}

    public static CallSiteDecorator getGroovyCallDecorator(BytecodeInterceptorFilter interceptorFilter) {
        return groovyDecorators.computeIfAbsent(interceptorFilter, key -> new DefaultCallSiteDecorator(currentGroovyCallInterceptorSet.getCallInterceptors(interceptorFilter)));
    }

        return allRepositories.computeIfAbsent(repository, DefaultRemoteRepository::new);
    }

    @Override
    public Node getNode(org.eclipse.aether.graph.DependencyNode node) {
        return getNode(node, false);
    }

    @Override
    public Node getNode(org.eclipse.aether.graph.DependencyNode node, boolean verbose) {
        return allNodes.computeIfAbsent(node, n -> new DefaultNode(this, n, verbose));

    public Map getPluginContext(PluginDescriptor plugin, MavenProject project) {
        Map<String, Map> pluginContextsByKey =
                pluginContextsByProjectAndPluginKey.computeIfAbsent(project.getId(), k -> new HashMap<>());

        return pluginContextsByKey.computeIfAbsent(plugin.getPluginLookupKey(), k -> new HashMap<>());
    }

    public void setFailureBehavior(String failureBehavior) {
        if (failureBehavior == null) {

        }
    }

    private Set<String> computeAndCacheInstrumentedSuperTypes(String type, Set<String> visited) {
        // We intentionally avoid using computeIfAbsent, since ConcurrentHashMap doesn't allow map modifications in the computeIfAbsent map function.
        // The result is, that multiple threads could recalculate the same key multiple times, but that is not a problem in our case.

import java.util.function.Function


class ConfigurationCacheAwareLocalComponentCache(
    private val cache: BuildTreeConfigurationCache
) : LocalComponentCache {
    override fun computeIfAbsent(project: ProjectState, factory: Function<ProjectState, LocalComponentGraphResolveState>): LocalComponentGraphResolveState {
        return cache.loadOrCreateProjectMetadata(project.identityPath) {
            factory.apply(project)

    public ComponentMetaDataResolver getComponentMetadataResolver() {
        return metaDataResolver;
    }

    private ModuleResolveState getModule(ModuleIdentifier id, boolean rootModule) {
        return modules.computeIfAbsent(id, mid -> new ModuleResolveState(idGenerator, id, metaDataResolver, attributesFactory, versionComparator, versionParser, selectorStateResolver, resolveOptimizations, rootModule, conflictResolution));
    }

    @Override

    }

    private fun getOrCalculatePluginDescriptor(
        designation: PluginDesignation,
    ): RawPluginDescriptor = pluginDescriptorsCache.computeIfAbsent(designation) {
        val descriptor = RawPluginDescriptor()
        PluginXmlPathResolver.DEFAULT_PATH_RESOLVER.resolvePath(
            readContext = ReadContext,

}


private
class CachedHierarchyAnnotationChecker(private val annotationType: KClass<out Annotation>) {
    fun isAnnotatedMaybeInSupertypes(kClass: KClass<*>): Boolean {
        // Can't use computeIfAbsent because of recursive calls
        hasRestrictedAnnotationWithSuperTypesCache[kClass]?.let { return it }
        return hasRestrictedAnnotationWithSuperTypes(kClass).also { hasRestrictedAnnotationCache[kClass] = it }
    }

            if (allProjects != null) {
                Map<String, Map<String, Map<String, MavenProject>>> map = new HashMap<>();
                allProjects.forEach(project -> map.computeIfAbsent(project.getGroupId(), k -> new HashMap<>())
                        .computeIfAbsent(project.getArtifactId(), k -> new HashMap<>())
                        .put(project.getVersion(), project));
                this.allProjects = map;
            } else {

) {
    private
    val methodCache = hashMapOf<Class<*>, Method?>()

    fun forObject(value: Any) =
        forClass(value.javaClass)

    fun forClass(type: Class<*>) = methodCache.computeIfAbsent(type) {
        it.firstAccessibleMatchingMethodOrNull(predicate)
    }
}


internal
fun Class<*>.firstAccessibleMatchingMethodOrNull(predicate: Method.() -> Boolean): Method? =