This commit introduces a large-scale structural refactor of the pkgmgr
codebase. All functionality has been moved from the previous flat
top-level layout into three clearly separated namespaces:
• pkgmgr.actions – high-level operations invoked by the CLI
• pkgmgr.core – pure logic, helpers, repository utilities,
versioning, git helpers, config IO, and
command resolution
• pkgmgr.cli – parser, dispatch, context, and command
handlers
Key improvements:
- Moved all “branch”, “release”, “changelog”, repo-management
actions, installer pipelines, and proxy execution logic into
pkgmgr.actions.<domain>.
- Reworked installer structure under
pkgmgr.actions.repository.install.installers
including OS-package installers, Nix, Python, and Makefile.
- Consolidated all low-level functionality under pkgmgr.core:
• git helpers → core/git
• config load/save → core/config
• repository helpers → core/repository
• versioning & semver → core/version
• command helpers (alias, resolve, run, ink) → core/command
- Replaced pkgmgr.cli_core with pkgmgr.cli and updated all imports.
- Added minimal __init__.py files for clean package exposure.
- Updated all E2E, integration, and unit tests with new module paths.
- Fixed patch targets so mocks point to the new structure.
- Ensured backward compatibility at the CLI boundary (pkgmgr entry point unchanged).
This refactor produces a cleaner, layered architecture:
- `core` = logic
- `actions` = orchestrated behaviour
- `cli` = user interface
Reference: ChatGPT-assisted refactor discussion
https://chatgpt.com/share/6938221c-e24c-800f-8317-7732cedf39b9
References:
- Current ChatGPT conversation: https://chatgpt.com/share/6935d6d7-0ae4-800f-988a-44a50c17ba48
- Extended discussion: https://chatgpt.com/share/6935d734-fd84-800f-9755-290902b8cee8
Summary:
This commit performs a major cleanup and modernization of the installation pipeline:
1. Introduced a new capability-detection subsystem:
- Capabilities (python-runtime, make-install, nix-flake) are detected per installer/layer.
- Installers run only when they add new capabilities.
- Prevents duplicated work such as Python installers running when Nix already provides the runtime.
2. Removed deprecated pkgmgr.yml manifest installer:
- Dependency resolution is now delegated entirely to real package managers (Nix, pip, make, distro build tools).
- Simplifies layering and avoids unnecessary recursion.
3. Reworked OS-specific installers:
- Arch PKGBUILD now uses 'makepkg --syncdeps --cleanbuild --install --noconfirm'.
- Debian installer now builds proper .deb packages via dpkg-buildpackage + installs them.
- RPM installer now builds packages using rpmbuild and installs them via rpm.
4. Switched from remote GitHub flakes to local-flake execution:
- Wrapper now executes: nix run /usr/lib/package-manager#pkgmgr
- Avoids lock-file write attempts and improves reliability in CI.
5. Added bash -i based integration test:
- Correctly sources ~/.bashrc and evaluates alias + venv activation.
- ‘pkgmgr --help’ is now printed for debugging without failing tests.
6. Updated unit tests across all installers:
- Removed references to manifest installer.
- Adjusted expectations for new behaviors (makepkg, dpkg-buildpackage, rpmbuild).
- Added capability subsystem tests.
7. Improved flake.nix packaging logic:
- The entire project source tree is copied into the runtime closure.
- pkgmgr wrapper now executes runpy inside the packaged directory.
Together, these changes create a predictable, layered, capability-driven installer pipeline with consistent behavior across Arch, Debian, RPM, Nix, and Python layers.
- Add ansiblePkg as propagated dependency in flake.nix so ansible-galaxy is available on host
- Introduce strict requirements.yml validator for AnsibleRequirementsInstaller
- Accept roles entries with either 'name' or 'src'
- Ensure run() always validates requirements before installing dependencies
- Extend unit tests to cover valid, invalid and warning-only requirements.yml cases
See: https://chatgpt.com/share/69332bc4-a128-800f-a69c-fdc24c4cc7fe
