public void requestMove(NetworkMessage boardMsg)
{
byte[] bytes = boardMsg.reader.ReadBytesAndSize();
string msg = Game.ClientController.Deserialize <Game.CommProtocol.StringMessage> (bytes).msg;
TCPLocalConnection.sendMessage(msg);
}
public void restartGame()
{
foreach (GameObject g in discs)
{
Destroy(g);
}
discs.Clear();
foreach (TowerPole tp in poles)
{
tp.amountOfDiscs = 0;
}
board.Clear();
board.Add(new List <int> ());
board.Add(new List <int> ());
board.Add(new List <int> ());
for (int i = 0; i < (int)amountSlider.value; i++)
{
discs.Add(Instantiate(discPrefab, poles [0].addDisc(), Quaternion.identity));
discs [discs.Count - 1].GetComponent <TowerDisc> ().init(materials [i], i);
board [0].Add(i);
}
moveCounter = 0;
wonGame = false;
TCPLocalConnection.sendMessage(formatBoard());
}
private void simulateFree(List <MemorySegment> allocList)
{
int freePos = allocList [Random.Range(0, allocList.Count - 1)].pos;
TCPLocalConnection.sendMessage("Free " + freePos);
print("Free " + freePos);
}
public void handleGameStatus(NetworkMessage gameStatusMsg)
{
byte[] bytes = gameStatusMsg.reader.ReadBytesAndSize();
GameInfo msg = ClientController.Deserialize <GameInfo> (bytes);
if (msg.gameOver)
{
string gameOverString = TCP_API.APIStandardConstants.Fields.gameOver;
TCPLocalConnection.sendMessage(gameOverString);
gameOver();
waitingForInput = false;
string gameOverMsg;
if (msg.winnerColor == PlayerColor.None)
{
gameOverMsg = "It's a draw!";
}
else
{
gameOverMsg = msg.winnerColor + " won";
}
CurrentGame.gameOver(gameOverMsg);
}
}
public void handleGameInfo(NetworkMessage msg)
{
byte[] bytes = msg.reader.ReadBytesAndSize();
GameInfo infoMsg = Game.ClientController.Deserialize <GameInfo> (bytes);;
if (infoMsg.gameOver)
{
string gameOverString = TCP_API.APIStandardConstants.Fields.gameOver;
TCPLocalConnection.sendMessage(gameOverString);
isGameOver = true;
UnetRoomConnector.shutdownCurrentConnection();
string gameOverMsg;
if (infoMsg.winnerColor == Game.PlayerColor.None)
{
gameOverMsg = "It's a draw!";
}
else
{
gameOverMsg = infoMsg.winnerColor + " won";
}
CurrentGame.gameOver(gameOverMsg);
}
}
private void simulateMalloc(List <MemorySegment> freeList)
{
int allocationSize = calcAllocSize();
TCPLocalConnection.sendMessage("Malloc " + allocationSize);
print("Malloc " + allocationSize);
}
public void handleGameInfoMsg(NetworkMessage initMsg)
{
GameInfo msg = Deserialize <GameInfo> (initMsg.reader.ReadBytesAndSize());
if (msg.gameOver)
{
isGameOver = true;
canSendServerMsg = false;
isListeningForTCP = false;
UnetRoomConnector.shutdownCurrentConnection();
string gameOverString = TCP_API.APIStandardConstants.Fields.gameOver;
string gameOverMsg;
//Debug.LogError ("Winner: " + msg.winnerColor);
if (msg.winnerColor == Game.PlayerColor.None)
{
gameOverMsg = "It's a draw!";
TCPLocalConnection.sendMessage(gameOverString + ": 0");
}
else
{
gameOverMsg = msg.winnerColor + " won";
TCPLocalConnection.sendMessage(gameOverString + ": " + (msg.winnerColor == PlayerColor.Blue ? "1" : "-1"));
}
CurrentGame.gameOver(gameOverMsg);
}
}
public void handleGameState(NetworkMessage gameStateMsg)
{
byte[] bytes = gameStateMsg.reader.ReadBytesAndSize();
GameState stateMsg = Game.ClientController.Deserialize <GameState> (bytes);
localRenderer.updatePlayerPosition(stateMsg.currentPos, stateMsg.currentTarget, stateMsg.time);
TCPLocalConnection.sendMessage(stateMsg.currentPos.ToString());
}
public void gameOver()
{
moveQ.Clear();
playing = false;
string gameOverString = TCP_API.APIStandardConstants.Fields.gameOver;
TCPLocalConnection.sendMessage(gameOverString + ": " + logic.getCurrentScore());
//restartGame ();
}
public void freeButtonPressed()
{
MemorySegment selectedSeg = segmentClicker.getSelectedSegment();
if (selectedSeg != null)
{
TCPLocalConnection.sendMessage("Free " + selectedSeg.pos);
}
}
private void sendStartMsg(SortingVisualNumber[] numbers)
{
string s = "";
foreach (SortingVisualNumber n in numbers)
{
s += n.value + " ";
}
TCPLocalConnection.sendMessage(s);
}
private void instantReadTCPMsg(ReceivedLocalMessage msg)
{
if (msg.message == "JUMP")
{
localPlayer.activateJump();
}
MainThread.fireEventAtMainThread(() => {
print("Sending msg");
TCPLocalConnection.sendMessage(formatBoard());
});
}
private void playMove()
{
if (moveQ.Count == 0)
{
TCPLocalConnection.sendMessage(logic.formatBoard());
}
else
{
int tempMove = moveQ [0];
moveQ.RemoveAt(0);
logic.playMove(tempMove);
}
}
private void requestBoard()
{
if (initBoard)
{
console.text = "Invalid start board";
}
else
{
console.text = "Waiting for board";
}
TCPLocalConnection.sendMessage("InitBoard");
initBoard = true;
}
public void handleGameStatus(NetworkMessage gameStatusMsg)
{
byte[] bytes = gameStatusMsg.reader.ReadBytesAndSize();
GameInfo msg = Deserialize <GameInfo> (bytes);
if (msg.gameOver && isGameOver == false)
{
BoardState finalState = getFinalState(msg.winnerColor);
TCPLocalConnection.sendMessage(Connect4JsonParser.formatBoardMsgFromServer(lastRawBoard, msg.myColor, finalState));
localRenderer.onGameOver(msg.winnerColor == PlayerColor.Yellow ? Piece.Yellow : Piece.Red);
gameOver();
CurrentGame.gameOver(getGameOverText(msg.winnerColor));
}
}
public void takeInput(string msg)
{
if (isMainPlayer())
{
TCPLocalConnection.sendMessage(msg);
}
else if (NPC)
{
bot.onReceiveInput(msg);
}
else if (Human)
{
onHumanTakeInput();
}
//Do nothing if us human
}
private static void onBotConnected(ConnectionStatus status)
{
if (status == ConnectionStatus.Disconnected)
{
TCPLocalConnection.restartServer();
return;
}
if (status != ConnectionStatus.Connected)
{
return;
}
onStartFunc();
TCPLocalConnection.sendMessage(currentGameType + " API session started.");
}
private void playMove()
{
if (wonGame)
{
return;
}
if (moveQ.Count == 0)
{
TCPLocalConnection.sendMessage(formatBoard(currentBoard));
}
else
{
int tempMove = moveQ [0];
moveQ.RemoveAt(0);
logic.playMove(tempMove);
}
}
public void newGameButtonClicked()
{
victory = false;
initBoard = false;
moveQ.Clear();
console.text = "";
string[,] newBoard = new string[(int)sizeSlider.slider.value, (int)sizeSlider.slider.value];
if (generate.isOn)
{
newBoard = generateNewBoard();
currentBoard = logic.resetGame((int)sizeSlider.slider.value, newBoard);
TCPLocalConnection.sendMessage(formatBoard(currentBoard));
}
else
{
requestBoard();
}
}
private void readTCPMessage(ReceivedLocalMessage msg)
{
try {
string[] words = msg.message.Split(' ');
int x = int.Parse(words[0]);
int y = int.Parse(words[1]);
if (gameController.isInRange(x, y))
{
bool hit = gameController.samplePixel(x, y);
TCPLocalConnection.sendMessage(hit ? "HIT" : "MISS");
}
else
{
TCPLocalConnection.sendMessage("OUT OF BOUNDS");
}
} catch (Exception e) {
Debug.LogError(e.Message);
TCPLocalConnection.sendMessage("Invalid Message");
}
}
private void playMove()
{
if (wonGame)
{
return;
}
if (moveQ.Count == 0)
{
TCPLocalConnection.sendMessage(formatBoard());
}
else
{
int[] tempMove = moveQ [0];
moveQ.RemoveAt(0);
makeMove(tempMove[0], tempMove[1]);
}
if (moveQ.Count == 0 && wonGame == false)
{
TCPLocalConnection.sendMessage(formatBoard());
}
}
public void victory()
{
wonGame = true;
TCPLocalConnection.sendMessage("Victory " + moveCounter);
}
private IEnumerator sendBoardToPlayer()
{
yield return(new WaitForSeconds(1));
TCPLocalConnection.sendMessage(formatBoard(currentBoard));
}
public void sendFreePressed()
{
TCPLocalConnection.sendMessage("Free " + freeInputField.text);
}
public void sendNextSim()
{
TCPLocalConnection.sendMessage(simList[simCounter++]);
print(simCounter);
}
private IEnumerator sendBoardToPlayer()
{
yield return(new WaitForSeconds(1));
TCPLocalConnection.sendMessage("Welcome");
}
private void readTCPMsg(ReceivedLocalMessage inMsg)
{
APIMsgConclusion outMsg = APIRouter.handleIncomingMsg(inMsg.message);
TCPLocalConnection.sendMessage(outMsg.msg);
}
private void handlePing(NetworkMessage msg)
{
TCPLocalConnection.sendMessage("PING Response");
}
public void gameOver(int moves)
{
console.text = "Victory!\nSteps: " + moves.ToString();
TCPLocalConnection.sendMessage("Victory " + moves.ToString());
victory = true;
}
private void victory()
{
wonGame = true;
consoleText.text = "Victory in " + moveCounter + " moves!";
TCPLocalConnection.sendMessage("Victory " + moveCounter);
}