db/model/proxy_load_test.go - voltha-go - Gitiles

 /*
  * Copyright 2018-present Open Networking Foundation

  * Licensed under the Apache License, Version 2.0 (the "License");
  * you may not use this file except in compliance with the License.
  * You may obtain a copy of the License at

  * http://www.apache.org/licenses/LICENSE-2.0

  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */
 package model

 import (
 	"encoding/hex"
 	"github.com/google/uuid"
 	"github.com/opencord/voltha-go/common/log"
 	"github.com/opencord/voltha-go/protos/common"
 	"github.com/opencord/voltha-go/protos/openflow_13"
 	"github.com/opencord/voltha-go/protos/voltha"
 	"math/rand"
 	"reflect"
 	"strconv"
 	"sync"
 	"testing"
 )

 var (
 	ltDevProxy *Proxy
 	plt        *proxyLoadTest
 	tlog       log.Logger
 )

 type proxyLoadChanges struct {
 	ID     string
 	Before interface{}
 	After  interface{}
 }
 type proxyLoadTest struct {
 	sync.RWMutex
 	addedDevices       [] string
 	updatedFirmwares   []proxyLoadChanges
 	updatedFlows       []proxyLoadChanges
 	preAddExecuted     bool
 	postAddExecuted    bool
 	preUpdateExecuted  bool
 	postUpdateExecuted bool
 }

 func (plt *proxyLoadTest) SetPreAddExecuted(status bool) {
 	plt.Lock()
 	defer plt.Unlock()
 	plt.preAddExecuted = status
 }
 func (plt *proxyLoadTest) SetPostAddExecuted(status bool) {
 	plt.Lock()
 	defer plt.Unlock()
 	plt.postAddExecuted = status
 }
 func (plt *proxyLoadTest) SetPreUpdateExecuted(status bool) {
 	plt.Lock()
 	defer plt.Unlock()
 	plt.preUpdateExecuted = status
 }
 func (plt *proxyLoadTest) SetPostUpdateExecuted(status bool) {
 	plt.Lock()
 	defer plt.Unlock()
 	plt.postUpdateExecuted = status
 }
 func init() {
 	tlog, _ = log.AddPackage(log.JSON, log.DebugLevel, nil)
 	log.UpdateAllLoggers(log.Fields{"instanceId": "PROXY_LOAD_TEST"})
 	defer log.CleanUp()

 	ltDevProxy = modelTestConfig.Root.node.CreateProxy("/", false)
 	// Register ADD instructions callbacks
 	plt = &proxyLoadTest{}

 	ltDevProxy.RegisterCallback(PRE_ADD, commonCallbackFunc, "PRE_ADD", plt.SetPreAddExecuted)
 	ltDevProxy.RegisterCallback(POST_ADD, commonCallbackFunc, "POST_ADD", plt.SetPostAddExecuted)

 	//// Register UPDATE instructions callbacks
 	ltDevProxy.RegisterCallback(PRE_UPDATE, commonCallbackFunc, "PRE_UPDATE", plt.SetPreUpdateExecuted)
 	ltDevProxy.RegisterCallback(POST_UPDATE, commonCallbackFunc, "POST_UPDATE", plt.SetPostUpdateExecuted)

 }

 func Benchmark_ProxyLoad_AddDevice(b *testing.B) {
 	defer GetProfiling().Report()
 	b.RunParallel(func(pb *testing.PB) {
 		b.Log("Started adding devices")
 		for pb.Next() {
 			ltPorts := []*voltha.Port{
 				{
 					PortNo:     123,
 					Label:      "lt-port-0",
 					Type:       voltha.Port_PON_OLT,
 					AdminState: common.AdminState_ENABLED,
 					OperStatus: common.OperStatus_ACTIVE,
 					DeviceId:   "lt-port-0-device-id",
 					Peers:      []*voltha.Port_PeerPort{},
 				},
 			}

 			ltStats := &openflow_13.OfpFlowStats{
 				Id: 1000,
 			}
 			ltFlows := &openflow_13.Flows{
 				Items: []*openflow_13.OfpFlowStats{ltStats},
 			}
 			ltDevice := &voltha.Device{
 				Id:         "",
 				Type:       "simulated_olt",
 				Address:    &voltha.Device_HostAndPort{HostAndPort: "1.2.3.4:5555"},
 				AdminState: voltha.AdminState_PREPROVISIONED,
 				Flows:      ltFlows,
 				Ports:      ltPorts,
 			}

 			ltDevIDBin, _ := uuid.New().MarshalBinary()
 			ltDevID := "0001" + hex.EncodeToString(ltDevIDBin)[:12]
 			ltDevice.Id = ltDevID

 			plt.SetPreAddExecuted(false)
 			plt.SetPostAddExecuted(false)

 			var added interface{}
 			// Add the device
 			if added = ltDevProxy.AddWithID("/devices", ltDevID, ltDevice, ""); added == nil {
 				tlog.Errorf("Failed to add device: %+v", ltDevice)
 				continue
 			} else {
 				tlog.Infof("Device was added 1: %+v", added)
 			}

 			plt.Lock()
 			plt.addedDevices = append(plt.addedDevices, added.(*voltha.Device).Id)
 			plt.Unlock()
 		}
 	})

 	tlog.Infof("Number of added devices : %d", len(plt.addedDevices))
 }

 func Benchmark_ProxyLoad_UpdateFirmware(b *testing.B) {
 	b.RunParallel(func(pb *testing.PB) {
 		for pb.Next() {
 			//for i:=0; i < b.N; i++ {

 			if len(plt.addedDevices) > 0 {
 				var target interface{}
 				randomID := plt.addedDevices[rand.Intn(len(plt.addedDevices))]
 				firmProxy := modelTestConfig.Root.node.CreateProxy("/", false)
 				if target = firmProxy.Get("/devices/"+randomID, 0, false,
 					""); !reflect.ValueOf(target).IsValid() {
 					tlog.Errorf("Failed to find device: %s %+v", randomID, target)
 					continue
 				}

 				plt.SetPreUpdateExecuted(false)
 				plt.SetPostUpdateExecuted(false)
 				firmProxy.RegisterCallback(PRE_UPDATE, commonCallbackFunc, "PRE_UPDATE", plt.SetPreUpdateExecuted)
 				firmProxy.RegisterCallback(POST_UPDATE, commonCallbackFunc, "POST_UPDATE", plt.SetPostUpdateExecuted)

 				var fwVersion int

 				before := target.(*voltha.Device).FirmwareVersion
 				if target.(*voltha.Device).FirmwareVersion == "n/a" {
 					fwVersion = 0
 				} else {
 					fwVersion, _ = strconv.Atoi(target.(*voltha.Device).FirmwareVersion)
 					fwVersion++
 				}

 				target.(*voltha.Device).FirmwareVersion = strconv.Itoa(fwVersion)
 				after := target.(*voltha.Device).FirmwareVersion

 				var updated interface{}
 				if updated = firmProxy.Update("/devices/"+randomID, target.(*voltha.Device), false,
 					""); updated == nil {
 					tlog.Errorf("Failed to update device: %+v", target)
 					continue
 				} else {
 					tlog.Infof("Device was updated : %+v", updated)

 				}

 				if d := firmProxy.Get("/devices/"+randomID, 0, false,
 					""); !reflect.ValueOf(d).IsValid() {
 					tlog.Errorf("Failed to get device: %s", randomID)
 					continue
 				} else if d.(*voltha.Device).FirmwareVersion == after {
 					tlog.Infof("Imm Device was updated with new value: %s %+v", randomID, d)
 				} else if d.(*voltha.Device).FirmwareVersion == before {
 					tlog.Errorf("Imm Device kept old value: %s %+v %+v", randomID, d, target)
 				} else {
 					tlog.Errorf("Imm Device has unknown value: %s %+v %+v", randomID, d, target)
 				}

 				plt.Lock()
 				plt.updatedFirmwares = append(
 					plt.updatedFirmwares,
 					proxyLoadChanges{ID: randomID, Before: before, After: after},
 				)
 				plt.Unlock()
 			}
 		}
 	})
 }

 func traverseBranches(revision Revision, depth int) {
 	if revision == nil {
 		return
 	}
 	prefix := strconv.Itoa(depth) + " ~~~~ "
 	for i := 0; i < depth; i++ {
 		prefix += "  "
 	}

 	tlog.Debugf("%sRevision: %s %+v", prefix, revision.GetHash(), revision.GetData())

 	//for brIdx, brRev := range revision.GetBranch().Revisions {
 	//	tlog.Debugf("%sbranchIndex: %s", prefix, brIdx)
 	//	traverseBranches(brRev, depth+1)
 	//}
 	for childrenI, children := range revision.GetAllChildren() {
 		tlog.Debugf("%schildrenIndex: %s, length: %d", prefix, childrenI, len(children))

 		for _, subrev := range children {
 			//subrev.GetBranch().Latest
 			traverseBranches(subrev, depth+1)
 		}
 	}

 }
 func Benchmark_ProxyLoad_UpdateFlows(b *testing.B) {
 	b.RunParallel(func(pb *testing.PB) {
 		for pb.Next() {
 			if len(plt.addedDevices) > 0 {
 				randomID := plt.addedDevices[rand.Intn(len(plt.addedDevices))]

 				flowsProxy := modelTestConfig.Root.node.CreateProxy("/devices/"+randomID+"/flows", false)
 				flows := flowsProxy.Get("/", 0, false, "")

 				before := flows.(*openflow_13.Flows).Items[0].TableId
 				flows.(*openflow_13.Flows).Items[0].TableId = uint32(rand.Intn(3000))
 				after := flows.(*openflow_13.Flows).Items[0].TableId

 				flowsProxy.RegisterCallback(
 					PRE_UPDATE,
 					commonCallback2,
 				)
 				flowsProxy.RegisterCallback(
 					POST_UPDATE,
 					commonCallback2,
 				)

 				var updated interface{}
 				if updated = flowsProxy.Update("/", flows.(*openflow_13.Flows), false, ""); updated == nil {
 					b.Errorf("Failed to update flows for device: %+v", flows)
 				} else {
 					tlog.Infof("Flows were updated : %+v", updated)
 				}
 				plt.Lock()
 				plt.updatedFlows = append(
 					plt.updatedFlows,
 					proxyLoadChanges{ID: randomID, Before: before, After: after},
 				)
 				plt.Unlock()
 			}
 		}
 	})
 }

 func Benchmark_ProxyLoad_GetDevices(b *testing.B) {
 	traverseBranches(ltDevProxy.Root.node.Branches[NONE].GetLatest(), 0)

 	for i := 0; i < len(plt.addedDevices); i++ {
 		devToGet := plt.addedDevices[i]
 		// Verify that the added device can now be retrieved
 		if d := ltDevProxy.Get("/devices/"+devToGet, 0, false,
 			""); !reflect.ValueOf(d).IsValid() {
 			tlog.Errorf("Failed to get device: %s", devToGet)
 			continue
 		} else {
 			tlog.Infof("Got device: %s %+v", devToGet, d)
 		}
 	}
 }

 func Benchmark_ProxyLoad_GetUpdatedFirmware(b *testing.B) {
 	for i := 0; i < len(plt.updatedFirmwares); i++ {
 		devToGet := plt.updatedFirmwares[i].ID
 		// Verify that the updated device can be retrieved and that the updates were actually applied
 		if d := ltDevProxy.Get("/devices/"+devToGet, 0, false,
 			""); !reflect.ValueOf(d).IsValid() {
 			tlog.Errorf("Failed to get device: %s", devToGet)
 			continue
 		} else if d.(*voltha.Device).FirmwareVersion == plt.updatedFirmwares[i].After.(string) {
 			tlog.Infof("Device was updated with new value: %s %+v", devToGet, d)
 		} else if d.(*voltha.Device).FirmwareVersion == plt.updatedFirmwares[i].Before.(string) {
 			tlog.Errorf("Device kept old value: %s %+v %+v", devToGet, d, plt.updatedFirmwares[i])
 		} else {
 			tlog.Errorf("Device has unknown value: %s %+v %+v", devToGet, d, plt.updatedFirmwares[i])
 		}
 	}
 }

 func Benchmark_ProxyLoad_GetUpdatedFlows(b *testing.B) {
 	var d interface{}
 	for i := 0; i < len(plt.updatedFlows); i++ {
 		devToGet := plt.updatedFlows[i].ID
 		// Verify that the updated device can be retrieved and that the updates were actually applied
 		flowsProxy := modelTestConfig.Root.node.CreateProxy("/devices/"+devToGet+"/flows", false)
 		if d = flowsProxy.Get("/", 0, false,
 			""); !reflect.ValueOf(d).IsValid() {
 			tlog.Errorf("Failed to get device flows: %s", devToGet)
 			continue
 		} else if d.(*openflow_13.Flows).Items[0].TableId == plt.updatedFlows[i].After.(uint32) {
 			tlog.Infof("Device was updated with new flow value: %s %+v", devToGet, d)
 		} else if d.(*openflow_13.Flows).Items[0].TableId == plt.updatedFlows[i].Before.(uint32) {
 			tlog.Errorf("Device kept old flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
 		} else {
 			tlog.Errorf("Device has unknown flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
 		}
 		//if d = ltDevProxy.Get("/devices/"+devToGet, 0, false,
 		//	""); !reflect.ValueOf(d).IsValid() {
 		//	tlog.Errorf("Failed to get device: %s", devToGet)
 		//	continue
 		//} else if d.(*voltha.Device).Flows.Items[0].TableId == plt.updatedFlows[i].After.(uint32) {
 		//	tlog.Infof("Device was updated with new flow value: %s %+v", devToGet, d)
 		//} else if d.(*voltha.Device).Flows.Items[0].TableId == plt.updatedFlows[i].Before.(uint32) {
 		//	tlog.Errorf("Device kept old flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
 		//} else {
 		//	tlog.Errorf("Device has unknown flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
 		//}
 	}
 }
	/*
	* Copyright 2018-present Open Networking Foundation

	* Licensed under the Apache License, Version 2.0 (the "License");
	* you may not use this file except in compliance with the License.
	* You may obtain a copy of the License at

	* http://www.apache.org/licenses/LICENSE-2.0

	* Unless required by applicable law or agreed to in writing, software
	* distributed under the License is distributed on an "AS IS" BASIS,
	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	* See the License for the specific language governing permissions and
	* limitations under the License.
	*/
	package model

	import (
	"encoding/hex"
	"github.com/google/uuid"
	"github.com/opencord/voltha-go/common/log"
	"github.com/opencord/voltha-go/protos/common"
	"github.com/opencord/voltha-go/protos/openflow_13"
	"github.com/opencord/voltha-go/protos/voltha"
	"math/rand"
	"reflect"
	"strconv"
	"sync"
	"testing"
	)

	var (
	ltDevProxy *Proxy
	plt *proxyLoadTest
	tlog log.Logger
	)

	type proxyLoadChanges struct {
	ID string
	Before interface{}
	After interface{}
	}
	type proxyLoadTest struct {
	sync.RWMutex
	addedDevices [] string
	updatedFirmwares []proxyLoadChanges
	updatedFlows []proxyLoadChanges
	preAddExecuted bool
	postAddExecuted bool
	preUpdateExecuted bool
	postUpdateExecuted bool
	}

	func (plt *proxyLoadTest) SetPreAddExecuted(status bool) {
	plt.Lock()
	defer plt.Unlock()
	plt.preAddExecuted = status
	}
	func (plt *proxyLoadTest) SetPostAddExecuted(status bool) {
	plt.Lock()
	defer plt.Unlock()
	plt.postAddExecuted = status
	}
	func (plt *proxyLoadTest) SetPreUpdateExecuted(status bool) {
	plt.Lock()
	defer plt.Unlock()
	plt.preUpdateExecuted = status
	}
	func (plt *proxyLoadTest) SetPostUpdateExecuted(status bool) {
	plt.Lock()
	defer plt.Unlock()
	plt.postUpdateExecuted = status
	}
	func init() {
	tlog, _ = log.AddPackage(log.JSON, log.DebugLevel, nil)
	log.UpdateAllLoggers(log.Fields{"instanceId": "PROXY_LOAD_TEST"})
	defer log.CleanUp()

	ltDevProxy = modelTestConfig.Root.node.CreateProxy("/", false)
	// Register ADD instructions callbacks
	plt = &proxyLoadTest{}

	ltDevProxy.RegisterCallback(PRE_ADD, commonCallbackFunc, "PRE_ADD", plt.SetPreAddExecuted)
	ltDevProxy.RegisterCallback(POST_ADD, commonCallbackFunc, "POST_ADD", plt.SetPostAddExecuted)

	//// Register UPDATE instructions callbacks
	ltDevProxy.RegisterCallback(PRE_UPDATE, commonCallbackFunc, "PRE_UPDATE", plt.SetPreUpdateExecuted)
	ltDevProxy.RegisterCallback(POST_UPDATE, commonCallbackFunc, "POST_UPDATE", plt.SetPostUpdateExecuted)

	}

	func Benchmark_ProxyLoad_AddDevice(b *testing.B) {
	defer GetProfiling().Report()
	b.RunParallel(func(pb *testing.PB) {
	b.Log("Started adding devices")
	for pb.Next() {
	ltPorts := []*voltha.Port{
	{
	PortNo: 123,
	Label: "lt-port-0",
	Type: voltha.Port_PON_OLT,
	AdminState: common.AdminState_ENABLED,
	OperStatus: common.OperStatus_ACTIVE,
	DeviceId: "lt-port-0-device-id",
	Peers: []*voltha.Port_PeerPort{},
	},
	}

	ltStats := &openflow_13.OfpFlowStats{
	Id: 1000,
	}
	ltFlows := &openflow_13.Flows{
	Items: []*openflow_13.OfpFlowStats{ltStats},
	}
	ltDevice := &voltha.Device{
	Id: "",
	Type: "simulated_olt",
	Address: &voltha.Device_HostAndPort{HostAndPort: "1.2.3.4:5555"},
	AdminState: voltha.AdminState_PREPROVISIONED,
	Flows: ltFlows,
	Ports: ltPorts,
	}

	ltDevIDBin, _ := uuid.New().MarshalBinary()
	ltDevID := "0001" + hex.EncodeToString(ltDevIDBin)[:12]
	ltDevice.Id = ltDevID

	plt.SetPreAddExecuted(false)
	plt.SetPostAddExecuted(false)

	var added interface{}
	// Add the device
	if added = ltDevProxy.AddWithID("/devices", ltDevID, ltDevice, ""); added == nil {
	tlog.Errorf("Failed to add device: %+v", ltDevice)
	continue
	} else {
	tlog.Infof("Device was added 1: %+v", added)
	}

	plt.Lock()
	plt.addedDevices = append(plt.addedDevices, added.(*voltha.Device).Id)
	plt.Unlock()
	}
	})

	tlog.Infof("Number of added devices : %d", len(plt.addedDevices))
	}

	func Benchmark_ProxyLoad_UpdateFirmware(b *testing.B) {
	b.RunParallel(func(pb *testing.PB) {
	for pb.Next() {
	//for i:=0; i < b.N; i++ {

	if len(plt.addedDevices) > 0 {
	var target interface{}
	randomID := plt.addedDevices[rand.Intn(len(plt.addedDevices))]
	firmProxy := modelTestConfig.Root.node.CreateProxy("/", false)
	if target = firmProxy.Get("/devices/"+randomID, 0, false,
	""); !reflect.ValueOf(target).IsValid() {
	tlog.Errorf("Failed to find device: %s %+v", randomID, target)
	continue
	}

	plt.SetPreUpdateExecuted(false)
	plt.SetPostUpdateExecuted(false)
	firmProxy.RegisterCallback(PRE_UPDATE, commonCallbackFunc, "PRE_UPDATE", plt.SetPreUpdateExecuted)
	firmProxy.RegisterCallback(POST_UPDATE, commonCallbackFunc, "POST_UPDATE", plt.SetPostUpdateExecuted)

	var fwVersion int

	before := target.(*voltha.Device).FirmwareVersion
	if target.(*voltha.Device).FirmwareVersion == "n/a" {
	fwVersion = 0
	} else {
	fwVersion, _ = strconv.Atoi(target.(*voltha.Device).FirmwareVersion)
	fwVersion++
	}

	target.(*voltha.Device).FirmwareVersion = strconv.Itoa(fwVersion)
	after := target.(*voltha.Device).FirmwareVersion

	var updated interface{}
	if updated = firmProxy.Update("/devices/"+randomID, target.(*voltha.Device), false,
	""); updated == nil {
	tlog.Errorf("Failed to update device: %+v", target)
	continue
	} else {
	tlog.Infof("Device was updated : %+v", updated)

	}

	if d := firmProxy.Get("/devices/"+randomID, 0, false,
	""); !reflect.ValueOf(d).IsValid() {
	tlog.Errorf("Failed to get device: %s", randomID)
	continue
	} else if d.(*voltha.Device).FirmwareVersion == after {
	tlog.Infof("Imm Device was updated with new value: %s %+v", randomID, d)
	} else if d.(*voltha.Device).FirmwareVersion == before {
	tlog.Errorf("Imm Device kept old value: %s %+v %+v", randomID, d, target)
	} else {
	tlog.Errorf("Imm Device has unknown value: %s %+v %+v", randomID, d, target)
	}

	plt.Lock()
	plt.updatedFirmwares = append(
	plt.updatedFirmwares,
	proxyLoadChanges{ID: randomID, Before: before, After: after},
	)
	plt.Unlock()
	}
	}
	})
	}

	func traverseBranches(revision Revision, depth int) {
	if revision == nil {
	return
	}
	prefix := strconv.Itoa(depth) + " ~~~~ "
	for i := 0; i < depth; i++ {
	prefix += " "
	}

	tlog.Debugf("%sRevision: %s %+v", prefix, revision.GetHash(), revision.GetData())

	//for brIdx, brRev := range revision.GetBranch().Revisions {
	// tlog.Debugf("%sbranchIndex: %s", prefix, brIdx)
	// traverseBranches(brRev, depth+1)
	//}
	for childrenI, children := range revision.GetAllChildren() {
	tlog.Debugf("%schildrenIndex: %s, length: %d", prefix, childrenI, len(children))

	for _, subrev := range children {
	//subrev.GetBranch().Latest
	traverseBranches(subrev, depth+1)
	}
	}

	}
	func Benchmark_ProxyLoad_UpdateFlows(b *testing.B) {
	b.RunParallel(func(pb *testing.PB) {
	for pb.Next() {
	if len(plt.addedDevices) > 0 {
	randomID := plt.addedDevices[rand.Intn(len(plt.addedDevices))]

	flowsProxy := modelTestConfig.Root.node.CreateProxy("/devices/"+randomID+"/flows", false)
	flows := flowsProxy.Get("/", 0, false, "")

	before := flows.(*openflow_13.Flows).Items[0].TableId
	flows.(*openflow_13.Flows).Items[0].TableId = uint32(rand.Intn(3000))
	after := flows.(*openflow_13.Flows).Items[0].TableId

	flowsProxy.RegisterCallback(
	PRE_UPDATE,
	commonCallback2,
	)
	flowsProxy.RegisterCallback(
	POST_UPDATE,
	commonCallback2,
	)

	var updated interface{}
	if updated = flowsProxy.Update("/", flows.(*openflow_13.Flows), false, ""); updated == nil {
	b.Errorf("Failed to update flows for device: %+v", flows)
	} else {
	tlog.Infof("Flows were updated : %+v", updated)
	}
	plt.Lock()
	plt.updatedFlows = append(
	plt.updatedFlows,
	proxyLoadChanges{ID: randomID, Before: before, After: after},
	)
	plt.Unlock()
	}
	}
	})
	}

	func Benchmark_ProxyLoad_GetDevices(b *testing.B) {
	traverseBranches(ltDevProxy.Root.node.Branches[NONE].GetLatest(), 0)

	for i := 0; i < len(plt.addedDevices); i++ {
	devToGet := plt.addedDevices[i]
	// Verify that the added device can now be retrieved
	if d := ltDevProxy.Get("/devices/"+devToGet, 0, false,
	""); !reflect.ValueOf(d).IsValid() {
	tlog.Errorf("Failed to get device: %s", devToGet)
	continue
	} else {
	tlog.Infof("Got device: %s %+v", devToGet, d)
	}
	}
	}

	func Benchmark_ProxyLoad_GetUpdatedFirmware(b *testing.B) {
	for i := 0; i < len(plt.updatedFirmwares); i++ {
	devToGet := plt.updatedFirmwares[i].ID
	// Verify that the updated device can be retrieved and that the updates were actually applied
	if d := ltDevProxy.Get("/devices/"+devToGet, 0, false,
	""); !reflect.ValueOf(d).IsValid() {
	tlog.Errorf("Failed to get device: %s", devToGet)
	continue
	} else if d.(*voltha.Device).FirmwareVersion == plt.updatedFirmwares[i].After.(string) {
	tlog.Infof("Device was updated with new value: %s %+v", devToGet, d)
	} else if d.(*voltha.Device).FirmwareVersion == plt.updatedFirmwares[i].Before.(string) {
	tlog.Errorf("Device kept old value: %s %+v %+v", devToGet, d, plt.updatedFirmwares[i])
	} else {
	tlog.Errorf("Device has unknown value: %s %+v %+v", devToGet, d, plt.updatedFirmwares[i])
	}
	}
	}

	func Benchmark_ProxyLoad_GetUpdatedFlows(b *testing.B) {
	var d interface{}
	for i := 0; i < len(plt.updatedFlows); i++ {
	devToGet := plt.updatedFlows[i].ID
	// Verify that the updated device can be retrieved and that the updates were actually applied
	flowsProxy := modelTestConfig.Root.node.CreateProxy("/devices/"+devToGet+"/flows", false)
	if d = flowsProxy.Get("/", 0, false,
	""); !reflect.ValueOf(d).IsValid() {
	tlog.Errorf("Failed to get device flows: %s", devToGet)
	continue
	} else if d.(*openflow_13.Flows).Items[0].TableId == plt.updatedFlows[i].After.(uint32) {
	tlog.Infof("Device was updated with new flow value: %s %+v", devToGet, d)
	} else if d.(*openflow_13.Flows).Items[0].TableId == plt.updatedFlows[i].Before.(uint32) {
	tlog.Errorf("Device kept old flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
	} else {
	tlog.Errorf("Device has unknown flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
	}
	//if d = ltDevProxy.Get("/devices/"+devToGet, 0, false,
	// ""); !reflect.ValueOf(d).IsValid() {
	// tlog.Errorf("Failed to get device: %s", devToGet)
	// continue
	//} else if d.(*voltha.Device).Flows.Items[0].TableId == plt.updatedFlows[i].After.(uint32) {
	// tlog.Infof("Device was updated with new flow value: %s %+v", devToGet, d)
	//} else if d.(*voltha.Device).Flows.Items[0].TableId == plt.updatedFlows[i].Before.(uint32) {
	// tlog.Errorf("Device kept old flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
	//} else {
	// tlog.Errorf("Device has unknown flow value: %s %+v %+v", devToGet, d, plt.updatedFlows[i])
	//}
	}
	}