func (chn *Channel) handleUnregisterRes(clientID uint32, data []byte) {
request, _, err := chn.getReqParam(clientID, data)
if err != nil {
mylog.GetErrorLogger().Println("handleUnregisterRes", err)
chn.sendProto(clientID, base.UNREGISTER_RESOURCE, "", base.PROTOERR400, request.Ns)
return
}
param := request.Param.(map[string]interface{})
resourceID := param["resourceid"].(string)
func() {
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
resourcer, ok := chn.registerRes[resourceID]
if ok {
mylog.GetErrorLogger().Fatalln("Release Resource ", resourceID)
resourcer.Unregister()
ReleaseResourcer(resourcer)
delete(chn.registerRes, resourceID)
}
}()
chn.sendProto(clientID, base.UNREGISTER_RESOURCE, "", base.OK, request.Ns)
}
func (p *Proto) ReadBinaryProto(connSocket net.Conn) error {
tmpBaseHdSlice := make([]byte, BaseHeaderLenC)
{
n, e := io.ReadFull(connSocket, tmpBaseHdSlice)
if e != nil {
mylog.GetErrorLogger().Println("311", e)
return e
}
if n != BaseHeaderLenC {
return DTerror{PROTOERR400}
}
(&p.RD.BaseHD).Decode(tmpBaseHdSlice)
if p.RD.BaseHD.CommandId == HEART_CMD || p.RD.BaseHD.HeaderLen == 0 {
return nil
}
}
if p.RD.BaseHD.HeaderLen != HeaderLenC {
mylog.GetErrorLogger().Println("Recv Msg Error 1", p.RD.BaseHD.HeaderLen)
return DTerror{PROTOERR400}
}
tmpHdSlice := make([]byte, HeaderLenC)
{
n, e := io.ReadFull(connSocket, tmpHdSlice)
if e != nil {
return e
}
if n != HeaderLenC {
return DTerror{PROTOERR400}
}
(&p.RD.HD).Decode(tmpHdSlice)
if p.RD.HD.BodyLen <= 4 || p.RD.HD.BodyLen > M1 {
mylog.GetErrorLogger().Println("Recv Msg Error 2", p.RD.HD.BodyLen)
return nil
}
}
p.BD = new(Body)
p.BD.Data = make([]byte, p.RD.HD.BodyLen)
{
n, e := io.ReadFull(connSocket, p.BD.Data)
if e != nil {
return e
}
if n != int(p.RD.HD.BodyLen) {
return DTerror{PROTOERR400}
}
//fmt.Println("Recv Msg Error", body.DataLen)
}
return nil
}
func (chn *Channel) getReqParam(clientID uint32, data []byte) (*base.RequestJson, *base.TokenJson, error) {
var request base.RequestJson
err := json.Unmarshal(data, &request)
if err != nil {
mylog.GetErrorLogger().Println("getReqParam", err, string(data))
return nil, nil, base.DTerror{base.PROTOERR400}
}
//token权限验证
var rightJson base.TokenJson
mylog.GetErrorLogger().Println("token ", string(data))
if len(request.Token) <= 0 {
return &request, nil, nil
}
rightErr := base.UnmarshalToken(request.Token, &rightJson)
if rightErr != nil {
mylog.GetErrorLogger().Println("getReqParam", err)
return nil, nil, base.DTerror{base.PROTOERR400}
}
return &request, &rightJson, nil
}
// 注销资源
func (r *Resourcer) Unregister() {
defer func() {
if re := recover(); re != nil {
mylog.GetErrorLogger().Println(r.GetID(), "unregister Resource panic", re)
}
}()
atomic.CompareAndSwapUint32(&r.valid, 1, 0)
r.mutex.Lock()
defer r.mutex.Unlock()
mylog.GetErrorLogger().Println("Unregister Close")
close(r.ClientOpenChn)
{
for _, chn := range r.ClientDataChn {
chn.ClientInf.Notify(r.GetID(), chn.ClientID, LEAVE_EVENT)
}
}
r.Result = ""
r.Error = ""
}
func runTcp() error {
lnSocket, err := net.Listen("tcp", "localhost:9999")
if err != nil {
mylog.GetErrorLogger().Println(err)
return err
}
defer lnSocket.Close()
for {
connSocket, err := lnSocket.Accept()
if err != nil {
mylog.GetErrorLogger().Println(err)
return err
}
fmt.Println("Recv Connect", connSocket.LocalAddr().String())
//fileHandler, _ := os.OpenFile("my1.h264", os.O_CREATE|os.O_RDWR|os.O_TRUNC, 0777)
proxy := BindFfmpegForProxy(connSocket)
if proxy != nil {
proxy.run()
}
}
return nil
}
func (chn *Channel) handleReqCloseRes(clientID uint32, data []byte) {
mylog.GetErrorLogger().Println("handleReqCloseRes", string(data[4:]))
defer func() {
if r := recover(); r != nil {
chn.sendProto(clientID,
base.CLOSE_RESOURCE_CMD,
"", base.PROTOERR400,
"huamail.defualt")
chn.handleError(base.DTerror{"handleReqCloseRes Panic"})
}
}()
var responseResult, responseErr string = "", base.NOFOUNF404
request, _, err := chn.getReqParam(clientID, data[4:])
if err != nil {
chn.sendProto(clientID,
base.CLOSE_RESOURCE_CMD,
responseResult, err.Error(),
"huamail.defualt")
return
}
func() {
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
resourcer, ok := chn.openRes[clientID]
if ok {
mylog.GetErrorLogger().Println("Chn Close Resource ID ", resourcer.GetID())
clientDataID := new(ResourceClient)
clientDataID.ClientInf = chn
clientDataID.ClientID = clientID
responseResult, responseErr = resourcer.Close(clientDataID, "", false)
ReleaseResourcer(resourcer)
delete(chn.openRes, clientID)
}
}()
proto := base.GetProto()
proto.RD.BaseHD.CommandId = 0x80 | base.CLOSE_RESOURCE_CMD
proto.RD.HD.ClientIdent = clientID
responseJson := base.ResponseJson{request.Ns, request.Method, responseResult, responseErr}
b, err := json.Marshal(responseJson)
if err != nil {
mylog.GetErrorLogger().Println("handleCloseResource : ", err)
}
proto.EncodeBody(b)
chn.Send(proto)
stat.GetLocalStatistInst().CloseRes()
}
func (pu *PUDevice) readTask() {
defer func() {
if r := recover(); r != nil {
mylog.GetErrorLogger().Println("readTask panic")
return
}
}()
for {
proto := new(base.Proto)
err := proto.ReadBinaryProto(pu.connSocket)
if err != nil {
pu.handleError(err)
break
}
cmdID := proto.RD.BaseHD.CommandId & 0x7f
if cmdID == base.HEART_CMD {
mylog.GetErrorLogger().Println("Recv And Send Heart", proto.RD.BaseHD.CommandId)
heartProto := new(base.Proto)
heartProto.RD.BaseHD.CommandId = 0x80 | cmdID
pu.rwChan <- heartProto
} else {
mylog.GetErrorLogger().Println(string(proto.BD.Data[4:]))
if cmdID == base.OPEN_RESOURCE_CMD {
go pu.openSource(proto.RD.HD.ClientIdent)
} else if cmdID == base.CLOSE_RESOURCE_CMD {
go pu.closeSource(proto.RD.HD.ClientIdent)
} else if cmdID == base.REGISTER_RESOURCE {
var reponseJson base.ResponseJson
resErr := json.Unmarshal(proto.BD.Data[4:], &reponseJson)
if resErr != nil {
pu.handleError(resErr)
return
}
if reponseJson.Error != base.OK {
pu.handleError(base.DTerror{"Resoure Fail"})
fmt.Println(reponseJson.Error)
return
}
stat.GetLocalStatistInst().RegisterRes()
}
}
}
}
func (chn *Channel) handleOtherCMD(proto *base.Proto) {
cmdID := proto.RD.BaseHD.CommandId
mylog.GetErrorLogger().Println("handleOtherCMD", cmdID)
error := base.NOSUPPORT501
responseJson := base.ResponseJson{"", "", "", error}
b, err := json.Marshal(responseJson)
if err != nil {
mylog.GetErrorLogger().Println("handleOtherCMD : ", err)
}
proto.EncodeBody(b)
chn.Send(proto)
}
// 内部访问接口
// 错误处理
func (chn *Channel) handleError(err error) {
defer func() {
if r := recover(); r != nil {
mylog.GetErrorLogger().Println("Channel handleError Panic")
}
}()
if err != nil {
mylog.GetErrorLogger().Println("handleError", err.Error())
}
if atomic.CompareAndSwapUint32(&chn.valid, 0, 0) {
return
}
atomic.CompareAndSwapUint32(&chn.valid, 1, 0)
stat.GetLocalStatistInst().Off()
func() {
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
for _, r := range chn.openRes {
stat.GetLocalStatistInst().CloseRes()
mylog.GetErrorLogger().Println(" release chn res ", r.GetID())
clientDataID := new(ResourceClient)
clientDataID.ClientInf = chn
r.Close(clientDataID, "", true)
ReleaseResourcer(r)
}
for _, v := range chn.registerRes {
v.Unregister()
ReleaseResourcer(v)
}
}()
func() {
fmt.Println("Chn Close")
chn.chnMutex.Lock()
defer chn.chnMutex.Unlock()
chn.connSocket.Close()
close(chn.rwChn)
close(chn.notifyChn)
}()
}
func main() {
// 减少内存分配
parseArg()
devCount := oneEnvParam.ResourceCount
stat.GetLocalStatistInst().Init("pu_llog", "logic.dat", int32(devCount))
go stat.GetLocalStatistInst().Start()
mylog.GetErrorLogger().Init("pu_elog", "error.log")
go stat.StartMonitorTask("pu_mlog", "monitor.dat")
for i := oneEnvParam.BeginID; i <= devCount; i++ {
sn := new(bytes.Buffer)
fmt.Fprintf(sn, "%v", strconv.Itoa(int(i)))
var pu *PUDevice = new(PUDevice)
pu.run(sn.String())
}
for {
time.Sleep(10 * time.Minute)
}
}
func (chn *Channel) handleEventNotify(event notifyEvent) {
func() {
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
resourcer, ok := chn.openRes[event.clientID]
if ok {
ReleaseResourcer(resourcer)
delete(chn.openRes, event.clientID)
}
}()
proto := base.GetProto()
proto.RD.BaseHD.CommandId = base.LEAVE_NOTIFY
proto.RD.HD.ClientIdent = event.clientID
proto.RD.HD.ContextType = base.CONTEXT_JSON
proto.RD.HD.TransferType = base.TRANSFER_RAW
leaveNotify := base.LeaveNotifyParamJson{event.resourceID}
request := base.RequestJson{"", "ns", "notify", leaveNotify}
requestJson, err := json.Marshal(request)
if err != nil {
mylog.GetErrorLogger().Println("Resource Unregister Json ", err)
}
proto.EncodeBody(requestJson)
chn.Send(proto)
}
func (chn *Channel) sendProto(cID uint32, cmd uint8, result string, err string, ns string) {
var method string
if cmd == base.OPEN_RESOURCE_CMD {
method = "open"
} else if cmd == base.CLOSE_RESOURCE_CMD {
method = "close"
} else if cmd == base.REGISTER_RESOURCE {
method = "register"
}
proto := base.GetProto()
proto.RD.BaseHD.CommandId = 0x80 | cmd
proto.RD.HD.ClientIdent = cID
proto.RD.HD.ContextType = base.CONTEXT_JSON
proto.RD.HD.TransferType = base.TRANSFER_RAW
responseJson := base.ResponseJson{ns, method, result, err}
b, jsonE := json.Marshal(responseJson)
if jsonE != nil {
mylog.GetErrorLogger().Println("handleOpenResource : ", jsonE)
}
proto.EncodeBody(b)
go chn.Send(proto)
}
// 取消资源
func (r *Resourcer) unattent(chn *ResourceClient, all bool) int {
resultChn := make([]*ResourceClient, 0)
for _, v := range r.ClientDataChn {
if all {
if v.ClientInf != chn.ClientInf {
resultChn = append(resultChn, v)
}
} else if (v.ClientID != chn.ClientID) || (v.ClientInf != chn.ClientInf) {
resultChn = append(resultChn, v)
} else {
mylog.GetErrorLogger().Println("unattent Resource error", r.GetID())
}
}
r.ClientDataChn = resultChn
mylog.GetErrorLogger().Println(r.GetID(), " unattent Resource Len ", len(r.ClientDataChn))
return len(r.ClientDataChn)
}
// 心跳处理,主动发起心跳
func (chn *Channel) timerSendHeartTask() {
mylog.GetErrorLogger().Println(" Begin Chn Heart Task")
defer func() {
if r := recover(); r != nil {
chn.handleError(base.DTerror{"Notify Panic"})
}
}()
proto := base.GetProto()
proto.RD.BaseHD.CommandId = base.HEART_CMD
var failCount int = 0
for {
if atomic.CompareAndSwapUint32(&chn.valid, 0, 0) {
break
}
if !chn.Send(proto) {
chn.handleError(base.DTerror{"Send Error"})
break
}
select {
case <-chn.heartChn:
failCount = 0
case <-time.After(2 * time.Second):
failCount++
}
if failCount >= 5 {
chn.handleError(base.DTerror{"Heart Send Fail"})
break
}
time.Sleep(10 * time.Second)
}
mylog.GetErrorLogger().Println(" End Chn Heart Task")
}
func runTcp() error {
lnSocket, err := net.Listen("tcp", oneEnvParam.url)
if err != nil {
mylog.GetErrorLogger().Println(err)
return err
}
defer lnSocket.Close()
for {
connSocket, err := lnSocket.Accept()
if err != nil {
mylog.GetErrorLogger().Println(err)
return err
}
mylog.GetErrorLogger().Println("Remote Connect Addr : ", connSocket.RemoteAddr().String())
go handleConnect(connSocket)
}
return nil
}
func (pu *PUDevice) handleError(err error) {
mylog.GetErrorLogger().Println(err)
if atomic.CompareAndSwapUint32(&pu.Valid, 0, 0) {
return
}
atomic.CompareAndSwapUint32(&pu.Valid, 1, 0)
pu.connSocket.Close()
stat.GetLocalStatistInst().Off()
if atomic.CompareAndSwapUint32(&pu.SendFlag, 1, 1) {
stat.GetLocalStatistInst().CloseRes()
}
close(pu.rwChan)
go pu.ReRun(pu.SN)
}
// 外部访问接口，由资源通知资源订阅者相关事件
// 对外部访问接口枷锁保护，以后的版本采用消息机制，去除锁
func (chn *Channel) Notify(resourceID string, clientID uint32, event int) bool {
defer func() {
if r := recover(); r != nil {
err := base.DTerror{"Notify Panic"}
chn.handleError(err)
}
}()
chn.chnMutex.Lock()
defer chn.chnMutex.Unlock()
if atomic.CompareAndSwapUint32(&chn.valid, 0, 0) {
return false
}
chn.notifyChn <- notifyEvent{resourceID, clientID, event}
mylog.GetErrorLogger().Println("Leave notify")
return true
}
func (r *Resourcer) Parse(proto *base.Proto) error {
defer func() {
if r := recover(); r != nil {
}
}()
cmdID := proto.RD.BaseHD.CommandId & 0x7f
if cmdID == base.OPEN_RESOURCE_CMD || cmdID == base.CLOSE_RESOURCE_CMD {
r.ClientOpenChn <- proto.BD.Data
} else if cmdID == base.DATA_STREAM {
r.broadcastData(proto)
} else {
mylog.GetErrorLogger().Println("Now No Support CMD", cmdID)
}
return nil
}
func main() {
fmt.Println("DataTransfer Running!")
server.ParseArg()
right := base.VIDEO_RIGHT | base.AUDIO_RIGHT
fmt.Println(right)
var PKS1024 string = "s5DrLk2RE355BcO7FZ49xNdfAQtwKsMaEJa8yOnX7IjkRiOnmOoXCiCsRl0vpe23eZ7SWUW47DvQ1UxEpkGsFv/LOeOxMh06oXeH0zqlRPCw074q0s+IfRtcbdqGLvzvCz8ZAaoQrEIfwq2hm+7ueWKjWecqqQlQ5cu+dg3gd80="
var E string = "AQAB"
base.InitRsaBig(PKS1024, E)
stat.GetLocalStatistInst().Init("dt_llog", "logic.dat", 0)
mylog.GetErrorLogger().Init("dt_elog", "error.log")
go stat.StartMonitorTask("dt_mlog", "monitor.dat")
go stat.GetLocalStatistInst().Start()
runtime.GOMAXPROCS(runtime.NumCPU())
server.Run()
exitChn := make(chan bool, 1)
exit := <-exitChn
fmt.Println("DataTransfer Running Over!", exit)
}
func (r *Resourcer) Open(chn *ResourceClient, request *base.RequestJson, token *base.TokenJson) (string, string) {
fmt.Println("1 Resourcer Open Resource ")
r.mutex.Lock()
defer r.mutex.Unlock()
fmt.Println("2 Resourcer Open Resource ")
/*verErr := r.verificate(token)
if verErr != "" {
return "", verErr
}*/
if !atomic.CompareAndSwapUint32(&r.valid, 1, 1) {
return "", base.NOFOUNF404
}
if bytes.Equal([]byte(r.Error), []byte(base.OK)) {
mylog.GetErrorLogger().Println("Resource Has Opend")
r.attent(chn)
return r.Result, r.Error
}
{
proto := base.GetProto()
proto.RD.BaseHD.CommandId = base.OPEN_RESOURCE_CMD
proto.RD.HD.ClientIdent = r.DtClientID
proto.RD.HD.ContextType = base.CONTEXT_JSON
proto.RD.HD.TransferType = base.TRANSFER_RAW
b, err := json.Marshal(request)
if err != nil {
mylog.GetErrorLogger().Println("Resource Open Json ", err)
}
proto.EncodeBody(b)
if !r.SourceDataChn.ClientInf.Send(proto) {
close(r.ClientOpenChn)
r.ClientOpenChn = nil
mylog.GetErrorLogger().Println("Resource Open Send Error ", err)
return r.Result, base.NOFOUNF404
}
}
select {
case msg, ok := <-r.ClientOpenChn: // msg只是包含数据
if !ok {
mylog.GetErrorLogger().Println("ClientOpenChn Open ")
return r.Result, base.NOFOUNF404
}
var responseJson base.ResponseJson
e := json.Unmarshal(msg[4:], &responseJson)
if e != nil {
mylog.GetErrorLogger().Println(e)
return r.Result, base.PROTOERR400
}
r.Result = strings.ToLower(responseJson.Result)
r.Error = strings.ToLower(responseJson.Error)
if strings.EqualFold(r.Error, base.OK) {
r.attent(chn)
}
return r.Result, r.Error
case <-time.After(20 * time.Second): //TimeOut
return r.Result, base.NOFOUNF404
}
return r.Result, r.Error
}
func (r *Resourcer) Close(chn *ResourceClient, ns string, all bool) (string, string) {
mylog.GetErrorLogger().Println("Close Resource")
r.mutex.Lock()
defer r.mutex.Unlock()
mylog.GetErrorLogger().Println("Close unattent")
openCount := r.unattent(chn, all)
if openCount != 0 {
return "", base.OK
}
{
r.Result = ""
r.Error = ""
proto := base.GetProto()
proto.RD.BaseHD.CommandId = base.CLOSE_RESOURCE_CMD
proto.RD.HD.ClientIdent = r.SourceDataChn.ClientID
proto.RD.HD.ContextType = base.CONTEXT_JSON
proto.RD.HD.TransferType = base.TRANSFER_RAW
/*todo
1. 生成token
2.
*/
var closeResParam = base.CloseResParamJson{r.GetID()}
request := base.RequestJson{"", ns, "close", closeResParam}
b, e := json.Marshal(request)
if e != nil {
mylog.GetErrorLogger().Println("Resource Close Json ", e)
}
proto.EncodeBody(b)
if !r.SourceDataChn.ClientInf.Send(proto) {
mylog.GetErrorLogger().Println("Resource Close Send Error ")
return "", base.NOFOUNF404
}
}
select {
case msg, ok := <-r.ClientOpenChn:
fmt.Println("ClientOpenChn Close ")
if !ok {
mylog.GetErrorLogger().Println("ClientOpenChn Close ")
return "", base.NOFOUNF404
}
var responseJson base.ResponseJson
e := json.Unmarshal(msg[4:], &responseJson)
if e != nil {
mylog.GetErrorLogger().Println("Resource Close ", e, string(msg[4:]))
return r.Result, base.PROTOERR400
}
return responseJson.Result, responseJson.Error
case <-time.After(2 * time.Second): //TimeOut
return r.Result, base.NOFOUNF404
}
return r.Result, r.Error
}
// 注册资源
func (chn *Channel) handleRegisterRes(clientID uint32, data []byte) {
defer func() {
if r := recover(); r != nil {
chn.sendProto(clientID,
base.REGISTER_RESOURCE,
"", base.PROTOERR400,
"huamail.defualt")
chn.handleError(base.DTerror{"handleRegisterRes Panic"})
}
}()
var resourcer *Resourcer = nil
request, _, err := chn.getReqParam(clientID, data[4:])
if err != nil {
mylog.GetErrorLogger().Println("handleRegisterRes", err)
chn.sendProto(clientID,
base.REGISTER_RESOURCE,
"",
base.PROTOERR400,
"huamai.default")
return
}
param := request.Param.(map[string]interface{})
registerResParam := base.RegisterResParamJson{param["resourceid"].(string),
uint32(param["restype"].(float64)),
param["repos"].(bool)}
resourceID := registerResParam.ID
if CheckResourceIsExist(resourceID) {
chn.sendProto(clientID,
base.REGISTER_RESOURCE,
"",
base.EXISTRES_400,
request.Ns)
return
}
mylog.GetErrorLogger().Println("Register Source")
resourcer = CreateResource(registerResParam.ID)
if resourcer == nil {
chn.sendProto(clientID, base.REGISTER_RESOURCE, "", base.INNERR_500, request.Ns)
return
}
sourceDataChn := new(ResourceClient)
sourceDataChn.ClientID = clientID
sourceDataChn.ClientInf = chn
resourcer.Register(sourceDataChn, registerResParam.ResType, registerResParam.RePos)
func() {
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
chn.registerRes[registerResParam.ID] = resourcer
}()
chn.sendProto(clientID, base.REGISTER_RESOURCE, "", base.OK, request.Ns)
fmt.Println("Resgitser OK")
}
// 关注资源
func (r *Resourcer) attent(chn *ResourceClient) {
r.ClientDataChn = append(r.ClientDataChn, chn)
mylog.GetErrorLogger().Println(r.GetID(), " attent Resource Len ", len(r.ClientDataChn))
}
func (chn *Channel) handleReqOpenRes(clientID uint32, data []byte) {
defer func() {
if r := recover(); r != nil {
chn.handleError(base.DTerror{"handleReqOpenResr Panic"})
}
}()
var responseErr string = ""
var resourcer *Resourcer = nil
var timeOut uint32 = 20 // 默认超时20s
request, token, err := chn.getReqParam(clientID, data[4:])
if err != nil {
chn.sendProto(clientID,
base.OPEN_RESOURCE_CMD,
"", err.Error(),
"huamail.defualt")
return
}
//获取资源
param := request.Param.(map[string]interface{})
openResParam := base.OpenResParamJson{param["resourceid"].(string),
uint32(param["timeout"].(float64))}
if chn.CheckResIsOpen(clientID) {
chn.sendProto(clientID,
base.OPEN_RESOURCE_CMD,
"", base.OPEN303,
"huamail.defualt")
return
}
mylog.GetErrorLogger().Println("Chn Open Resource ID ", openResParam.ID)
if openResParam.TimeOut < 120 { //当超时时间大于120s，设置超时为默认
timeOut = openResParam.TimeOut
}
for delayWait := uint32(0); delayWait < timeOut; delayWait++ {
resourcer = GetResourcerByID(openResParam.ID)
if resourcer != nil {
break
}
time.Sleep(1 * time.Second)
}
if resourcer == nil {
mylog.GetErrorLogger().Println("No Found Source ", openResParam.ID)
chn.sendProto(clientID, base.OPEN_RESOURCE_CMD, "", base.NOFOUNF404, request.Ns)
ReleaseResourcer(resourcer)
return
}
clientDataID := new(ResourceClient)
clientDataID.ClientInf = chn
clientDataID.ClientID = clientID
_, responseErr = resourcer.Open(clientDataID, request, token)
responseJson := base.ResponseJson{request.Ns, request.Method, "", responseErr}
b, err := json.Marshal(responseJson)
if err != nil {
mylog.GetErrorLogger().Println("handleOpenResource : ", err)
ReleaseResourcer(resourcer)
return
}
proto := new(base.Proto)
proto.RD.BaseHD.CommandId = 0x80 | base.OPEN_RESOURCE_CMD
proto.RD.HD.ClientIdent = clientID
proto.EncodeBody(b)
if !chn.Send(proto) {
ReleaseResourcer(resourcer)
return
}
if !strings.EqualFold(responseErr, base.OK) {
ReleaseResourcer(resourcer)
return
}
{
chn.resMutex.Lock()
defer chn.resMutex.Unlock()
chn.openRes[clientID] = resourcer
}
stat.GetLocalStatistInst().OpenRes()
}