clientMap.put(regex, componentName);
        clientFactoryList.forEach(f -> load(f, regex, componentName));
    }

    protected void load(final CrawlerClientFactory crawlerClientFactory, final String regex, final String componentName) {
        if (logger.isDebugEnabled()) {
            logger.debug("loading {}", componentName);
        }
        CrawlerClient client = null;

}

func insertChildrenRecursive(componentName name.ComponentName, tree ComponentTree, children componentNameToListMap) {
	tree[componentName] = make(ComponentTree)
	for _, child := range children[componentName] {
		insertChildrenRecursive(child, tree[componentName].(ComponentTree), children)
	}
}

// InstallTreeString returns a string representation of the dependency tree.

	ZtunnelComponentName ComponentName = "Ztunnel"

	// istiod remote component
	IstiodRemoteComponentName ComponentName = "IstiodRemote"

	// Gateway components
	IngressComponentName ComponentName = "IngressGateways"
	EgressComponentName  ComponentName = "EgressGateways"

	// Operator components
	IstioOperatorComponentName      ComponentName = "IstioOperator"
	IstioOperatorCustomResourceName ComponentName = "IstioOperatorCustomResource"
)

	// Version is the Kubernetes version information.
	Version *version.Info
}

// IstioComponent defines the interface for a component.
type IstioComponent interface {
	// ComponentName returns the name of the component.
	ComponentName() name.ComponentName
	// ResourceName returns the name of the resources of the component.
	ResourceName() string
	// Namespace returns the namespace for the component.
	Namespace() string

    private String componentName;

    public ContainerNotAvailableException(final String componentName) {
        super(componentName + " is not available.");
    }

    public ContainerNotAvailableException(final String componentName, final Throwable cause) {
        super(componentName + " is not available.", cause);
        this.componentName = componentName;
    }

			"{{.ValueComponentName}}.podDisruptionBudget":   "Components.{{.ComponentName}}.K8s.PodDisruptionBudget",
			"{{.ValueComponentName}}.podAnnotations":        "Components.{{.ComponentName}}.K8s.PodAnnotations",
			"{{.ValueComponentName}}.priorityClassName":     "Components.{{.ComponentName}}.K8s.PriorityClassName",
			"{{.ValueComponentName}}.readinessProbe":        "Components.{{.ComponentName}}.K8s.ReadinessProbe",

    private final String componentName;
    private final Map<Configuration, ConfigurationVariantMapping> variants = new LinkedHashMap<>(4);
    private final ObjectFactory objectFactory;

    private Set<UsageContext> cachedVariants;

    @Inject
    public DefaultAdhocSoftwareComponent(String componentName, ObjectFactory objectFactory) {
        this.componentName = componentName;
        this.objectFactory = objectFactory;

	i.mu.Unlock()

	// Actually run the install command
	iArgs.SkipConfirmation = true

	componentName := args.ComponentName
	if len(componentName) == 0 {
		componentName = "Istio components"
	}

	scopes.Framework.Infof("Installing %s on cluster %s: %s", componentName, c.Name(), iArgs)
	stdOut.Reset()
	stdErr.Reset()
	if err := mesh.Install(kubeClient, &mesh.RootArgs{}, iArgs, &stdOut,

}

// renderFeatureComponentPathTemplate renders a template of the form <path>{{.ComponentName}}<path> with
// the supplied parameters.
func renderFeatureComponentPathTemplate(tmpl string, componentName name.ComponentName) (string, error) {
	type Temp struct {
		ComponentName name.ComponentName
	}
	ts := Temp{
		ComponentName: componentName,
	}
	return util.RenderTemplate(tmpl, ts)
}

    public interface OnDestroyListener<T> {
        void onDestroy(PooledObject<T> p);
    }

    public String getComponentName() {
        return componentName;
    }

    public void setComponentName(final String componentName) {
        this.componentName = componentName;
    }

    public OnDestroyListener<T> getOnDestroyListener() {
        return onDestroyListener;
    }