ci pipeline

Everything in OpenGL is in 3D space, but screens and windows are a 2D pixel array, so most of OpenGL's work is about how to turn 3D coordinates into 2D pixels that fit your screen. The process of converting 3D coordinates to 2D coordinates is done by OpenGL's graphics rendering pipeline. The image rendering pipeline can be divided into two main parts: the first part converts your 3D coordinates to 2D coordi

This is a creation in Article, where the information may have evolved or changed. The channel is a more important part of the go language and is often used in concurrency in go. Try the following summary for the Go language pipeline today. The form of summary uses a question-and-answer approach to make the answers more purposeful.Q1. What is a pipe?Pipelines are goroutine communication between the go language at the language level * *, and we can use

Piping (pipe) Operation Principle of pipelinePiping is the most basic IPC mechanism, created by the pipe function:#include int pipe (int filedes[2]);Call the pipe function in the kernel to open a buffer for communication, it has a read end and a write end, through the Filedes parameter out to the program two file descriptor, Filedes[0] point to the read end of the pipeline, Filedes[1] point to the write end of the

1, interprocess communication (IPC) inter-process communicationA better understanding of the concept is that inter-process communication is the transmission or exchange of information between different processes .Classification of IPC mechanisms under 2,linux: pipelines, signals, shared memory, message queues, semaphores, sockets3, this article mainly say pipeline: The essence is the document, other theories what the online already has a lot of, I jus

buffer.Pipe () Create pipeline successfully returns 0, failure returns-1.The buffer is in memory.Communication steps: The parent process calls pipe () to create the pipeline, and if successful, returns two file descriptors, pointing to both the read and write ends The parent process fork out a child process that replicates all the characteristics of the parent process, that is, both the read a

Introduction to Pipelines (PipedOutputStream and PipedInputStream), source analysis, and examples In this chapter, we learn about Java piping. Java Piping Introduction In Java, PipedOutputStream and pipedinputstream are pipe output streams and pipe input streams respectively. Their role is to allow multithreading to communicate between threads through the pipeline. PipedOutputStream and PipedInputStream must be used to support the use of piping com

1. Overview:A) why inter-process communication: data transmission, resource sharing, notification events, and process control;B) basic source:1. UNIX Process Communication:2. inter-process communication based on system v:A) system v: a branch of the UNIX operating system interface3. Posix inter-process communication:A) Posix: port operating system interfacesC) classification: pipelines; SIGNALS; message queues; shared memory; semaphores; sockets2. Pipeline