IOCP是怎样工作的？
Four thorny IOCP coding hassles and their solutions.
四个棘手的IOCP编码问题和解决方法。
By using IOCP, we can overcome the "one-thread-per-client" problem.
通过使用IOCP，我们能够克服“一个线程每客户”的问题。
The source code USES Winsock 2.0 and the IOCP technology, and requires.
l源代码使用Winsock 2.0和IOCP技术，并且要求。
There are some problems that arise while using IOCP, some of them are not intuitive.
使用IOCP会遇到一些问题，有些问题并不直观。
Find the GPFS and tsamp filesets installed, and find if iocp is available: LSLPP.
查找所安装的gpfs和tsamp文件集，测试iocp是否可用：lslpp。
There are some problems that arise while using IOCP, some of them are not intuitive.
也有一些问题，出现在使用IOCP，其中有些人是不直观。
This source code uses the advanced IOCP technology which can efficiently serve multiple clients.
这份源码使用了高级的IOCP技术，该技术可以高效的服务于多客户端。
This source code uses the advanced IOCP technology which can efficiently serve multiple clients.
这源代码使用了先进的IOCP技术，它可以有效地服务多个客户。
The IOCP technology is widely used for different types of high performance servers as Apache etc.
IOCP技术被广泛应用在各种类型的高效服务端，例如Apache等。
Using IOCP - the disadvantage of this approach is that there are many practical thorny programming problems that must be solved.
使用IOCP—这种方式的缺点是必须解决很多实际的棘手的编程问题。
The goal of the source code is to provide a set of simple classes that handle all the hassled code that has to do with IOCP.
源码的目标是提供一系列简单的类来处理所有IOCP编码中的问题。
But if we want to use the IOCP server's full potential, we should have several pending asynchronous reads waiting for data to arrive.
但是，假若我们想全部利用IOCP服务器的潜力，我们应该有很多的异步读操作等待数据的到达。
Using IOCP - the disadvantage of this approach is that there are many practical thorny programming problems that must be solved.
使用IOCP-这种办法的缺点是，有许多实际棘手的规划问题，必须加以解决。
You can use your socket handle as the completion key when you register the socket with the IOCP to provide per handle information.
当你把某个套接字和IOCP 关联，你可以用套接字句柄作为完成键去提供单句柄信息。
But if we want to use the IOCP server's full potential, we should have several pending asynchronous reads waiting for data to arrive.
但是，如果我们想要使用IOCP服务器的全部潜力，我们应该有一些悬而未决的异步读取等待数据的到来。
This article focuses on the practical solutions that arise with the IOCP programming API, and also presents an overall documentation of the source code.
文章主要关注利用IOCP应用API函数的实际解决方案，也提供了一个全面的代码文档。
We have already stated that IOCP is nothing but a thread synchronization object, similar to a semaphore, therefore IOCP is not a sophisticated concept.
我们已经知道，IOCP仅仅是一个线程同步对象，有点像信号量(semaphore)，因此IOCP并不是一个难懂的概念。
We have already stated that IOCP is nothing but a thread synchronization object, similar to a semaphore, therefore IOCP is not a sophisticated concept.
我们已经说过，IOCP只不过是线程同步对象，类似的信号，因此IOCP不是一个复杂的概念。
This article focuses on the practical solutions that arise with the IOCP programming API and also presents an overall documentation of the source code.
本文的重点是切合实际的解决办法产生的IOCP编程的API，同时也提出了一个总体文件的源代码。
This article focuses on the practical solutions that arise with the IOCP programming API, and also presents an overall documentation of the source code.
本文的重点是切合实际的解决办法产生的IOCP编程的API，同时也提出了一个总体文件的源代码。
IOCP presents an efficient solution to the "one-thread-per-client" bottleneck problem (among others), using only a few processing threads and asynchronous input/output send/receive.
IOCP提供了一个有效的解决办法“一个线程每客户”的瓶颈问题（等等） ，只用少数的处理线程和异步输入/输出传送/接收。
In this article we will briefly present the IOCP technology provided by Winsock API 2.0 and also explain the thorny problems that arise while coding and the solution to each one of them.
在本文中，我们将简要地介绍IOCP技术所提供的API 2.0Winsock的，也解释了棘手问题而产生的编码和解决每其中之一。
In this article we will briefly present the IOCP technology provided by Winsock API 2.0 and also explain the thorny problems that arise while coding and the solution to each one of them.
在本文中，我们将简要地介绍IOCP技术所提供的API 2.0Winsock的，也解释了棘手问题而产生的编码和解决每其中之一。
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