AnqiCMS (AnqiCMS) Template Tag Manual
Target audience: Developers who need secondary development, customization features, or whose needs cannot be met by the official binary packages. Difficulty: ⭐⭐⭐⭐ (requires familiarity with GoLang and command line operations) Prerequisites Software version requirements Description GoLang 1.13+ (recommended 1.25+) Compile Go source code Git any version Clone code repository MySQL 5.6.35+ Run database If GoLang has not been installed, please visit https://go.dev/dl/ to download and install.Clone from GitHub (recommended) git clone https://github
Docker deployment is the fastest installation method for AnQiCMS, suitable for quick experience and testing environments. Docker image address: https://hub.docker.com/r/anqicms/anqicms Method one: Docker command line deployment Suitable for environments where Docker is already installed (any operating system).Quick Start # Pull the latest image docker pull anqicms/anqicms:latest # Run the container docker run -d --name anqicms -p 8001:8001
Use case: Linux servers without a panel (such as CentOS / Ubuntu), suitable for users familiar with command-line operations.Deployed by downloading the package, configuring Nginx reverse proxy, and MySQL database. Preparations A Linux server (CentOS 7+ or Ubuntu 20.04+) with Nginx and MySQL 5.6.35+ installed (recommended to use the LNMP one-click installation package) A domain name resolved to the server Downloaded AnQiCMS Linux installation package Installation steps Step 1: Download and unzip # Log in to the server ssh
The application scenario: Windows local development environment or Windows server. PHPStudy (Xiao Pi panel) integrates components such as Nginx, MySQL, PHP, and AnQiCMS runs through Nginx reverse proxy.Preparation has been completed PHPStudy (Xiaopi Panel) software running mode has been switched to Nginx + MySQL package A local test domain (such as dev.anqicms.com) or access using IP + port AnQiCMS Windows installation package has been downloaded Installation steps Step 1: Create a site Open PHPStudy
2.2 Tower Panel Deployment Applicable Version: Tower Panel 7.9.3+. Tower Panel Deployment is divided into two methods: traditional deployment (uploading installation packages, configuring reverse proxy) and Docker one-click deployment. This chapter will introduce the traditional deployment method first.Preparation A Linux server with Baota panel installed (CentOS / Ubuntu / Debian are all okay) A domain name resolved to the server (such as www.anqicms.com) MySQL 5.6.35+ installed (recommended 5.7+ or 8.0) Download AnQiCMS Linux package from the official website or GitHub Method one: Baota 7
Introduce the various download channels of AnQi CMS installation package (official website, GitHub, mirror site), the method of version selection for different operating systems and architectures, and the file verification method of the installation package to ensure that the correct and complete version is downloaded.
Summarize the technical resources and support channels such as the official website of AnQiCMS, online demos, development documentation, template manuals, API documentation, GitHub repository, and user communication groups. When encountering issues, you can quickly find the corresponding help according to your needs.
Understand the complete directory structure of AnQi CMS after installation, master the specific functions of each key directory and file such as the main program, configuration files, template directories, attachment directories, runtime data, etc., convenient for subsequent daily maintenance and secondary development. AnQi CMS complete directory structure overview, introducing the use of each directory and file.
Understand the version number rules (main version.minor version.revision number) of AnQi CMS, the history of version evolution, and the functional differences between community version and authorized version, to help users choose the appropriate version for installation and use according to their own needs.
Before installing AnQi CMS, please confirm that the server meets the minimum requirements of the operating system (Linux/Windows/MacOS), database (MySQL/MariaDB), network environment, hardware configuration, etc., to ensure that the system can run normally.
