- Add .pre-commit-config.yaml running make test on non-doc changes - Add pre-commit to pyproject.toml dev dependencies - Add scripts/install/pre-commit.sh for hook registration - Add install-python-dev Makefile target; wire into environment-bootstrap - Rename setup-development → mark-development (env.ci override marker) - Refactor scripts/tests/environment.sh into modular 00–10 scripts with orchestrator - Add 09_commit.sh validating pre-commit enforcement and --no-verify bypass - Update docs/agents/action/commit.md and testing.md for new hook behavior - Update makefile.md, setup.md, installation.md accordingly Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
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Development Environment Setup
Use the repository's real setup flow. The main source of truth is the Makefile.
Important:
- Some local development commands change host settings such as DNS, AppArmor, and IPv6.
- Some commands use
sudo. - Read the setup guides first if you are new to this environment.
- The local development workflow is mainly tested on Linux.
Platform-Specific Instructions
Shared Repository Workflow
These steps are the shared repository workflow and apply regardless of whether you work on Linux, macOS, or Windows with WSL2.
Bootstrap
Run these commands from the repository root:
make bootstrap
make environment-bootstrap
make up
make trust-ca
Bootstrap Commands
| Phase | Command | What it does |
|---|---|---|
| Initial setup | make bootstrap |
Installs project dependencies and runs the first repository setup. |
| Host preparation | make environment-bootstrap |
Prepares the local development machine for the project workflow. |
| Start stack | make up |
Starts the local development stack. |
| Browser trust | make trust-ca |
Trusts the generated local CA so *.infinito.example works correctly in your browser. |
Optional Development Marker
If you want to mark this checkout as a development environment, run:
make mark-development
This step is optional. It creates an empty env.development file in the repository root.
Several tools (e.g. cli/deploy/development/compose.py, scripts/meta/resolve/apps.sh) pass env.ci as the base env-file to Docker Compose and then, when env.development exists, append it as a second --env-file. Because Docker Compose applies env-files in order, any variable defined in env.development overrides the corresponding value from env.ci. This lets you customize local settings (ports, image tags, flags) without modifying the shared env.ci file.
The pre-commit hooks are installed automatically by make environment-bootstrap and do not depend on this marker.
Teardown
When you are done, use these commands to stop the stack and clean up the local environment:
make down
make environment-teardown
Teardown Commands
| Phase | Command | What it does |
|---|---|---|
| Stop stack | make down |
Stops the local development stack. |
| Host cleanup | make environment-teardown |
Reverts local development environment changes where supported. |
Full Development Flow
The repository already contains a modular environment test suite at scripts/tests/environment/. The commands from that suite are explained here as the intended end-to-end flow.
Flow Summary
| Step | Command | Purpose in this flow |
|---|---|---|
| 1 | make install |
Installs the dependencies needed before running the local development flow. |
| 2 | make environment-bootstrap |
Prepares the host machine for local development. |
| 3 | make up |
Starts the development stack. |
| 4 | make test |
Runs the main combined validation flow. |
| 5 | APPS=web-app-matomo make deploy-fresh-purged-apps |
Runs the baseline validation path for one concrete app. For the retry-loop policy, see Iteration. |
| 6 | make trust-ca |
Makes the generated local certificates trusted by the host browser. |
| 7 | make down |
Stops the running development stack. |
| 8 | make environment-teardown |
Cleans up host-side development environment changes. |
Use this as a practical reference when you want to understand how local development is expected to work.
Minimal Hardware Resources
If you work on a machine with limited CPU, RAM, or disk space, use the guide at Manage Low-Hardware Resources. The public article with the same topic is Developing on PCs with Limited Resources.
For local deploy shortcuts and end-to-end checks, see Development.