// ResourceName returns the name of the resources of the component.
	ResourceName() string
	// Namespace returns the namespace for the component.
	Namespace() string
	// Enabled reports whether the component is enabled.
	Enabled() bool
	// Run starts the component. Must be called before the component is used.
	Run() error
	// RenderManifest returns a string with the rendered manifest for the component.
	RenderManifest() (string, error)
}

    def "resolve fails when target project has multiple component publications with different coordinates"() {
        given:
        def component1 = Stub(SoftwareComponentInternal)
        def component2 = Stub(SoftwareComponentInternal)
        def component3 = Stub(TestComponent)

        when:
        def publication = pub('mock', "pub-group", "pub-name", "pub-version", component1)

For more details, see the section on <<component_capabilities.adoc#declaring-component-capabilities,capabilities>>.

[[sub:terminology_component]]
== Component

Any single version of a <<dependency_management_terminology.adoc#sub:terminology_module,module>>.

For external libraries, the term component refers to one published version of the library.

        return lazyStateFor(model, componentIdentifier, configurations, moduleVersionId, status, schema, false);
    }

    /**
     * Creates state for an ad hoc component, see {@link org.gradle.internal.component.model.ComponentGraphResolveState#isAdHoc()} for the definition of "ad hoc component".
     */
    public LocalComponentGraphResolveState adHocStateFor(
        ModelContainer<?> model,
        ComponentIdentifier componentIdentifier,

Laura Kassovic <******@****.***> 1701107622 -0800

	}
	return errors.Wrapf(err, "static Pod hash for component %s on Node %s did not change after %v", component, nodeName, w.timeout)
}

// getStaticPodSingleHash computes hashes for a single Static Pod resource
func getStaticPodSingleHash(client clientset.Interface, nodeName string, component string) (string, error) {

	staticPodName := fmt.Sprintf("%s-%s", component, nodeName)

	}
	_ = tabw.Flush()

	_, _ = printer.Fprintln(writer, "")
	_, _ = printer.Fprintf(writer, "Upgrade to the latest %s:\n", au.Description)
	_, _ = printer.Fprintln(writer, "")
	_, _ = printer.Fprintln(tabw, strings.Join([]string{"COMPONENT", "NODE", "CURRENT", "TARGET"}, "\t"))
	for _, component := range au.Components {

    }

    @Defaults
    void verifyAsModelMap(@Path("components") ModelMap<ComponentSpec> c) {
        assert c.toString() == "ComponentSpecContainer 'components'"
        assert c.withType(CustomComponent).toString() == "ComponentSpecContainer 'components'"
        assert !(c instanceof ComponentSpecContainer)
    }

    @Defaults
    void verifyAsSpecializedModelMap(@Path("components") ModelMap<CustomComponent> c) {

        components.withType(ComponentWithBinaries.class, component -> {
            // Register each child of each component
            component.getBinaries().whenElementKnown(binary -> components.add(binary));

            if (component instanceof ProductionComponent) {

                    components.all { component ->
                        component.unmanagedData = "unmanaged"
                    }
                }

                @Mutate
                void mutateManaged(ModelMap<ManagedComponentSpec> components) {
                    components.all { component ->
                        component.managedData = "managed"