## Summary Expose Forgejo publicly at `forge.eblu.me` via the Fly.io reverse proxy — the first dynamic, authenticated public-facing service. - **Forgejo hardening:** Domain changed to forge.eblu.me, SSH stays on forge.ops.eblu.me, reverse proxy trust headers configured, local registration locked to external-only (Authentik SSO) - **Tailscale Ingress:** ExternalName Service + Ingress in tailscale-operator creates forge.tail8d86e.ts.net endpoint - **Fly.io proxy:** nginx server block with rate-limited auth endpoints (3r/s), fail2ban with custom nginx-deny action, security headers, /swagger blocked, WebSocket support, 512m body limit - **Authentik:** OAuth callback updated to forge.eblu.me - **DNS/TLS:** CNAME record in Pulumi, cert in fly-setup - **Rename:** ~29 files updated from forge.ops.eblu.me to forge.eblu.me (HTTPS refs only; SSH, container builds, and Caddy table kept as-is) ## Deployment Order 1. `mise run provision-indri -- --tags forgejo` (config changes) 2. Verify forge.ops.eblu.me still works 3. `argocd app set tailscale-operator --revision feature/forge-public && argocd app sync tailscale-operator` 4. Verify `curl https://forge.tail8d86e.ts.net` 5. `cd fly && fly deploy` 6. Verify pre-DNS: `curl -H "Host: forge.eblu.me" https://blumeops-proxy.fly.dev/` 7. `fly certs add forge.eblu.me -a blumeops-proxy` 8. `argocd app set authentik --revision feature/forge-public && argocd app sync authentik` 9. `mise run dns-preview && mise run dns-up` 10. Full verification (see below) 11. Rehearse `mise run fly-shutoff` 12. After merge: reset ArgoCD revisions to main, re-sync ## Verification Checklist - [ ] forge.eblu.me loads, shows public repos - [ ] forge.ops.eblu.me still works from tailnet - [ ] SSH clone via forge.ops.eblu.me:2222 works - [ ] HTTPS clone via forge.eblu.me works - [ ] UI shows forge.eblu.me for HTTPS clone, forge.ops.eblu.me for SSH - [ ] /swagger returns 403 - [ ] Rapid login attempts trigger 429 rate limit - [ ] fail2ban bans after 5 failed logins in 10 minutes - [ ] ArgoCD can still sync (SSH unaffected) - [ ] `mise run fly-shutoff` stops all public traffic - [ ] `mise run services-check` passes Reviewed-on: #278
2.5 KiB
| title | modified | last-reviewed | tags | |||
|---|---|---|---|---|---|---|
| Create Release Artifact Workflow | 2026-02-15 | 2026-02-15 |
|
Create a Release Artifact Workflow
How to set up a Forgejo Actions workflow that builds an artifact and publishes it to Forgejo generic packages. Uses the CV repo (forge.ops.eblu.me/eblume/cv) workflow as the reference implementation.
Prerequisites
- A Forgejo repo with a build pipeline (Dagger, script, etc.)
- The
FORGE_TOKENsecret provisioned via theforgejo_actions_secretsAnsible role
1. Add the repo to Ansible secrets
In ansible/roles/forgejo_actions_secrets/defaults/main.yml, add an entry under forgejo_actions_secrets_repos:
forgejo_actions_secrets_repos:
- repo: my-repo
secrets:
- name: FORGE_TOKEN
value_var: forgejo_api_token
Then provision: mise run provision-indri -- --tags forgejo_actions_secrets
This is required because Forgejo's built-in GITHUB_TOKEN does not have permissions for the packages API.
2. Create the workflow
Create .forgejo/workflows/<name>-release.yaml with workflow_dispatch and a version input. Use the semver bump pattern (see cv-release.yaml for the full upload flow, or build-blumeops.yaml for the version bump logic only — it uploads to Forgejo releases, not generic packages).
The upload step uses FORGE_TOKEN:
- name: Upload to Forgejo packages
env:
FORGE_TOKEN: ${{ secrets.FORGE_TOKEN }}
run: |
curl -fsSL \
-X PUT \
-H "Authorization: token $FORGE_TOKEN" \
--upload-file "./$TARBALL" \
"https://forge.eblu.me/api/packages/eblume/generic/<package>/${VERSION}/${TARBALL}"
3. Link the package to the repo
After the first successful upload, the package appears under your user-level packages at https://forge.eblu.me/eblume/-/packages but is not yet linked to the repo.
To link it:
- Go to
https://forge.eblu.me/eblume/-/packages - Click the package name
- Click Settings
- Under Link this package to a repository, select the repo
- Click Save
Once linked, the package shows up in the repo's Packages tab and the repo links back to the package.
4. Create a deploy workflow (optional)
If the artifact is consumed by a k8s deployment, create a separate deploy workflow in blumeops (see cv-deploy.yaml). This keeps the build/release concern in the source repo and the deploy concern in blumeops.
Related
- deploy-k8s-service - Deploying the service that consumes the artifact
- add-ansible-role - Adding Ansible roles