return null
            }
            return serviceFor(object)
        }

        @Override
        Service getFactory(Class<?> type) {
            def factory = parentServices.getFactory(type)
            if (factory == null) {
                return factory
            }
            return serviceFor(factory)
        }

        @Override

			clusterMode: DefaultClusterMode,
			service: &model.Service{
				Hostname:   host.Name("foo.example.com"),
				Ports:      servicePort,
				Resolution: model.DNSLB,
				Attributes: model.ServiceAttributes{
					Namespace: TestServiceNamespace,
				},
			},
			port:      servicePort[0],
			proxyView: model.ProxyViewAll,
			destRule: &networking.DestinationRule{
				Host:    "foo.example.com",

						Hostname:  "hostname",
						Ports: []*workloadapi.Port{
							{
								ServicePort: 80,
								TargetPort:  8080,
							},
							{
								ServicePort: 81,
								TargetPort:  0,
							},
							{
								ServicePort: 82,
								TargetPort:  0,
							},
							{
								ServicePort: 83,
								TargetPort:  0,
							},
						},
					},

			{
				Name:         "tcp-8085",
				ServicePort:  echo.NoServicePort,
				WorkloadPort: 8085,
				Protocol:     protocol.HTTP,
			},
			{
				Name:         "tcp-8086",
				ServicePort:  echo.NoServicePort,
				WorkloadPort: 8086,
				Protocol:     protocol.HTTP,
			},
			{
				Name:         "tcp-8087",
				ServicePort:  echo.NoServicePort,
				WorkloadPort: 8087,

        "subresource": "subresourceValue"
      }
    ]
  },
  "spec": {
    "ingressClassName": "ingressClassNameValue",
    "backend": {
      "serviceName": "serviceNameValue",
      "servicePort": "servicePortValue",
      "resource": {
        "apiGroup": "apiGroupValue",
        "kind": "kindValue",
        "name": "nameValue"
      }
    },
    "tls": [
      {
        "hosts": [

      name: nameValue
    serviceName: serviceNameValue
    servicePort: servicePortValue
  ingressClassName: ingressClassNameValue
  rules:
  - host: hostValue
    http:
      paths:
      - backend:
          resource:
            apiGroup: apiGroupValue
            kind: kindValue
            name: nameValue
          serviceName: serviceNameValue
          servicePort: servicePortValue
        path: pathValue

		instancePort = 0
		addr = strings.TrimPrefix(addr, model.UnixAddressPrefix)
	} else if port, ok := wle.Ports[servicePort.Name]; ok && port > 0 {
		instancePort = port
	} else if servicePort.TargetPort > 0 {
		instancePort = servicePort.TargetPort
	} else {
		// final fallback is to the service port value
		instancePort = servicePort.Number
	}

	tlsMode := getTLSModeFromWorkloadEntry(wle)
	sa := ""
	if wle.ServiceAccount != "" {

internal
fun ProjectInternal.accessorsClassPathOf(classPath: ClassPath): AccessorsClassPath {
    val stage1BlocksAccessorClassPathGenerator = serviceOf<Stage1BlocksAccessorClassPathGenerator>()
    val projectAccessorClassPathGenerator = serviceOf<ProjectAccessorsClassPathGenerator>()
    val dependenciesAccessors = serviceOf<DependenciesAccessors>()
    return (projectAccessorClassPathGenerator.projectAccessorsClassPath(this, classPath)

import org.gradle.internal.service.ServiceRegistry


internal
inline fun <reified T : Any> TaskInternal.serviceOf(): T =
    project.serviceOf()


inline fun <reified T : Any> Project.serviceOf(): T =
    (this as ProjectInternal).services.get()


inline fun <reified T : Any> GradleInternal.serviceOf(): T =
    services.get()


inline fun <reified T : Any> ServiceRegistry.get(): T =

        beforeProject.clear()
        afterProject.clear()
    }

    private
    fun isolate(actions: IsolatedProjectActions, owner: IsolateOwner) =
        IsolatedActionSerializer(owner, owner.serviceOf(), owner.serviceOf())
            .serialize(actions)
}


private
data class IsolatedProjectActions(
    val beforeProject: IsolatedProjectActionList,
    val afterProject: IsolatedProjectActionList
)