https://github.com/tinoryj/simplehttpserver_epoll_threadpoll
C++ HTTPServer with epoll & thread pool
https://github.com/tinoryj/simplehttpserver_epoll_threadpoll
cpp epoll httpserver
Last synced: 3 months ago
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C++ HTTPServer with epoll & thread pool
- Host: GitHub
- URL: https://github.com/tinoryj/simplehttpserver_epoll_threadpoll
- Owner: tinoryj
- License: mit
- Created: 2017-05-01T09:21:23.000Z (about 8 years ago)
- Default Branch: master
- Last Pushed: 2018-03-23T07:48:36.000Z (about 7 years ago)
- Last Synced: 2025-01-06T14:35:34.479Z (4 months ago)
- Topics: cpp, epoll, httpserver
- Language: TeX
- Homepage:
- Size: 13.4 MB
- Stars: 2
- Watchers: 5
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- License: LICENSE
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README
# Introduction
University of Electronic Science and Technology 2017 Comprehensive Course Design Topics.
## Topic Requirements:
> Implement a simple web server and implement the relevant request handling mechanism
> (1) Learn to understand the HTTP protocol principles and protocol formats;
> (2) Designing a Web server: (a) Developing a multi-threaded server communication program that can receive remote data, each thread corresponding to a TCP link; (b) Defining the HTTP request/response data transmission format; (c) Developing a data parsing module (d) Develop server handlers corresponding to HTTP methods such as GET and POST; (e) Send a response message to the client upon completion of the request message processing, and send a corresponding error response if the server error occurs.
> (3) Use a web browser to test the server and demonstrate it online.
## Implementation
Epoll + thread pool
## other demands
The boost library needs to be installed. Since Epoll is used, it must be run under a Linux system.
Using Ubuntu as an example, you can use the following command to install the boost library.
```
Sudo apt-get install libboost-dev
```
## usage instructions
Set the server file path in the httpServer.cpp file: absolute path, as shown below
```C++
Const char HttpServe::rootDir_[] = "/home/tinoryj/Documents/Code/Server/webSrc";
```
At the same time, set the home page file name as follows:
```C++
Const char HttpServe::homePage_[] = "index.html";
```
After setting the file path in httpServer.cpp, set the number of thread pool threads in webEpollThreadPool.cpp. (can be ignored)
After entering the project folder, you can directly use the *make* directive to complete the build link and generate the executable file webEpollThreadPool.
The port number needs to be added at startup, as shown below:
```
Sudo ./webEpollThreadPool 80
```
or
```
./webEpollThreadPool 8080
```
Specify the port number, and use *sudo* to open the port in the range of 0-1023.
===============================================================================
# 工程简介
电子科技大学2017年综合课程设计题目。
## 题目要求：
> 实现一简单的Web服务器，并实现相关的请求处理机制
> (1)学习理解HTTP协议原理及协议格式；
> (2)设计Web服务器：（a）开发多线程服务器通信程序，可接收远程数据，每个线程对应一个TCP链接；（b)定义HTTP请求/响应数据传输格式；（c）开发数据解析模块；（d）开发与HTTP的GET和POST等方法对应的服务器处理程序；（e）根据请求报文处理完成后，发送响应报文到客户端，若服务器出错也发送相应错误响应。
>(3)利用Web浏览器测试服务器，并可在线演示。
## 实现方法
Epoll + 线程池
## 其他需求
需要安装boost库，由于使用Epoll，必须在Linux系统下运行。
以Ubuntu为例，可使用如下命令安装boost库。
```
sudo apt-get install libboost-dev
```
## 用法说明
在httpServer.cpp文件中设置服务器文件路径：绝对路径，如下所示
```C++
const char HttpServe::rootDir_[] = "/home/tinoryj/Documents/Code/Server/webSrc";
```
同时，设置主页文件名，如下所示：
```C++
const char HttpServe::homePage_[] = "index.html";
```
在httpServer.cpp中设置文件路径后，在webEpollThreadPool.cpp中设置线程池线程数。（可无视）
在进入工程文件夹后，可直接使用*make*指令完成编译链接，生成可执行文件webEpollThreadPool。
启动时需要添加端口号，如下所示：
```
sudo ./webEpollThreadPool 80
```
或
```
./webEpollThreadPool 8080
```
其中端口号请自行指定，使用时若要开启0-1023范围内的端口，请使用*sudo*。