputDir, helpJson);
    handleProperties(templateProvider, outputDir, helpJson);
    handleContent(outputDir, templateProvider);
}
 

private static void configure(ModularCreateStartScripts startScriptsTask, Project project) {
    var appConvention = project.getConvention().findPlugin(ApplicationPluginConvention.class);
    if (appConvention != null) {
        var distDir = project.file(project.getBuildDir() + "/install/" + appConvention.getApplicationName());
        startScriptsTask.setOutputDir(new File(distDir, appConvention.getExecutableDir()));
    }

    ModularJavaExec runTask = startScriptsTask.getRunTask();
    if (runTask == null) throw new GradleException("runTask not set for task " + startScriptsTask.getName());

    var runJvmArgs = runTask.getOwnJvmArgs();
    if (!runJvmArgs.isEmpty()) {
        var defaultJvmOpts = new ArrayList<>(runJvmArgs);
        startScriptsTask.getDefaultJvmOpts().forEach(defaultJvmOpts::add);
        startScriptsTask.setDefaultJvmOpts(defaultJvmOpts);
    }

    var mutator = new StartScriptsMutator(runTask, project);
    mutator.updateStartScriptsTask(startScriptsTask);
    mutator.movePatchedLibs();
}
 

public static File getSdkDir(Project project) {
  Properties properties = new Properties();
  File localProperties = project.getRootProject().file("local.properties");
  if (localProperties.exists()) {
    try (FileInputStream fis = new FileInputStream(localProperties)) {
      properties.load(fis);
    } catch (IOException ex) {
      throw new GradleException("Could not load local.properties", ex);
    }
  }

  String sdkDir = properties.getProperty("sdk.dir");
  if (sdkDir != null) {
    return project.file(sdkDir);
  }
  String androidHome = System.getenv("ANDROID_HOME");
  if (androidHome == null) {
    throw new GradleException("No sdk.dir or ANDROID_HOME set.");
  }
  return project.file(androidHome);
}
 

@Override
public void apply(Project target) {
    if (target.getRootProject() != target) {
        throw new GradleException("Cannot apply dependency plugin to a non-root project");
    }

    File versionProperties = target.file("version.properties");

    Version version = VersionFile.getVersion(versionProperties);

    if (!target.hasProperty("release") || !Boolean.parseBoolean((String) target.property("release"))) {
        version = version.asSnapshot();
    }

    logger.lifecycle("Building using version {}", version);
    target.allprojects(new VersionAction(version));
}
 

public void apply(final Project project) {
    LocalSnapshotPlugin snapshotPlugin = project.getPlugins().apply(LocalSnapshotPlugin.class);

    final File versionFile = project.file(VERSION_FILE_NAME);

    final VersionInfo versionInfo = new VersionInfoFactory().createVersionInfo(versionFile,
        project.getVersion(), snapshotPlugin.isSnapshot());

    project.getExtensions().add(VersionInfo.class.getName(), versionInfo);
    final String version = versionInfo.getVersion();

    project.allprojects(project1 -> project1.setVersion(version));

    TaskMaker.task(project, BUMP_VERSION_FILE_TASK, BumpVersionFileTask.class, t -> {
        t.setDescription("Increments version number in " + versionFile.getName());
        t.setVersionFile(versionFile);
        String versionChangeMessage = formatVersionInformationInCommitMessage(version, versionInfo.getPreviousVersion());
        GitPlugin.registerChangesForCommitIfApplied(singletonList(versionFile), versionChangeMessage, t);
    });
}
 

@Override
public void apply(Project project) {

    File manifestFile = project.file(MANIFEST_PATH);

    if (!manifestFile.exists()) {
        throw new InvalidUserDataException(MANIFEST_PATH + " not found!");
    }
    JsonSlurper slurper = new JsonSlurper();
    Map parsed = (Map) slurper.parse(manifestFile);
    Manifest manifest = Manifest.fromMap(parsed);

    extension = project.getExtensions().create("CCV2", CCv2Extension.class, project, manifest);
    extension.getGeneratedConfiguration().set(project.file("generated-configuration"));
    extension.getCloudExtensionPackFolder().set(project.file("cloud-extension-pack"));

    final Configuration extensionPack = project.getConfigurations().create(EXTENSION_PACK);
    extensionPack.defaultDependencies(deps -> {
        //de/hybris/platform/hybris-cloud-extension-pack/1905.06/
        String commerceSuiteVersion = manifest.commerceSuiteVersion;
        String cepVersion = commerceSuiteVersion.replaceAll("(.+)(\\.\\d\\d)?", "$1.+");

        deps.add(project.getDependencies().create("de.hybris.platform:hybris-cloud-extension-pack:" + cepVersion + "@zip"));
    });


    project.getPlugins().withType(HybrisPlugin.class, hybrisPlugin -> {
        Object byName = project.getExtensions().getByName(HybrisPlugin.HYBRIS_EXTENSION);
        if (byName instanceof HybrisPluginExtension) {
            ((HybrisPluginExtension) byName).getVersion().set(project.provider(() -> manifest.commerceSuiteVersion));
            configureAddonInstall(project, manifest.storefrontAddons);
            configureTests(project, manifest.tests);
            configureWebTests(project, manifest.webTests);
            configureCloudExtensionPackBootstrap(project, manifest.useCloudExtensionPack);
        }
    });
    configurePropertyFileGeneration(project, manifest);
    configureExtensionGeneration(project, manifest);
}
 

/**
 * Create a config object from the gradle {@link Project}.
 *
 * On creation, we attempt to populate config values using gradle properties or set to default values.
 */
public TransportPluginConfig(Project project) {
  mainSourceSetName = getPropertyOrDefault(project, MAIN_SOURCE_SET_NAME_PROP, "main");
  testSourceSetName = getPropertyOrDefault(project, TEST_SOURCE_SET_NAME_PROP, "test");
  outputDirFile = project.hasProperty(OUTPUT_DIR_PROP)
      ? project.file(project.property(OUTPUT_DIR_PROP).toString())
      : project.getBuildDir(); // Build dir by default
}
 

@TaskAction
public void run() throws IOException {
	Project project = getProject();
	KubectlExtension extension = project.getExtensions().getByType(KubectlExtension.class);

	String namespace = namespaceSupplier.get();

	KubectlExecSpec execSpec = new KubectlExecSpec();
	execSpec.setCommandLine(String.format("kubectl get deployment,statefulset -o name --namespace=%s", namespace));
	execSpec.setOutputFormat(OutputFormat.TEXT);
	ExecResult result = extension.exec(execSpec);
	for (String component : result.getText().trim().split("\n")) {
		KubectlExecSpec execSpecComp = new KubectlExecSpec();
		execSpecComp.setCommandLine(
				String.format("kubectl logs %s --namespace=%s --since=5m --all-containers=true", component, namespace)
		);
		execSpecComp.setOutputFormat(OutputFormat.TEXT);
		ExecResult resultComp = extension.exec(execSpecComp);

		File logFile = project.file("build/logs/" + namespace + "/" + component + ".log");
		logFile.getParentFile().mkdirs();

		try (FileWriter writer = new FileWriter(logFile)) {
			writer.write(resultComp.getText());
		}
	}
}
 

@TaskAction
public void exec() {
	setAddVariables(true);
	Project project = getProject();
	File planDir = project.file("build/terraform/plan");
	planDir.getParentFile().mkdirs();
	commandLine("plan -out=" + CONTAINER_PLAN_FILE);
	super.exec();
}
 

@Override
public void apply(Project project) {
	this.project = project;
	this.extension = this.project.getExtensions().create(NOHTTP_EXTENSION_NAME, NoHttpExtension.class);
	this.extension.setToolVersion(NOHTTP_VERSION);
	this.extension.setSource(project.fileTree(project.getProjectDir(), new Action<ConfigurableFileTree>() {
		@Override
		public void execute(ConfigurableFileTree files) {
			String projectDir = project.getProjectDir().getAbsolutePath();
			files.exclude(createBuildExclusion(projectDir, project));
			project.subprojects(new Action<Project>() {
				@Override
				public void execute(Project p) {
					files.exclude(createBuildExclusion(projectDir, p));
				}
			});
			files.exclude(".git/**");
			files.exclude(".gradle/**");
			files.exclude("buildSrc/.gradle/**");
			files.exclude(".idea/**");
			files.exclude("**/*.class");
			files.exclude("**/*.hprof");
			files.exclude("**/*.jar");
			files.exclude("**/*.jpg");
			files.exclude("**/*.jks");
			files.exclude("**/spring.handlers");
			files.exclude("**/spring.schemas");
			files.exclude("**/spring.tooling");
		}
	}));
	File legacyWhiteListFile = project.file(LEGACY_WHITELIST_FILE_PATH);
	if (legacyWhiteListFile.exists()) {
		this.extension.setAllowlistFile(legacyWhiteListFile);
	}
	File defaultWhiteListFile = project.file(DEFAULT_WHITELIST_FILE_PATH);
	if (defaultWhiteListFile.exists()) {
		this.extension.setAllowlistFile(defaultWhiteListFile);
	}
	File allowlistFile = this.project.file(DEFAULT_ALLOWLIST_FILE_PATH);
	if (allowlistFile.exists()) {
		this.extension.setAllowlistFile(allowlistFile);
	}

	project.getPluginManager().apply(CheckstylePlugin.class);
	Configuration checkstyleConfiguration = project.getConfigurations().getByName(CHECKSTYLE_CONFIGURATION_NAME);

	Configuration noHttpConfiguration = project.getConfigurations().create(DEFAULT_CONFIGURATION_NAME);
	checkstyleConfiguration.extendsFrom(noHttpConfiguration);

	configureDefaultDependenciesForProject(noHttpConfiguration);
	createCheckstyleTaskForProject(checkstyleConfiguration);
	configureCheckTask();
}
 

private static void setupApiInformationAnalysis(Project project, LibraryExtension android) {
  File metalavaOutputJarFile = new File(project.getRootProject().getBuildDir(), "metalava.jar");
  AndroidSourceSet mainSourceSet = android.getSourceSets().getByName("main");
  File outputFile =
      project
          .getRootProject()
          .file(
              Paths.get(
                  project.getRootProject().getBuildDir().getPath(),
                  "apiinfo",
                  project.getPath().substring(1).replace(":", "_")));
  File outputApiFile = new File(outputFile.getAbsolutePath() + "_api.txt");

  project
      .getTasks()
      .register(
          "getMetalavaJar",
          GetMetalavaJarTask.class,
          task -> {
            task.setOutputFile(metalavaOutputJarFile);
          });
  File apiTxt =
      project.file("api.txt").exists()
          ? project.file("api.txt")
          : project.file(project.getRootDir() + "/empty-api.txt");
  TaskProvider<ApiInformationTask> apiInfo =
      project
          .getTasks()
          .register(
              "apiInformation",
              ApiInformationTask.class,
              task -> {
                task.setApiTxt(apiTxt);
                task.setMetalavaJarPath(metalavaOutputJarFile.getAbsolutePath());
                task.setSourceSet(mainSourceSet);
                task.setOutputFile(outputFile);
                task.setBaselineFile(project.file("baseline.txt"));
                task.setOutputApiFile(outputApiFile);
                if (project.hasProperty("updateBaseline")) {
                  task.setUpdateBaseline(true);
                } else {
                  task.setUpdateBaseline(false);
                }
                task.dependsOn("getMetalavaJar");
              });

  TaskProvider<GenerateApiTxtFileTask> generateApiTxt =
      project
          .getTasks()
          .register(
              "generateApiTxtFile",
              GenerateApiTxtFileTask.class,
              task -> {
                task.setApiTxt(project.file("api.txt"));
                task.setMetalavaJarPath(metalavaOutputJarFile.getAbsolutePath());
                task.setSourceSet(mainSourceSet);
                task.setBaselineFile(project.file("baseline.txt"));
                task.setUpdateBaseline(project.hasProperty("updateBaseline"));
                task.dependsOn("getMetalavaJar");
              });

  TaskProvider<GenerateStubsTask> docStubs =
      project
          .getTasks()
          .register(
              "docStubs",
              GenerateStubsTask.class,
              task -> {
                task.setMetalavaJarPath(metalavaOutputJarFile.getAbsolutePath());
                task.setOutputDir(new File(project.getBuildDir(), "doc-stubs"));
                task.dependsOn("getMetalavaJar");

                task.setSourceSet(mainSourceSet);
              });
  project.getTasks().getByName("check").dependsOn(docStubs);

  android
      .getLibraryVariants()
      .all(
          v -> {
            if (v.getName().equals("release")) {
              FileCollection jars =
                  v.getCompileConfiguration()
                      .getIncoming()
                      .artifactView(
                          config ->
                              config.attributes(
                                  container ->
                                      container.attribute(
                                          Attribute.of("artifactType", String.class), "jar")))
                      .getArtifacts()
                      .getArtifactFiles();
              apiInfo.configure(t -> t.setClassPath(jars));
              generateApiTxt.configure(t -> t.setClassPath(jars));
              docStubs.configure(t -> t.setClassPath(jars));
            }
          });
}
 

public static File getWorkingDir(Project project) {
	return project.file(project.getBuildDir() + "/exploded-aar/");
}
 

public AwbBundle createAwbBundle(LibVariantContext libVariantContext) throws IOException {

        String variantName = libVariantContext.getVariantName();

        AtlasDependencyTree libDependencyTree = AtlasBuildContext.libDependencyTrees.get(variantName);

        //TODO 2.3
        if (null == libDependencyTree) {

            libDependencyTree = new AtlasDepTreeParser(libVariantContext.getProject(),
                                                       new ExtraModelInfo(new ProjectOptions(libVariantContext.getProject()),null), new HashSet<>())
                .parseDependencyTree(libVariantContext.getVariantDependency());
            AtlasBuildContext.libDependencyTrees.put(variantName, libDependencyTree);
        }

        Project project = libVariantContext.getProject();

        String groupName = (String)project.getGroup();
        String name = "";
        String version = (String)project.getVersion();
        if (project.hasProperty("archivesBaseName")) {
            name = (String)project.getProperties().get("archivesBaseName");
        } else {
            name = project.getName();
        }

        File explodedDir = project.file(
            project.getBuildDir().getAbsolutePath() + "/" + FD_INTERMEDIATES + "/exploded-awb/" + computeArtifactPath(
                groupName, name, version));
        FileUtils.deleteDirectory(explodedDir);

        MavenCoordinates mavenCoordinates = new MavenCoordinatesImpl(groupName, name, version, "awb", "");

        ResolvedDependencyInfo resolvedDependencyInfo = new ResolvedDependencyInfo(groupName, name, version, "awb");
        resolvedDependencyInfo.setVariantName(libVariantContext.getVariantName());

        AwbBundle awbBundle = new AwbBundle(resolvedDependencyInfo, DependencyConvertUtils
            .toAndroidLibrary(mavenCoordinates, libVariantContext.getBundleTask().getArchivePath(), explodedDir));

        awbBundle.getSoLibraries().addAll(libDependencyTree.getMainBundle().getSoLibraries());
        awbBundle.getAndroidLibraries().addAll(libDependencyTree.getMainBundle().getAndroidLibraries());
        awbBundle.getJavaLibraries().addAll(libDependencyTree.getMainBundle().getJavaLibraries());

        return awbBundle;

    }
 

/**
 * generate the main dex list
 */
private static boolean genMainDexList(Project project, boolean minifyEnabled,
                                      File mappingFile, File jarMergingOutputFile,
                                      File adtMainDexList, DexKnifeConfig dexKnifeConfig) throws Exception {

    System.out.println(":" + project.getName() + ":genMainDexList");

    // 1.get the recommend adt's maindexlist
    Map<String, Boolean> recommendMainClasses = null;
    if (dexKnifeConfig.useSuggest && adtMainDexList != null && adtMainDexList.exists()) {

        PatternSet patternSet = dexKnifeConfig.suggestPatternSet;
        if (dexKnifeConfig.filterSuggest && patternSet == null) {
            patternSet = dexKnifeConfig.patternSet;
        }

        System.out.println("DexKnife: use suggest");
        recommendMainClasses = getRecommendMainDexClasses(adtMainDexList, patternSet, dexKnifeConfig.logFilterSuggest);
    }

    File keepFile = project.file(MAINDEXLIST_TXT);
    keepFile.delete();

    // 2.process the global filter
    List<String> mainClasses = null;
    if (dexKnifeConfig.patternSet == null || isPatternSetEmpty(dexKnifeConfig.patternSet)) {
        // only filter the suggest list
        if (recommendMainClasses != null && recommendMainClasses.size() > 0) {
            mainClasses = new ArrayList<>();
            Set<Map.Entry<String, Boolean>> entries = recommendMainClasses.entrySet();
            for (Map.Entry<String, Boolean> entry : entries) {
                if (entry.getValue()) {
                    mainClasses.add(entry.getKey());
                }
            }
        }
    } else {
        if (minifyEnabled) {
            System.err.println("DexKnife: From Mapping");
            // get classes from mapping
            mainClasses = getMainClassesFromMapping(mappingFile, dexKnifeConfig.patternSet,
                    recommendMainClasses, dexKnifeConfig.logFilter);
        } else {
            System.out.println("DexKnife: From MergedJar: " + jarMergingOutputFile);
            if (jarMergingOutputFile != null) {
                // get classes from merged jar
                mainClasses = getMainClassesFromJar(jarMergingOutputFile, dexKnifeConfig.patternSet,
                        recommendMainClasses, dexKnifeConfig.logFilter);
            } else {
                System.err.println("DexKnife: The Merged Jar is not exist! Can't be processed!");
            }
        }
    }

    // 3.create the miandexlist
    if (mainClasses != null && mainClasses.size() > 0) {
        BufferedWriter writer = new BufferedWriter(new FileWriter(keepFile));

        for (String mainClass : mainClasses) {
            writer.write(mainClass);
            writer.newLine();

            if (dexKnifeConfig.logMainList) {
                System.out.println(mainClass);
            }
        }

        writer.close();

        return true;
    }

    throw new Exception("DexKnife Warning: Main dex is EMPTY ! Check your config and project!");
}
 

private static File getAvroSourceDir(Project project, SourceSet sourceSet) {
    return project.file(String.format("src/%s/avro", sourceSet.getName()));
}