componentFilter {
                it is ProjectComponentIdentifier
            }
        }.files)
        this.externalDependencies.from(runtimeClasspath.incoming.artifactView {
            componentFilter {
                externalComponents.contains(it)
            }
        }.files)
        this.manifestFile = moduleIdentity.baseName.map { layout.buildDirectory.file("generated-resources/$it-classpath/$it-classpath.properties").get() }

        return contributorLines
            .map { it.trim() }
            .filter { it.isNotEmpty() }
            .onEach { if (!contributorLineRegex.containsMatchIn(it)) throw IllegalStateException("Invalid contributor line: $it") }
            .map { GitHubUser(contributorLineRegex.find(it)!!.groupValues[2], contributorLineRegex.find(it)!!.groupValues[1]) }
            .toSet()
    }

    /**

                parameters.testPathToBinaryResultsDirs = allTasks.filterIsInstance<Test>().associate { it.path to it.binaryResultsDirectory.get().asFile }

                val taskPathToReports = ******@****.***ks
                    .associate { it.path to it.genericHtmlReports() + it.findTraceJson() }
                    .filter { it.value.isNotEmpty() }

            .readLines()
            .collect { it.replace("*", "") } // remove the * from the current branch, e.g. * master -> master
            .collect { it.trim() }
            .grep { !it.isEmpty() }
    }

    static List<String> parentCommitsOf(String commit) {
        return getStdout("git show --format=%P --no-patch $commit")
            .split(" ").collect { it.trim() }.grep { !it.isEmpty() }
    }

While a lot of Gradle source code runs only in the Gradle daemon, not all of it does and so, when working on some source code it is important to be aware of the runtimes in which it will run.

See [Gradle runtimes](runtimes.md) for a list of these runtimes and more details.

## Build state model

As Gradle executes, it acts on various pieces of the build definition, such as each project in the build.

            listOf(
                DocsTest(model, stage, os, testJava, 1, it, INCLUDE, listOf("org.gradle.docs.samples.Bucket1SnippetsTest=docsTest")),
                DocsTest(model, stage, os, testJava, 2, it, INCLUDE, listOf("org.gradle.docs.samples.Bucket2SnippetsTest=docsTest")),
                DocsTest(model, stage, os, testJava, 3, it, INCLUDE, listOf("org.gradle.docs.samples.Bucket3SnippetsTest=docsTest")),
                DocsTest(

            .filter { "UNKNOWN" != it.key }
            .filter { model.subprojects.getSubprojectByName(it.key) != null }
            .map { SubprojectTestClassTime(model.subprojects.getSubprojectByName(it.key)!!, it.value.filter { it.testClassAndSourceSet.sourceSet != "test" }) }
            .sortedBy { -it.totalTime }
            .filter { onlyNativeSubprojectsForIntelMacs(testCoverage, it.subProject.name) }

            pAnn.flatten().any { isNullableCtAnnotation(it) }
        }
    }

    private static boolean hasNullableAnnotation(CtField field) {
        return NULLABLE_ANNOTATIONS.any { field.hasAnnotation(it) }
    }

    private static boolean hasNullableAnnotation(CtMethod method) {
        return NULLABLE_ANNOTATIONS.any { method.hasAnnotation(it) }
    }

        val topLevelFunctionalTests = topLevelCoverage
            .map { FunctionalTest(model, it.asConfigurationId(model), it.asName(), it.asName(), it, stage = stage) }
        topLevelFunctionalTests.forEach(this::buildType)

        val functionalTestProjects = allCoverage.map { testCoverage -> FunctionalTestProject(model, functionalTestBucketProvider, testCoverage, stage) }

            isNullable,
            type(sourceName),
            variance,
            typeArguments.map { apiTypeUsageFor(it.binaryName, variance = it.variance, typeArguments = it.typeArguments) },
            bounds.map { apiTypeUsageFor(it.binaryName, variance = it.variance, typeArguments = it.typeArguments) }
        )
    }


internal
val ApiTypeUsage.isStarProjectionTypeUsage