采用这种方式配置的计时器尽可能等待服务作出响应。
Timers configured in this manner give the service every opportunity to respond.
所有线程已启动后，将等待30秒再启动计时器。
After all of the threads are started, plus a 30 second wait, the timer is started.
它与计时器解决方案的主要差异是命令排队等待，如果必须把处理发送回队列等待下一次运行，那么execute方法返回True。
The main differences with the timer solution are that commands are queued and the execute method returns True if the process must be sent back to the queue for another round.
最后，用户可以通过调用timer _pending(如果正在等待，将返回1)来发现计时器是否正在等待(还没有发出)。
Finally, users can determine whether the timer is pending (yet to fire) through a call to timer_pending (1 is returned if the timer is pending).
增加“被伤害”摧毁计时器，当每次你受到攻击，需要再等待20秒才可以摧毁物品。
Added a "damaged" destroy timer. Each time you get hit you need to wait 20 seconds before you can destroy anything.
其内部主要由DMA控制器(82c37)、中断控制器(82c59)、可编程间隔计时器(82c54)，DRAM刷新控制器，等待状态产生器，系统重置电路组成。
It is mainly composed of DMA controller (82c37), interrupt controller (82c59), programmable interval timers (82c54), DRAM refresh control, wait state generator and system reset logic.
其内部主要由DMA控制器(82c37)、中断控制器(82c59)、可编程间隔计时器(82c54)，DRAM刷新控制器，等待状态产生器，系统重置电路组成。
It is mainly composed of DMA controller (82c37), interrupt controller (82c59), programmable interval timers (82c54), DRAM refresh control, wait state generator and system reset logic.
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