+31CivIUhtASWdbS73ay5QaDQSlgNM1/2hk5Beal7D9bGfKtwT/VGDSpKc4EKP8j
ktQSE0ECgYEA/jHMLQyvJ2VuqBdMI5hbaw5jzUAQwaJof5iQNuvFrbtWDeotAf+6
HomwoqzZ9+juiil4PHLQJzkArHwMWXbc+3FAznN1foS+YlOmIgJrjKa+EP+sz/X2
GxuyH3RD9+TH4EGd4TbeDr0eZOnIbKVybj4ueE+um7jtdLzYW2Y8iCcCgYEA6Qu6
x5WOQaPaEOQwEP5AqVBZnZl1ogeEVanlPYl6amPFFnlc41+M61p3ebwRqikaC9Dv
hePiOcTTJyt4h7qzgd5rJTjy5bNYDx9F61NGagF0xJLQiMnXM/TsoFABVWetLepG

	push := model.NewPushContext()
	_ = push.InitContext(e, nil, nil)

	// Test different priorities
	ep := newTestEnvironment(serviceDiscovery, testMesh, buildEnvoyFilterConfigStoreWithPriorities(configPatchesPriorities, priorities))
	pushPriorities := model.NewPushContext()
	_ = pushPriorities.InitContext(ep, nil, nil)

	type args struct {
		patchContext networking.EnvoyFilter_PatchContext
		proxy        *model.Proxy

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...

				}},
				AddressType: discovery.AddressTypeIPv4,
			}
			for _, ep := range tc.endpoints {
				endpointSlice.Endpoints = append(endpointSlice.Endpoints, discovery.Endpoint{
					Addresses:  []string{ep.ip},
					Conditions: discovery.EndpointConditions{Ready: ptr.To(true)},
					NodeName:   ptr.To(ep.hostname),
				})
			}

			fp.OnEndpointSliceAdd(endpointSlice)
			fp.syncProxyRules()

			}},
			AddressType: discovery.AddressTypeIPv4,
		}

		for _, ep := range tc.endpoints {
			endpointSlice.Endpoints = append(endpointSlice.Endpoints, discovery.Endpoint{
				Addresses:  []string{ep.ip},
				Conditions: discovery.EndpointConditions{Ready: ptr.To(true)},
				NodeName:   ptr.To(ep.hostname),
			})
		}

		fp.OnEndpointSliceAdd(endpointSlice)
		fp.syncProxyRules()

}

type iface struct {
	tab  *itab
	data unsafe.Pointer
}

type eface struct {
	_type *_type
	data  unsafe.Pointer
}

func efaceOf(ep *any) *eface {
	return (*eface)(unsafe.Pointer(ep))
}

// The guintptr, muintptr, and puintptr are all used to bypass write barriers.
// It is particularly important to avoid write barriers when the current P has

	hostAnonymizer := map[string]string{
		globalLocalNodeName: "server1",
	}

	apiEndpoints := getAPIEndpoints()
	for _, ep := range apiEndpoints {
		if len(ep) == 0 {
			continue
		}
		if url, err := xnet.ParseHTTPURL(ep); err == nil {
			// In FS mode the drive names don't include the host.
			// So mapping just the host should be sufficient.
			hostAnonymizer[url.Host] = "server1"

	badCert, err := Pa...

	{"float", "{{print 123.4}}", "123.4", tVal, true},
	{"float _", "{{print 0_0_1_2_3.4}}", "123.4", tVal, true},
	{"hex float", "{{print +0x1.ep+2}}", "7.5", tVal, true},
	{"hex float _", "{{print +0x_1.e_0p+0_2}}", "7.5", tVal, true},
	{"HEX float", "{{print +0X1.EP+2}}", "7.5", tVal, true},
	{"print multi", "{{print 1_2_3_4 7.5_00_00_00}}", "1234 7.5", tVal, true},

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