包含线程和方法调用堆栈框架。
图1中还描述了用于观察执行程序行为的分析框架，通过周期性地对线程取样找出频繁执行的方法。
Also depicted in Figure 1 is the profiling framework that observes the executing program's behaviour by periodically sampling the threads to find frequently executing methods.
通过选择一个调试目标，或者调试视图中的任意其构件(例如，线程、栈框架)，可以激活一个调试操作。
A debug session is made active by selecting the debug target, or any of its components (for example, threads, stack frames) in the debug view.
该框架的当前版本还存在线程安全问题。
Thread safety in the current version of the framework is also questionable.
它可以显示每个调试目标中挂起线程的堆栈框架。
It displays the stack frame for the suspended threads for each target you're debugging.
反过来，对于每一个暂停的线程，可以看到一系列的栈框架，代表了访问的层级结构。
In turn, for each suspended thread, a list of stack frames is visible, representing the call hierarchy.
开箱即用的实现就是。NET的线程池系统以及使用了异步上下文的框架。
Out of the box you one based on.net's thread pool system and one that USES the synchronization context framework.
Linux内核提供了一个轻量级进程框架来创建线程；实际的线程在用户空间中实现。
The Linux kernel provides a lightweight process framework for creating threads; the actual thread implementation is in the user space.
对异步通信模型支持的缺乏，会对客户端开发、与Web框架的集成、标记库的使用、IDE的使用以及线程的行为有影响。
Lack of support for the asynchronous communication model can have an impact on client-side development, integration with Web frameworks, use of tag libraries, ide use, and threading behavior.
这是可以接受的，因为我们的测试框架不是多线程的或可重入的。
It is acceptable because our test framework is not multithreaded or reentrant.
和大多数单元测试框架不同，Silverlight使用的那个单元测试框架运行在相同线程上，因此你不能阻止它等待服务调用的返回。
And unlike most unit testing frameworks, the one used for Silverlight runs on the same said thread so you cannot block it while waiting for the service call to return.
另一方面，不用牺牲性能和可伸缩性，Node的请求就可以延长一段时间，因为Node是个完全异步、单线程、单进程的框架。
On the other hand, in Node requests can extend for long periods of time without sacrificing performance or scalability, as it's a fully asynchronous, single-threaded, single-process framework.
NET框架文档指出System. Timers .Timer类是一个服务器定时器，是为多线程环境进行设计和优化。
The.net Framework documentation refers to the System.Timers.Timer class as a server-based timer that was designed and optimized for use in multithreaded environments.
内容路由服务器，存在频繁的数据库操作，通过线程池框架，实现数据库的非阻塞操作。
There are frequent operations on database in the content router server, so non-blocking operations on database are implemented by thread pool framework.
为了实现这一算法，本文设计了一种用户级的应用线程调度框架。
In order to implement this algorithm, this paper designed a user-level thread scheduling application framework.
在这个框架中，我们采用程序划分的方法来解决同步不同的线程时面临的各种困难和议题。
In this framework, we use a program partitioning approach to tackle the problems and issues on synchronizing different threads.
本文也研究了分布式系统回卷恢复的实现问题，提出了多线程化的回卷恢复统一框架。
We also address the problems in implementation of rollback recovery in distributed systems, introducing a multithreading unified rollback recovery framework for various rollback recovery protocols.
当辅助线程完成一个框架后，UI 线程添加更改的矩形并取消锁定缓冲区。
When the worker thread has finished a frame, the UI thread adds changed rectangles and unlocks the buffer.
武士刀的灵活的基于节点框架，多线程的核心引擎与呈现紧密集成，让你更快的迭代得到焊点美观结果用更少的时间。
KATANA's flexible node-based framework, multi-threaded core engine and tight integration with rendering let you iterate faster to get great-looking results on high-complexity shots in less time.
武士刀的灵活的基于节点框架，多线程的核心引擎与呈现紧密集成，让你更快的迭代得到焊点美观结果用更少的时间。
KATANA's flexible node-based framework, multi-threaded core engine and tight integration with rendering let you iterate faster to get great-looking results on high-complexity shots in less time.
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