public VisualizerHost(ExtendedRunnerModel extendedRunnerModel)
{
this.extendedRunnerModel = extendedRunnerModel;
this.extendedRunnerModel.WorldUpdated += OnWorldUpdated;
this.extendedRunnerModel.BeforeMove += BeforeMove;
this.extendedRunnerModel.AfterMove += AfterMove;
}
public void Run()
{
try {
remoteProcessClient.WriteTokenMessage(token);
remoteProcessClient.WriteProtocolVersionMessage();
int teamSize = remoteProcessClient.ReadTeamSizeMessage();
Game game = remoteProcessClient.ReadGameContextMessage();
ExtendedRunnerModel extendedRunner = new ExtendedRunnerModel(game);
VisualizerHost host = new VisualizerHost(extendedRunner);
host.Start();
MyStrategy[] strategies = new MyStrategy[teamSize];
for (int strategyIndex = 0; strategyIndex < teamSize; ++strategyIndex)
{
strategies[strategyIndex] = new MyStrategy(host.Visualizer);
}
PlayerContext playerContext;
while ((playerContext = remoteProcessClient.ReadPlayerContextMessage()) != null)
{
Wizard[] playerWizards = playerContext.Wizards;
if (playerWizards == null || playerWizards.Length != teamSize)
{
break;
}
extendedRunner.UpdatePlayerContext(playerContext);
extendedRunner.OnBeforeMove();
Move[] moves = new Move[teamSize];
for (int wizardIndex = 0; wizardIndex < teamSize; ++wizardIndex)
{
Wizard playerWizard = playerWizards[wizardIndex];
Move move = new Move();
moves[wizardIndex] = move;
strategies[wizardIndex].Move(playerWizard, playerContext.World, game, move);
}
remoteProcessClient.WriteMovesMessage(moves);
extendedRunner.OnAfterMove();
}
host.Stop();
} finally {
remoteProcessClient.Close();
}
}
