Examples with JavaCompile org.gradle.api.tasks.compile.JavaCompile used on opensource projects

Example 16 with JavaCompile

use of org.gradle.api.tasks.compile.JavaCompile in project rest.li by linkedin.

the class PegasusPlugin method configureDataTemplateGeneration.

@SuppressWarnings("deprecation")
protected GenerateDataTemplateTask configureDataTemplateGeneration(Project project, SourceSet sourceSet) {
    File dataSchemaDir = project.file(getDataSchemaPath(project, sourceSet));
    File generatedDataTemplateDir = project.file(getGeneratedDirPath(project, sourceSet, DATA_TEMPLATE_GEN_TYPE) + File.separatorChar + "java");
    File publishableSchemasBuildDir = project.file(project.getBuildDir().getAbsolutePath() + File.separatorChar + sourceSet.getName() + "Schemas");
    File publishableLegacySchemasBuildDir = project.file(project.getBuildDir().getAbsolutePath() + File.separatorChar + sourceSet.getName() + "LegacySchemas");
    File publishableExtensionSchemasBuildDir = project.file(project.getBuildDir().getAbsolutePath() + File.separatorChar + sourceSet.getName() + "ExtensionSchemas");
    // generate data template source files from data schema
    GenerateDataTemplateTask generateDataTemplatesTask = project.getTasks().create(sourceSet.getTaskName("generate", "dataTemplate"), GenerateDataTemplateTask.class, task -> {
        task.setInputDir(dataSchemaDir);
        task.setDestinationDir(generatedDataTemplateDir);
        task.setResolverPath(getDataModelConfig(project, sourceSet));
        task.setCodegenClasspath(project.getConfigurations().getByName(PEGASUS_PLUGIN_CONFIGURATION));
        if (isPropertyTrue(project, ENABLE_ARG_FILE)) {
            task.setEnableArgFile(true);
        }
        if (isPropertyTrue(project, CODE_GEN_PATH_CASE_SENSITIVE)) {
            task.setGenerateLowercasePath(false);
        }
        task.onlyIf(t -> {
            if (task.getInputDir().exists()) {
                @SuppressWarnings("unchecked") Map<String, PegasusOptions> pegasusOptions = (Map<String, PegasusOptions>) project.getExtensions().getExtraProperties().get("pegasus");
                return pegasusOptions.get(sourceSet.getName()).hasGenerationMode(PegasusOptions.GenerationMode.PEGASUS);
            }
            return false;
        });
        task.doFirst(new CacheableAction<>(t -> deleteGeneratedDir(project, sourceSet, DATA_TEMPLATE_GEN_TYPE)));
    });
    // TODO: Tighten the types so that _generateSourcesJarTask must be of type Jar.
    ((Jar) _generateSourcesJarTask).from(generateDataTemplatesTask.getDestinationDir());
    _generateSourcesJarTask.dependsOn(generateDataTemplatesTask);
    _generateJavadocTask.source(generateDataTemplatesTask.getDestinationDir());
    _generateJavadocTask.setClasspath(_generateJavadocTask.getClasspath().plus(project.getConfigurations().getByName("dataTemplateCompile")).plus(generateDataTemplatesTask.getResolverPath()));
    _generateJavadocTask.dependsOn(generateDataTemplatesTask);
    // Add extra dependencies for data model compilation
    project.getDependencies().add("dataTemplateCompile", "com.google.code.findbugs:jsr305:3.0.2");
    // create new source set for generated java source and class files
    String targetSourceSetName = getGeneratedSourceSetName(sourceSet, DATA_TEMPLATE_GEN_TYPE);
    SourceSetContainer sourceSets = project.getConvention().getPlugin(JavaPluginConvention.class).getSourceSets();
    SourceSet targetSourceSet = sourceSets.create(targetSourceSetName, ss -> {
        ss.java(sourceDirectorySet -> sourceDirectorySet.srcDir(generatedDataTemplateDir));
        ss.setCompileClasspath(getDataModelConfig(project, sourceSet).plus(project.getConfigurations().getByName("dataTemplateCompile")));
    });
    // idea plugin needs to know about new generated java source directory and its dependencies
    addGeneratedDir(project, targetSourceSet, Arrays.asList(getDataModelConfig(project, sourceSet), project.getConfigurations().getByName("dataTemplateCompile")));
    // Set source compatibility to 1.8 as the data-templates now generate code with Java 8 features.
    JavaCompile compileTask = project.getTasks().withType(JavaCompile.class).getByName(targetSourceSet.getCompileJavaTaskName());
    compileTask.doFirst(new CacheableAction<>(task -> {
        ((JavaCompile) task).setSourceCompatibility("1.8");
        ((JavaCompile) task).setTargetCompatibility("1.8");
    }));
    // make sure that java source files have been generated before compiling them
    compileTask.dependsOn(generateDataTemplatesTask);
    // Dummy task to maintain backward compatibility
    // TODO: Delete this task once use cases have had time to reference the new task
    Task destroyStaleFiles = project.getTasks().create(sourceSet.getName() + "DestroyStaleFiles", Delete.class);
    destroyStaleFiles.onlyIf(task -> {
        project.getLogger().lifecycle("{} task is a NO-OP task.", task.getPath());
        return false;
    });
    // Dummy task to maintain backward compatibility, as this task was replaced by CopySchemas
    // TODO: Delete this task once use cases have had time to reference the new task
    Task copyPdscSchemasTask = project.getTasks().create(sourceSet.getName() + "CopyPdscSchemas", Copy.class);
    copyPdscSchemasTask.dependsOn(destroyStaleFiles);
    copyPdscSchemasTask.onlyIf(task -> {
        project.getLogger().lifecycle("{} task is a NO-OP task.", task.getPath());
        return false;
    });
    // Prepare schema files for publication by syncing schema folders.
    Task prepareSchemasForPublishTask = project.getTasks().create(sourceSet.getName() + "CopySchemas", Sync.class, task -> {
        task.from(dataSchemaDir, syncSpec -> DATA_TEMPLATE_FILE_SUFFIXES.forEach(suffix -> syncSpec.include("**/*" + suffix)));
        task.into(publishableSchemasBuildDir);
    });
    prepareSchemasForPublishTask.dependsOn(copyPdscSchemasTask);
    Collection<Task> dataTemplateJarDepends = new ArrayList<>();
    dataTemplateJarDepends.add(compileTask);
    dataTemplateJarDepends.add(prepareSchemasForPublishTask);
    // Convert all PDL files back to PDSC for publication
    // TODO: Remove this conversion permanently once translated PDSCs are no longer needed.
    Task prepareLegacySchemasForPublishTask = project.getTasks().create(sourceSet.getName() + "TranslateSchemas", TranslateSchemasTask.class, task -> {
        task.setInputDir(dataSchemaDir);
        task.setDestinationDir(publishableLegacySchemasBuildDir);
        task.setResolverPath(getDataModelConfig(project, sourceSet));
        task.setCodegenClasspath(project.getConfigurations().getByName(PEGASUS_PLUGIN_CONFIGURATION));
        task.setSourceFormat(SchemaFileType.PDL);
        task.setDestinationFormat(SchemaFileType.PDSC);
        task.setKeepOriginal(true);
        task.setSkipVerification(true);
        if (isPropertyTrue(project, ENABLE_ARG_FILE)) {
            task.setEnableArgFile(true);
        }
    });
    prepareLegacySchemasForPublishTask.dependsOn(destroyStaleFiles);
    dataTemplateJarDepends.add(prepareLegacySchemasForPublishTask);
    // extension schema directory
    File extensionSchemaDir = project.file(getExtensionSchemaPath(project, sourceSet));
    if (!SharedFileUtils.getSuffixedFiles(project, extensionSchemaDir, PDL_FILE_SUFFIX).isEmpty()) {
        // Validate extension schemas if extension schemas are provided.
        ValidateExtensionSchemaTask validateExtensionSchemaTask = project.getTasks().create(sourceSet.getTaskName("validate", "ExtensionSchemas"), ValidateExtensionSchemaTask.class, task -> {
            task.setInputDir(extensionSchemaDir);
            task.setResolverPath(getDataModelConfig(project, sourceSet).plus(project.files(getDataSchemaPath(project, sourceSet))));
            task.setClassPath(project.getConfigurations().getByName(PEGASUS_PLUGIN_CONFIGURATION));
            if (isPropertyTrue(project, ENABLE_ARG_FILE)) {
                task.setEnableArgFile(true);
            }
        });
        Task prepareExtensionSchemasForPublishTask = project.getTasks().create(sourceSet.getName() + "CopyExtensionSchemas", Sync.class, task -> {
            task.from(extensionSchemaDir, syncSpec -> syncSpec.include("**/*" + PDL_FILE_SUFFIX));
            task.into(publishableExtensionSchemasBuildDir);
        });
        prepareExtensionSchemasForPublishTask.dependsOn(validateExtensionSchemaTask);
        prepareExtensionSchemasForPublishTask.dependsOn(copyPdscSchemasTask);
        dataTemplateJarDepends.add(prepareExtensionSchemasForPublishTask);
    }
    // include pegasus files in the output of this SourceSet
    project.getTasks().withType(ProcessResources.class).getByName(targetSourceSet.getProcessResourcesTaskName(), it -> {
        it.from(prepareSchemasForPublishTask, copy -> copy.into("pegasus"));
        // TODO: Remove this permanently once translated PDSCs are no longer needed.
        it.from(prepareLegacySchemasForPublishTask, copy -> copy.into(TRANSLATED_SCHEMAS_DIR));
        Sync copyExtensionSchemasTask = project.getTasks().withType(Sync.class).findByName(sourceSet.getName() + "CopyExtensionSchemas");
        if (copyExtensionSchemasTask != null) {
            it.from(copyExtensionSchemasTask, copy -> copy.into("extensions"));
        }
    });
    // create data template jar file
    Jar dataTemplateJarTask = project.getTasks().create(sourceSet.getName() + "DataTemplateJar", Jar.class, task -> {
        task.dependsOn(dataTemplateJarDepends);
        task.from(targetSourceSet.getOutput());
        // FIXME change to #getArchiveAppendix().set(...); breaks backwards-compatibility before 5.1
        task.setAppendix(getAppendix(sourceSet, "data-template"));
        task.setDescription("Generate a data template jar");
    });
    // add the data model and date template jars to the list of project artifacts.
    if (!isTestSourceSet(sourceSet)) {
        project.getArtifacts().add("dataTemplate", dataTemplateJarTask);
    } else {
        project.getArtifacts().add("testDataTemplate", dataTemplateJarTask);
    }
    // include additional dependencies into the appropriate configuration used to compile the input source set
    // must include the generated data template classes and their dependencies the configuration
    String compileConfigName = isTestSourceSet(sourceSet) ? "testCompile" : "compile";
    Configuration compileConfig = project.getConfigurations().maybeCreate(compileConfigName);
    compileConfig.extendsFrom(getDataModelConfig(project, sourceSet), project.getConfigurations().getByName("dataTemplateCompile"));
    // FIXME change to #getArchiveFile(); breaks backwards-compatibility before 5.1
    project.getDependencies().add(compileConfigName, project.files(dataTemplateJarTask.getArchivePath()));
    // The below Action is only applied when the 'ivy-publish' is applied by the consumer.
    // If the consumer does not use ivy-publish, this is a noop.
    // this Action prepares the project applying the pegasus plugin to publish artifacts using these steps:
    // 1. Registers "feature variants" for pegasus-specific artifacts;
    // see https://docs.gradle.org/6.1/userguide/feature_variants.html
    // 2. Wires legacy configurations like `dataTemplateCompile` to auto-generated feature variant *Api and
    // *Implementation configurations for backwards compatibility.
    // 3. Configures the Ivy Publication to include auto-generated feature variant *Api and *Implementation
    // configurations and their dependencies.
    project.getPlugins().withType(IvyPublishPlugin.class, ivyPublish -> {
        if (!isAtLeastGradle61()) {
            throw new GradleException("Using the ivy-publish plugin with the pegasus plugin requires Gradle 6.1 or higher " + "at build time.  Please upgrade.");
        }
        JavaPluginExtension java = project.getExtensions().getByType(JavaPluginExtension.class);
        // create new capabilities per source set; automatically creates api and implementation configurations
        String featureName = mapSourceSetToFeatureName(targetSourceSet);
        try {
            /*
         reflection is required to preserve compatibility with Gradle 5.2.1 and below
         TODO once Gradle 5.3+ is required, remove reflection and replace with:
           java.registerFeature(featureName, featureSpec -> {
             featureSpec.usingSourceSet(targetSourceSet);
            });
        */
            Method registerFeature = JavaPluginExtension.class.getDeclaredMethod("registerFeature", String.class, Action.class);
            Action<?> /*<org.gradle.api.plugins.FeatureSpec>*/
            featureSpecAction = createFeatureVariantFromSourceSet(targetSourceSet);
            registerFeature.invoke(java, featureName, featureSpecAction);
        } catch (ReflectiveOperationException e) {
            throw new GradleException("Unable to register new feature variant", e);
        }
        // expose transitive dependencies to consumers via variant configurations
        Configuration featureConfiguration = project.getConfigurations().getByName(featureName);
        Configuration mainGeneratedDataTemplateApi = project.getConfigurations().getByName(targetSourceSet.getApiConfigurationName());
        featureConfiguration.extendsFrom(mainGeneratedDataTemplateApi);
        mainGeneratedDataTemplateApi.extendsFrom(getDataModelConfig(project, targetSourceSet), project.getConfigurations().getByName("dataTemplateCompile"));
        // Configure the existing IvyPublication
        // For backwards-compatibility, make the legacy dataTemplate/testDataTemplate configurations extend
        // their replacements, auto-created when we registered the new feature variant
        project.afterEvaluate(p -> {
            PublishingExtension publishing = p.getExtensions().getByType(PublishingExtension.class);
            // When configuring a Gradle Publication, use this value to find the name of the publication to configure.  Defaults to "ivy".
            String publicationName = p.getExtensions().getExtraProperties().getProperties().getOrDefault("PegasusPublicationName", "ivy").toString();
            IvyPublication ivyPublication = publishing.getPublications().withType(IvyPublication.class).getByName(publicationName);
            ivyPublication.configurations(configurations -> configurations.create(featureName, legacyConfiguration -> {
                legacyConfiguration.extend(p.getConfigurations().getByName(targetSourceSet.getApiElementsConfigurationName()).getName());
                legacyConfiguration.extend(p.getConfigurations().getByName(targetSourceSet.getRuntimeElementsConfigurationName()).getName());
            }));
        });
    });
    if (debug) {
        System.out.println("configureDataTemplateGeneration sourceSet " + sourceSet.getName());
        System.out.println(compileConfigName + ".allDependencies : " + project.getConfigurations().getByName(compileConfigName).getAllDependencies());
        System.out.println(compileConfigName + ".extendsFrom: " + project.getConfigurations().getByName(compileConfigName).getExtendsFrom());
        System.out.println(compileConfigName + ".transitive: " + project.getConfigurations().getByName(compileConfigName).isTransitive());
    }
    project.getTasks().getByName(sourceSet.getCompileJavaTaskName()).dependsOn(dataTemplateJarTask);
    return generateDataTemplatesTask;
}

Example 17 with JavaCompile

use of org.gradle.api.tasks.compile.JavaCompile in project gradle-eta by typelead.

the class EtaAndroidPlugin method configureBaseVariant.

private void configureBaseVariant(BaseVariant variant) {
    final EtaOptions etaOptions = createEtaOptions();
    final String variantName = variant.getName();
    final Provider<String> packageName = project.provider(() -> NamingScheme.getPackageName(project, variantName));
    final Provider<String> packageVersion = project.provider(() -> NamingScheme.fixVersion(project.getVersion().toString()));
    project.getLogger().debug("Processing variant " + variantName + " for Eta compilation.");
    final JavaCompile javaCompileTask = variant.getJavaCompile();
    if (javaCompileTask == null) {
        project.getLogger().info("EtaAndroidPlugin: javaCompileTask is missing for " + variantName + " so the Eta compilation tasks will be skipped.");
        return;
    }
    final SourceDirectorySet etaSourceDirectorySet = sourceDirectorySetFactory.create("eta", variantName + " Eta source");
    for (SourceProvider sourceProvider : variant.getSourceSets()) {
        final EtaSourceSet etaSourceSet = ExtensionHelper.getConvention(sourceProvider, EtaSourceSet.class);
        if (etaSourceSet != null) {
            etaSourceDirectorySet.source(etaSourceSet.getEta());
        }
    }
    final EtaResolveDependencies resolveDependenciesTask = (EtaResolveDependencies) project.getRootProject().getTasks().getByPath(EtaBasePlugin.ETA_RESOLVE_DEPENDENCIES_TASK_NAME);
    final FileCollection freezeConfigFile = resolveDependenciesTask.getOutputs().getFiles();
    final Provider<String> targetConfiguration = project.provider(() -> variant.getCompileConfiguration().getName());
    final Provider<Directory> destinationDir = project.getLayout().getBuildDirectory().dir(NamingScheme.getRelativeOutputDir(variant.getDirName()));
    /* Create the install dependencies task. */
    final EtaInstallDependencies installDependenciesTask = project.getTasks().create(NamingScheme.getInstallDependenciesTaskName(variantName), EtaInstallDependencies.class);
    installDependenciesTask.setPackageName(packageName);
    installDependenciesTask.setPackageVersion(packageVersion);
    installDependenciesTask.setTargetConfiguration(targetConfiguration);
    installDependenciesTask.setFreezeConfigFile(freezeConfigFile);
    installDependenciesTask.setFreezeConfigChanged(project.provider(() -> resolveDependenciesTask.getDidWork()));
    installDependenciesTask.setDestinationDir(destinationDir);
    installDependenciesTask.setOptions(etaOptions);
    installDependenciesTask.setSource(etaSourceDirectorySet);
    installDependenciesTask.dependsOn(resolveDependenciesTask);
    installDependenciesTask.setDescription("Installs dependencies for the " + variantName + " Eta source.");
    installDependenciesTask.dependsOnOtherEtaProjects();
    /* Because the installDependenciesTask injects dependencies into the
           configuration, it must run *before* the preBuild phase since every task
           after that will resolve configurations. */
    variant.getPreBuild().dependsOn(installDependenciesTask);
    /* Create the compile task. */
    EtaCompile compileTask = project.getTasks().create(NamingScheme.getCompileTaskName(variantName), EtaCompile.class);
    compileTask.setPackageName(packageName);
    compileTask.setPackageVersion(packageVersion);
    compileTask.setCabalProjectFile(installDependenciesTask.getCabalProjectFileProvider());
    compileTask.setCabalFile(installDependenciesTask.getCabalFileProvider());
    compileTask.setDestinationDir(destinationDir);
    compileTask.setOptions(etaOptions);
    compileTask.setSource(etaSourceDirectorySet);
    compileTask.dependsOn(installDependenciesTask);
    compileTask.setDescription("Compiles the " + variantName + " Eta source.");
    /* Register the Eta output jar file with the Android build system. */
    Object etaClasspathKey = variant.registerPreJavacGeneratedBytecode(project.files(compileTask.getOutputJarFileProvider()).builtBy(compileTask));
    /* Setup the classpath for Eta */
    compileTask.setClasspath(project.provider(() -> variant.getCompileClasspath(etaClasspathKey).plus(project.files(AndroidHelper.getAndroidSDKClasspath(androidExtension)))));
    /* Register the package databases as artifacts that will be collected
           upon dependency resolution of project dependencies. */
    addArtifacts(compileTask.getPackageDBProvider(), variant.getRuntimeConfiguration());
}