实现了以下功能的代码：针对所有三种浏览器事件模型连接鼠标事件，启动和取消两种类型的计时器，并连接它们的计时器事件。
You implemented code to: hook cursor events for all three browser event models, start and cancel both types of timers, and hook their timer events.
对于可以连接到计时器节点启动的消息流中的节点并没有任何限制。
There are no restrictions on the nodes that can be wired into a message flow that is initiated by a timer node.
但假定代理停止工作15分钟，而设置了一个每分钟进行一次计时的计时器，代理是否会在重新启动时创建15条计时器消息？
But suppose the broker was down for 15 minutes and we set up a timer for once every minute, will the broker create 15 timer event messages when it restarts?
此示例演示了如何请求计时器在特定日期和时间启动。
This example shows how you can request a timer to begin at a certain date and time.
更好的方法是启动计时器，并且使计时器不时地提醒事件线程去查看中间区域，以寻找更新。
A better approach is to start a timer, and have timer poke the event thread every so often to go look at the staging area for updates.
在重新传输计时器不可能计时到期的情况下，使用这一方法来进行启动或者停止是最有效的。
This method works best for start or stop cases where the retransmission timer never expires.
现在，程序可以接受请求了，重新装载计时器也启动了。
At this point, the program is ready to accept requests, but the reload timer is also in operation.
然后，它取消断续器，启动一个计时器来显示工具提示，并转换到Display状态。
Then it will cancel the ticker, start a timer to display the tooltip, and transition to display State.
最后，我们启动了一个计时器处理程序(如清单6所示)来处理以下场景：Web服务客户机回调处理程序一直没有被调用，这将导致一个超时。
Finally, we start a timer handler, as shown in Listing 6, to handle the scenario where the Web service client callback handler is never called, which will result in a timeout.
最后，使用此前创建的ktime值启动计时器。
Finally, you start the timer using your previously created ktime value.
当发生mouseout事件时，代码调用一个函数，它会取消本节前面启动的计时器，然后转换回Inactive状态。
When a mouseout event occurs, your code will call a function that cancels the timer started earlier in this section, and then transitions back to Inactive state.
当发生timeout事件时，将取消任何正在运行的计时器，创建一个初始不透明度为0的工具提示，启动一个断续器，并转换到FadeIn状态。
Or, when a timeout event occurs, you will cancel any timer that might be running, create the tooltip with an initial opacity of zero, start a ticker, and transition to FadeIn state.
计时器节点与外部流启动方法的比较。
计时器被初始化之后，就可以通过hrtimer_start启动。
Once a timer has been initialized, it can be started with hrtimer_start.
在这瞬间，计时器就会启动，在它击断铁丝ii时，计时器就会停止。
At that moment, the timer starts and then it breaks this wire and that's when the timer stops.
考虑一下只有自动化或者紧密控制的流程，才能给您带来可重复的代码；人类并不擅长记住启动或者终止计时器。
Consider that only automated or tightly controlled processes can give you repeatable metrics; humans aren't good at remembering to stop and start stopwatches.
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.
由于“Timeout Notification_Start”节点将始终在代理重新启动(或消息流重新启动)后生成一个事件，因此不需要保持此计时器。
Since the "TimeoutNotification_Start" node will always generate an event after the broker restarts (or a message flow is restarted), there is no need to persist this timer.
使用序列'b '发送一个分段，并且启动重新传输计时器。
A segment is sent with sequence 'b' and the retransmission timer is started.
通过这些节点，可以基于计时器事件启动消息流。
These nodes let you start message flows based on timer events. There are of course other ways to start message flows
如果你停止按钮，它会改变，并重新启动该计时器将停止运行。
If you click on the stop button, it will change back to Start and the timer will stop running.
进入这个房间的时候，你已经启动了你面前门上的计时器。
By entering this room, you have started a timer on the door in front of you.
活动可设定时发生的一个条件得到满足例如，激活接力高报警，计时器开始批量启动或添加讯息显示了通信通道超时；
Events can be set to occur when a condition is met eg activate a relay on high alarm, start a timer on batch start or add a message to the display on a comms channel timeout;
更改计时器的启动时间和方法调用之间的间隔，用64位有符号整数度量时间间隔。
Changes the start time and the interval between method invocations for a timer, using 64-bit signed integers to measure time intervals.
每台电机均配置电钟电机运行计时器，由电机启动器辅助接点驱动。 收藏。
Clock motor operated running time meter furnished for each motor and actuated by motor starter auxiliary contacts.
使过电压标志置位启动延迟计时器。
典型的异动可以想像成是启动计时器、要求网页、要求另一个网页，然后结束计时器的过程。
You can think of a typical transaction as starting a timer, requesting a page, requesting another page, and then ending the timer.
典型的异动可以想像成是启动计时器、要求网页、要求另一个网页，然后结束计时器的过程。
You can think of a typical transaction as starting a timer, requesting a page, requesting another page, and then ending the timer.
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