maggesandClaude Sonnet 5 c3b8ae8ed9
Build Packages / Build .txz packages (push) Failing after 7m21s
Lint / ShellCheck (push) Successful in 10s
Lint / Validate .plg XML (push) Successful in 9s
Lint / EditorConfig (push) Successful in 5s
Fix CI: json-c for crun, and fetch crun's git submodules as pinned tarballs
Verified end-to-end with a full local build of all 8 packages on the
actual runner host (docker exec against vbatts/slackware:15.0, bind-
mounted repo on the cache pool) instead of round-tripping through
Gitea Actions for each fix — much faster for a chain of issues this
deep. All 8 packages now build successfully from a clean checkout.

Three fixes, all in crun (the last package still failing):

1. "Package requirements (json-c >= 0.14) were not met" — added
   json-c to the toolchain bootstrap.

2. crun depends on the libocispec git submodule, which in turn depends
   on the image-spec and runtime-spec git submodules. GitHub's source
   archive tarball never includes submodule content (no .git directory
   for `git submodule update` to work against — the existing `|| true`
   masked this failing silently). Fetched all three as their own
   pinned tarballs instead, at the exact commits crun 1.28 references
   (cross-checked via the GitHub contents API), matching how every
   other dependency in this project is already pinned.

3. crun.c unconditionally #includes git-version.h, which crun's own
   Makefile only generates via `git describe` (again, no .git) or from
   a pre-existing .tarball-git-version.h — the file crun's own `make
   dist` would have written, which we never run. Write that file
   ourselves in the exact format the Makefile already expects; this is
   the documented fallback path bundled release tarballs rely on, not
   a workaround around it.

Also includes the podman go-md2man pre-seed fix and setup-slackware-
buildenv.sh python3 addition from the previous commit's follow-up
testing (both already verified working in this same local build run).

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-07-11 22:17:02 +00:00
2026-07-11 12:24:23 +02:00

unraid-podman

A native Unraid plugin that integrates Podman as a first-class container engine, running alongside Docker.

Status: architecture / scaffolding stage. No functional code has been shipped yet. This repository currently defines the target structure and design; see docs/ARCHITECTURE.md for the full technical plan and docs/ROADMAP.md for what's coming.

Goals

  • Run rootful Podman on Unraid with full persistence across reboots (config, images, containers, volumes, networks) despite Unraid's RAM-root design.
  • Coexist cleanly with Docker — no shared storage, network, or firewall conflicts.
  • Follow Unraid's native conventions: .plg installation, Slackware .txz packages, BSD-style rc.d init scripts (no systemd), config on /boot, data on the array/cache.
  • Provide a WebUI in the Dynamix style once the CLI-driven core is stable.
  • Eventually make Docker optional/disable-able once feature parity is reached.

See docs/ARCHITECTURE.md for the full rationale behind every decision below.

Repository structure

.
├── .github/            CI workflows, issue/PR templates, community health files
├── assets/             Icons, screenshots, branding used by the plugin & GUI
├── config/             Default containers/storage/registries config templates
├── docs/               Architecture, install guide, FAQ, troubleshooting, roadmap
├── packages/           Slackware .txz build recipes (podman, conmon, crun, netavark, ...)
├── plugin/             The .plg manifest, rc.d init script, sbin helper scripts,
│                       and the default files deployed to /boot/config/plugins/podman
├── scripts/            Build, release, and developer tooling scripts
└── webui/              Dynamix-style WebUI pages (plugins/podman/), added in a later phase

Installation

Not yet available. Once packages and the .plg manifest are published, installation will be the standard Unraid flow: Plugins → Install Plugin with the .plg URL, or via the Unraid Community Applications store once listed there.

Documentation

  • Architecture — full technical design (directory layout, packaging, init scripts, persistence, networking, autostart, updates, rollback, logging, error handling, future WebUI).
  • Roadmap — phased delivery plan.
  • Install guide — end-user installation steps (draft).
  • Troubleshooting — common problems and diagnostics.
  • FAQ

Contributing

Contributions are welcome — see CONTRIBUTING.md for the dev workflow, coding conventions, and how the packaging pipeline works. Please also review our Code of Conduct.

Security

Rootful Podman's API socket is root-equivalent. See SECURITY.md for the vulnerability disclosure process and known security considerations.

License

Licensed under the MIT License.

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