/* wait for incoming messages from the UI */
func PyBridgeReceiver() {
for {
message := bridges.ReceiveFromPyBridge()
switch message.Kind {
case defs.MSG_MYNAME:
localNameChannel <- message.Content
case defs.MSG_GAME_TYPE:
gameTypeChannel <- message.Content
case defs.MSG_CON_REQ:
valueType := strings.Split(message.Content, "|")[0]
consensus.Propose(message.Content, valueType)
case defs.MSG_CON_REPLY:
valueType := strings.Split(message.Content, "|")[0]
propCheckMutex.Lock()
propCheck := propChecksMap[valueType]
(*propCheck.Callback)(message.Content)
delete(propChecksMap, valueType)
propCheckMutex.Unlock()
case defs.MSG_EXIT:
// echo back to UI
bridges.SendToPyBridge(message)
// exit multegula
exitChannel <- true
default:
go putMessageIntoSendChannel(message)
}
}
}
func testConsensus(nodes messagePasser.Nodes) {
localName := getLocalName()
messagePasser.InitMessagePasser(nodes, localName)
go outboundDispatcher()
go inboundDispatcher()
leader := nodes[0]
consensus.InitConsensus(leader, nodes[1:], localName)
go ConsensusReceiverRoutine()
go ConsensusCheckReceiverRoutine()
go ConsensusReachedRoutine()
var proposalValue string
for {
if localName == leader.Name {
fmt.Println("Hit enter to propose.")
fmt.Scanf("%s", &proposalValue)
consensus.Propose(proposalValue, "test")
}
}
}
