broken pipe

I have to say that I seldom have the use of multithreaded programming techniques in my work. Because I often use a framework like SSH to build an MVC architecture, I am more accustomed to writing boilerplate code that some good programmers despise. Recently read the text of the Sea of multi-threaded programming practical guide, instantly bright. I think there are a lot of things that I can learn, in fact, I have used the two-phase termination mode, serial closed mode, producer consumer mode, and

Angular2 pipeline Pipe and custom pipeline format data usage Example Analysis, angular2pipe This document describes how to use the Pipe of the Angular2 MPs queue and custom MPs queue format data. We will share this with you for your reference. The details are as follows: Pipeline (Pipe) can format the data according to the developer's wishes, and can also concate

Piping (pipe)In Linux, pipelines are also a kind of file, but more special, we can use the pipe function to create a pipeline, its prototype is declared as follows:# Inlcudeintpipe (int fields[2]); tune? Use the pipe function to open up in the kernel? A buffer (called a pipe)? For communication, does it have a read en

Organized from Network Unix IPC includes: pipelines, named pipelines (FIFO), and signals (Signal) Pipeline (pipe) Pipelines can be used for communications between kinship-related processes. Famous pipelines overcome the restriction that pipelines do not have a name. Therefore, in addition to the functions of pipelines, it also allows communication between unrelated processes; Implementation Mechanism: The pipeline is a buffer zone managed by the kern

Named pipes are information transfers from one process to another using kernel objects. Unlike a typical pipeline, named pipes can be called by different processes in different ways (across permissions, across languages, across platforms). As long as the program knows the name of the named pipe, the information sent to the named pipe can be read by all the programs that have the specified authorization, but

The earliest IPC form on UNIX systems is pipeline, and pipeline creation uses the pipe function: #include int pipe (int pipefd[2]); The function creates a one-way pipeline that returns two descriptors pipefd[0], and pipefd[1],pipefd[0] for read operations, Pipefd[1] for write operations. This function generally applies communication between a parent-child process (a relational process),

In Linux, processes are communicated in the form of signals, pipelines, shared memory, Message Queuing sockets, and so on. Where pipelines are the oldest form of communication between *nix systems, all *nix provide this type of communication. A pipe is a half-duplex communication mechanism, that is, it can only be read at one end and the other end to write; In addition, pipelines can only be used to communicate between two processes that have a common

This pipeline is not the one that UNIX uses for command line. Windows MPs queues can access named MPs queues on machines with names on the current machine or known machines. You can also create named MPs queues by yourself. A named pipe is the same as a server socket. It can perform listen and generate many instances to communicate with many clients. The main functions are: Callnamedpipe: connection, read, write, close, timeoutConnectnamedpipe: Waiti

1. View command: Man 2 pipe2. header file: #include 3, function prototype: int pipe (int pipefd[2]);A, pipefd[2]: Nameless Pipe Two file descriptor, array of type int, size is 2,pipefd[0] read end, pipefd[1] is write end4. Return value:Success: return 0Failure: Return-15. Function Features:The nameless pipe is the simplest way to communicate between one-to-one af

Java Nio 1 Java NIO Tutorial 2 Java NIO Overview 3 Java NIO Channel 4 Java NIO Buffer 5 Java NIO Scatter/gather 6 Java NIO Channel to channel transfers 7 Java NIO Selector 8 Java NIO FileChannel 9 Java NIO Socketchannel 10 Java NIO Serversocketchannel 11 java NIO Datagramchannel

I. inter-process communication Each process has a different user address space. The global variables of any process cannot be seen in another process. Therefore, to exchange data between processes, a buffer zone must be opened in the kernel through the kernel, process 1 copies data from the user space to the kernel buffer, and process 2 then reads data from the kernel buffer. This mechanism provided by the kernel is called inter-process communication (IPC, interprocess communication ). As shown