Batch 1 of the chart-vs-project split. The project now ships a
hardened runtime image as part of every zddc-server release; downstream
deployments (e.g. the Burns & McDonnell Helm chart) will FROM this
image instead of cloning and building from source.
zddc/Containerfile (target: server)
- Tag the runtime stage `server` so `podman build --target server`
is unambiguous (the existing `binaries` target still works).
- Bake the bundled landing + archive tool HTML at /opt/zddc-server/web.
Useful for self-contained demos (`ZDDC_ROOT=/opt/zddc-server/web`)
and as a fallback web root when no external mount is supplied.
- Set fixed UID/GID 1000 for the non-root zddc user so volume
permissions are predictable across hosts.
- Add ENV ZDDC_ROOT=/srv default so a `podman run -v data:/srv` works
with no further config; explicit ZDDC_ROOT overrides.
- Declare VOLUME /srv to make the data-mount expectation explicit.
- Add OCI image labels (title, description, source, documentation,
license, vendor).
- Install ca-certificates so any future outbound HTTPS works.
- Add a HEALTHCHECK for `docker run` users (Kubernetes overrides).
build.sh
- Make the cross-platform podman binary build conditional on `podman`
being present. CI doesn't need it (the runtime container image's
own builder stage produces linux/amd64 internally), but having
build.sh sh-only-runnable means CI doesn't have to do nested
containers just to assemble dist/web.
- Reorder so `zddc/dist/web/` is assembled before the binary build
(allows the binary build to be skipped without breaking the bundle).
.woodpecker.yml (new)
- Triggers on tag push matching `zddc-server-v*`.
- Step 1 (alpine + sh): runs `sh build.sh` to assemble dist/web,
computes the image tag (`${TAG#zddc-server-v}` plus `latest`).
- Step 2 (docker-buildx plugin): builds and publishes
codeberg.org/varasys/zddc-server:{X.Y.Z, latest}. Auth via the
codeberg_user / codeberg_token Woodpecker secrets — these need
one-time setup in repo Settings; documented in zddc/README.md.
zddc/README.md
- New "Container image" section: pull URL, image properties (alpine,
non-root UID 1000, EXPOSE 8443, VOLUME /srv, baked web bundle),
example `podman run` invocation.
- New "Env-var contract (for chart consumers)" table: the variables
Helm charts and Compose files should set explicitly when running
behind a TLS-terminating reverse proxy with SSO. This is the
documented interface between project and downstream charts.
- "Release Tagging" section now points at .woodpecker.yml and lists
the two Woodpecker secrets that must be configured.
Validated locally:
podman build --target server -t zddc-server-test .
podman run -e ZDDC_ROOT=/opt/zddc-server/web -e ZDDC_TLS_CERT=none \
-e ZDDC_INSECURE_DIRECT=1 -e ZDDC_ADDR=:8080 \
-p 18080:8080 zddc-server-test
curl http://localhost:18080/ → HTTP 200, bundled landing tool.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Add ./freshen-channel <tool> <channel> at the repo root for the
"drag alpha/beta forward to current stable" workflow. The script
uses a temporary git worktree at the latest <tool>-v* tag so the
main worktree's HEAD is never touched — no checkout, no stash, no
race against in-progress dev. Build runs inside the worktree, the
resulting <tool>_<channel>.html is copied back into the main
repo's website/releases/, worktree is removed.
The on-page label of a freshened build is `<channel> · <today> ·
<stable-tag-sha>` — the SHA pins which stable was the source, so
anyone debugging can `git checkout <sha>` to reproduce.
Smoke-tested:
./freshen-channel archive alpha → archive_alpha.html with
"alpha · 2026-04-27 · ea385b5"
./freshen-channel transmittal beta → transmittal_beta.html with
"beta · 2026-04-27 · ea385b5"
./freshen-channel foobar alpha → usage error
./freshen-channel archive stable → usage error
AGENTS.md gains a "Channel discipline (MUST rules)" subsection
codifying the protocol the build system can't enforce:
1. Stable doesn't regress — files are immutable; bump for fixes.
2. No backports — bump and let users update pins.
3. Alpha/beta are mutable — never pin in production.
4. Stale-channel rule — after every stable release, freshen alpha
and beta so neither is older than current stable. NOT optional.
5. Hotfix path — direct stable cut allowed, no beta soak required;
freshen alpha + beta after.
6. Beta soak (recommended) — a few days exposure before promoting.
Plus a "Freshen helper" subsection documenting the script.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The intro page's "zddc-server" link previously pointed at a Codeberg
blob URL (which uses /src/branch/main/, not GitHub's /blob/main/, so
the link 404'd anyway). Replace with a hand-edited concept page on
the website itself.
The page is structured around two access modes:
- Local directory mode — open a tool, point it at a folder, work
via the File System Access API. No upload, no server.
- Online mode — take that same local directory and put it behind
any web server (nginx, Caddy, Apache, even python -m http.server).
The Archive Browser tool works against the server's directory
listings the same way it works against a local folder.
zddc-server is then introduced as a Go binary that gives you online
mode out of the box, plus four conveniences a generic web server
can't: ACL via .zddc YAML files (gated on email-header trust),
virtual /.archive/ URL space, per-request access logging, and the
mundane glue (TLS, ETags, conditional GET, CORS).
Closing section: the on-disk layout is the same in both modes — the
server doesn't transform the archive, it serves it. Stop the server
and the directory is still a valid ZDDC archive. The "Zero Day"
promise: server is convenience, not lock-in.
Also:
- Add Server nav link to website/index.html and reference.html.
- Fix the bootstrap/README.md link that used GitHub's /blob/main/
pattern (Codeberg uses /src/branch/main/).
- Update ARCHITECTURE.md doc-ownership table: new row for the concept
page, clarify that zddc/README.md is the operations reference.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
ZDDC — Zero Day Document Control. A file-naming convention plus five
single-file HTML tools (archive, transmittal, classifier, mdedit,
landing) and an optional Go HTTP server (zddc-server) with ACL and a
virtual archive index. Self-contained, offline-capable, dependency-free.
See README.md for an overview, AGENTS.md and ARCHITECTURE.md for the
build/release/architecture detail, bootstrap/README.md for the
two-level deployment install pattern, and zddc/README.md for the
HTTP server.
