FTP-Deploy-Action: Automation for GitHub Project Deployment
FTP-Deploy-Action, developed by Sam Kirkland, is a powerful GitHub project tailored towards automating GitHub project deployment to FTP servers. This exciting open-source initiative significantly improves efficiency for developers by reducing manual deployment work and enhancing the project workflow.
Project Overview:
FTP-Deploy-Action seeks to address the tedious and time-consuming task of deploying projects from GitHub to FTP servers. Instead of relying on slow, manual uploads, the project accomplishes this process quickly and automatically at every Git push.
The target audience for this project is primarily software developers, particularly those utilizing GitHub for version control. By streamlining the deployment process, the project offers an easy, efficient way for developers to bring their programs to life.
Project Features:
The key features of FTP-Deploy-Action include its ability to quickly and automatically deploy changes from GitHub to any FTP server, along with its user-friendly setup process. This three-step deployment process involves defining a YAML file to specify the FTP server and path, adding an FTP login and password as environment secrets on the GitHub repository, and setting up the workflow file to include a call to FTP-Deploy-Action.
Moreover, FTP-Deploy-Action also supports SFTP servers and XML, with these features expanding the system's compatibility range and utility.
Technology Stack:
At the core of FTP-Deploy-Action are JavaScript and node-ftp for connectivity. These technologies were chosen due to their dynamic and flexible nature, enabling this project to be portable across any platform. Other notable tools and libraries utilized include actions-toolkit and npm.
Project Structure and Architecture:
The FTP-Deploy-Action project is built with simplicity in mind. Its primary components are the workflow file and the FTP-Deploy-Action itself, which work in harmony to transfer files between GitHub and the specified FTP server. This simple, effective structure ensures a seamless interaction and functionality.
