Setting Up Websites

Overview

This section provides guidance on how to set up frequently used websites by using Huawei Cloud services. In addition, this section provides links to desired operation guides and images, facilitating your website setup.

Summary

**Table 1** Summary on website setups
Website Setup Solution	How to Setup	OS	Image and Resources	Description
Setting Up a Discuz Forum	Manual setup	Linux	Public image	Discuz! is a common community forum software system. Its basic architecture is based on the popular web programming combination of PHP+MySQL.
Setting Up an FTP Site (Windows)	Manual setup	Windows	Public image	Use FTP delivered with Windows to set up an FTP site.
Setting Up an FTP Site (Linux)	Manual setup	Linux	Public image	Use the very secure FTP daemon (vsftpd) software to set up an FTP site. vsftpd is an FTP server software that is widely used in Linux releases.
Setting Up Tomcat-based Java Web Environment	Manual setup	Linux	Public image Tomcat 8.5.31 JDK 8u171	Tomcat is a commonly used open source web application that is free of charge. It can be used to host common Java web applications.
Manually Setting Up a Magento E-Commerce Website (Linux)	Manual setup	Linux	Public image MySQL 5.7 PHP 7.0 Magento 2.1	Magento is an open source e-commerce system that features flexible design, modular architecture, and rich functions. It provides solutions for medium- and large-sized sites.
Building Microsoft SharePoint Server 2016	Manual setup	Windows	Public image Microsoft SQL Server 2014 SharePoint Server 2016	Microsoft SharePoint Server is a portal that enables enterprises to develop intelligent portal websites. These sites are seamlessly accessible to users, teams, and knowledge libraries.
Manually Deploying LNMP (CentOS 7.2, PHP 7.0)	Manual setup	Linux	Public image Nginx 1.14.0 MySQL 5.7 PHP 7.0.31	LNMP indicates the Nginx+MySQL+PHP website server architecture in Linux. Nginx is compact, efficient web server software in Linux.
Setting Up a WordPress Website (Linux)	Manual setup	Linux	Public image Nginx 1.14.0 MySQL 5.7 PHP 7.0.31 WordPress 4.9.8	A Linux ECS is used to manually set up an LNMP website and deploy WordPress on it. WordPress (WP for short) is initially a blog system and gradually evolved to a CMS or website setup system that is free of charge.
Manually Deploying Docker (CentOS 7.5)	Manual setup	Linux	Public image	Docker is deployed on a Linux ECS. Additionally, common Docker operations and the process of creating a Docker image are provided.
Deploying an ECS for Handling Text Messages from an Official WeChat Account	Manual setup	Linux	Public image	An ECS is deployed as an official WeChat account server so that it receives text messages from the WeChat server and sends processing results to end users. On this ECS, Python is used to compile the logic code for processing WeChat messages.
Manually Deploying GitLab (CentOS 7.2)	Manual setup	Linux	Public image	A Linux ECS is used for manually deploying GitLab. GitLab is an open source version management system that uses Git as the code management tool.
Manually Deploying RabbitMQ (CentOS 7.4)	Manual setup	Linux	Public image Erlang 8.3 RabbitMQ 3.6.9	A Linux ECS is used for deploying RabbitMQ. RabbitMQ is a message middleware that uses the Erlang programming language for the Advanced Message Queuing Protocol (AMQP). It originates from the financial system and is used to store and forward messages in the distributed system. Featuring high reliability, scalability, availability, and rich functions, RabbitMQ is widely used.
Manually Deploying a Ghost Blog (on an ECS Running Ubuntu 20.04)	Manual setup	Linux	Public image Nginx 1.14.0 MySQL 5.7	Ghost is an open source blog platform based on Node.js and makes writing and release more convenient. This section walks you through the deployment of a Ghost blog on an ECS running Ubuntu 20.04.
Manually Deploying Node.js (CentOS 7.2)	Manual setup	Linux	Public image	A Linux ECS is used for deploying Node.js. Node.js is a JavaScript runtime environment based on the Google Chrome V8 engine. It enables simple deployment of network applications that feature fast response and easy-to-expand. Based on the event-driven and non-blocking I/O model, Node.js is lightweight and efficient. It is ideal for running data-intensive real-time applications on distributed devices.