return c
			}(),
		},
		"flags": {
			flags: []string{
				"-v=7",
				"--vmodule", "goo.go=8",
			},
			expected: func() *kubeproxyconfig.KubeProxyConfiguration {
				c := expected.DeepCopy()
				c.Logging.Verbosity = 7
				c.Logging.VModule = append(c.Logging.VModule, logsapi.VModuleItem{
					FilePattern: "goo.go",
					Verbosity:   8,
				})
				return c
			}(),
		},

  if [[ -n ${instance_type} ]]; then
    echo "Instance Type: ${instance_type}"
  fi
  echo "Kubelet Config File: ${kubelet_config_file}"

  # Invoke the runner
  go run test/e2e_node/runner/remote/run_remote.go  --vmodule=*=4 --ssh-env="gce" \
    --zone="${zone}" --project="${project}" --gubernator="${gubernator}" \
    --hosts="${hosts}" --images="${images}" --cleanup="${cleanup}" \

		"Logging.Options.Text.OutputRoutingOptions.InfoBufferSize.Quantity.s",
		"Logging.Options.Text.OutputRoutingOptions.SplitStream",
		"Logging.VModule[*].FilePattern",
		"Logging.VModule[*].Verbosity",
		"Logging.Verbosity",
		"TLSCipherSuites[*]",
		"TLSMinVersion",
		"IPTablesDropBit",
		"IPTablesMasqueradeBit",
		"ImageGCHighThresholdPercent",

  # KUBE_RACE and MAKEFLAGS are used in the downstream make, and we set them to
  # empty here to ensure that we aren't unintentionally consuming them from the
  # previous make invocation.
  KUBE_TEST_ARGS="${SHORT:--short=true} --vmodule=${KUBE_TEST_VMODULE} ${KUBE_TEST_ARGS}" \
      WHAT="${WHAT:-$(kube::test::find_integration_test_dirs | paste -sd' ' -)}" \
      GOFLAGS="${GOFLAGS:-}" \
      KUBE_TIMEOUT="${KUBE_TIMEOUT}" \
      KUBE_RACE="" \

// unmodified. For fields that have multiple values (like vmodule), the values from
// the flags get joined so that the command line flags have priority.
//
// TODO (pohly): move this to logsapi
func copyLogsFromFlags(from *pflag.FlagSet, to *logsapi.LoggingConfiguration) error {
	var cloneFS pflag.FlagSet
	logsapi.AddFlags(to, &cloneFS)
	vmodule := to.VModule
	to.VModule = nil
	var err error
	cloneFS.VisitAll(func(f *pflag.Flag) {

      ${cloud_config_arg} \
      "${advertise_address}" \
      "${node_port_range}" \
      --v="${LOG_LEVEL}" \
      --vmodule="${LOG_SPEC}" \
      --audit-policy-file="${AUDIT_POLICY_FILE}" \
      --audit-log-path="${LOG_DIR}/kube-apiserver-audit.log" \
      --cert-dir="${CERT_DIR}" \

        "--target_triple=" + ctx.attr.target_triple,
    ] + cpu_flags + output_flags + ctx.attr.extra_flags + dfsan_flags

    post_command = ""
    if ctx.attr.gen_compiler_log:
        post_command += " --vmodule=cpu_compiler=5 2> >(tee -a " + compiler_log_file.path + " >&2) "

    full_cmd = (
        ctx.executable.tfcompile_tool.path + " " + " ".join(flags) + " " + ctx.attr.flags + post_command
    )
    ctx.actions.run_shell(

		// LoggingConfiguration (long-term goal, more complete
		// configuration file) but deprecating the flags seemed
		// premature.
		notDeprecated := map[string]bool{
			"v":                   true,
			"vmodule":             true,
			"log-flush-frequency": true,
			"provider-id":         true,
		}
		fs.VisitAll(func(f *pflag.Flag) {
			if notDeprecated[f.Name] {
				return
			}
			f.Deprecated = deprecated

 - set cpu_global_jit to true on this session's OptimizerOptions, or
 - use experimental_jit_scope, or
 - use tf.function(jit_compile=True).

To confirm that XLA is active, pass --vmodule=xla_compilation_cache=1 (as a
proper command-line flag, not via TF_XLA_FLAGS).)";

      MarkForCompilationPassFlags* flags = GetMarkForCompilationPassFlags();
      if (flags->tf_xla_cpu_global_jit) {

- Kubeadm: remove the EXPERIMENTAL tag from the phase "kubeadm join control-plane-prepare...