this.loggingPhases = loggingPhases;
    }

    /**
     * Options for running the Scala compiler in a separate process.
     */
    @Nested
    public ScalaForkOptions getForkOptions() {
        return forkOptions;
    }

    public void setForkOptions(ScalaForkOptions forkOptions) {
        this.forkOptions = forkOptions;
    }

    /**

    def reportsMemoryUsage = true
    def daemonStarter = Mock(WorkerDaemonStarter) {
        startDaemon(_) >> { DaemonForkOptions forkOptions ->
            Mock(WorkerDaemonClient) {
                getForkOptions() >> forkOptions
                isCompatibleWith(_) >> { DaemonForkOptions otherForkOptions ->
                    forkOptions.isCompatibleWith(otherForkOptions)
                }

    }

    @TaskAction
    public void run() {
        WorkQueue workQueue = getWorkerExecutor().processIsolation(spec -> configureForkOptions(spec.getForkOptions()));
        workQueue.submit(CodeNarcAction.class, this::setupParameters);
    }

    private void setupParameters(CodeNarcActionParameters parameters) {

        }

        WorkQueue queue = getWorkerExecutor().processIsolation(worker -> {
            worker.getClasspath().from(getScalaClasspath());
            JavaForkOptions forkOptions = worker.getForkOptions();
            if (getMaxMemory().isPresent()) {
                forkOptions.setMaxHeapSize(getMaxMemory().get());
            }

        WorkQueue queue = getWorkerExecutor().processIsolation(spec -> {
            spec.getClasspath().from(calculateWorkerClasspath());
            spec.getForkOptions().setMaxHeapSize("1g");
        });
        queue.submit(JApiCmpWorkAction.class, params -> params.getConfiguration().set(calculateWorkerConfiguration(baseline, current)));
    }

    @Inject

    }

    private void addLauncherOptions() {
        if (!includeLauncherOptions) {
            return;
        }

        MinimalJavaCompilerDaemonForkOptions forkOptions = spec.getCompileOptions().getForkOptions();
        if (forkOptions.getMemoryInitialSize() != null) {
            args.add("-J-Xms" + forkOptions.getMemoryInitialSize().trim());
        }
        if (forkOptions.getMemoryMaximumSize() != null) {

        JavaCompiler javaCompilerTool = getJavaCompiler().get();
        File toolchainJavaHome = javaCompilerTool.getMetadata().getInstallationPath().getAsFile();

        ForkOptions forkOptions = getOptions().getForkOptions();
        File customJavaHome = forkOptions.getJavaHome();
        if (customJavaHome != null) {
            JavaExecutableUtils.validateMatchingFiles(

    /**
     * Returns options for running the Groovy compiler in a separate process. These options only take effect
     * if {@code fork} is set to {@code true}.
     */
    @Nested
    public GroovyForkOptions getForkOptions() {
        return forkOptions;
    }

    /**
     * Sets options for running the Groovy compiler in a separate process. These options only take effect
     * if {@code fork} is set to {@code true}.

    public void run() {
        validate(rulesMinimumPriority.get());
        validateThreads(threads.get());

        WorkQueue workQueue = getWorkerExecutor().processIsolation(spec -> configureForkOptions(spec.getForkOptions()));
        workQueue.submit(PmdAction.class, this::setupParameters);
    }

    private void setupParameters(PmdActionParameters parameters) {
        parameters.getAntLibraryClasspath().setFrom(getPmdClasspath());

            spec.getGroovyCompileOptions().setStubDir(dir);
        }

        String executable = getJavaLauncher().get().getExecutablePath().getAsFile().getAbsolutePath();
        spec.getCompileOptions().getForkOptions().setExecutable(executable);

        return spec;
    }

    private void configureCompatibilityOptions(DefaultGroovyJavaJointCompileSpec spec) {