ops.size() == 4
        ops[0].details.applicationId == id1.longValue()
        ops[1].details.applicationId == id2.longValue()
        ops[2].details.applicationId == id1.longValue()
        ops[3].details.applicationId == id2.longValue()
    }

    def "can add list properties to container"() {
        containerAllowsExternalProviders()

                            "description": "Successful Response",
                            "content": {"application/json": {"schema": {}}},
                        },
                        "422": {
                            "description": "Validation Error",
                            "content": {
                                "application/json": {
                                    "schema": {

				"subprojects":[
					"language-native",
					"tooling-native",
					"core-api",
					"wrapper-main",
					"build-events",
					"reporting",
					"resources-s3",
					"diagnostics",
					"plugins-application",
					"language-jvm"
				]
			},
			{
				"parallelizationMethod":{
					"name":"TestDistribution"
				},
				"subprojects":[
					"code-quality",
					"signing",
					"ide-native",

	// recordSizeBoostThreshold is the number of bytes of application data
	// sent after which the TLS record size will be increased to the
	// maximum.
	recordSizeBoostThreshold = 128 * 1024
)

// maxPayloadSizeForWrite returns the maximum TLS payload size to use for the
// next application data record. There is the following trade-off:
//
//   - For latency-sensitive applications, such as web browsing, each TLS

				Metrics: []autoscaling.MetricSpec{{
					Type: autoscaling.ContainerResourceMetricSourceType,
					ContainerResource: &autoscaling.ContainerResourceMetricSource{
						Name:      api.ResourceCPU,
						Container: "test-application",
						Target: autoscaling.MetricTarget{
							Type:               autoscaling.UtilizationMetricType,
							AverageUtilization: utilpointer.Int32(70),
						},
					},
				}},
			},
		},

	// runway is the amount of runway in heap bytes allocated by the
	// application that we want to give the GC once it starts.
	//
	// This is computed from consMark during mark termination.
	runway atomic.Uint64

	// consMark is the estimated per-CPU consMark ratio for the application.
	//
	// It represents the ratio between the application's allocation
	// rate, as bytes allocated per CPU-time, and the GC's scan rate,

				NodeStatusMaxImages:                       utilpointer.Int32(50),
				MaxOpenFiles:                              1000000,
				ContentType:                               "application/vnd.kubernetes.protobuf",
				KubeAPIQPS:                                utilpointer.Int32(50),
				KubeAPIBurst:                              100,
				SerializeImagePulls:                       utilpointer.Bool(true),

Method <org.gradle.jvm.application.tasks.CreateStartScripts.getApplicationName()> does not have raw return type assignable to org.gradle.api.provider.Property in (CreateStartScripts.java:0)
Method <org.gradle.jvm.application.tasks.CreateStartScripts.getDefaultJvmOpts()> does not have raw return type assignable to org.gradle.api.provider.Property in (CreateStartScripts.java:0)

// application down to a goal.
//
// Before we consider what this looks like, we need to split the world into two
// halves. One in which a memory limit is not set, and one in which it is.
//
// For the former, the goal is defined as:
//   (retainExtraPercent+100) / 100 * (heapGoal / lastHeapGoal) * lastHeapInUse
//
// Essentially, we wish to have the application's RSS track the heap goal, but

	// Algorithms Extension is being used (see RFC 5246, Section 7.4.1.4.1).
	SignatureSchemes []SignatureScheme

	// SupportedProtos lists the application protocols supported by the client.
	// SupportedProtos is set only if the Application-Layer Protocol
	// Negotiation Extension is being used (see RFC 7301, Section 3.1).
	//
	// Servers can select a protocol by setting Config.NextProtos in a