Working example of porting a multithreaded application.
移植多线程应用程序的工作示例。
We will learn what an event object is and how to use it in a multithreaded program.
我们将学习什么是一个事件对象和如何在多线程程序中使用它。
Thread ID: Enterprise applications are often executed in a multithreaded environment.
线程ID：企业级的应用程序通常都是在多线程的环境中运行的。
Use Load and a staging table or a multithreaded application to achieve Insert parallelism.
使用Load和staging表或多线程应用程序，以实现Insert的并行性。
Default is 5 as per most user's need, as now a day its normal to have a multithreaded app.
默认为5，根据大多数用户的需要，现在一天正常有一个多线程应用程序。
Debugging a multithreaded application that has a user interface can be especially difficult.
侦错具有使用者介面的多执行绪应用程序可能会特别地困难。
To enforce this guarantee in a multithreaded environment requires a lock to synchronize threads.
要在多线程环境中强制此保证，需要一个锁来同步线程。
Pthread -qthreaded or _r invocation mode Creates programs running in a multithreaded environment.
pthread- qthreaded或_ r调用模式创建在多线程环境中运行的程序。
There are some restrictions on what you can do in a multithreaded program written with the MFC library.
在用MFC库编写的多线程程序中有一些操作限制。
For example, suppose you wanted to create a facility for managing debugging information in a multithreaded application.
例如，假设您想创建一个用于管理多线程应用程序调试信息的工具。
This could cause major problems in a multithreaded scenario, however, as two TransactionScopes could clobber each other.
然而，在多线程情况下，这可能会引发重大问题，因为两个TransactionScope可能会相互攻击。
Let's say you're developing a multithreaded code tracer whose goal is to uniquely identify each thread's path through your code.
比方说您在开发一个多线程代码跟踪器，其目标是通过您的代码惟一标识每个线程的路径。
When creating a multithreaded application, you should be very careful in using multiple threads to manipulate the same object.
创建多线程应用程序时，使用多线程处理同一对象一定要非常小心。
This article, the first in a two-part series, discusses the design of concurrent data structures in a multithreaded environment.
本文是两篇系列文章的第一篇，讨论如何在多线程环境中设计并发数据结构。
The Tivoli ARM engine is a multithreaded application implemented as the tapmagent file (tapmagent.exe on Microsoft Windows platforms).
TivoliARM引擎是一个多线程应用程序，它使用tapmagent文件形式（在windows 平台下的 tapmagent.exe）。
In the following sections, you'll see how to store and retrieve the auto-saved form data and how to work with it in a multithreaded environment.
在接下来的章节中，您将看到如何存储和检索自动保存的表单数据以及如何在多线程的环境中使用表单数据。
In a multithreaded environment, a COBOL run unit is the portion of the process that includes threads that have been actively executing COBOL programs.
在一个多线程环境中，COBOL运行单元是进程的一部分，包括实际已经执行COBOL程序的线程。
Artifact analysers process the entire contents of a given artifact looking for common errors such as deadlocked threads in a multithreaded application.
工件分析器处理指定工件的完整内容，查找各种常见错误，例如多线程应用程序中的死锁线程。
Next time you find yourself considering (and perhaps shying away from) a multithreaded application design, you may want to turn instead to the JCSP library.
下次您会发现，在您自己考虑(也可能要在躲避)多线程应用程序设计时，您可能想转而采用jcsp库。
Instead of having a multithreaded job-processing application that runs forever and, thus, can never leak memory, you have a simple batch script that cron starts.
不需要编写一直运行的多线程的作业处理应用程序(因此不会有内存泄漏)，而是由cron启动一个简单的批处理脚本。
In a multithreaded scenario using IOCPs, the control flow of a thread function is not straightforward, because there is no relationship between threads and communications.
在一个多线程的情况下使用IOCPs，控制流动的一个线程函数不是简单的，因为没有任何关系，线程和通信。
A class that is not thread-safe can often be used safely in a multithreaded program as long as you ensure that instances of that class used by one thread are not used by other threads.
非线程安全类通常可以安全地在多线程程序中使用，只要您能确保一个线程所用的类的实例不被其它线程使用。
Secondly, the issue logic is not only the critical path in a superscalar microprocessor, but also critical to the performance of a multithreaded microprocessor with superscalar execution core.
其次，指令发射逻辑是超标量处理器中的关键路径，也是制约执行单元为超标量结构的多线程处理器主频提高的关键因素。
An example of a multithreaded application is a program that receives user input on one thread, performs a variety of complex calculations on a second thread, and updates a database on a third thread.
作为多线程应用程序的一个示例，某个程序在一个线程上接收用户输入，在另一个线程上执行多种复杂的计算，并在第三个线程上更新数据库。
While the thread pool is a powerful mechanism for structuring multithreaded applications, it is not without risk.
虽然线程池是构建多线程应用程序的强大机制，但使用它并不是没有风险的。
This type of infinite loops can sometimes occur due to multithreaded access into a Shared unsynchronized data structure.
这种类型的无限循环有时是由于多线程访问共享的不同步的数据结构造成的。
But multithreaded programming is notoriously hard to do correctly, so this limitation is not without a silver lining.
但是众所周知，多线程编程是很容易出错的，所以这个限制并不是一点益处都没有。
A primary concern in multithreaded programming is to make sure the program runs correctly — thread safe — in a system where multiple threads are executing.
多线程编程中的一个主要考虑是确保程序在执行多线程的系统中正确地——线程安全地——运行。
Studying concurrency bug patterns is a good way to discover the pitfalls of multithreaded programming and will help you master the subtleties of its idioms.
研究并发缺陷模式是一个发现多线程编程问题的好方法，也有利于掌握这些方法的微妙之处。
Currently the process has started to take up to 5 hours to complete, and my task is to make sure the application can run in a clustered, multithreaded environment.
目前，该流程从开始运行到结束要用5个小时，我的任务是确保该应用程序能在多线程群中运行。
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