func (qs *QueueServer) Start() error {
if _, err := msgs.Send(qs, []byte(" V1")); err != nil {
return fmt.Errorf("send protocol [ v1]err [%v]\n", err)
}
return nil
}
func (qs *QueueServer) msgPump(startedChan chan bool) {
close(startedChan)
hbTicker := time.NewTicker(msgs.C2QueueServerHB)
hbChan := hbTicker.C
ppTicker := time.NewTicker(msgs.C2QueueServerPP)
ppChan := ppTicker.C
for {
select {
case <-hbChan:
//var hb msgs.MsgHeartbeat
//hb.Header = 0x05
//hb.Cmd = 10010
//hb.Len = 0
buf := new(bytes.Buffer)
packer := binpacker.NewPacker(buf, binary.BigEndian)
packer.PushByte(0x05)
packer.PushInt32(10010)
packer.PushInt32(0)
if err := packer.Error(); err != nil {
fmt.Printf("QueueServerMsgPump make msg err [%v]\n", err)
qs.ExitChan <- 1
break
}
//fmt.Printf("QueueServerMsgPump buf[%x] \n", buf.Bytes())
if _, err := msgs.Send(qs, buf.Bytes()); err != nil {
fmt.Printf("QueueServerMsgPump send packet err[%v] \n", err)
qs.ExitChan <- 1
}
case <-ppChan:
////var hb msgs.MsgPing
////hb.Header = 0x05
////hb.Cmd = 10011
////hb.Len = 0
//buf := new(bytes.Buffer)
//packer := binpacker.NewPacker(buf, binary.BigEndian)
//packer.PushByte(0x05)
//packer.PushInt32(10011)
//packer.PushInt32(0)
//if err := packer.Error(); err != nil {
// fmt.Printf("QueueServerMsgPump make msgPing err [%v]\n", err)
// ExitChanQueue <- 1
//}
//
////fmt.Printf("QueueServerMsgPump msgPing buf[%x] \n", buf.Bytes())
//
//if _, err := Send2Queue(client, buf.Bytes()); err != nil {
// fmt.Printf("QueueServerMsgPump send packetPing err[%v] \n", err)
// ExitChanQueue <- 1
//}
case msg, ok := <-qs.MsgChan:
if ok {
//fmt.Printf("QueueServerMsgPump msg[%v] body[%v]\n", msg.ID, msg.Body)
if msg.ID == 10012 {
buf := new(bytes.Buffer)
packer := binpacker.NewPacker(buf, binary.BigEndian)
packer.PushString(string(msg.Body[:]))
unpacker := binpacker.NewUnpacker(buf, binary.BigEndian)
var flag byte
if err := unpacker.FetchByte(&flag).Error(); err != nil {
fmt.Printf("QueueServerMsgPump unpacker msgPing flag err[%v]\n", err)
qs.ExitChan <- 1
}
//fmt.Printf("QueueServerMsgPump flag[%v]\n", flag)
if flag == 0 {
var queue, inQueue, time int32
if err := unpacker.FetchInt32(&queue).FetchInt32(&inQueue).FetchInt32(&time).Error(); err != nil {
fmt.Printf("QueueServerMsgPump unpacker msgPing err[%v]\n", err)
qs.ExitChan <- 1
}
//fmt.Printf("QueueServerMsgPump queue[%v] waitting No.[%v] time[%v]\n", queue, inQueue, time)
fmt.Printf("[%v]当前排队总人数[%v] 前面等待人数[%v] 估计登录用时[%vs]\n", qs.Conn.LocalAddr(), queue, inQueue, time)
} else {
uuidlen := 36
addrlen := uint64(msg.Len - 1 - uuidlen)
var uuid, addr string
if err := unpacker.FetchString(36, &uuid).FetchString(addrlen, &addr).Error(); err != nil {
fmt.Printf("QueueServerMsgPump unpacker msgPing login err[%v]\n", err)
qs.ExitChan <- 1
}
fmt.Printf("QueueServerMsgPump msgPing uuid[%v] addr[%v]\n", uuid, addr)
// todo 拿着uuid登录loginServer
var ls *LoginServer
var err error
if ls, err = NewLoginSer(); err != nil {
fmt.Printf("new loginserver error[%v]\n", err)
return
}
if err = ls.Connect2LoginServer(addr); err != nil {
fmt.Printf("login server connect error[%v]\n", err)
return
}
if err = ls.Start(); err != nil {
fmt.Printf("login server start error[%v]\n", err)
}
// todo Check Server Run or Not and then send login packet
ls.Run()
if err = ls.SendLoginPakcetWithKey(uuid); err != nil {
fmt.Printf("send login packet err[%v]\n", err)
ls.Stop()
}
qs.ExitChan <- 1
}
}
} else {
fmt.Printf("QueueServerMsgPump from MsgChan not ok\n")
qs.ExitChan <- 1
}
case <-qs.ExitChan:
goto exit
}
}
exit:
hbTicker.Stop()
ppTicker.Stop()
qs.Stop()
}