// Test.cpp : 定义控制台应用程序的入口点。//#include "../I_Timer.H"#include 
     
      void onTimer1(){    std::cout << "onTimer1,it should pass 1 s!" << std::endl;}void onTimer2(){    std::cout << "onTimer2,it should pass 2 s!*****" << std::endl;}void onTimer_chen(){    std::cout << "onTimer_chen,it should pass 3 s!***************" << std::endl;}int main(int argc, char* argv[]){        I_TimerFactory* tf = NEW(TimerFactory);//    auto tm01 = tf->createTimer();#if 1    auto myTimer1 = /*Timer::createTimer();*/tf->createTimer();    auto myTimer2 = /*Timer::createTimer();*/tf->createTimer();    auto myTimer_chen = /*Timer::createTimer();*/tf->createTimer();        myTimer1->regTimer(boost::bind(onTimer1));    myTimer1->setInterval(1000);    myTimer1->start();    myTimer2->regTimer(boost::bind(onTimer2));    myTimer2->setInterval(2000);    myTimer2->start();    myTimer_chen->regTimer(boost::bind(onTimer_chen));    myTimer_chen->setInterval(3000);    myTimer_chen->start();            //tf->driveTimer();    for (int i=0;i<10;++i)    {        tf->driveTimer();        boost::this_thread::interruptible_wait(1000);        std::cout<<1<
      
       stop();            for (int i=0;i<100;++i)    {        tf->driveTimer();        boost::this_thread::interruptible_wait(100);    }    // 析构会反注册    myTimer2 = tf->createTimer();    myTimer2->regTimer(boost::bind(onTimer2));    myTimer2->setInterval(2000);    myTimer2->start();    getchar();    std::cout << std::endl << "123456897*" << std::endl;#if 0    // 也可以移入其他线程驱动    // 不推荐，非线程安全    boost::thread thrd([](){        std::cout << "other thread drive!" << std::endl;        for (int i=0;i<100;++i)        {            tf->driveTimer();            boost::this_thread::interruptible_wait(100);        }    });#endif    //    thrd.join();#endif    std::cout << std::endl << "---------------------*" << std::endl;    return 0;}
      
     

一直搞不懂这个定时器怎么用的，正好程序里面有个例子，实验了一下

主要是这个drive(),这个定时器需要自己调用drive驱动

tf->driveTimer(); boost::this_thread::interruptible_wait(100);

interruptible_wait表示等待100ms，如果时间是100ms，就没有定时器到时间，1000ms则每次myTimer1总会执行，myTimer2，myTimer2则不一定,2000ms则myTimer1,myTimer2则每次执行， myTimer3不一定，3000ms则三个定时器都会执行，看这个wait时间的多少。时间少了就没有定时器执行，多了则都会执行。具体程序中用，还需研究。