void Update()
{
if (!boardRestrict)
{
foreach (Vector3 vec in walles)
{
Instantiate(wall, vec, initializingRotation);
}
foreach (Vector3 vec in stones)
{
Instantiate(stone, vec, initializingRotation);
}
foreach (Vector3 vec in waters)
{
Instantiate(water, vec, initializingRotation);
}
boardRestrict = true;
}
while (coinsToDraw.Count > 0)
{
CoinInner c = coinsToDraw[0];
coinsToDraw.RemoveAt(0);
GameObject game = Instantiate(coin, c.getPosition(), initializingRotation) as GameObject;
//Send data to coin. So that it can work independently later
game.SendMessage("setValues", new int[] { c.getTimeLeft(), c.getCoinValue() });
UnityEngine.Debug.logger.Log("Coin " + c.getX() + "," + c.getY() + " " + c.getCoinValue() + " time" + c.getTimeLeft());
}
while (healthToDraw.Count > 0)
{
HealthInner c = healthToDraw[0];
healthToDraw.RemoveAt(0);
GameObject game = Instantiate(health, c.getPosition(), initializingRotation) as GameObject;
//Send data to coin. So that it can work independently later
game.SendMessage("setValues", c.getTimeLeft());
UnityEngine.Debug.logger.Log("Health " + c.getX() + "," + c.getY() + " time" + c.getTimeLeft());
}
}
void listen()
{
try
{
// create listener with ip and port
var listener = new TcpListener(IPAddress.Parse("127.0.0.1"), 7000);
listener.Start();
// continous listening
while (true)
{
// We will store the textual representation of the bytes we receive.
string value;
// Accept the sender and take message as a stream.
using (var networkStream = listener.AcceptTcpClient().GetStream())
{
// Create a memory stream to copy the message.
var bytes = new System.Collections.Generic.List <byte>();
int asw = 0;
while (asw != -1)
{
asw = networkStream.ReadByte();
bytes.Add((Byte)asw);
}
// Convert bytes to text.
value = Encoding.UTF8.GetString(bytes.ToArray());
}
String[] datas = value.Split(':');
UnityEngine.Debug.logger.Log(datas[0] + " " + value);
// wall data
if (datas[0].Equals("I"))
{
String walls = datas[2];
walles = getVecotors(walls);
String stone = datas[3];
stones = getVecotors(stone);
String water = datas[4].Trim();
//At the end String there are unwanter characters. one is # and other is a unicode
water = water.Substring(0, water.Length - 2);
waters = getVecotors(water);
boardRestrict = false;
}
// coin data
else if (datas[0].ToUpper().Equals("C"))
{
String[] cod = datas[1].Split(',');
Vector3 coinPosition = new Vector3(Int32.Parse(cod[0]), -Int32.Parse(cod[1]));
int coinCountTime = Int32.Parse(datas[2]);
datas[3] = datas[3].Trim();
datas[3] = datas[3].Substring(0, datas[3].Length - 2);
int coinValue = Int32.Parse(datas[3]);
CoinInner o = new CoinInner(coinPosition, coinValue, coinCountTime);
coinsToDraw.Add(o);
//UnityEngine.Debug.logger.Log("Coin " + coinPosition.x+","+coinPosition.y+" "+coinValue+" time"+coinCountTime);
}
// health data
else if (datas[0].ToUpper().Equals("L"))
{
String[] cod = datas[1].Split(',');
Vector3 healthPosition = new Vector3(Int32.Parse(cod[0]), -Int32.Parse(cod[1]));
datas[2] = datas[2].Trim();
datas[2] = datas[2].Substring(0, datas[2].Length - 2);
int healthCountTime = Int32.Parse(datas[2]);
HealthInner he = new HealthInner(healthPosition, healthCountTime);
healthToDraw.Add(he);
//UnityEngine.Debug.logger.Log("Health " + healthPosition.x + "," + healthPosition.y + " " + healthCountTime);
}
// Call an external function (void) given.
//else if (datas[0].ToUpper().Equals("P"))
//{
//Debug.logger.Log(datas.ToString());
// Tank Status Update [Pn;x,y;d;shot;health;coins;points]
/*var state = d.Split(';');
* var currentTank = tanks[int.Parse(state[0].Substring(1))];
* currentTank.x = int.Parse(state[1].Split(',')[0]);
* currentTank.y = int.Parse(state[1].Split(',')[1]);
* currentTank.direction = (Direction)int.Parse(state[2]);
* currentTank.isShot = int.Parse(state[3]) == 1;
* currentTank.health = int.Parse(state[4]);
* currentTank.coins = int.Parse(state[5]);
* currentTank.points = int.Parse(state[6]);*/
//}
}
}
catch (Exception ex)
{
Console.WriteLine("Exception occured");
}
}