Xiaopeng Han <******@****.***> 1686841337 +0800

Xiaopeng Han <******@****.***> 1686841337 +0800

			map[string]string{
				GCPProject: "pid", GCPProjectNumber: "npid", GCPLocation: "location", GCPCluster: "cluster", GCEInstance: "instanceName",
				GCEInstanceID: "instance", GCEInstanceTemplate: "instanceTemplate", GCEInstanceCreatedBy: "createdBy",
				GCPClusterURL: "https://container.googleapis.com/v1/projects/pid/locations/location/clusters/cluster",
			},
		},
		{
			"project id error",
			func() bool { return true },

      cluster.constraints = std::move(member.constraints);

    // Add operation to the cluster.
    if (auto op = member.source.dyn_cast<Operation *>())
      cluster.operations.emplace_back(op);
  }

  llvm::SmallVector<Cluster> clusters;
  for (auto &kv : root_clusters) {
    Cluster &cluster = kv.getSecond();
    // Skip degenerate clusters formed by a single basic block argument.

// file and eventually embeds it into the kubeconfig
func EnsureCertificateAuthorityIsEmbedded(cluster *clientcmdapi.Cluster) error {
	if cluster == nil {
		return errors.New("received nil value for Cluster")
	}

	if len(cluster.CertificateAuthorityData) == 0 && len(cluster.CertificateAuthority) != 0 {
		ca, err := os.ReadFile(cluster.CertificateAuthority)
		if err != nil {

func TestClientTracing(t *testing.T) {
	framework.NewTest(t).
		Run(func(t framework.TestContext) {
			appNsInst := tracing.GetAppNamespace()
			for _, cluster := range t.Clusters().ByNetwork()[t.Clusters().Default().NetworkName()] {
				cluster := cluster
				t.NewSubTest(cluster.StableName()).Run(func(ctx framework.TestContext) {
					retry.UntilSuccessOrFail(ctx, func() error {
						// Send test traffic with a trace header.

		Long:  `Retrieve information about cluster configuration for the Envoy instance in the specified pod.`,
		Example: `  # Retrieve summary about cluster configuration for a given pod from Envoy.
  istioctl proxy-config clusters <pod-name[.namespace]>

  # Retrieve cluster summary for clusters with port 9080.
  istioctl proxy-config clusters <pod-name[.namespace]> --port 9080

# Optional: Enable cluster autoscaler.
ENABLE_KUBEMARK_CLUSTER_AUTOSCALER="${ENABLE_KUBEMARK_CLUSTER_AUTOSCALER:-false}"
# When using Cluster Autoscaler, always start with one hollow-node replica.
# NUM_NODES should not be specified by the user. Instead we use
# NUM_NODES=KUBEMARK_AUTOSCALER_MAX_NODES. This gives other cluster components

// ```
//
// Assuming `tf.OpA` and `tf.OpC` are clustered together, the region will be
// inserted right after `tf.OpC`. The live-out `%0`, however, is used by
// `tf.OpB`, which won't dominate the region. This function reorders all users
// of the cluster op to be placed after the cluster op itself so that SSA
// dominance is preserved after cluster op creation.
void ReorderOpResultUses(mlir::Operation* cluster);

}  // namespace mlir::TF

}

var (
	allClusters = make(cluster.Map)
	// 2 clusters on 2 networks
	cls1 = &kube.Cluster{Topology: cluster.Topology{
		ClusterName:        "cls1",
		Network:            "n1",
		PrimaryClusterName: "cls1",
		ConfigClusterName:  "cls1",
		Index:              0,
		AllClusters:        allClusters,
	}}

	// simple pod
	a1 = &fakeInstance{Cluster: cls1, Namespace: namespace.Static("echo"), Service: "a"}