// Using a closure to specify the source files.
    setSource({
        // Use the contents of each zip file in the src dir
        file("src").listFiles().filter { it.name.endsWith(".zip") }.map { zipTree(it) }
    })
}
// end::set-input-files[]

// tag::add-input-files[]
tasks.named<JavaCompile>("compile") {
    // Add some source directories use String paths

digraph swiftLibraryVariantTaskGraph {
  graph [ dpi = 100, fontname="Sans"];
  node [fontname = "Sans"];
  edge [fontname = "Sans"];
  node [shape=rectangle, fixedsize=true, width=2.5, height=0.5];
  node [style="dashed,filled", fillcolor=grey]
  rankdir=LR

  compileVariantSwift -> linkVariant -> installVariant -> assembleVariant [dir=back, style=dashed]
  compileVariantSwift[label=<compile<i>Variant</i>Swift>]

import org.gradle.kotlin.dsl.resolver.SourceDistributionResolver
import org.gradle.kotlin.dsl.resolver.SourcePathProvider
import org.gradle.kotlin.dsl.support.ImplicitImports
import org.gradle.kotlin.dsl.support.filter
import org.gradle.kotlin.dsl.support.isGradleKotlinDslJar
import org.gradle.kotlin.dsl.support.serviceOf
import org.gradle.kotlin.dsl.tooling.builders.AbstractKotlinDslScriptsModelBuilder

    inputs.property('args') { // Arguments are covered by the testProjectName and the outputs. We don't want them to contain the absolute path
        return []
    }
    classpath = sourceSets.performanceTest.runtimeClasspath.filter { it.name.contains('groovy') || it.name.contains('guava')  || it.name.contains('gradle-') }
    mainClass = 'org.gradle.performance.generator.DeclarativeDslTestProjectGenerator'
    args name, buildDir.absolutePath
}

tree = fileTree("dir" to "src", "include" to "**/*.java", "exclude" to "**/*test*/**")
// end::define[]

// tag::use[]
// Iterate over the contents of a tree
tree.forEach{ file: File ->
    println(file)
}

// Filter a tree
val filtered: FileTree = tree.matching {
    include("org/gradle/api/**")
}

// Add trees together
val sum: FileTree = tree + fileTree("src/test")

// Visit the elements of the tree
tree.visit {

digraph cppApplicationTaskGraph {
  graph [ dpi = 100, fontname="Sans"];
  node [fontname = "Sans"];
  edge [fontname = "Sans"];
  node [shape=rectangle, fixedsize=true, width=2.5, height=0.5];
  node [style=filled, fillcolor="#cfe2f3"]
  rankdir=LR

  compileDebugCpp -> linkDebug -> assemble -> build [dir=back]
  linkDebug -> assembleDebug [dir=back]
  check -> build [dir=back]

digraph cppStaticLibraryTaskGraph {
  graph [ dpi = 100, fontname="Sans"];
  node [fontname = "Sans"];
  edge [fontname = "Sans"];
  node [shape=rectangle, fixedsize=true, width=2.5, height=0.5];
  node [style=filled, fillcolor="#cfe2f3"]
  rankdir=LR

  compileDebugCpp -> createDebug -> assembleDebug -> assemble -> build [dir=back]
  check -> build [dir=back]
  compileReleaseCpp -> createRelease -> assembleRelease [dir=back]
  clean

 * Attempting to create new streams on these allocations will fail.
 *
 * Note that an allocation may be released before its stream is completed. This is intended to make
 * bookkeeping easier for the caller: releasing the allocation as soon as the terminal stream has
 * been found. But only complete the stream once its data stream has been exhausted.
 */
interface Connection {
  /** Returns the route used by this connection. */

Dispatcher (`import okhttp3.mockwebserver.Dispatcher`) to handle requests using another policy. One natural policy is to
dispatch on the request path.
You can, for example, filter the request instead of using `server.enqueue()`.

```java
final Dispatcher dispatcher = new Dispatcher() {

    @Override
    public MockResponse dispatch (RecordedRequest request) throws InterruptedException {

    sourceDirectories.from(sourcesPath.getIncoming().artifactView { lenient(true) }.getFiles())
    executionData(coverageDataPath.getIncoming().artifactView { lenient(true) }.getFiles().filter { it.exists() })

    reports {
        html.required = true
        xml.required = true
    }
}

// Make JaCoCo report generation part of the 'check' lifecycle phase
tasks.named('check') {