func clientDispatch(service *cham.Service, args ...interface{}) cham.Dispatch {
return func(session int32, source cham.Address, ptype uint8, args ...interface{}) []interface{} {
sessionid := args[0].(uint32)
gt := args[1].(uint8)
time.Sleep(time.Second * 5)
switch gt {
case OnOpen:
fmt.Println("OnOpen ", sessionid)
case OnClose:
fmt.Println("OnClose ", sessionid, args[2:])
case OnPong:
fmt.Println("OnPong ", sessionid, args[2])
case OnMessage:
data := string(args[2].([]byte))
fmt.Println("OnMessage", sessionid, data)
if data == "hello" {
service.Notify("gate", cham.PTYPE_RESPONSE, sessionid, []byte("world"+strconv.Itoa(int(sessionid))))
} else if data == "WebSocket" {
service.Notify("gate", cham.PTYPE_RESPONSE, sessionid, []byte("websocket reply"+strconv.Itoa(int(sessionid))))
}
go func() {
time.Sleep(time.Second * 5)
fmt.Println("kick")
// service.Notify("gate", cham.PTYPE_GO, KICK, sessionid)
err := service.Call("gate", cham.PTYPE_RESPONSE, sessionid, []byte("world"))
fmt.Println(err)
}()
}
return cham.NORET
}
}
//Channel base on a service, args[0] is N worker to dispatch msg
func New(service *cham.Service, channel uint32, start cham.Start, args ...interface{}) *Channel {
multicast = cham.UniqueService("multicast", Start, args...)
if channel == 0 {
channel = service.Call(multicast, cham.PTYPE_GO, NEW, uint32(0), service.Addr)[0].(uint32)
}
service.RegisterProtocol(cham.PTYPE_MULTICAST, start)
c := &Channel{service, channel}
return c
}