boost asio

C + + Boost::asio programming-Asynchronous TCP Hello, everyone, I'm an asynchronous way. Unlike sync, I never take the time to wait for those turtle-speed IO operations, I just tell the system what to do, and then I can do something else. If the system completes the operation, the system will notify me by the callback object I gave it before.In the ASIO library

in the transmission, 404 didn't find it, wait! http/1.1 indicates the version number of the HTTP Of course, if Baotou can also exist, it is not introduced here Then there is a blank line, split is the package body All right, just go to the code.#include #include#include#includestring>#includeusingboost::asio::ip::tcp;usingSTD::string;intPostConst string Host,Const string Port,Const string Page,Const string Data,stringrepo

Comparison between boost. ASIO and ace on socket programming-simple log-Netease blog Comparison of socket programming between boost. ASIO and ACE 2010-05-17 17:36:52| Category:C/C ++ boost| Tag: |Font SizeLargeMediumSmallSubscription Ace is a very mature middl

1. Constructor One deadline_timer only maintains one time-out period, and one deadline_timer does not maintain multiple timers at the same time. Specify the time when constructing deadline_timer: 1 basic_deadline_timer(boost::asio::io_service io_service);2 3 basic_deadline_timer( boost::asio::io_service io_service,4

IO Model The io_service object is the scheduler in the asio framework, and all asynchronous io events are distributed and processed through it (an io_service object must be input in the constructor of the io object ). Asio: io_service;Asio: ip: tcp: socket (io_service ); In the asio framework, the main io synchronizati

http://www.gamedev.net/blog/950/entry-2249317-a-guide-to-getting-started-with-boostasio/Compilation Environment boost1.59 vs2015A Guide to Getting Started with Boost::asioBoost ASIO learning GuideBoost::asio is a cross-platform C + + network that provides developers with asynchronous models using modern C + + methods andThe underlying IO library. Now has a large

Over the past few days, I have been working on a large volume of data solutions for linux. I have continuously learned about aio, epoll, libevent, boost: asio. In the past, I only knew that they are both asynchronous and non-blocking, but what are the key points to solve the problem? Through these several days of in-depth understanding, I will summarize them: Aio is the asynchronous IO implemented by the ke

Boost::asio Programming-Synchronous TCP The Boost.asio Library is a cross-platform network and a C + + programming library of the underlying IO, which implements a unified asynchronous invocation model using modern C + + techniques. The Boost.asio library supports TCP, UDP, and ICMP communication protocols. The following describes the synchronous TCP mode: Hello everyone! I am the sync way! My main cha

Comparison of socket programming between ACE and ASIO Transferred from: Free my soul Ace is a very mature middleware product. It is an adaptive communication environment, but it is too ambitious. There are a bunch of design patterns, and the architecture is layer after layer. It is a little difficult for beginners.ASIO is a basic asynchronous Io library developed by boost. It encapsulates socket and simpli

Muduo (Http://code.google.com/p/muduo) is a C + + network library based on reactor mode, I didn't write it with high concurrent high throughput as the main goal, but to my surprise, ping pong test shows that Muduo Throughput is more than 15% higher than Boost.asio. Test object ASIO 1.4.3 in boost 1.40 ASIO 1.4.5 (http://think-async.com/

Over the past few days, I have been working on a large volume of data solutions for linux. I have continuously learned about aio, epoll, libevent, boost: asio. In the past, I only knew that they are both asynchronous and non-blocking, but what are the key points to solve the problem? Through these several days of in-depth understanding, I will summarize them:Aio is the asynchronous IO implemented by the ker

Environment: vs2010, Boost_000046_1, decompress it, and put it in, D: \ boost_000046_1. 1. compile. Most of the boost library's source files are only cast files, so many libraries can be used without compilation. However, some libraries need to compile the source code. ASIO requires compilation. How to compile it? Download bjam.exe from the official boostofficial website and put it under

To understand the basic concept of boost ASIO, here is the synchronous TCP/IP communication implemented by boost ASIO:Server Program section, if you want to keep the socket after the communication, you can dynamically request Socket_type, save the pointer, because Socket_type seemingly can not copy:#include"stdafx.h"#include#includeusing namespaceBoost::

C ++ 03: Use boost-implement simple echo server with ASIO C ++ 03: Use boost-implement simple echo with ASIO Server I. WritingCode Note: The following code is taken from the example code of boost 1.40: /// Async_tcp_echo_server.cpp //~~~~~~~~~~~~~~~~~~~~~~~~~

Boost::asio Programming-Synchronizing TCP Boost.asio Library is a cross-platform network and the underlying IO C + + programming library, which uses modern C + + techniques to implement a unified asynchronous call model. The Boost.asio library supports TCP, UDP, and ICMP communication protocols. The following describes the synchronous TCP mode: Hello everyone! I am the sync mode! My main feature is perseve

most of the reactor patterns used in high-performance network libraries under Linux are implemented, and the Boost ASIO uses Epoll and select to simulate Proactor mode under Linux, which affects its efficiency and complexity .look at the performance of Aboutspeaker's own Linux Reactor network library and ASIO, which is about 1/5 higher than

Boost: ASIO learning-HTTP server performance test report-column in kraussyin-blog channel-csdn. net Boost: ASIO learning-HTTP server performance test report Category: boost Read by 773 Comment (0) Favorites Report I carefully read the performan

#include #includevoidHandle1 (Constboost::system::error_codeEC) {Std::cout"7.1"Std::endl;}voidHandle2 (Constboost::system::error_codeEC) {Std::cout"10.s"Std::endl;}intMain () {Boost::asio::io_service io_service;//IO serviceBoost::asio::d eadline_timer timer1 (io_service, boost::p osix_time::seconds (5));//Timer timer1T

Boost: ASIO: streambuf is defined as follows: Namespace boost {Namespace ASIO { /// Typedef for the typical usage of basic_streambuf.Typedef basic_streambuf } // Namespace ASIO} // Namespace boost Basic_streambuf inherits from ST

After completing the first boost: ASIO-based communication service program, review the concepts used and refer to some materials. We will use a series to summarize how to write high-performance TCP service programs through boost: ASIO. This article describes how to listen to a port and receive connection requests from