secretNamespace string
	component       *multicluster.Component[*kubeController]
}

// NewMulticluster initializes data structure to store multicluster information
func NewMulticluster(
	serverID string,
	kc kubernetes.Interface,
	secretNamespace string,
	opts Options,
	serviceEntryController *serviceentry.Controller,
	configController model.ConfigStoreController,
	caBundleWatcher *keycertbundle.Watcher,
	revision string,

func UpdateInflightRequestMetrics(phase string, nonmutating, mutating int) {
	for _, kc := range []struct {
		kind  string
		count int
	}{{ReadOnlyKind, nonmutating}, {MutatingKind, mutating}} {
		if phase == ExecutingPhase {
			currentInflightRequests.WithLabelValues(kc.kind).Set(float64(kc.count))
		} else {
			currentInqueueRequests.WithLabelValues(kc.kind).Set(float64(kc.count))
		}
	}
}

// before the first round of flag parsing.
func applyLegacyDefaults(kc *kubeletconfig.KubeletConfiguration) {
	// --anonymous-auth
	kc.Authentication.Anonymous.Enabled = true
	// --authentication-token-webhook
	kc.Authentication.Webhook.Enabled = false
	// --authorization-mode
	kc.Authorization.Mode = kubeletconfig.KubeletAuthorizationModeAlwaysAllow
	// --read-only-port
	kc.ReadOnlyPort = ports.KubeletReadOnlyPort
}

	go configController.Run(stop)

	se := serviceentry.NewController(configController, xdsUpdater, meshWatcher)
	client.RunAndWait(stop)

	kc.AppendWorkloadHandler(se.WorkloadInstanceHandler)
	se.AppendWorkloadHandler(kc.WorkloadInstanceHandler)

	go kc.Run(stop)
	go se.Run(stop)

	return configController, client.Kube(), xdsUpdater
}

00000110  ca ca c4 8f e4 90 7b 26  7a d5 b2 1e fa 05 db ad  |......{&z.......|
00000120  8a 9f 93 e9 13 5b 28 cc  cb 8b 30 f2 4c 1d 73 09  |.....[(...0.L.s.|
00000130  7f 6b 63 5c 29 36 2f fc  a5 6e eb 24 79 f8 7c 63  |.kc\)6/..n.$y.|c|
00000140  1f ef 41 72 98 69 7c d6  8d f9 76 d4 4d af b0 71  |..Ar.i|...v.M..q|
00000150  2e f7 f8 b5 73 45 05 52  fa 25 46 02 28 0d d9 7a  |....sE.R.%F.(..z|

00000090  8f 8d df 8d c4 31 5e 59  2b a6 26 2c 81 86 e0 93  |.....1^Y+.&,....|
000000a0  98 17 03 03 02 6d 73 67  7c 14 ba 17 23 fc f1 2e  |.....msg|...#...|
000000b0  53 5b 47 58 e2 ed b3 6a  30 70 40 98 82 4b 43 0d  |S[GX...j0p@..KC.|
000000c0  f6 e4 74 09 c8 08 9e a2  6d 23 3c 81 64 a9 39 e4  |..t.....m#<.d.9.|
000000d0  be cc 6e 4c f1 df 7c b1  a5 cd 91 7c e7 e0 e9 97  |..nL..|....|....|

000001e0  f7 4a ed b5 db d3 7a aa  75 f1 b2 8d 87 15 9a d1  |.J....z.u.......|
000001f0  00 fa 7f 58 06 2d 72 2b  f7 27 b3 5b 76 57 21 35  |...X.-r+.'.[vW!5|
00000200  80 ce 8e bd e4 bb 45 01  c4 6b 43 f1 44 0a 5f 21  |......E..kC.D._!|
00000210  76 48 ae ce 8e 1d ba f7  7c 4f ae a2 d8 77 ce 9c  |vH......|O...w..|
00000220  6d 69 b7 1e 78 ab 02 ed  15 17 03 03 00 a3 84 ed  |mi..x...........|

// The Unicode-defined normalization and equivalence forms are:
//
//	NFC   Unicode Normalization Form C
//	NFD   Unicode Normalization Form D
//	NFKC  Unicode Normalization Form KC
//	NFKD  Unicode Normalization Form KD
//
// For a Form f, this documentation uses the notation f(x) to mean
// the bytes or string x converted to the given form.

// The Unicode-defined normalization and equivalence forms are:
//
//	NFC   Unicode Normalization Form C
//	NFD   Unicode Normalization Form D
//	NFKC  Unicode Normalization Form KC
//	NFKD  Unicode Normalization Form KD
//
// For a Form f, this documentation uses the notation f(x) to mean
// the bytes or string x converted to the given form.

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