// Following function handles Incoming at Inbox from other peers.It reads those Event and forwards to StateMachine
func (rn *RaftNode) check_Inbox(node cluster.Server) {
for {
env := <-node.Inbox()
switch env.Msg.(type) {
// this packet is APPENDENTRIESRESP:
case APPENDENTRIESRESP:
temp := env.Msg.(APPENDENTRIESRESP)
rn.sm.SMchanels.netCh <- temp
//this packet is APPENDENTRIESREQ:
case APPENDENTRIESREQ:
temp := env.Msg.(APPENDENTRIESREQ)
rn.sm.SMchanels.netCh <- temp
// this packet is VOTERESP
case VOTERESP:
// fmt.Println("VOTERESp");
temp := env.Msg.(VOTERESP)
rn.sm.SMchanels.netCh <- temp
case VOTEREQ:
temp := env.Msg.(VOTEREQ)
rn.sm.SMchanels.netCh <- temp
}
}
} //End of check_Inbox function
//Process to listen incomming packets from other Servers.
func processInbox(server cluster.Server, sm *State_Machine) {
for {
env := <-server.Inbox()
switch env.Msg.(type) {
case VoteReq:
sm.CommMedium.netCh <- env.Msg
case VoteResp:
sm.CommMedium.netCh <- env.Msg
case AppEntrReq:
sm.CommMedium.netCh <- env.Msg
case AppEntrResp:
sm.CommMedium.netCh <- env.Msg
}
}
}
// Following function handles Incoming at Inbox from other peers.It reads those Event and forwards to StateMachine
func (rn *RaftNode) check_Inbox(node cluster.Server) {
for {
env := <-node.Inbox()
switch env.Msg.(type) {
case APPENDENTRIESRESP:
temp := env.Msg.(APPENDENTRIESRESP)
rn.sm.SMchanels.netCh <- temp
case APPENDENTRIESREQ:
temp := env.Msg.(APPENDENTRIESREQ)
rn.sm.SMchanels.netCh <- temp
case VOTERESP:
temp := env.Msg.(VOTERESP)
rn.sm.SMchanels.netCh <- temp
case VOTEREQ:
temp := env.Msg.(VOTEREQ)
rn.sm.SMchanels.netCh <- temp
}
}
} //End of check_Inbox function
