/// <summary>
/// We will receive the player's name and assign an ID number
/// At this time we will also send to the client world size, the ID number
/// and the walls
/// </summary>
/// <param name="client"></param>
private void GetPlayerInfo(SocketState client)
{
//Check if error occured and write message to console
if (client.ErrorOccured)
{
Console.WriteLine(client.ErrorMessage);
}
//Set the new callback action
client.OnNetworkAction = GetActionDataFromClient;
//Get the player name
string playerName = client.GetData().Trim('\n');
//Create a new tank representing the player at a random location
Tank newPlayer = new Tank(playerNumber, playerName, RandomLocationGenerator())
{
//Allows the tank to fire upon spawn
FrameCount = framesBetweenShot + 1
};
//We don't spawn on walls or powerups
while (CheckForCollision(newPlayer, 1))
{
newPlayer.Location = new Vector2D(RandomLocationGenerator());
}
//Add player to our connections
lock (connections)
{
//Send ID and worldsize info
Networking.Send(client.TheSocket, playerNumber.ToString() + "\n" + serverWorld.Size.ToString() + "\n");
//Add socket state to the collection of players with their ID number
connections.Add(client, playerNumber);
}
Console.WriteLine("Player " + playerNumber.ToString() + ": " + playerName + " has connected.");
//Add player to server world
lock (serverWorld.Tanks)
{
serverWorld.Tanks.Add(newPlayer.GetID(), newPlayer);
//Increase player ID number
playerNumber++;
}
//Create a string builder info to serialize and send all the walls
StringBuilder wallinfo = new StringBuilder();
foreach (Wall wall in serverWorld.Walls.Values)
{
wallinfo.Append(JsonConvert.SerializeObject(wall) + "\n");
}
//Send walls to the client
Networking.Send(client.TheSocket, wallinfo.ToString());
//Empty the socket state of data
client.ClearData();
//Begin receive loop
Networking.GetData(client);
}
