// Controls whether Istio policy is applied to Pilot.
  google.protobuf.BoolValue enabled = 1;
}

// Controls telemetry configuration
message TelemetryConfig {
  // Controls whether telemetry is exported for Pilot.
  google.protobuf.BoolValue enabled = 1;

  // Configuration for Telemetry v2.
  TelemetryV2Config v2 = 3;
}

// Controls whether pilot will configure telemetry v2.

var stdlibImportcfgString string

func stdlibImportcfg() string {
	stdlibImportcfgStringOnce.Do(func() {
		output, err := exec.Command(goTool, "list", "-export", "-f", "{{if .Export}}packagefile {{.ImportPath}}={{.Export}}{{end}}", "std").Output()
		if err != nil {
			log.Fatal(err)
		}
		stdlibImportcfgString = string(output)
	})
	return stdlibImportcfgString
}

}

// FindGoWork returns the name of the go.work file for this command,
// or the empty string if there isn't one.
// Most code should use Init and Enabled rather than use this directly.
// It is exported mainly for Go toolchain switching, which must process
// the go.work very early at startup.
func FindGoWork(wd string) string {
	if RootMode == NoRoot {
		return ""
	}

// from the original Go source files to the names
// used in the final Go files generated by cgo.
func (p *Package) mangleName(n *Name) {
	// When using gccgo variables have to be
	// exported so that they become global symbols
	// that the C code can refer to.
	prefix := "_C"
	if *gccgo && n.IsVar() {
		prefix = "C"
	}
	n.Mangle = prefix + n.Kind + "_" + n.Go
}

	}

	// Evict simulates the visible effects of eviction in our fake client.
	evict := func(podNames ...string) {
		// These GVRs are copied from the generated fake code because they are not exported.
		var (
			podsResource                 = schema.GroupVersionResource{Group: "", Version: "v1", Resource: "pods"}

	allPoliciesFile,
	allUsersFile,
	allGroupsFile,
	allSvcAcctsFile,
	userPolicyMappingsFile,
	groupPolicyMappingsFile,
	stsUserPolicyMappingsFile,
}

// ExportIAMHandler - exports all iam info as a zipped file
func (a adminAPIHandlers) ExportIAM(w http.ResponseWriter, r *http.Request) {
	ctx := r.Context()

	// Get current object layer instance.

		Hostname:       host.Name(hostname),
		DefaultAddress: ip,
		Resolution:     model.DNSLB,
		Attributes: model.ServiceAttributes{
			ServiceRegistry: provider.Kubernetes,
			Namespace:       namespace,
			ExportTo:        sets.New(v),
		},
	}
	if ip == wildcardIPv4 {
		service.Resolution = model.Passthrough
	}

	Ports := make([]*model.Port, 0)

	for _, p := range ports {

// license that can be found in the LICENSE file.

package modload

// This file contains the module-mode package loader, as well as some accessory
// functions pertaining to the package import graph.
//
// There are two exported entry points into package loading — LoadPackages and
// ImportFromFiles — both implemented in terms of loadFromRoots, which itself
// manipulates an instance of the loader struct.
//

		// Also include $DIST_UNMODIFIED_PATH with the original $PATH
		// for the internal needs of "dist banner", along with export
		// so that it reaches the dist process. See its comment below.
		var exportFormat string
		if !*windows && !*plan9 {
			exportFormat = "export " + format
		} else {
			exportFormat = format
		}
		xprintf(exportFormat, "DIST_UNMODIFIED_PATH", os.Getenv("PATH"))
	}
}

						check.errorf(x, InvalidStructLit, "too many values in struct literal of type %s", base)
						break // cannot continue
					}
					// i < len(fields)
					fld := fields[i]
					if !fld.Exported() && fld.pkg != check.pkg {
						check.errorf(x,
							UnexportedLitField,
							"implicit assignment to unexported field %s in struct literal of type %s", fld.name, base)
						continue
					}