Example #1
0
/*高速缓冲保存线程*/
void CacheProc(DWORD interval)
{
	for (;;)
	{
		KSleep(interval);
		SaveCache();
	}
}
Example #2
0
int KibaMain(int argc, char** argv)
{
    TestServer srv;

    if (!srv.Init("TestServer.xml"))
        return -1;

    SLogService::GetSingleton().GetLogger()->SetConsoleShow(true);
    SLogService::GetSingleton().GetLogger()->Info("%s is running ...", srv.GetName().c_str());

    while (srv.IsRunning())
    {
        //SLogService::GetSingleton().GetLogger()->Info("Time tick");

        srv.Tick();

        CheckInput();

        if (!g_running)
        {
            SLogService::GetSingleton().GetLogger()->Info("Stop");

            srv.Stop();
            break;
        }

        if (g_reloadconfig)
        {
            SLogService::GetSingleton().GetLogger()->Info("ReloadConfig");

            srv.ReloadConfig();
            g_reloadconfig = false;
        }

        if (g_showconnnum)
        {
            srv.ShowConnNum();
            g_showconnnum = false;
        }

        KSleep(100);
    }

    srv.Final();

    return 0;
}
Example #3
0
int main(int argc, char *argv[])
{
	TM nowtime;

	if (GDIinit() != NO_ERROR)
		return NO_ERROR;
	for(;;)
	{
		float i, tmphor;
		TMCurTime(&nowtime);
		//背景
		GDIFillRect(GDIwidth - CLOCK_WID, 0, CLOCK_WID, CLOCK_WID, 0);
		//表盘
		GDIcircle(CLOCK_X, CLOCK_Y, CLOCK_R, 0xFFFFFF);
		//刻度
		for (i = 0.f; i < 12.f * PI / 6.f; i += PI / 6.f)
		{
			float cosa, sina;

			cosa = cos(i);
			sina = sin(i);
			GDIDrawLine(CLOCK_X + (long)(CLOCK_R * cosa), CLOCK_Y + (long)(CLOCK_R * sina), CLOCK_X + (long)((CLOCK_R - 3) * cosa), CLOCK_Y + (long)((CLOCK_R - 3) * sina), 0xFFFFFF);
		}
		GDIDrawStr(CLOCK_X + CLOCK_R - 8, CLOCK_Y - 6, "3", 0xFFFFFF);
		GDIDrawStr(CLOCK_X - 2, CLOCK_Y + CLOCK_R - 15, "6", 0xFFFFFF);
		GDIDrawStr(CLOCK_X - CLOCK_R + 5, CLOCK_Y - 6, "9", 0xFFFFFF);
		GDIDrawStr(CLOCK_X - 5, CLOCK_Y - CLOCK_R + 3, "12", 0xFFFFFF);
		//指针
		tmphor = (nowtime.hor + (float)nowtime.min / 60.f) * PI / 6.f;
		GDIDrawLine(CLOCK_X, CLOCK_Y, CLOCK_X + 15.f * sin(tmphor), CLOCK_Y - 15.f * cos(tmphor), 0xFFFFFF);
		GDIDrawLine(CLOCK_X, CLOCK_Y, CLOCK_X + 20.f * sin(nowtime.min * PI / 30.f), CLOCK_Y - 20.f * cos(nowtime.min * PI / 30.f), 0xFFFFFF);
		GDIDrawLine(CLOCK_X, CLOCK_Y, CLOCK_X + 25.f * sin(nowtime.sec * PI / 30.f), CLOCK_Y - 25.f * cos(nowtime.sec * PI / 30.f), 0xFFFFFF);
		KSleep(100);
	}

	GDIrelease();
	return NO_ERROR;
}