@CompileStatic
interface InvocationSpec {

    List<String> getTasksToRun()

    List<String> getJvmArguments()

    List<String> getArgs()

    File getWorkingDirectory()

    boolean isExpectFailure()

    interface Builder {
        File getWorkingDirectory()

        void setWorkingDirectory(File workingDirectory)

        Builder expectFailure()
    }

import java.io.File;

public interface WorkerDirectoryProvider {
    /**
     * Returns a File object representing the working directory for workers.
     */
    File getWorkingDirectory();

        this.gradleUserHomeDir = gradleUserHomeDirProvider.getGradleUserHomeDirectory();
    }

    @Override
    public File getWorkingDirectory() {
        File defaultWorkerDirectory = new File(gradleUserHomeDir, "workers");
        if (!defaultWorkerDirectory.exists()) {
            GFileUtils.mkdirs(defaultWorkerDirectory);
        }

    public void doRun(String testId, BuildExperimentSpec experiment, MeasuredOperationList results) {
        InvocationSpec invocationSpec = experiment.getInvocation();
        File workingDirectory = invocationSpec.getWorkingDirectory();

        if (!(invocationSpec instanceof GradleInvocationSpec)) {
            throw new IllegalArgumentException("Can only run Gradle invocations with Gradle profiler");
        }

    abstract InvocationSpec getInvocation()

    interface Builder {
        String getDisplayName()

        String getProjectName()

        void setProjectName(String projectName)

        File getWorkingDirectory()

        void setWorkingDirectory(File workingDirectory)

        List<Function<InvocationSettings, BuildMutator>> getBuildMutators()

        InvocationSpec.Builder getInvocation()

        System.out.printf("%s ...%n", experiment.getDisplayName());
        System.out.println();

        InvocationSpec invocationSpec = experiment.getInvocation();
        File workingDirectory = invocationSpec.getWorkingDirectory();
        workingDirectory.mkdirs();
        copyTemplateTo(experiment, workingDirectory);

        doRun(testId, experiment, results);
    }

        Compiler<GroovyJavaJointCompileSpec> groovyCompiler = new DaemonGroovyCompiler(workerDirectoryProvider.getWorkingDirectory(), DaemonSideCompiler.class, classPathRegistry, compilerWorkerExecutor, classLoaderRegistry, forkOptionsFactory, jvmVersionDetector, problems.getInternalReporter());

        MavenBuildExperimentSpec experimentSpec = (MavenBuildExperimentSpec) experiment;

        MavenInvocationSpec invocationSpec = experimentSpec.getInvocation();
        File workingDirectory = invocationSpec.getWorkingDirectory();

        InvocationSettings invocationSettings = createInvocationSettings(testId, experimentSpec);
        MavenScenarioDefinition scenarioDefinition = createScenarioDefinition(experimentSpec, invocationSettings);

        }

        if (ForkingJavaCompileSpec.class.isAssignableFrom(type)) {
            return (Compiler<T>) new DaemonJavaCompiler(workingDirProvider.getWorkingDirectory(), JdkJavaCompiler.class, new Object[]{getJavaHomeBasedJavaCompilerFactory()}, new ProcessIsolatedCompilerWorkerExecutor(workerDaemonFactory, actionExecutionSpecFactory, projectCacheDir), forkOptionsFactory, classPathRegistry);

        workerServices.add(WorkerLogEventListener.class, workerLogEventListener);

        File workingDirectory = workerServices.get(WorkerDirectoryProvider.class).getWorkingDirectory();
        File errorLog = getLastResortErrorLogFile(workingDirectory);
        PrintUnrecoverableErrorToFileHandler unrecoverableErrorHandler = new PrintUnrecoverableErrorToFileHandler(errorLog);