bool Client::startLoop()
{
while (_step != GAME_STEP)
if (getAns() == false)
return false;
startAI();
return true;
}
void microMouseServer::connectSignals()
{
//connect all signals
connect(ui->menu_loadMaze, SIGNAL(triggered()), this, SLOT(loadMaze()));
connect(ui->menu_saveMaze, SIGNAL(triggered()), this, SLOT(saveMaze()));
connect(ui->menu_connect2Mouse, SIGNAL(triggered()), this, SLOT(connect2mouse()));
connect(ui->menu_startRun, SIGNAL(triggered()), this, SLOT(startAI()));
connect(_comTimer, SIGNAL(timeout()), this, SLOT(netComs()));
connect(_aiCallTimer, SIGNAL(timeout()), this, SLOT(studentAI()));
connect(this->maze, SIGNAL(passTopWall(QPoint)), this, SLOT(addTopWall(QPoint)));
connect(this->maze, SIGNAL(passBottomWall(QPoint)), this, SLOT(addBottomWall(QPoint)));
connect(this->maze, SIGNAL(passLeftWall(QPoint)), this, SLOT(addLeftWall(QPoint)));
connect(this->maze, SIGNAL(passRightWall(QPoint)), this, SLOT(addRightWall(QPoint)));
connect(this->maze, SIGNAL(takeBottomWall(QPoint)),this,SLOT(removeBottomWall(QPoint)));
connect(this->maze, SIGNAL(takeTopWall(QPoint)),this,SLOT(removeTopWall(QPoint)));
connect(this->maze, SIGNAL(takeLeftWall(QPoint)),this,SLOT(removeLeftWall(QPoint)));
connect(this->maze, SIGNAL(takeRightWall(QPoint)),this,SLOT(removeRightWall(QPoint)));
}
