system io pipes

For the basic usage of pipelines, see system. Io. Use pipelines for inter-process communication (system. Io. Pipes ). This section describes how to use named pipes. In this example, several clients obtain the newly generated int type ID through a

Pipelines are used to communicate between processes on the same machine or between different machines in the same network. You can use anonymous pipelines and named pipelines in. net. Pipeline-related classes are in the system. Io. Pipes namespace ..

Co-process: switch on IO operation.But when do you cut it back? How do I know I'm done with IO?Many programmers might consider using a "thread pool" or "Connection pool." The thread pool is designed to reduce the frequency of creating and destroying

Original address: http://www.cnblogs.com/yukaizhao/archive/2011/08/04/system-io-pipes.htmlNamed pipes:Named pipes are more powerful than anonymous pipes and can be used to make duplex communication between processes (that is, the two processes that

J2SE Knowledge Points Induction Note (vii)---Java IO Part 2: Get keyboard input and IO Flow system diagram--Reprint Please specify Source: Coder-pigIntroduction to this section:Well, in the previous section we have introduced the use of file and

Stream definition in msdn: provides a general view of the byte sequence (provides a generic view of a sequence of bytes ). This explanation is too abstract and not easy to understand. It is easier to understand stream's literal meaning "River, water

OverviewIn contact with network programming, we often deal with various IO-related concepts: synchronous (synchronous), asynchronous (asynchronous), blocking (blocking), and non-blocking (non-blocking). On the difference of concept see a friend

In Linux operating systems, files are the most basic and most important abstraction, and Linux follows the philosophy of all documents. According to different attributes, the file can be divided into ordinary files and special files. Special files

I. Io, synchronous IO, and asynchronous IOIo is the input/output in the computer, that is, input and output. Because the program and runtime data resides in memory and is executed by the CPU, an ultra-fast compute core, where the data is exchanged,

Io is the input/output in the computer, that is, input and output. Because the program and runtime data resides in memory and is executed by the CPU, an ultra-fast compute core, where the data is exchanged, usually a disk, a network, and so on,