})
	wg := sync.WaitGroup{}
	wg.Add(10)
	results := []int32{}
	resCh := make(chan int32, 10)
	for i := 0; i < 10; i++ {
		go func() {
			res, err := l.Get()
			if res >= 6 {
				assert.NoError(t, err)
			} else {
				assert.Error(t, err)
			}
			resCh <- res
			wg.Done()
		}()
	}
	wg.Wait()
	close(resCh)
	for r := range resCh {
		results = append(results, r)
	}
	slices.Sort(results)

set -e

# Separate downloader for istioctl
#
# You can fetch the istioctl file using:
# curl -sL https://raw.githubusercontent.com/istio/istio/${BRANCH}/release/downloadIstioCtl.sh | sh -
#
# where ${BRANCH} is either your branch name (e.g. release-1.4) or master.
#

# Determines the operating system.
OS="${TARGET_OS:-$(uname)}"
if [ "${OS}" = "Darwin" ] ; then
  OSEXT="osx"
else
  OSEXT="linux"

If running `skaffold run` for deployment, manifests are pulled from remote charts, if running `skaffold dev` for development and hot reload, manifests are pulled from current branch.

## Quick Start

skaffold is built around modules and profiles

1) istio-base + istio

    ```bash
    skaffold run -m istiod
    ```

2) istio-base + istio + ingress

    ```bash

REPORT_JUNIT="${REPORT_JUNIT:-${ARTIFACTS}/junit_benchmarks.xml}"
REPORT_PLAINTEXT="${REPORT_PLAINTEXT:-${ARTIFACTS}/benchmark-log.txt}"

# Sha we should compare against. Defaults to the PULL_BASE_SHA, which is the last commit on the branch we are on.
# For example, a PR on master will compare to the HEAD of master.
COMPARE_GIT_SHA="${COMPARE_GIT_SHA:-${PULL_BASE_SHA:-${GIT_SHA}}}"

case "${1}" in
  run)
    shift

	t.Run("via-agent-cache-miss", func(b *testing.B) {
		bench(b, s.dnsProxies[0].Address(), "www.bing.com.")
	})
	t.Run("via-agent-cache-hit-fqdn", func(b *testing.B) {
		bench(b, s.dnsProxies[0].Address(), "www.google.com.")
	})
	t.Run("via-agent-cache-hit-cname", func(b *testing.B) {
		bench(b, s.dnsProxies[0].Address(), "www.google.com.ns1.svc.cluster.local.")
	})
}

func bench(t *testing.B, nameserver string, hostname string) {

			return nil
		}

		allClusters := t.Clusters()
		if isNaked(from) {
			// Naked clients rely on k8s DNS to lookup endpoint IPs. This
			// means that they will only ever reach endpoint in the same cluster.
			return checkReachedSourceClusterOnly(result, allClusters)
		}

		if to.Config().IsAllNaked() {
			// Requests to naked services will not cross network boundaries.

	# such that they run in the cluster. In particular, they configure DNS to a public DNS server.
	# For CI, our nodes do not have IPv6 external connectivity. This means the cluster *cannot* reach these external
	# DNS servers.
	# Extensive work was done to try to hack around this, but ultimately nothing was able to cover all
	# of the edge cases. This work was captured in https://github.com/howardjohn/istio/tree/tf/vm-ipv6.

		runtime.ReadMemStats(&m)
		fmt.Println(index, " : update time : ", elapsed, "commit time : ", elapsed2,
			"\n1000 Get time : ", elapsed3,
			"\nRAM : ", m.Sys/1024/1024, " MiB")
	}
}

// go test -run=xxx -bench=. -benchmem -test.benchtime=20s
func BenchmarkCacheHeightLimit(b *testing.B) {
	smt := newSMT(hasher, cache.NewTTL(forever, time.Minute), time.Minute)
	benchmark10MAccounts10Ktps(smt, b)

// PathContext provides a means for traversing a tree towards the root.
type PathContext struct {
	// Parent in the Parent of this PathContext.
	Parent *PathContext
	// KeyToChild is the key required to reach the child.
	KeyToChild any
	// Node is the actual Node in the data tree.
	Node any
}

// String implements the Stringer interface.
func (nc *PathContext) String() string {

							pod.Expect(vm, "10.10.10.30:9090")
							labeledPod.Expect(vm, "10.10.10.30:9090")

							vm.Expect(vm, "10.10.10.30:9090")

							if cfg.allowCrossNetwork {
								// pod in network-1 uses gateway to reach pod labeled with network-2
								pod.Expect(labeledPod, net2gw)
								pod.Expect(emptyAddress, net2gw)

								// pod labeled as network-2 should use gateway for network-1
								labeledPod.Expect(pod, net1gw)