It represents coffee machine timer Settings.
它表示咖啡机定时器的设置。
Listing 12 shows the code for the timer.
清单12显示了定时器的代码。
Let's now look at the API for this timer implementation.
现在我们查看一下针对这个计时器实现的API。
Nor do browsers pass any information about the timer event to these functions.
浏览器并不将关于计时器事件的任何信息传递给这些函数。
This code creates a timer when the user presses a key.
此代码在用户按键时创建一个计时器。
Instances of this timer class can be safely accessed from multiple threads.
该定时器类的实例能够被多个线程安全地访问。
Browsers are single threaded, so you can't rely on the timer.
浏览器是单线程的，因此不能依赖于定时器。
If your application domain unloads, the timer instance will stop firing its events.
如果应用程序域卸载，该计时器实例将停止激发事件。
Once this single timer event occurs, the timeout request is considered completed.
一旦发生这个唯一的计时器事件，则将该超时请求视为已完成。
Setting timers and hooking timer events.
设置计时器并连接计时器事件。
For example, KKEY_TRB might be unnecessary because your code does not use timer services.
例如，KKEY _ TRB可能是不必要的，因为您的代码并不使用计时器服务。
Timers are an integral part of any operating system, and you'll find multiple timer mechanisms.
计时器是所有操作系统的一个必要组成部分，您将发现多个计时器机制。
This is fundamentally "Scenario 2" with the desire to filter out certain timer events.
这实际上就是“场景2”，不过希望从中筛选掉特定的计时器事件而已。
When the timer goes off, you’re done — move on to the next project or task.
当计时器走完的时候，你也完成了，然后转到下个项目。
A timer helps to assure you that you have not meditated too long.
计时器能够帮助你确认并没有冥想过久。
Instead, the timer remained in a suspended state while the UI thread was sleeping.
然而，当UI线程在睡眠时定时器却保持挂起状态。
And because of the update timer, each user can see the moves made by the other.
由于更新定时器的存在，每个用户都能看到对方的举动。
While this approach works, it adds complexity to the system compared to using timer nodes.
虽然这个方法可以正常工作，但与使用计时器节点相比，它增加了系统的复杂性。
This information let us determine if we are processing the last timer event for a given request.
可利用此信息确定是否在处理给定请求的最后一个计时器事件。
Interval is the time in seconds between timer events.
Interval是计时器事件之间的时间间隔，以秒为单位。
And finally, once your timer has reached its end, the task will be carried out automatically.
最后，当你的计时器达到终点的时候，任务就会立即执行。
It consists of functions (and helper functions) for timer creation, cancellation, and management.
它包含一些函数(和助手函数)，用于创建、取消和管理计时器。
Once you've done that, you can increase the intervals on your timer, and work until you want to.
一旦你能做到了，你就可以增加计时器的时间，一直工作到你想停下为止。
I'd like to say that this is the best of all timer classes, but that would be misleading.
我愿意说这是所有定时器类中最好的一个，但这会引起误导。
This example shows how you can request a timer to begin at a certain date and time.
此示例演示了如何请求计时器在特定日期和时间启动。
Listing 1 provides a simple kernel module that demonstrates the core aspects of the simple timer API.
清单1提供了一个简单的内核模块，用于展示简单计时器api的核心特点。
The timer control that is located on the Components TAB can be safely used in any class.
在组件页上的定时器控件可以被安全的用在任何类中。
Tcp_slowtimo: It's invoked every 500ms and implements the slow timer.
tcp_slowtimo：每500毫秒调用它一次，并实现了慢速计时器。
Most browsers show some variance in timer delays when dealing with 10 milliseconds or smaller.
大多数浏览器在定时器延时小于10毫秒时表现出差异性。
The SGSN supervises the paging procedure with a timer.
SGSN通过一个计时器来监管寻呼流程。
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