finalizedBy 'largeNativeBuildPrebuilt'
}

performanceTest.registerTestProject("largeNativeBuildPrebuilt", GradleBuild) {
    buildFile = file("$largeNativeBuild.outputDirectory/prebuilt/util/build.gradle")
    dir = file("$largeNativeBuild.outputDirectory/prebuilt/util")
    tasks = ['build']
}

performanceTest.registerTestProject("archivePerformanceProject", Copy) {
    into "build/$name"
    from "src/templates/$name"
}

	// DeletedClusters contains list of all subset clusters for the deleted DR or updated DR.
	// When clusters are rebuilt, we rebuild the subset clusters as well. So, we know what
	// subset clusters are really needed. So if deleted cluster is not rebuilt, then it is really deleted.
	builtClusters := sets.New[string]()
	for _, c := range clusters {
		builtClusters.Insert(c.Name)
	}

            include("a")
            include("b")
            rootProject.name = "root"
        """
        apply(testDirectory)
        apply(file("a"))
        apply(file("b"))

        // Prebuild buildSrc
        server.expect("configure-root")
        server.expect("configure-a")
        server.expect("configure-b")
        run()

        given:
        server.expect("configure-root")

        when:
        configurationCacheRun ":a:some"

        then:
        result.groupedOutput.task(":a:some").assertOutputContains("FIRST").assertOutputContains("LAST")

        when: // rebuild task graph, with tasks from the same set of scripts
        configurationCacheRun ":a:some", ":a:other"

        then:
        result.groupedOutput.task(":a:some").assertOutputContains("FIRST").assertOutputContains("LAST")

// the same binary: if the action ID for main.a's inputs matches and then
// the action ID for the link step matches when assuming the given main.a
// content ID, then the binary as a whole is up-to-date and need not be rebuilt.
//
// This is all a bit complex and may be simplified once we can rely on the
// main cache, but at least at the start we will be using the content-based
// staleness determination without a cache beyond the usual installed

		"If set, used Kubernetes native Sidecar container support. Requires SidecarContainer feature flag.")

	OptimizedConfigRebuild = env.Register("ENABLE_OPTIMIZED_CONFIG_REBUILD", true,
		"If enabled, pilot will only rebuild config for resources that have changed").Get()

	PassthroughTargetPort = env.Register("ENABLE_RESOLUTION_NONE_TARGET_PORT", true,
		"If enabled, targetPort will be supported for resolution=NONE ServiceEntry").Get()

                }
                result.addException(e);
                throw new ArtifactDescriptorException(result);
            }

            Model model;

            // TODO hack: don't rebuild model if it was already loaded during reactor resolution
            final WorkspaceReader workspace = session.getWorkspaceReader();
            if (workspace instanceof MavenWorkspaceReader) {

* Benefiting from continuous runtime optimization in the JVM
* <<file_system_watching.adoc#sec:daemon_watch_fs,Watching the file system>> to calculate exactly what needs to be rebuilt before you run a build

[[understanding_wrapper]]
== Understanding the Daemon

        withBuildCache().run "help"
        then:
        result.groupedOutput.task(":buildSrc:compileGroovy").outcome == "FROM-CACHE"
    }

    def "tasks stay cached after buildSrc with custom Groovy task is rebuilt"() {
        configureCacheForBuildSrc()
        file("buildSrc/src/main/groovy/CustomTask.groovy") << defineCachedTask()
        file("input.txt") << "input"
        buildFile << """

        when:
        run("impl:build")

        then:
        executed ":api:jar", ":impl:jar"
        fixture.assertProjectsConfigured(":", ":impl", ":api")

        when:
        run("impl:build", "--no-rebuild") // impl -> api

        then:
        executed ":impl:jar"
        notExecuted ":api:jar"
        // :api is configured to resolve impl.compileClasspath configuration