/**
 * Returns the set of binary test results to include in the report.
 */
@InputFiles @SkipWhenEmpty
public FileCollection getTestResultDirs() {
    UnionFileCollection dirs = new UnionFileCollection();
    for (Object result : results) {
        addTo(result, dirs);
    }
    return dirs;
}
 

/**
 * Returns the set of binary test results to include in the report.
 */
@InputFiles @SkipWhenEmpty
public FileCollection getTestResultDirs() {
    UnionFileCollection dirs = new UnionFileCollection();
    for (Object result : results) {
        addTo(result, dirs);
    }
    return dirs;
}
 

@Optional
@InputFiles
@PathSensitive(PathSensitivity.RELATIVE)
public FileCollection getLibraries() {
    if (libraries != null) {
        return libraries.getArtifactFiles();
    }

    return null;
}
 

@InputFiles
public FileTree getNativeLibraries() {
    FileTree src = null;
    Set<File> folders = getJniFolders();
    if (!folders.isEmpty()) {
        src = getProject().files(new ArrayList<Object>(folders)).getAsFileTree();
    }

    return src == null ? getProject().files().getAsFileTree() : src;
}
 

@InputFiles
public List<File> getInputFiles() {
    final ImmutableList.Builder<File> builder = ImmutableList.builder();
    forEachInputFile(new SplitFileHandler() {
        @Override
        public void execute(String split, File file) {
            builder.add(file);
        }
    });
    return builder.build();
}
 

@InputFiles
public Iterable<File> getInputFiles() {
  return getProject()
      .fileTree(
          getProject().getProjectDir(),
          files ->
              files.include("*.tf").include("*.tf.yaml").include("*.tf.yml").include("*/**/*"));
}
 

/** This method is purely for incremental build calculations. */
@Optional
@InputFiles
public FileCollection getExtraFilesDirectoriesAsInputFiles() {
  if (extraFilesDirectories == null) {
    return null;
  }
  FileCollection files = project.files();
  for (File directory : extraFilesDirectories) {
    files = files.plus(project.fileTree(directory));
  }
  return files;
}
 

@InputFiles
FileCollection getTestFiles() {
    ConfigurableFileTree componentFiles = getProject().fileTree(getPythonExtension().testDir);
    componentFiles.exclude(standardExcludes());
    if (testSource != null) {
        return testSource.plus(componentFiles);
    }
    return componentFiles;
}
 

@InputFiles
public FileCollection getSourceFiles() {
    ConfigurableFileTree componentFiles = getProject().fileTree(getComponent().srcDir);
    componentFiles.exclude(standardExcludes());
    if (null != sources) {
        return sources.plus(componentFiles);
    }
    return componentFiles;
}
 

@InputFiles
public FileCollection getCoffeeScriptJs() {
    return getProject().files(coffeeScriptJs);
}
 

@InputFiles
public FileCollection getRhinoClasspath() {
    return getProject().files(rhinoClasspath);
}
 

/**
 * Returns the classpath to use to load the Scala compiler.
 */
@InputFiles
public FileCollection getScalaClasspath() {
    return scalaClasspath;
}
 

/**
 * Returns the classpath to use to load the Zinc incremental compiler.
 * This compiler in turn loads the Scala compiler.
 */
@InputFiles
public FileCollection getZincClasspath() {
    return zincClasspath;
}
 

@InputFiles
List<File> getDocletpath();
 

@InputFiles
List<File> getBootClasspath();
 

@InputFiles
List<File> getExtDirs();
 

/**
 * Returns the classpath to make available to the web application.
 */
@InputFiles
public Iterable<File> getAdditionalRuntimeJars() {
    return additionalRuntimeJars;
}
 

/**
 * Returns the classpath for the web application.
 */
@InputFiles
public FileCollection getClasspath() {
    return classpath;
}
 

public Class<? extends Annotation> getAnnotationType() {
    return InputFiles.class;
}
 

@InputFiles
public FileCollection getCoffeeScriptJs() {
    return getProject().files(coffeeScriptJs);
}
 

@InputFiles
public FileCollection getRhinoClasspath() {
    return getProject().files(rhinoClasspath);
}
 

/**
 * Returns the classpath to use to load the Scala compiler.
 */
@InputFiles
public FileCollection getScalaClasspath() {
    return scalaClasspath;
}
 

/**
 * Returns the classpath to use to load the Zinc incremental compiler.
 * This compiler in turn loads the Scala compiler.
 */
@InputFiles
public FileCollection getZincClasspath() {
    return zincClasspath;
}
 

/**
 * Returns the classpath to make available to the web application.
 */
@InputFiles
public Iterable<File> getAdditionalRuntimeJars() {
    return additionalRuntimeJars;
}
 

/**
 * Returns the classpath for the web application.
 */
@InputFiles
public FileCollection getClasspath() {
    return classpath;
}
 

public Class<? extends Annotation> getAnnotationType() {
    return InputFiles.class;
}
 

@InputFiles
List<File> getDocletpath();
 

@InputFiles
List<File> getBootClasspath();
 

@InputFiles
List<File> getExtDirs();
 

@InputFiles
public ConfigurableFileCollection getInputFiles() {
    return inputFiles;
}