Why CI/CD for FiveM Development?
Continuous Integration and Continuous Deployment might seem like overkill for FiveM scripts, but as your projects grow in complexity and your team expands, automated workflows become invaluable. CI/CD catches syntax errors before they reach your server, enforces code quality standards across contributors, automates version bumping and changelog generation, and packages releases consistently. GitHub Actions provides free CI/CD for public repositories and generous free-tier minutes for private ones, making it the ideal platform for FiveM developers.
Setting Up Lua Linting
Start your CI pipeline with automated linting using Luacheck, the standard Lua static analysis tool. Create a .github/workflows/lint.yml file that runs on every push and pull request. The workflow should install Luacheck via LuaRocks, then run it against your Lua files with a custom .luacheckrc configuration that defines FiveM globals like Citizen, TriggerServerEvent, and other framework-specific functions. This catches undefined variable references, unused locals, and style inconsistencies before code reaches production.
TypeScript Build Verification
If your FiveM project uses TypeScript, add a build step that compiles your TypeScript sources and verifies there are no type errors. Install your project dependencies with npm, then run the TypeScript compiler in check mode. This ensures that every pull request produces valid JavaScript output and catches type mismatches that could cause runtime errors. Include this step before linting so you validate the generated Lua or JavaScript output alongside the TypeScript source, giving you full coverage of potential issues.
Automated Version Management
Use GitHub Actions to automate your release workflow. When you push a tag matching a version pattern like v*.*.*, trigger a workflow that extracts the version number, updates it in your fxmanifest.lua, generates a changelog from commit messages since the last tag, builds any compiled assets, and creates a GitHub Release with the packaged resource as a downloadable artifact. This eliminates manual release preparation and ensures every release is consistent and complete.
Automated Testing Strategies
While FiveM lacks a built-in test framework, you can test shared utility functions and business logic using standard Lua testing tools like Busted. Mock the FiveM-specific globals and native functions in your test environment, then run unit tests against your pure logic functions. For integration testing, consider setting up a headless FiveM server in a Docker container that loads your resource and runs automated scenarios using a test client. These tests catch regressions early and build confidence in your release quality.
Deployment Automation
For teams that manage live servers, extend your CI/CD pipeline to handle deployment. After a successful build and test run, use SSH or FTP actions to deploy the updated resource to your staging server. Run a smoke test that verifies the resource starts without errors, then promote to production with a manual approval gate. Store server credentials as GitHub Secrets and restrict deployment workflows to protected branches. This workflow ensures that only tested, reviewed code reaches your live server and reduces the risk of deploying broken updates that disrupt your community.