// search current depth
	for len(current) > 0 {
		var next []embeddedType // embedded types found at current depth

		// look for (pkg, name) in all types at current depth
		for _, e := range current {
			typ := e.typ

			// If we have a named type, we may have associated methods.
			// Look for those first.
			if named := asNamed(typ); named != nil {
				if alt := seen.lookup(named); alt != nil {

 * property which happens very early.  The implementation used in this case
 * will be discovered using the JDK service mechanism.
 *
 * The default implementation will look for a {@code .mvn} child directory
 * or a {@code pom.xml} containing the {@code root="true"} attribute.
 */
public interface RootLocator {

    /**
     * Returns containing JVM class name for [KaCallableSymbol]
     *
     *   even for deserialized callables! (which is useful to look up the containing facade in [PsiElement])
     *   for regular, non-local callables from source, it is a mere conversion of [ClassId] inside [CallableId]
     *

	if idx := strings.LastIndex(name, "/"); idx > 0 {
		// If there is a / in it, we need to handle differently. This is resourcetype/name.namespace.
		// However, resourcetype can have . in it as well, so we should only look for namespace after the /.
		separator := strings.LastIndex(name[idx:], ".")
		if separator < 0 {
			return name, namespace
		}

		return name[0 : idx+separator], name[idx+separator+1:]
	}

              .ok())) {
      return module.emitOpError() << "failed to look up device";
    }

    tensorflow::Var* var_ptr;
    if (!(device->resource_manager()
              ->Lookup(resource_handle.container(), resource_handle.name(),
                       &var_ptr)
              .ok())) {
      return module.emitOpError() << "failed to look up resource value";
    }
    tensorflow::core::RefCountPtr<Var> var(var_ptr);

//
// # Usage examples
//
// Use the pprof tool to look at the heap profile:
//
//	go tool pprof http://localhost:6060/debug/pprof/heap
//
// Or to look at a 30-second CPU profile:
//
//	go tool pprof http://localhost:6060/debug/pprof/profile?seconds=30
//
// Or to look at the goroutine blocking profile, after calling
// [runtime.SetBlockProfileRate] in your program:
//

     *
     * This method should be called only once per build but multiple calls with the
     * same argument are allowed.
     *
     * @param settingsDir directory where to look for the {@code gradle.properties} file
     * @param setSystemProperties should system properties be set or not
     * @throws IllegalStateException if called with a different argument in the same build
     */

	// Discussion:
	//   A recursive template does not end in the same context in which it
	//   starts, and a reliable output context cannot be computed.
	//   Look for typos in the named template.
	//   If the template should not be called in the named start context,
	//   look for calls to that template in unexpected contexts.
	//   Maybe refactor recursive templates to not be recursive.
	ErrOutputContext

The project structure is created in the `settings.gradle(.kts)` file.
The settings file must be present in the root directory.

[[sec:creating_multi_project_builds]]
== A simple multi-project build

Let's look at a _basic_ multi-project build example that contains a root project and a single subproject.

The root project is called `basic-multiproject`, located somewhere on your machine.

@UnsupportedWithConfigurationCache(because = "software model")
class NestedModelRuleDslDetectionIntegrationTest extends AbstractIntegrationSpec {
    def "rules can contain arbitrary code that includes closures that look like nested rules"() {
        buildFile << '''
class UnmanagedThing {
    def getSomeProp() {
        return this
    }
    def conf(Closure cl) {
        cl.delegate = this
        cl.call()
    }
}