*
     * @return The name. Never returns null.
     */
    String getName();

    /**
     * Returns the path of this file, relative to the root of the containing file tree. Always uses '/' as the hierarchy
     * separator, regardless of platform file separator. Same as calling <code>getRelativePath().getPathString()</code>.
     *
     * @return The path. Never returns null.
     */
    String getPath();

    /**

import org.gradle.platform.base.internal.VariantAspect;
import org.gradle.reporting.ReportRenderer;
import org.gradle.util.internal.GUtil;

import java.util.Map;
import java.util.TreeMap;

// TODO - bust up this hierarchy and compose using interfaces instead
public abstract class AbstractBinaryRenderer<T extends BinarySpec> extends ReportRenderer<BinarySpec, TextReportBuilder> {
    private final ModelSchemaStore schemaStore;

            case INSTRUMENTATION_MARKER:
                // We don't need to do anything with the marker file
                return;
            case TYPE_HIERARCHY_ANALYSIS_DATA:
                // Type hierarchy analysis should never be an input to this transform
            default:
                throw new IllegalStateException("Unexpected input type: " + inputType);
        }
    }

    precisely control parts of the extension and dependencies to expose in the API class loader.
    Maven uses Plexus Classworlds to build the class loader hierarchy, therefore some concepts used in this extensions
    stem from Plexus Classworlds originally.
    <p><i>Notice:</i> this documentation is generated from a Modello model but the code executed is not generated

            "",
            "buildscript { $repositoriesBlock }"
        )
    }

    def "sourcePath includes kotlin-stdlib sources resolved against project hierarchy"() {

        expect:
        assertSourcePathIncludesKotlinStdlibSourcesGiven(
            "buildscript { $repositoriesBlock }",
            ""
        )
    }

            identifiers.put(ident, method);
          }
        }
      }
    }
    return ImmutableList.copyOf(identifiers.values());
  }

  /** Global cache of classes to their flattened hierarchy of supertypes. */
  private static final LoadingCache<Class<?>, ImmutableSet<Class<?>>> flattenHierarchyCache =
      CacheBuilder.newBuilder()
          .weakKeys()
          .build(

			name.EgressComponentName,
		},
		name.IstioBaseComponentName: {
			name.PilotComponentName,
		},
		name.CNIComponentName: {
			name.ZtunnelComponentName,
		},
	}

	// InstallTree is a top down hierarchy tree of dependencies where children must wait for the parent to complete
	// before starting installation.
	InstallTree = make(ComponentTree)
)

using tf::libtf::runtime::Runtime;

// TODO(danielellis): Fill in with implementations.

// Builds a vector of runtime representations of `SavedObject`s from a
// SavedModel. These are returned as a flat list.  The full hierarchy building
// and initialization should be done in a later pass.
tensorflow::StatusOr<std::vector<Handle>> BuildObjects(TFPackage& tf_package) {
  std::vector<Handle> objects;

        then:
        eclipseModel.projectNatures.collect { it.id } == ['nature.a', 'nature.b']
    }

    def "nature list independent from project hierarchy"() {
        setup:
        project.eclipse.project.natures = ['nature.for.root']
        child1.eclipse.project.natures = ['nature.for.child1']
        child2.eclipse.project.natures = ['nature.for.child2']

        when:
        loader.load(settings, gradle)

        then:
        1 * target.load(settings, gradle)
        0 * target._
    }

    def "sets project properties on each project in hierarchy"() {
        given:
        2 * gradleProperties.mergeProperties([:]) >> [prop: 'value']

        when:
        loader.load(settings, gradle)

        then:
        1 * rootProperties.set('prop', 'value')