archy/docs/PRODUCTION-MASTER-PLAN.md

PRODUCTION MASTER PLAN — Archipelago App Platform & Registry

✅ SINGLE-NODE PRODUCTION GATE IS GREEN (2026-06-23): run-gate.sh 5/5 on .228, 0 failures. This remains the authoritative plan for the broader north star (manifest-driven platform, registry-distributed manifests, external marketplace), but it is no longer a hard priority banner blocking all other work. Remaining workstreams are in §6 / §8b. Next exit-criteria: multinode (docs/multinode-testing-plan.md) + workstreams B/C/D.

Last updated: 2026-06-26 · zombie-container guard + gitea launch-port fix shipped, binary 040df5ce rolled to the fleet (see §8b SESSION h). Prior: orchestrator Fix A+B (a721532f/e0343137) deployed + proven.

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1. The North Star

Make Archipelago a world-class, developer-ready app platform where:

1. Every app is manifest-driven — install/run/update/uninstall needs only the app's manifest (+ catalog entry). Zero OS-level code reliance: no per-app Rust installers, no sudo mkdir/chown, no host provisioning.
2. Manifests are distributed via the (signed) registry, not baked into the binary OTA as disk files. Bumping/adding an app = a signed catalog change.
3. Third-party developers can build and ship apps via an external registry — a decentralized marketplace (DID-signed manifests, Nostr discovery, reputation), not a gatekept central store. archy app validate/render/install/test tooling.
4. The platform stays rootless, secure-by-default, elegant, robust, and 100%-uptime-capable (reboot-survivable, self-healing, no data loss on migrate).

Definition of done: the production test gate (§5) is green for the app set on real nodes. Until then, this plan is the priority.

2. Invariants (never violate)

• Rootless Podman only. No rootful, no Docker-socket mounts, no privileged containers unless explicitly approved. (ADR-001, ADR-009.)
• No app-specific business logic in the Rust backend. The orchestrator owns the lifecycle state machine; apps are declarative. Legacy install_immich_stack (hardcoded podman run + sudo chown) is the anti-pattern being deleted.
• Secrets are manifest-declared (generated_secrets, materialised by container::secrets 0600/rootless, idempotent + self-healing) — never hardcoded, per-app, or logged. Replaces the deleted ensure_fmcd_password.
• Migrations never destroy data. Preserve /var/lib/archipelago/<app>, generated secrets, displayed credentials, public ports, and adoption container names. Always provide a rollback path. Stop/recreate only when necessary.
• Verify on the real node .228 before any tag. (Fleet/multinode verification is a separate pass → docs/multinode-testing-plan.md.)

3. Current state (2026-06-21)

• ~40 apps are manifest-based and Quadlet-migrated (survive archipelago.service restart + reboot). Exhaustive per-app table: docs/app-registry-status-2026-06-21.md.
• Legacy holdout: immich — the one app with no manifest and a hardcoded Rust stack installer (in-cgroup, not Quadlet). 3 containers, healthy, live data. The migration proof case.
• Manifests still travel by OTA disk rsync (apps/ → /opt/archipelago/apps). The signed catalog (app-catalog.json) currently distributes only image overrides — not full manifests. Gap closed by workstream B.
• The 4 companions (archy-bitcoin-ui, -lnd-ui, -electrs-ui, -fedimint-ui) build from docker/<name> contexts via companion.rs, not the manifest registry — a later phase folds them in.
• No app has passed the formal production gate. That is the blocker.

4. Workstreams (each links its authoritative detail doc)

#	Workstream	Detail doc	Status
A	Manifest-driven app platform — packaging contract, single/multi-container runtime, routing, controlled hooks, dev tooling (6 phases, security model, migration rules)	APP-PACKAGING-MIGRATION-PLAN.md	mostly done; immich + multi-container polish remain
B	Registry-distributed manifests — catalog carries full signed manifest; orchestrator installs from registry; disk = migration fallback	registry-manifest-design.md	phases 1+2 done (node consume + opt-in publisher embed); not yet flipped on for the fleet
C	Developer-ready external registry — 3rd-party DID-signed manifests, decentralized Nostr discovery (NIP-78 kind 30078) + trust score, archy app … tooling	marketplace-protocol.md, app-developer-guide.md	design exists; tooling + trust UX pending
D	Distribution backbone — signed catalog, BLAKE3 content-addressing, iroh swarm (origin-always-wins)	dht-distribution-design.md	phases 0–2 code-complete (worktree)
E	Production test gate — 5× lifecycle on .228, per-app L1/L2 matrix; multinode is split out → multinode-testing-plan.md	tests/lifecycle/TESTING.md, bulletproof-containers.md	✅ .228 5×-GREEN (110/110 ×5, 0 not-ok, 2026-06-23) — but this is DESTRUCTIVE-tier / ~8 core apps only; see §6c for the coverage gaps
F	Lifecycle perfection — cascade + progress + ALL apps — extend the gate to uninstall/reinstall (cascade), real install/uninstall progress UI, and EVERY installed app (not just the 8 core). The "insanely-perfect OS/container environment" bar.	§6c (below), tests/lifecycle/TESTING.md	IN PROGRESS (2026-06-26) — root bug FIXED: uninstall could hang → ghost/stuck-bar/reinstall-block (71cc9ac4, unbounded systemctl/podman in quadlet::disable_remove); cascade-uninstall.bats 7/7 green on .228 w/ binary ae349a75. Remaining: wire CASCADE into the canonical gate run, progress-UI truthfulness, all-apps matrix, guardian/IBD state.

Orchestrator architecture (foundation for A/B): rust-orchestrator-migration.md (ProdContainerOrchestrator, BootReconciler 30s level-triggered reconcile, adoption scan, Quadlet rendering) and bulletproof-containers.md (the six container failure modes FM1–FM6 + the desired-state-first reconciler that fixes them).

5. Production test gate (exit criterion)

An app is production-ready only when tests/lifecycle/run-gate.sh is green across the full matrix — install / UI-reachable / stop / start / restart / reinstall / reboot-survive / archipelago-restart-survive / uninstall — 5× on .228 (ARCHY_ITERATIONS=5). The gate runs ON the node (it uses local podman/systemctl/bitcoin probes; running it via RPC from another host silently tests the runner). Multinode / fleet verification (.198 + others) is a SEPARATE plan — docs/multinode-testing-plan.md — NOT part of this single-node criterion. Coverage today: L0 unit (631 ●), L1 RPC ● for 6 core apps, L2 UI ● dashboard + proxies; L3 survival ◐; ~30 apps have zero automated coverage.

⚠️ The 2026-06-23 5×-green is NOT the full bar. run-gate.sh runs only the DESTRUCTIVE tier (stop/start/restart/survive) over ~8 core apps; it skips uninstall/reinstall (CASCADE is gated behind ARCHY_ALLOW_CASCADE_DESTRUCTIVE, never set by the gate) and tests no install/uninstall progress UI. Real uninstall/reinstall/progress bugs (immich + grafana) were found in manual testing right after — see §6c (workstream F) for the gap and the expanded-gate plan. The true "every app, fully" criterion is F's definition-of-done, not this run.

6. Immediate sequence (live workstream)

1. ✅ B-phase 1 — manifest field on AppCatalogEntry; load_manifests catalog-wins merge; manifest_dir kept (build-source catalog manifests skipped in phase 1); unit tests. (commit 220666d3)
2. ✅ B-phase 2 — EMBED_MANIFESTS publisher generator + round-trip guard. (7bfbe8fe; signing via existing ceremony — not yet flipped on for the fleet.)
3. ✅ C immich proof — immich is a manifest-driven stack (immich + immich-postgres
   • immich-redis) installed via install_stack_via_orchestrator; legacy installer is now fallback-only. Live-migrated + verified on .228. Found+fixed: container_name duplicate-on-shared-PGDATA, version-digit validation, partial-fallback hardening, data_uid 100998. Canonical app_id immich (title+icon). (9e6c5370, d5ef4573)
4. ✅ Reboot-survival — podman-restart.service enabled (startup, fleet-wide) for the podman---restart path. (f160e0c4)
5. ✅ E — 5× gate on .228 (ARCHY_ITERATIONS=5) is GREEN: 5/5, 0 not-ok (2026-06-23). Two real orchestrator bugs were found + fixed en route (package.stop per-app grace; package.restart phantom stack-member injection → order_present_containers, commit 92d7f52d) plus two single-shot-read probes hardened (bitcoin-knots state, immich lan_address). The single-node criterion is met.
6. ✅ Banner demoted (this doc, 2026-06-23). Next: multinode pass + workstreams B/C/D.

Multinode / fleet verification (.198 and the rest) is split into its own plan: docs/multinode-testing-plan.md. Do it AFTER the .228 single-node gate is green.

Not yet done / deliberate follow-ups: flip EMBED_MANIFESTS on for the published catalog (then sign) to actually distribute manifests via the registry; Phase-3 use_quadlet_backends rollout so orchestrator backends are Quadlet (not just podman---restart).

6b. Post-deploy task order (agreed 2026-06-23)

After the 2026-06-23 multinode test deploy (latest backend + UX frontend to .116/.198/.228

• Tailscale testers), do these IN ORDER:

1. netbird #20 ph4 — the last real manifest migration (workstream A).
2. Phase-3 use_quadlet_backends — orchestrator backends become Quadlet units.
3. §6c Lifecycle perfection (workstream F) — the comprehensive uninstall/reinstall + progress-UI + all-apps gate expansion below.

6b-bis. Bitcoin multi-version bulletproofing (2026-06-29) — READY TO MERGE + DEPLOY

Branch bitcoin-version-bulletproof (base 095a76cd). Fixes the "switch version silently fails / crash-loops" class + a data-access mismatch that can corrupt a node's index. All code + images + catalog + frontend DONE; .228 carries it (Knots chainstate mid-reindex recovery). The coordinated fleet rollout (OTA binary+frontend, mirror catalog publish, :latest repoint sequencing, full switch-matrix test) is the remaining work — fold it into the next release. Authoritative detail + exact remaining steps + test matrix → docs/bitcoin-version-bulletproof-rollout.md. Pairs with docs/bitcoin-multi-version-design.md.

6c. Lifecycle perfection — what "green" MISSED (workstream F, the perfection bar)

Why this exists: the 2026-06-23 single-node gate went 5×-green but is NOT the "every app fully lifecycle-tested" guarantee a user reasonably assumes. The canonical gate (run-gate.sh) only runs the DESTRUCTIVE tier (stop / start / restart / survive) over ~8 core apps (bitcoin-knots, btcpay, electrumx, lnd, mempool, immich, fedimint, filebrowser). It explicitly SKIPS uninstall/reinstall (the CASCADE tier is gated behind ARCHY_ALLOW_CASCADE_DESTRUCTIVE, which run-gate.sh never sets) and has zero coverage for the other ~30 apps (grafana, jellyfin, vaultwarden, penpot, nextcloud, photoprism, uptime-kuma, homeassistant, … — see app-registry-status-2026-06-21.md). So uninstall, reinstall, install-progress UI, and most apps were never under test.

Real bugs found in manual multinode testing on .198 (2026-06-23) — the motivating evidence:

• Uninstall is broken for immich + grafana: takes very long, the progress bar sits at a solid full-red with no real progression, and the app does not actually uninstall — it still appears in My Apps afterward (ghost entry / state not cleared).
• grafana reinstall just stops partway (no completion, no clear error).
• fedimint guardian suddenly showed "starting up — Guardian opens a wait page until Bitcoin finishes initial sync" / "starting" on that node — verify this is correct wait-for-IBD behavior vs a stuck/false state (it's a backend that depends on bitcoin sync).

✅ 2026-06-26 — root cause of the immich/grafana uninstall trio FOUND + FIXED (71cc9ac4). Single cause: quadlet::disable_remove() (first op in uninstall teardown, via companion + orchestrator) ran systemctl --user stop / daemon-reload / podman rm -f with no timeout. On rootless podman a generated unit can wedge "deactivating" while podman hangs → systemctl stop blocks forever → the spawned uninstall task returns neither Ok nor Err, so (a) set_uninstall_stage never fires → frozen full-red bar, (b) remove_package_state_entry never runs → ghost stuck in Removing, (c) the install guard rejects reinstall (already Removing). The spawn wrapper already reverts state on Err/removes on Ok — only a hang stranded it. Fix bounds all three calls (stop→QUADLET_STOP_TIMEOUT + SIGKILL/reset-failed escalation; daemon-reload→30s; podman rm→timeout). Validated live: cascade-uninstall.bats 7/7 on .228 (binary ae349a75) — grafana install → uninstall (no ghost, data dir gone) → reinstall → running → cleanup. NOTE: proves the happy path + no-regression; the original hang was load/timing-induced and not separately reproduced.

Workstream F scope — the gate must grow to (in priority order):

1. CASCADE tier in the canonical gate: uninstall → verify the app is GONE from My Apps / container-list / package state (no ghost), data preserved per policy, then reinstall → verify it returns healthy. Catch the immich/grafana ghost + reinstall-stops bugs. (✅ DONE b7d92107: run-gate.sh now runs ONE cascade pass after the 5× loop when ARCHY_GATE_CASCADE=1 (+ARCHY_ALLOW_DESTRUCTIVE=1), counted into the tally — opt-in so default behavior is unchanged, and deliberately NOT folded into all 5 iterations. cascade-uninstall.bats 7/7 on .228. Next: extend cascade coverage beyond the single throwaway app to the multi-container stacks, e.g. an immich/btcpay cascade variant.)
2. Progress-UI assertions: install AND uninstall must report monotonic, truthful progress (not a stuck full-red bar); a long op must surface a real stage/percentage and a terminal success/failure — no silent hang. (Likely both a backend progress-event fix AND a UI fix.) (✅ 2026-06-26 9f17ba68: the "stuck full-red bar" was AppCard.vue hardcoding the uninstall bar to w-full bg-red-400/60 animate-pulse — solid, full, red, fake-pulse. Now derives a real percentage from the backend's existing uninstall-stage label ("Stopping containers (X/N)"→10–50%, "Cleaning up volumes"→70%, "Removing app data"→90%) and renders like install (neutral fill, real width+%, shimmer). FE built index-DtZyZomC.js, rolled to .228/.116/.198/.89 (+.88/.5/.120). STILL TODO: a bats/UI assertion that the bar is monotonic + lands on a terminal state; possibly a backend numeric-progress field so the UI doesn't parse stage strings.)
3. ALL-apps coverage: a generic per-app lifecycle matrix (install / UI-reach / stop / start / restart / uninstall / reinstall / reboot-survive) driven by the manifest set, so grafana and the ~30 uncovered apps are gated too — not just the 8 core. Manifest-driven, so new apps are covered automatically. (✅ 2026-06-26 43934eef: bats/all-apps-lifecycle.bats — DESTRUCTIVE counterpart to the read-only all-apps-matrix.bats. Discovers the app set from My Apps ∩ the node catalog.json; drives stop/start/restart for every app and, under ARCHY_ALLOW_CASCADE_DESTRUCTIVE, a FULL teardown (uninstall→no-ghost→reinstall) with the catalog {dockerImage, containerConfig} as the reinstall spec. PROTECTED (never touched): bitcoin/electrum* (resync cost) + lnd/btcpay*/fedimint* (irreversible wallet loss — user asked to protect only bitcoin+electrum; wallet apps added for safety, override via ARCHY_MATRIX_PROTECT). Validated on .228 (discovery + 1-app lifecycle green). HEAVY/destructive → a supervised pass on LAN nodes (.116/.198/.228), NOT folded into run-gate. Invoke: ARCHY_ALLOW_DESTRUCTIVE=1 ARCHY_ALLOW_CASCADE_DESTRUCTIVE=1 ARCHY_PASSWORD=… ARCHY_SCHEME=https bats bats/all-apps-lifecycle.bats.)* ✅ FIRST FULL DESTRUCTIVE RUN on .228 (2026-06-26): lifecycle 11/11 clean; teardown 8/11 (immich 3-container stack incl.) — and it surfaced 3 real reinstall bugs (the payoff):
   1. fresh-install bind-dir ownership = root:root → EACCES on reinstall (jellyfin /config denied exit 139; netbird-server can't open its SQLite store). Fix B's chown-to-parent only runs on the reconcile path, not package.install. The important orchestrator fix.
   2. netbird reinstall adopts leftover containers → skips the manifest cert/file render (tls.crt/key/nginx.conf never written → proxy can't start → app reads absent). Only a fully clean reinstall renders them.
   3. portainer image pin lfg2025/portainer:2.19.4 is manifest unknown (never pushed to the registry) and the pin OVERRIDES the RPC dockerImage → portainer is un(re)installable fleet-wide. Registry/catalog data bug (push the image or change the pin). .228 restored (jellyfin+netbird via manual chown / clean reinstall; all installed apps running, 28 ctrs; portainer left uninstalled — uninstallable until #3 fixed). TODO: fix #1 (extend chown to install path) + #2 + #3; add reboot-survive + UI-reach per app to the matrix.
4. Guardian/IBD-dependent states: assert that "waiting for bitcoin sync"-style states are a legitimate, surfaced wait (with a path to ready) and never a permanent stuck state.

Definition of done for F: the expanded gate (CASCADE + progress + all-apps) is 5×-green on .228, then re-verified across the multinode fleet — i.e. an insanely-perfect OS/container environment where every app installs, runs, updates, uninstalls, and reinstalls cleanly with honest progress, no ghosts, no data loss, reboot-survivable.

7. Release blockers & operational gotchas (durable)

Carried forward from prior handoffs (deduped against persistent memory):

• Rootless control-plane responsiveness — slow podman ps/store cleanup at startup must not surface a false "no apps installed" UI. My Apps must preserve last-known apps during scanner backoff, never show empty during a transient.
• Reboot survival — gate on ≥3 (prefer 5) consecutive clean post-reboot lifecycle passes. Quadlet units under user.slice survive archipelago.service restart; legacy in-cgroup containers get SIGKILLed and reconciled back.
• Startup patterns — wait on a socket/health, never sleep. Tailscale waits for its socket; Fedimint Guardian waits for Bitcoin RPC initialblockdownload:false before launching fedimintd (proxy/wait companion on :8175 during IBD).
• Bitcoin must run full (txindex=1, non-pruned) for ElectrumX/mempool.
• Adoption — match existing containers by name and adopt without recreate; record a migration version in app state; preserve Nostr signer bridges (IndeeHub needs /nostr-provider.js served, not just port reachability).
• Image presence — use bounded targeted podman image inspect, not podman image exists (avoids store-walk stalls).
• Companion rebuilds — companion.rs must rebuild :latest when the build context changes (staleness check), else baked-in fixes (e.g. guardian CSS) never reach nodes. :local is a manual override, never auto-rebuilt.

8. Roadmap

Pipeline: Feature Testing (internal) → User Testing (controlled hardware) → Beta Live (public). Hardening priorities feeding the gate:

• P0 Container app reliability — bulletproof install/health/restart/uninstall across all apps, dependency chains, multi-container stacks.
• P0 Networking stack first-install → reboot-proof (WireGuard/NetBird, Tor hidden services, LND Connect).
• P1 LUKS2 full-partition encryption for /var/lib/archipelago/ (AES-256-XTS, Argon2id, key from setup password + hardware salt).
• P1 Meshtastic plug-and-play parity with MeshCore.
• P1 ✅ CODE-COMPLETE (branch companion-mobile-ux, 2026-06-23; needs on-device + mobile-web verification before merge to main) — Mobile app-launch UX — drop the "this app opens in a tab" interstitial. Two surfaces (both: no interstitial screen, launch the app directly):
  • Companion app (Android): open every app in the in-app WebView (not just non-iframeable ones) — and carry the current mobile-iframe footer controls into the WebView (back/forward/reload/close — good, useful UX).
  • Mobile web browser (PWA): open tab-apps directly in a new browser tab. Touch points: neode-ui/src/stores/appLauncher.ts, AppLauncherOverlay.vue, the Android in-app WebView bridge, and the mesh-mobile iframe footer controls. (Reference prior work: b5a9deb8 in-app webview for non-iframeable apps, d1fbcd9b "open in browser" via native bridge.)
  • ✅ Done (branch companion-mobile-ux): mobile launches now use the store-driven panel (no route push) so the background tab no longer changes and closing returns you where you launched; tab-only apps open directly (in-app WebView on companion via openInApp, new browser tab on PWA) with no interstitial; the Android InAppBrowser (WebViewScreen.kt) gained a bottom footer bar (back/forward/reload/open-in-browser/close) + a centered loading screen (favicon + progress); a shared AppLoadingScreen (icon + progress) replaced the black/spinner loaders on the app session and legacy iframe overlay; the dashboard is pinned to 100dvh on mobile so the mesh chat/tools panes stop sliding under the tab bar in mobile browsers (no-op in companion); ElectrumX shows its real icon in My Apps. Companion APK bumped to v0.4.7 (versionCode 11) with a committed shared debug keystore so updates install without an uninstall. Not yet: merge to main; publish the 0.4.7 companion download (deferred until the gate work lands so they ship together).

Post-beta (deferred — do not start until gate is green): P2P encrypted voice/video (WebRTC over federation via Tor); watch-only wallet + mesh BTC hardening; paid swarm streaming + IndeeHub source (phase4-streaming-ecash-plan.md); Meshroller Rust-native mesh AI (meshroller-integration-design.md); dual-ecash phases 2–6 (dual-ecash-design.md).

8b. SESSION STATE + RESUME (updated 2026-06-26) — READ §8b "CURRENT STATE + RESUME" FIRST

▶ SESSION i (2026-06-30) — CURRENT HANDOFF / 1.8.0 OTA RESUME

Branch/worktree: currently on bitcoin-version-bulletproof, not main. Worktree is dirty. Do not discard mesh changes: they include E2E/transport indicator plumbing and the Meshtastic receive-path fixes below. Separate recovery note: docs/SESSION-1.8.0-OTA-PROGRESS.md.

What was done this session:

1. ✅ Local Rust release gate fixed and green. cargo test -p archipelago --bin archipelago is green: 849/849 after fixing stale tests and the invalid fedimint-clientd manifest (cpu_limit was 0.25, invalid for the current schema; now integer). cargo check -p archipelago also green after mesh edits.
2. ✅ Catalog/release static gates green. python3 scripts/check-app-catalog-drift.py --release --strict is green. scripts/check-release-manifest.sh is green for the currently staged 1.7.99-alpha manifest/artifacts. npm run build and npm run type-check are green.
3. ✅ Frontend unit gate fixed. npx vitest run --silent now green: 81 files / 668 tests. Fixes were test-only: add router.onError to the login test router mock and update the AppIconGrid mobile unresolved-new-tab expectation to match current app-launcher behavior.
4. ✅ Workstream F harness gap closed. tests/lifecycle/bats/cascade-uninstall.bats now asserts uninstall progress truthfulness via backend uninstall-stage: stage must be parseable, monotonic, below 100 before terminal absence, and present before the app disappears. Non-destructive skip-mode parse check is green: ARCHY_PASSWORD=dummy bats tests/lifecycle/bats/cascade-uninstall.bats → 7 skip-ok.
5. ✅ 3ccc → .116 Meshtastic receive bug taken over and partially live-validated. Context: 3ccc is the stock/non-Archy Meshtastic peer. The bug was LoRa text from 3ccc not surfacing in .116 mesh.messages. Root causes/fixes:
   • The prior attempted fix dropped any packet older than 10 minutes by rx_time; live .116 logs showed FromRadio.packet from !433e3ccc being dropped as stale (rx_time about an hour old). The window is now 24h, so recent radio FIFO/store-forward backlog surfaces instead of vanishing.
   • Radios with unset clocks can report tiny nonzero epoch values; those are now treated as unknown, not stale.
   • Serial prevalidation was rejecting valid FromRadio.queueStatus frames (field 11, live bytes like 5a04100e1810) as corrupt payloads; field 11 and other modern non-message FromRadio variants are now accepted/ignored instead of poisoning the stream.
   • Focused Meshtastic tests green: 8/8, including packet_to_inbound_frame_accepts_recent_meshtastic_backlog and packet_to_inbound_frame_accepts_stock_peer_with_unset_clock.
   • Deployed patched binary to .116: sha256 028ec6ff9a60ca8970c081987457d78ed1c517cd81f7089f51b9a01745b5c3c4 at /usr/local/bin/archipelago. Service active. Post-deploy checked window showed FromRadio field=11 accepted and no new Dropping stale ... !433e3ccc entries.
   • There are stale other-agent RXDIAG shell watcher processes on .116; leave them unless they actively interfere.
6. ✅ Phase-3 Quadlet read-only check on .116 skip-clean. Copied lifecycle tests to .116 and ran bats bats/use-quadlet-backends-install.bats: 6/6 skip-clean because no backend .container units exist. This confirms use_quadlet_backends is not active on .116; Phase-3 remains a rollout gate.

Commands/results worth trusting:

• cargo test -p archipelago --bin archipelago → 849/849 green.
• npx vitest run --silent from neode-ui/ → 81 files / 668 tests green.
• npm run build from neode-ui/ → green, bundle index-CYaDgfX3.js.
• python3 scripts/check-app-catalog-drift.py --release --strict → green.
• scripts/check-release-manifest.sh → green for v1.7.99-alpha staged artifacts.
• tests/release/run.sh --manifest was rerun after cargo fmt; it previously reached frontend tests, which are now fixed. Re-run it from scratch as the next static gate.

Remaining blockers / decisions before 1.8.0 OTA:

1. Release version metadata is not 1.8.0 yet. releases/manifest.json, Cargo, and npm still say 1.7.99-alpha; CHANGELOG.md top says v1.8.00-alpha (note double zero). Do not silently publish until the release version naming is decided (1.8.0-alpha vs 1.8.00-alpha vs 1.8.0).
2. Workstream B signing is blocked on the offline release-root mnemonic. docs/workstream-b-signing-runbook.md says catalog distribution/embedded manifests are live, but authenticity requires the publisher to pin RELEASE_ROOT_PUBKEY_HEX and sign releases/app-catalog.json with RELEASE_MASTER_MNEMONIC. This cannot be automated by an agent without the offline mnemonic.
3. Phase-3 use_quadlet_backends is implemented but default-off. Completing this requires explicit node/fleet flag rollout plus backend reinstall/migration verification. .116 currently skip-clean only.
4. Bitcoin multi-version coordinated rollout is still separately owned/blocked by its runbook. See docs/bitcoin-version-bulletproof-rollout.md; do not repoint bitcoin-knots:latest before fixed binary is fleet-wide.
5. True RF validation of 3ccc requires either a live 3ccc send or waiting for another FIFO/backlog packet. Parser/unit coverage and .116 logs strongly validate the drop-path fix, but no human was available to send a fresh 3ccc message during this session.

Immediate next steps for the next agent:

1. Run tests/release/run.sh --manifest from repo root again; frontend unit failures are fixed, so expect it to pass or continue from the next failing stage.
2. If .116 is still the canary, monitor logs after any 3ccc activity: journalctl -u archipelago --since "<time>" | grep -Ei "!433e3ccc|3ccc|Dropping stale|Meshtastic received text|FromRadio field field=2".
3. Decide/reconcile version naming for the actual 1.8.0 OTA, then use the release scripts intentionally (do not run create-release.sh casually: it commits/tags and requires main + clean tree).
4. If pursuing Workstream B completion, get the offline release mnemonic from the publisher and follow docs/workstream-b-signing-runbook.md exactly.
5. If pursuing Phase-3 Quadlet, enable ARCHY_USE_QUADLET_BACKENDS=1 only on a canary first and run the Quadlet/lifecycle gates before considering fleet rollout.

▶ SESSION h (2026-06-26) — LATEST, RESUME FROM HERE

Canonical resume detail: memory project_session_resume_2026_06_23b (▶️ top of MEMORY.md). Local main = 670ebb06 (3 commits past the previously-pushed 43e70049: 0a8db904 zombie guard + 670ebb06 gitea launch-port fix; 43e70049 webview was already pushed). Combined release binary 040df5ce2551d17b rolled to the fleet. Binary+FE not in git — rebuild on a fresh machine (cd core && CARGO_INCREMENTAL=0 cargo build --release -p archipelago).

DONE this session:

1. ✅ Zombie-container guard (0a8db904) — the reconciler's Running branch now verifies a container's State.Pid is alive (/proc/<pid> exists) before trusting podman's "Up"; on a concrete dead PID it stop+remove+install_fresh from the manifest. Conservative: any uncertainty (inspect fail / unparseable PID) assumes alive, so a transient hiccup never destroys a healthy container. Fixes the class that broke NetBird login on .228 (dashboard "Up" w/ dead PID → proxy 502, no host port → reconciler never recovered it). Unit test + live-proven on .228: synthetic zombie on jellyfin (killed conmon+PID → podman still "Up") → guard logged …process is dead (zombie) — recreating app_id=jellyfin → recreated → settled to NoOp. Zero false-positives across the other 33 healthy containers.
2. ✅ Gitea launch-port fix (670ebb06) — gitea launched at :2222 (SSH) instead of :3001 (web) on nodes without the gitea manifest on disk (manifest_lan_address_for returns None → fell through to extract_lan_address, which returns podman's first-listed port; podman lists 2222->22 before 3001->3000). Added "gitea" => http://localhost:3001 to the static lan_address_for map (core/container/src/podman_client.rs) like every other core app. Reported on tailscale node 100.82.34.38 — that node still needs the new binary (or a refreshed gitea manifest) to pick it up.
3. ✅ Rolled 040df5ce to .228/.116/.198/.89 (verified sha+active); .88/.5/.120 rolling.

OPEN follow-ups (logged, NOT regressions):

• mempool env-drift recreate-loop on .228 — reconciler logs container env drift detected — recreating app_id=mempool every ~30-90s, never converges (pre-existing; the known mempool nginx stale-IP class, project_mempool_nginx_stale_ip_fix). mempool stays running but churns.
• nostr-rs-relay stuck "Stopping" + ~2s create-loop on .228 (from session g).

NEXT: finish .88/.5/.120 roll → push main to gitea-vps2 → Phase-3 quadlet / Workstream F / multinode. SSH/sudo pw ThisIsWeb54321@ (.88 = ThisIsWeb54321!); UI/RPC .228/.198 = ThisIsWeb54321@. Reusable tooling in scratchpad: deploy-bin.sh/remote-apply.sh (EXPECT_SHA = 040df5ce…), rpc.sh.

---

▶ SESSION g (2026-06-25) — earlier, historical

Canonical resume detail: memory project_session_resume_2026_06_23b + project_netbird_ph4_legacy_deletion_map + project_workstream_f_lifecycle_perfection. gitea-vps2/main = a721532f (pushed). Local main = 89d397bb (2 new commits this session, NOT pushed/deployed: 41e7f500 harness tolerance + 89d397bb netbird ph4 legacy delete). Binary+FE are NOT in git — rebuild on a fresh machine.

TL;DR (SESSION g, 2026-06-25) — everything below DONE this session:

1. ✅ Rolled e0343137 + fresh FE (index-a75rd6Hy.js) to 7 nodes (.116/.198/.228/.89/.88/.5/.120), all verified. .15 SKIPPED (auth rejected — creds don't match).
2. ✅ Harness tolerance fixes COMMITTED 41e7f500 (run-gate settle/immich + immich.bats 90s + mempool.bats poll).
3. ✅ mempool RESOLVED fleet-wide — see mempool note below.
4. ✅ netbird #20 ph4 DONE — legacy Rust installer DELETED, committed 89d397bb (492 lines gone, manifest-driven only, cargo check clean). Release binary BUILDING for the .228 live-verify (build left running — check after).

NEXT (resume here): (a) check the release build, deploy the 89d397bb binary to .228, live-verify netbird adopts via manifest (https:8087→200, no bail!); (b) roll 89d397bb to the rest of the fleet (behavior-neutral — manifest path already executed); (c) push local main → gitea-vps2 (2 commits ahead); then Phase-3 use_quadlet_backends → Workstream F → multinode.

ROLL RESULTS (2026-06-25, binary e0343137b99bf066 + fresh FE bundled):

Node	Result
.228	✅ already on e0343137 (prior session, binary-only)
.116 (local)	✅ binary + fresh FE; 36 containers survived restart; UI 200; index-a75rd6Hy.js live
.198 (LAN)	✅ binary + fresh FE; 38 containers up; UI 200
.89 (100.89.209.89)	✅ binary + fresh FE; service active
.88 (100.70.96.88, pw ThisIsWeb54321!)	✅ binary + fresh FE; service active
.5 (100.72.136.5)	⏳ attempted — see resume note (cellular x250)
.120 (100.66.157.120)	⏳ attempted — see resume note (cellular x250)
.15 (100.64.83.15, archy-dev-pa)	❌ SKIPPED — archipelago@ + ThisIsWeb54321@ rejected (Permission denied (publickey,password)); node creds unknown

Deploy tooling (reusable): scratchpad deploy-bin.sh <label> <local\|ssh\|ts> <host> <pw> + remote-apply.sh (mv binary avoids ETXTBSY, atomic FE swap preserving aiui/APK/claude-login.html, chown 1000:1000, restart, sha+health verify). Frontend tarball = tar -C web/dist/neode-ui -czf neode-ui.tgz . (flat). Full sha e0343137b99bf06642c45da67bb092e9a411190ff59eda8e5177c2a06b6f6e89.

Focus: validate the two UNVALIDATED-WIP orchestrator fixes (commit a721532f) on the .228 canary, then roll to the 7-node fleet.

• Fix A — desired-state recovery: a was-running app that vanished (e.g. lost through a failed teardown + reboot) auto-recreates on reconcile, via new crash_recovery::load_last_running_names (reads running-containers.json sans PID gate) + exact container-name match in reconcile_all_with_mode. Zero false-positives (uninstalled/user-stopped excluded).
• Fix B — recreate volume-ownership: a freshly-created bind dir for a NO-data_uid app gets chown --reference=<parent> so container-root can write → kills the immich-class recreate EACCES crash-loop. Only fresh dirs (zero regression for existing installs).

VALIDATION PROGRESS (sessions e→f):

1. ✅ Release binary built — sha16 e0343137b99bf066 (differs from pre-fix f2aa2fab → fixes compiled in).
2. ✅ cargo test -p archipelago crash_recovery — 13/13 green, incl. the two new Fix A tests.
3. ✅ Deployed new binary to .228 canary (binary-only; FE unchanged at 435b9f92). Verified live sha e0343137, active, RPC OK. Container cgroup confirmed in user@1000.service (NOT archipelago.service) → systemctl stop is container-safe on .228.
4. ✅ Fix A PROVEN — podman rm -f jellyfin (non-baseline, no-data_uid) → periodic ExistingOnly reconciler (30s) recreated it; journal: previously-running app has no container after boot — recreating (desired-state recovery) app_id=jellyfin.
5. ✅ Fix B PROVEN — fresh package.install uptime-kuma (no-data_uid, no prior data dir) → bind dir chowned to parent owner 1000:1000 (NOT root:root), state=running, RestartCount=0, no EACCES, app wrote its own subdirs → clean uninstall (container+data-dir gone). all-apps matrix read-only 5/5 (17 apps).
6. 🟡 5× DESTRUCTIVE gate on .228 — NOT yet 5/5, but failures are HARNESS-TOLERANCE FLAKES, NOT Fix A/B regressions (proven: Fix A logged 0 desired-state-recovery firings during the failures; immich/lnd RestartCount: 0, no crashes). Under sustained 5× churn on this 34-app node a different heavy-app recovery probe slips each iteration:
   • immich lan_address (test 64): 30s probe too tight after archipelago-restart recovery. FIXED (settle_stack now waits on immich :2283 when present, cap 180→300s; test 64 deadline 30→90s). Went ok/ok/ok 3× after fix.
   • mempool orphan count (test 82): single-shot count caught a transient extra container mid-recreate (clears to 3=3). FIXED locally (poll for steady-state ≤30s) — fix is in local tests/lifecycle/bats/mempool.bats, NOT yet re-gated.
   • lnd getinfo recovers after restart (test 77): already has a generous 240s deadline; peak concurrent load occasionally beats it. lnd itself HEALTHY (wallet unlocked — "wallet already unlocked, WalletUnlocker no longer available", RestartCount 0). Likely needs deadline bump or lnd added to within-iteration tolerance. NOT yet fixed.
   • NOTE: the 300s settle bump made iterations very long (iter2=1062s) and a diagnostic run wedged in iter3; killed it. Re-think settle (maybe per-app readiness with shorter caps) before the next run.
7. ✅ DECISION RESOLVED (2026-06-25): user chose (B) roll now AND bundle the fresh UX frontend (per feedback_deploy_targets_and_ux_bundle). Gate load-robustness deferred to a separate hardening pass.
8. ✅ ROLLED e0343137 + fresh FE (index-a75rd6Hy.js) to .116/.198/.89/.88/.5/.120 (.228 already on it) — all verified sha=e0343137, service active. .15 skipped (auth reject). See roll table above.
9. ✅ Harness fixes COMMITTED 41e7f500 (no longer uncommitted).
10. ✅ netbird #20 ph4 — legacy installer DELETED, committed 89d397bb. install_netbird_stack is now orchestrator-manifest → adopt → bail! (no in-Rust installer); removed 6 dead helpers + 3 NETBIRD_*_IMAGE consts + unused import (~492 lines). cargo check clean (0 warnings). Manifest path verified live pre-delete (.228 https:8087→200). Release binary BUILT: sha cccb7cfd9c38a651 (core/target/release/archipelago, supersedes e0343137) — NOT yet deployed; deploy to .228 + live-verify then roll. Map+rationale: memory project_netbird_ph4_legacy_deletion_map. Pre-existing follow-up (NOT introduced by delete): the manifest path lacks an active #10 OIDC-readiness gate — if that login race resurfaces, add an OIDC-ready gate to the netbird manifest.

✅ 2026-06-25 — STRAY 13h GATE on .228 found + killed; mempool RESOLVED. A setsid gate run from session-e was still churning .228 ~13h later (pathologically slow — only reached test 71/lnd; the 300s settle bump is the suspect). Killed its process group (note: pkill -f bats self-matches the ssh command's own argv → kill by numeric PID/PGID instead). After kill, crash_recovery (Fix A) auto-recovered the immich/indeedhub/netbird stacks — good live exercise of Fix A. mempool fallout RESOLVED: the gate churn left .228's podman overlay storage corrupt (mempool frontend crash-looped — container couldn't write /etc/nginx, same image serves fine on .116) → fixed by rebooting .228 (clears overlay corruption; Fix A staggered-recovered all apps; mempool stable 200). .198 is PRUNED bitcoin → mempool requires archival (install correctly refused) → cleanly uninstalled the orphan mempool-db. All nodes now correct. LESSON: never leave the gate running unsupervised; reconsider the 300s settle before re-running.

Fleet on e0343137 + FE index-a75rd6Hy.js on .116/.198/.228/.89/.88/.5/.120 (.15 still old). 89d397bb (netbird-delete) binary NOT yet deployed anywhere — verify on .228 then roll. SSH/sudo pw UNIFORM ThisIsWeb54321@ (.88 = ThisIsWeb54321!); UI/RPC: .228=ThisIsWeb54321@, .198=ThisIsWeb54321@. Reusable tooling in scratchpad: deploy-bin.sh/remote-apply.sh (binary+FE swap), rpc.sh <host> <pw> <method> [params] (auth.login→call). Gate harness at ~/lifecycle/lifecycle on .228 — CHECK it isn't already running/wedged before re-launching.

---

▶ SESSION b (2026-06-23 PM) — earlier, historical

Canonical resume detail: memory project_session_resume_2026_06_23b (▶️ top of MEMORY.md). gitea-vps2/main = 4346007d pushed; local HEAD e57514b6 (uninstall fix, committed, not pushed/deployed).

Shipped + verified live on .228 (all in 4346007d):

• Connection-lost FULLY fixed — companion image_exists journal-flood (Stdio::null) + netbird UDP-port reconcile churn (wait_for_manifest_host_ports tcp-only). .228: flood→0, ws/db→0 disconnects, load 3.95→2.26.
• netbird → manifest-driven (#20 ph4) — 3 manifests + 4 orchestrator primitives (base64 secret, GeneratedCert+ensure_manifest_certs, templated-file render {{HOST_IP}}/{{NETWORK_GATEWAY}}/{{secret:}}, udp port protocol). Live: https 8087→200, OIDC→200, resolver=gateway. Legacy-Rust delete deferred to post-full-verify.
• registry-manifest flip (code) — EMBED_MANIFESTS default-on, main.rs bounded pre-load refresh_catalog. Catalog regenerated w/ 52 embedded manifests but NOT published (gitignored + never committed; publish = force-add to gitea-vps2 main). Do after fleet binary roll.
• UX regression root-caused + fixed — the mobile/desktop UX (loader/AppLoadingScreen, store-driven launch, app icons, android webview footer) was on companion-mobile-ux and never merged to main, so any main build silently dropped it. Merged → main, frontend redeployed to .228. Android 0.4.9/code13 pushed for user to build APK elsewhere.

In progress — Workstream F lifecycle bugs (this §, user-picked next):

• uninstall ghost — FIXED + pushed (e57514b6) + DEPLOYED to .228. handle_package_uninstall returned Err on any cleanup-residue failure before removing the package state entry → ghost in My Apps + revert-to-Installed. Now: split container vs cleanup errors; remove state entry as soon as containers gone (before slow data rm). LIVE-VERIFY IN PROGRESS: fresh grafana (not previously installed → no data risk) install→uninstall→reinstall on .228; install was mid image-pull at handoff. RPC recipe + caution in memory project_session_resume_2026_06_23b.
• #15 fedimint guardian — RESOLVED, not stuck (legit until IBD-gate → setup wizard now bitcoin synced; no code change).
• #14 grafana reinstall-stops — verify in the same grafana test (likely same root cause as #13).

Next: finish grafana uninstall/reinstall live-verify on .228 → roll the new binary to the rest of the fleet (.116/.198/.5/.120 still on old binary) → publish embedded catalog (#8) → finish Workstream F (gate CASCADE+progress+all-apps expansion) → Phase 3 Quadlet → multinode. WATCH: main.rs pre-load refresh_catalog (≤25s) slows startup — sanity-check startup→RPC-ready isn't egregious on the fleet roll.

---

▶ CURRENT STATE + RESUME (2026-06-23) — earlier session-a baseline (historical)

✅ HEADLINE (2026-06-23): single-node gate GREEN (run-gate.sh 5/5 on .228, 0 not-ok) + multinode test deploy DONE to 6 nodes. The exit criterion (§5) is met. Green took fixing two real orchestrator bugs (package.stop per-app grace, 2026-06-22; package.restart phantom stack-member injection, 2026-06-23 — order_present_containers, commit 92d7f52d) plus hardening two single-shot probes (bitcoin-knots state, immich lan_address). All work is committed + PUSHED to gitea-vps2 (146) main @ ccb594fb — the local-only state is resolved. Binary = release sha 5472c575….

▶ DEPLOY STATE (latest backend 5472c575 + UX frontend + one-tap companion APK) — 2026-06-23:

Node	Pw	Done	Notes
.116 (local, http:80)	ThisIsWeb54321@	✅	dev node: bitcoin mid-IBD + http-only
.198	archipelago	✅	resilience; user manual-testing here
.228	archipelago	✅	canonical gate node (5×-green)
100.82.34.38 (archipelago-1)	archipelago	✅
100.89.209.89 (archy-x250-pa)	ThisIsWeb54321@	✅
100.70.96.88 (archipelago node)	ThisIsWeb54321!	✅	note the !
100.64.83.15 (archy-dev-pa)	?	⏳	UP (tailscale ping ok) but ThisIsWeb54321@ REJECTED — need correct pw
100.66.157.120 (archy-x250-exp)	ThisIsWeb54321@	⏭️	DOWN — user said leave it

Deploy scripts saved in scratchpad: deploy-node.sh (full binary+FE, sha+health verify) and fe-only.sh (FE-only, no archipelago restart). Reusable: bash deploy-node.sh <host> <pw> <scheme> 127.0.0.1.

▶ COMPANION APK fixed (other agent's commit 5c43e127 + my reconcile): QR + download were a zip-wrapped .apk.zip (forced unzip). Now serve raw archipelago-companion.apk (one-tap) from the 146 raw URL; CompanionIntroOverlay.vue + ship/publish scripts repointed; old .zip dropped. The OLD .apk.zip URL now 404s, so EVERY node was FE-refreshed to the new build (all 6 verified / : 200 + bundle references archipelago-companion.apk).

▶ MANUAL-TEST BUGS FOUND on .198 → workstream F (§4/§6c). The green gate is DESTRUCTIVE-tier / ~8 core apps; it SKIPS uninstall/reinstall and has no progress-UI / all-apps coverage. Real bugs: immich+grafana uninstall hangs at a solid full-red bar + leaves a ghost in My Apps (doesn't actually remove); grafana reinstall stops; fedimint guardian shows "waiting for bitcoin sync" (verify legit vs stuck). These motivate workstream F (cascade + progress + all-apps gate). Also added §10: investigate TanStack-Query/push-based state mgmt for neode-ui (the state-drift root cause behind the stuck bar + ghosts).

▶ NEXT — agreed task order (do IN ORDER, see §6b):

1. netbird #20 ph4 — last real manifest migration.
2. Phase-3 use_quadlet_backends — orchestrator backends → Quadlet units.
3. §6c workstream F — cascade/uninstall + progress-UI + ALL-apps gate; fix the immich/grafana uninstall + ghost-My-Apps + reinstall-stops bugs to a 5×-green; then §10 state-mgmt investigation.
4. Multinode pass — docs/multinode-testing-plan.md (the 6 deployed nodes are ready for manual testing now).

▶ LOOSE ENDS / gotchas for the resuming session:

• neode-ui/src/components/AppLoadingScreen.vue is UNTRACKED on .116 — the other agent created it but NO committed code imports it (orphan, not in e825bbed). Left in place; decide whether to wire it in or delete. Not deployed (committed UX doesn't reference it).
• gitea-local mirror (localhost:3000) push is BROKEN (token redirects to /login); push to gitea-vps2 works and is primary. Reconcile the local mirror token if you need it.
• Don't delete bitcoin/electrum data (user directive) — run only the DESTRUCTIVE gate (run-gate.sh default; never set ARCHY_ALLOW_CASCADE_DESTRUCTIVE on real nodes with synced chains).
• .198 gate not run this session (user was manual-testing there + restarting). .116 gate ran but failed 12 tests — ALL environmental (.116 is http-only → ui-coverage hardcodes https://; + bitcoin mid-IBD → bitcoin/lnd preconditions). NOT product regressions. gate-116.log on .116.

(historical resume notes for the 5× chase below — superseded by the green result above)

Headline (2026-06-22): the production gate's package.stop blocker is FIXED; .228 is 1×-GREEN (110/110); a fresh 5× run is IN PROGRESS on .228 (the single-node exit criterion) after a real mempool bug found + fixed (below). The gate is now single-node (.228); multinode is split out (docs/multinode-testing-plan.md). The gate is canonically 5× now — run-gate.sh (the 20x naming/script was removed 2026-06-22, commit 57a013bc).

2026-06-22 (late) — mempool stale-IP bug FOUND + FIXED (real production bug, not a flake): The 1st 5× attempt failed iteration 1 on #74 mempool api backend remains queryable. Root cause was NOT timing — the frontend nginx pinned mempool-api's IP at startup (no resolver); after the gate restarts mempool-api (new podman IP) nginx 502s and the UI shows "offline". Fixed in mempool-frontend:v3.0.1 (resolver+variable proxy_pass; see [[project_mempool_nginx_stale_ip_fix]] / docker/mempool-frontend/), pushed to vps2, manifests bumped 3.0.0→3.0.1, deployed + resilience- verified live on .228 (backend restart now auto-recovers). Also fixed the test itself (mempool.bats #74: 180s→300s + real fail helper). Commits 0f05f73a (fix) 57a013bc (gate rename).

THE 5× RUN IS DETACHED ON .228 — survives terminal/session close. Check it from any machine:

sshpass -p archipelago ssh archipelago@192.168.1.228 \
  'grep -E "iteration [0-9]+: (PASS|FAIL)|RESULTS|passed:|failed:" /tmp/gate-5x3.log; \
   echo "running pid: $(pgrep -f run-gate.sh$ || echo DONE)"; grep "^not ok" /tmp/gate-5x3.log | sort -u'

• Log: /tmp/gate-5x3.log on .228 · launched nohup · ARCHY_ITERATIONS=5 ARCHY_ALLOW_DESTRUCTIVE=1, run ON the node from /tmp/lifecycle-run/tests/lifecycle via ./run-gate.sh (ARCHY_HOST=127.0.0.1). bats 1.11.1 + static jq 1.7.1 are installed on .228.
• If all 5 iterations PASS → .228 has met the single-node criterion → demote the banner.
• If it flakes again: readiness-under-churn (lnd/mempool); hardening in 98f4fa44 (inter-iteration settle_stack() + readiness windows). Re-copy repo tests/lifecycle to /tmp/lifecycle-run, relaunch.

▶ 2026-06-23 (morning) — 5× FINISHED 2/5; both mempool fails ROOT-CAUSED to ONE real orchestrator bug (NOT flakes) + FIXED: the overnight run finished passed: 2 / failed: 3 on gate-5x3.log, three distinct one-off fails, none repeating:

• iter1 #5 container-list valid state for bitcoin-knots — pre-launch churn (as predicted); didn't repeat. Hardened anyway: the probe was a single-shot read; now polls ≤30s for a settled valid state so a momentary restarting/transient can't flake a 20-min iteration (bitcoin-knots.bats).
• iter2 #74 mempool api queryable + iter5 #73 mempool stack running — SAME root cause. package.restart mempool resolves its container list via ordered_containers_for_start, which was injecting phantom stack-member names (mysql-mempool, archy-mempool-api, archy-mempool-web — variant names from the union startup_order list that aren't live on this node). The phantom mysql-mempool is 2nd in the start order; do_orchestrator_package_start hits its unknown-app-id fallback → do_package_start inspect fails "no such object" → the ? aborts the whole start sequence, so mempool-api (pos 5) + mempool frontend (pos 8) never start. They then sat down ~6 min until the health monitor independently recovered them → #73 (frontend not running in 180s) and #74 (api not queryable in 300s) both flake. Journal proof on .228: package.restart mempool failed: Start failed: mysql-mempool: ... no such object, 23:27:32. Fix: ordered_containers_for_start now orders only the actually-present containers and never injects phantom order entries (new pure helper order_present_containers + 3 unit tests, dependencies.rs). This is the SAME class as the mempool nginx bug — a hardcoded-name/reality mismatch — and is exactly the manifest-driven-lifecycle anti-pattern the master plan targets.
• Deploy + relaunch: built release binary on .116, swapped /usr/local/bin/archipelago on .228 (containers live under user@1000.service, NOT the archipelago.service cgroup, so a service restart does NOT kill them — verified via conmon cgroup paths). Manually verified mempool restart keeps the stack up, then relaunched a clean 5× → see gate-5x4.log (check cmd above, swap the filename). Expectation: all three fixed → 5/5 green → demote the banner.

Code fixes shipped this session (all on main, built + DEPLOYED to .228 AND .198):

• 2dad64b2 stop honours per-app grace (was -t 30 deadline racing SIGKILL).
• 760a32bc reconciler stops resurrecting user-stopped apps (dep-override + host-port watchdog).
• 6e49ce6f container-list reports user-stopped apps as stopped despite a live UI companion.
• 452f05d8 companion self-heal on its own ~30s loop (was gated behind the slow per-app pass).
• Test-harness hardening: 88930558 53b8e47f 892ff083 98f4fa44 (readiness retries, immich/ fedimint/NPM/lnd windows, inter-iteration settle). Binary built on .116 core/target/release/archipelago (4-fix); deploy = stop archipelago, cp to /usr/local/bin, start.

NODE-STATE fixes on .228 NOT in the repo (re-apply if .228 is reset/reimaged):

• nginx /app/lnd/ proxy target was stale 8081 → fixed to 18083 (sed in /etc/nginx/sites-{available,enabled}/archipelago + snippets, then nginx -s reload). Repo code is correct (18083); old node config was stale.
• Removed a stale orphan ~/.config/containers/systemd/home-assistant.container (ContainerName home-assistant ≠ the real homeassistant container; it was stuck "activating"). Real app fine.
• electrumx was re-installed (package.install w/ image 146.59.87.168:3000/lfg2025/electrumx:v1.18.0) to re-register it as a tracked manifest app (it had become adopted plain-podman).

KEY LESSON: run the lifecycle gate ON the node, not via RPC from .116 — its bitcoin/companion/ orphan/endpoint tests use local podman/systemctl/bitcoin-cli/curl, so a remote run silently tests the runner (this is why earlier runs from .116 falsely showed "bitcoin in IBD" etc.).

Remaining (after 5× green): netbird migration (#20 ph4 — the one real migration left) + btcpay/ mempool stack polish; Phase-3 use_quadlet_backends; B flip-on (EMBED_MANIFESTS+sign); per-app test coverage (~30 apps unwritten); the mobile app-launch UX (§8 Roadmap P1). Multinode → its own plan.

---

Where we are — Task #20 (manifest lifecycle hooks) + indeedhub migration: DONE & 2-node verified

Manifest-driven lifecycle hooks + the IndeedHub stack migration are complete and live-verified on BOTH .228 and .198 (adoption + fresh-create + post_install hook exec, stable under load). 15 commits this session: 4c1a4e59..e2a012d0. Working tree clean. The release lifecycle gate is 5× (ARCHY_ITERATIONS=5).

Shipped (all on main, newest first):

• e2a012d0 indeedhub frontend health → tcp:7777 (was http GET /; the http check false-failed under load and the reconciler churned the frontend — fixed).
• ff78b312 hook exec runs in a transient user scope (systemd-run --user --scope --quiet --collect podman exec …) — fixes "crun: write cgroup.procs: Permission denied" when exec'ing from archipelago.service.
• ff8f11b8 indeedhub frontend caps [CHOWN,DAC_OVERRIDE,SETGID,SETUID] — nginx workers died "setgid(101) failed" under the orchestrator's --cap-drop=ALL.
• b73084db DELETED the legacy indeedhub orchestrator special-cases (−382 lines: reconcile_indeedhub_stack, start_indeedhub_backends, the 120s dependency-DNS gate, patch_indeedhub_nostr_provider, repair_indeedhub_network_aliases, INDEEDHUB_* consts) → "indeedhub" now uses the GENERIC install_fresh/reconcile path.
• b1eea8c0 7 indeedhub manifests (apps/indeedhub{,-postgres,-redis,-minio,-relay,-api, -ffmpeg}) + install_indeedhub_stack orchestrator-first (immich pattern).
• b94b61f6 network_aliases ContainerConfig field (podman_client + quadlet rendering, DNS-label validated) — lets the frontend nginx reach api:4000/minio:9000/relay:8080 on the dedicated indeedhub-net.
• 955c54b7/4c1a4e59 #20 hooks phases 1-2: schema (LifecycleHooks/HookStep/HostCopy in archipelago-container::manifest) + executor container::hooks::run_post_install (allowlist-canonicalised copy_from_host + scoped exec), wired into install_fresh.
• 84031e62 gate 20×→5× (docs only: CLAUDE.md, this file, tests/lifecycle/TESTING.md).

Design = adoption-safe + manifest-driven. Manifests reproduce the live install exactly so existing nodes ADOPT (NoOp) instead of recreate: hyphen container_names the runtime already references, named volumes indeedhub-{postgres,redis,minio,relay}-data, indeedhub-net + network_aliases [postgres|redis|minio|relay|api], generated_secrets reuse the live /var/lib/archipelago/secrets values (ensure_one no-ops on existing; postgres pw is fixed at PGDATA init). minio user "indeeadmin" + AES_MASTER_SECRET literal kept. The frontend image indeedhub:1.0.0 already bakes the iframe nginx (X-Frame omit + nostr-provider.js

• sub_filter), so the post_install hook (sed X-Frame / copy nostr-provider.js / inject / nginx reload) is defensive/idempotent. crash_recovery.rs's frontend-after-deps ordering guard is KEPT on purpose (beneficial; not a blocker).

⛔ GATE BLOCKER 2026-06-22 — package.stop ignores the per-app stop grace (REAL, fleet-wide, ROOT-CAUSED)

Step 1 (sync .228 tcp-health manifest) is DONE + verified. Step 2 (the 5× gate) surfaced a real, fleet-wide package.stop bug — reproduced on the CLEAN, quadlet-correct .198, so it is a genuine product bug, not node contamination. Root cause is fully pinned (below).

Symptom. package.stop <app> returns {"status":"stopping"} but the container never stops (container-list shows running 60s+); the gate's wait_for_container_status … stopped 60 times out. Hits fedimint, electrumx, bitcoin-knots, btcpay-server, immich (slow-to-SIGTERM apps). filebrowser passes because it exits on SIGTERM in <30s.

ROOT CAUSE (from .198 journal during a live package.stop fedimint):

WARN  quadlet: systemctl --user stop fedimint.service timed out after 45s
ERROR runtime: package.stop fedimint failed: stop_container fedimint:
      podman stop -t 30 fedimint timed out after 30s: deadline has elapsed

The orchestrator stop path ignores the per-app graceful-stop table and the wrapper deadline equals the grace:

• archipelago::api::rpc::package::runtime::stop_timeout_secs() defines per-app grace (bitcoin 600s, lnd 330s, electrumx 300s, immich_postgres 120s, fedimint/btcpay 60s, default 30). The legacy stop paths use it (runtime.rs:329/607/1060 podman stop -t <stop_timeout_secs>).
• The orchestrator path does NOT: prod_orchestrator::stop() → ContainerRuntime::stop_container (container/src/runtime.rs:124) → API PodmanClient::stop_container hardcodes ?t=10 (podman_client.rs) and the CLI fallback hardcodes -t 30 (runtime.rs:128). fedimint needs 60s but gets 10s/30s ⇒ SIGTERM grace expires; the API/CLI stop errors out and the whole stop fails → state reverts to running.
• Compounding: PODMAN_CLI_DEFAULT_TIMEOUT = 30s (runtime.rs:9) wraps podman stop -t 30, so the await fires exactly when podman would SIGKILL → "timed out after 30s" even though the kill would land a moment later. The wrapper deadline must exceed the -t grace.

FIX (two parts, design choice flagged):

1. Thread the per-app stop grace into the orchestrator stop path. Either (A) move/duplicate stop_timeout_secs into the container crate and have stop_container use it, (B) extend the ContainerRuntime::stop_container signature to take a grace: Duration and have prod_orchestrator::stop() compute it from the loaded manifest, or (C, north-star-aligned) add a stop_grace_secs field to the manifest (default 30) and read it from lm.manifest in stop(). (C) is the manifest-driven choice; bitcoin/lnd/electrumx/fedimint manifests then declare their value. DECISION NEEDED from owner: A/B (fast, table-based) vs C (manifest-driven).
2. Make the CLI/API wrapper deadline = grace + buffer (e.g. grace + 15s) so podman's SIGKILL completes inside the await. Apply to both PodmanClient::stop_container (?t=+HTTP timeout) and the runtime.rs CLI fallback (-t+PODMAN_CLI_DEFAULT_TIMEOUT). Add a mock-orchestrator test: a container that ignores SIGTERM for >30s must still end stopped.

Build/deploy after the fix: cd core && CARGO_INCREMENTAL=0 cargo build --release -p archipelago → sideload to .228 + .198 (stop archipelago, cp binary, start) → re-quadletize .228 (its backend .container files are gone from my cascade-gate contamination — reinstall its apps so units regenerate, matching .198) → re-run the canonical gate (DESTRUCTIVE only).

✅/⚠️ FIX SHIPPED + VALIDATED 2026-06-22 — and the gate has MORE causes than the grace bug

Done: the grace fix is implemented (option C+table fallback: manifest stop_grace_secs → stop_grace_secs_for() table; deadline = grace + 15s), unit-tested (3 tests green), committed (2dad64b2), release-built, and deployed to BOTH .228 and .198 (active, UI 200). Quadlet regression suite green (37/37). Validated: healthy app vaultwarden stops cleanly on .198 (running→exited→removed) — no regression; the deployed binary's stop path works.

The gate stop-failure was MULTI-CAUSED (3 real product bugs) — all 3 now FIXED + the electrumx lifecycle suite is GREEN (10/10, 66s) on .228:

1. ✅ Stop ignored per-app grace (podman stop -t 30 spurious 30s timeout) — commit 2dad64b2. Orchestrator now uses manifest stop_grace_secs → stop_grace_secs_for() table; deadline = grace + 15s; applied to quadlet stop + API + CLI.
2. ✅ Reconciler resurrected user-stopped apps — commit 760a32bc. The reconcile filter's dependency_required override re-included a user-stopped dependency (electrumx ← active mempool), the in-memory disabled set is wiped on manifest reload, and the host-port "repair" then restarted the stopped backend within ~8s. Fix: ensure_running_with_mode now bails Left("user-stopped") when the on-disk user_stopped marker is set (the single choke point all reconcile flows through); install/start clear the marker first so user actions are unaffected.
3. ✅ container-list reported user-stopped apps as running — commit 6e49ce6f. The backend was Exited but its UI companion (electrs-ui/bitcoin-ui/…) kept serving the launch port, and the state-refresh upgraded any reachable launch port to running. Fix: handle_container_list forces stopped for user_stopped apps before the launch-port refresh.

Earlier theories now RESOLVED/superseded: "fedimint crash-looping" was probe-induced churn — left alone, fedimint is stable (Up 48 min, 0 watchdog restarts/30 min); its restarts during testing were the host-port watchdog firing while I rapid-cycled stop/start (fixed by #2). "Exited→Stopped key mismatch" was actually the live-UI-companion launch-port issue (#3). "Grace vs gate-timeout" (electrumx 300s) was moot — a healthy electrumx honours SIGQUIT and stops in <1s.

TWO-NODE GATE RESULT (1×, DESTRUCTIVE, both with the 3-fix binary):

• .228: 104/110. All previously-failing package.stop tests now PASS (bitcoin/btcpay/electrumx/ fedimint/immich). Remaining 6: test 31 (companion recreate), 44 (fedimint orphan — probe pollution), 55 (immich restart timing), 83 (bitcoin not archival-synced), 94/99 (endpoint/lnd-proxy cascade from 83).
• .198: 94/110. 14 of 16 failures are one root cause: bitcoin is in IBD (test 83 says blocks=817652 headers=954850 — ~137k behind). Everything chained to bitcoin cascades: lnd (16,85), btcpay (22,23,103), electrumx (37), mempool stack (71,72,73,101), endpoints (94), bitcoin.getinfo (7,12). The other 2 are node-independent: 31 (companion recreate) and 44 (fedimint orphan pollution).

CONCLUSION: the lifecycle-stop blocker is FIXED and validated on both nodes. The residual red is NOT lifecycle bugs — it is (a) bitcoin still syncing (IBD) on the test nodes [test 83 is an explicit precondition; nothing electrumx/lnd/btcpay/mempool can pass until it finishes], (b) .228 plain-podman contamination (my cascade-gate), and (c) two minor items: test 31 companion-unit recreate (both nodes — likely the 90s window vs reconcile tick + image step; investigate) and test 44 orphan fedimint container left by my probing.

EVERY gate failure is now FIXED or explained — NO lifecycle code bugs remain. Final read:

• ✅ package.stop (the blocker): 3 bugs fixed (2dad64b2/760a32bc/6e49ce6f), green both nodes.
• bitcoin-IBD cascade (most of .198's red): environmental — bitcoin syncing (test 83 precondition).
• test 31 companion-recreate: NOT a product bug. Two things: (a) FIXED — the companion reconcile stage was gated behind the slow per-app pass; now it runs on its own ~30s loop (452f05d8). Validated on .228 with the new binary: a deleted archy-electrs-ui unit self-heals in ~10s (was stuck 100s+), journal: companion not active, repairing → wrote quadlet unit → companion started. (b) HARNESS CAVEAT — the companion-survives bats does LOCAL rm/systemctl --user (no ssh), so running the gate from .116 against a remote node actually tests .116's companions with .116's (old) binary, not the RPC target. ⇒ the companion-survives suite must be run ON the target node (or with the new binary on .116) to be meaningful. This explains the "failed on both nodes" runs — both were silently testing .116.
• test 55 immich restart: NOT a bug — the heavy 3-container stack (postgres+redis+server) restarts in >120s under load; immich DOES return to running. Optional: bump the immich restart wait.
• test 44 fedimint orphan: my probe pollution; a teardown clears it.

To reach a literally-green 5× gate (now infra/node-prep + minor test-window tuning, not lifecycle code):

1. Let bitcoin finish IBD on a test node (or point the gate at an archival-synced bitcoin).
2. Re-quadletize .228 (reinstall its backends so .container units regenerate, matching .198). electrumx done; bitcoin/btcpay/fedimint/immich/etc. remain. (Most backends ARE in manifest_ids already; this is about regenerating quadlet units + clearing adopted plain-podman state.)
3. Optional: faster companion-reconcile cadence (test 31) + longer immich-restart wait (test 55) + clear the test-44 orphan — or simply run the gate on a less-loaded, bitcoin-synced node.
4. ✅ test 31 ROOT-CAUSED = contamination + load (NOT a product bug). companion::reconcile only recreates a deleted companion unit (e.g. archy-electrs-ui) when its PARENT backend (electrumx) is in manifest_ids. On contaminated .228 electrumx ran as plain podman and was NOT a tracked manifest install (its /opt/.../electrumx/manifest.yml exists on disk but wasn't loaded), so the reconciler never iterated it → companion orphaned. Proven fix: package.install electrumx re-registered it (now reconcile action app_id=electrumx fires) AND restored the companion (unit present, service active). The companion self-heal logic is correct. ⇒ test 31 clears once .228 is re-quadletized (step 2). electrumx on .228 is now de-contaminated. Still: clear test-44 orphans.
5. Then run ARCHY_ITERATIONS=5 ARCHY_ALLOW_DESTRUCTIVE=1 on the synced+quadlet node, then the other.

Quadlet context (still true, but SEPARATE from the bug above): quadlet IS the intended backend runtime — .198 has the backend .container files (bitcoin-knots/btcpay-server/fedimint/filebrowser/ indeedhub/gitea/grafana/botfights/…). .228 lost them (only UI companions + home-assistant remain; bitcoin-core.container is .disabled-20260506) because my cascade-gate uninstalled its apps and my package.start restore recreated them as bare podman run --restart=unless-stopped without regenerating units. Two related hardening items: (a) package.start should regenerate a missing quadlet unit, not fall back to bare podman; (b) re-survey the status doc's "Quadlet-everywhere ~96%" from .container-file presence + PODMAN_SYSTEMD_UNIT, not from "container running".

The stop→stopped STATE reporting is correct once the container actually stops (server.rs:1334 keeps a --rm'd app visible as Stopped via the user_stopped guard — proven on filebrowser); the bug is purely "container never stops", not "state not reported".

MY-SESSION ERRATA (own it on resume)

• I ran the gate with ARCHY_ALLOW_CASCADE_DESTRUCTIVE=1, which is NOT the canonical gate (that is ARCHY_ALLOW_DESTRUCTIVE=1 only — stop/start/restart, no uninstall/reinstall; see run-gate.sh "Suggested release-gate invocation"). Cascade ran uninstall/reinstall on every app and, when I killed the run mid-iteration, left bitcoin-knots/electrumx/btcpay/fedimint/immich uninstalled or stranded. I fully restored .228 (reinstalled bitcoin-knots with the correct image 146.59.87.168:3000/lfg2025/bitcoin-knots:latest; started the rest; cleared a stale user-stopped.json). Verified healthy: UI 200, 35 containers, 17 apps running.
• Reinstall gotcha: package.install needs a REAL image ref in dockerImage; a bare app name → Invalid Docker image format.

NEXT STEPS (in order) — SINGLE-NODE (.228) criterion

1. ✅ DONE — 4 stop/reconcile bugs fixed + deployed (2dad64b2 grace, 760a32bc reconcile-resurrection guard, 6e49ce6f container-list user-stopped, 452f05d8 companion cadence). Plus test-harness fixes (lnd/immich/fedimint/NPM readiness + config).
2. ✅ DONE — gate run ON .228 (synced bitcoin): 110/110 GREEN (1×). Key lesson: run the gate on the node, not via RPC from .116 (local podman/systemctl/bitcoin probes).
3. ◧ 5× run on .228 in progress (ARCHY_ITERATIONS=5 ARCHY_ALLOW_DESTRUCTIVE=1, on the node). 5 consecutive clean iterations = the single-node gate criterion → demote the banner.
4. netbird migration (#20 phase 4) — the one real migration left; assess setup steps first (TLS cert gen, config files, resolver IP — may need host-file-write hooks beyond exec/copy_from_host; legacy is install_netbird_stack in stacks.rs). Then btcpay/mempool stack polish.
5. Hardening: package.start should regenerate a missing quadlet unit, not fall back to bare podman.

Multinode / fleet (.198 + the rest) → docs/multinode-testing-plan.md (separate, after .228 green). Carry-over notes for that plan: .198 bitcoin was mid-IBD; the lnd /app/lnd/ nginx proxy had a stale 8081 target on .228 (repo code is correct at 18083 — re-check on other nodes).

KNOWN ISSUES / WATCH-OUTS

• .198 is a weak/loaded node (load avg ~3–5). The generic reconcile recreates containers it deems unhealthy; under load, false-failing health checks → churn. The tcp-health fix (e2a012d0) mitigated the frontend case. If the lifecycle gate churns on .198, look for other apps whose http health checks false-fail under load → prefer tcp.
• Many concurrent SSH sessions to .198 wedge its sshd (MaxStartups) — it pings but SSH hangs for minutes. Use ONE ssh at a time to .198; pkill -f 192.168.1.198 to clear strays.
• Hook exec only works in the scoped form (committed). copy_from_host is direct cp.

DEPLOY / VERIFY FACTS (both nodes, ISO Debian, glibc 2.41 — binary built on .116 runs on both)

• Build: cd core && CARGO_INCREMENTAL=0 cargo build --release -p archipelago (~12 min, opt-level=3). Binary at core/target/release/archipelago. Linker "undefined hidden symbol" → rebuild with CARGO_INCREMENTAL=0. archipelago is a bin-only crate (no lib). Filtered tests: cargo test -p archipelago --bin archipelago -- hooks quadlet.
• Sideload: scp binary $H:/tmp/archipelago-new → sudo systemctl stop archipelago; sudo cp /tmp/archipelago-new /usr/local/bin/archipelago; sudo chmod +x …; sudo systemctl start archipelago. Containers SURVIVE the restart (--restart unless-stopped + podman-restart.service). Binary path is /usr/local/bin/archipelago.
• Manifests live at /opt/archipelago/apps/<app_id>/manifest.yml (root-owned ok). The orchestrator CACHES them at startup → edit on disk then RESTART archipelago to reload. Bulk deploy: tar czf t.tgz -C apps indeedhub indeedhub-postgres indeedhub-redis indeedhub-minio indeedhub-relay indeedhub-api indeedhub-ffmpeg; scp; sudo tar xzf t.tgz -C /opt/archipelago/apps.
• Nodes: .228 = 192.168.1.228, SSH pw archipelago, RPC/UI pw password123 (https). .198 = 192.168.1.198, SSH pw archipelago, RPC/UI pw ThisIsWeb54321@ (https). Both have the 7-container indeedhub stack + secrets + named volumes pre-existing.
• Trigger install via RPC: auth.login (sets session+csrf cookies) → send the csrf cookie value as X-CSRF-Token header → package.install with params {"id":"indeedhub","dockerImage":"<any>"} (dockerImage required even for stacks; install is async → returns {"status":"installing"}). install logs go to /var/log/archipelago/container-installs.log (best-effort) AND journalctl -u archipelago.
• Fresh-create test recipe: podman rm -f indeedhub (stateless frontend) → package.install indeedhub → expect install_fresh + post_install hook (all 4 steps ok) + UI 200 on :7778 (/ , /nostr-provider.js, /api/). On adoption the frontend is NoOp (hook does NOT run — install_fresh is the only hook trigger).

9. Documentation map (what survives)

This master plan is the hub. Authoritative standalone docs (linked above), kept:

• Design: architecture.md, app-developer-guide.md, APP-PACKAGING-MIGRATION-PLAN.md, registry-manifest-design.md, marketplace-protocol.md, dht-distribution-design.md, multi-node-architecture.md, rust-orchestrator-migration.md, bulletproof-containers.md, three-mode-ui-design.md, dual-ecash-design.md, meshroller-integration-design.md, phase4-streaming-ecash-plan.md, adr/*.
• Reference: app-manifest-spec.md, api-reference.md, developer-guide.md, operations-runbook.md, troubleshooting.md, user-walkthrough.md, bitcoin-rpc-relay.md, security-code-audit-2026-03.md, GAMEPAD-NAV.md, SEED-VERIFICATION.md, hotfix-process.md, app-registry-status-2026-06-21.md.

All dated handoffs/resumes/transcripts/superseded trackers were consolidated here and removed (recoverable via git) on 2026-06-21.

10. Backlog — investigate frontend state management (2026-06-23)

Investigate adopting a real client-state/data-fetching layer for neode-ui instead of the current hand-rolled Pinia stores + ad-hoc fetch/poll patterns. Motivation: lifecycle/UX bugs like the stuck "full-red" install/uninstall progress bar and ghost My Apps entries (see §6c) are partly a state-sync problem — the UI's view of package state drifts from the backend and isn't reliably invalidated/refetched. A principled query/cache layer (request dedup, background refetch, cache invalidation on mutation, optimistic updates, retry/stale handling) would make these classes of bug structurally hard.

Research → recommend → (maybe) adopt:

• Evaluate TanStack Query (Vue Query) as the leading candidate, plus alternatives (Pinia Colada, vue-query alternatives, plain Pinia + a disciplined invalidation layer, or an SSE/WebSocket push model for package-state events instead of polling).
• Criteria: fit with the existing Pinia/RPC architecture, bundle-size cost, offline/PWA behaviour, how cleanly it models long-running mutations (install/uninstall with progress), and whether a push channel for package-state changes is the better root-cause fix.
• Deliverable: a short design note + a recommendation, then a scoped migration of the package-lifecycle surfaces (My Apps / install / uninstall / update progress) as the proof case — sequence AFTER workstream F (it informs F's progress-UI fix and vice-versa).

10b. Backlog — intelligent launch-port selection (2026-06-26)

Replace the per-app static launch-port map with a smart, manifest-first heuristic. Gitea launched at :2222 (SSH) instead of :3001 (web) on a node missing the gitea manifest on disk: manifest_lan_address_for returned None → the code fell through to extract_lan_address, which returns podman's first-listed published port, and podman lists 2222->22 before 3001->3000. Patched 2026-06-26 (670ebb06) with a static "gitea" => 3001 entry in lan_address_for (core/container/src/podman_client.rs) — but that's a per-app band-aid (the anti-pattern CLAUDE.md warns against; the map already carries bitcoin/lnd/mempool/immich/… by hand).

Real fix (do this, then delete the static entries):

• Primary is already correct — derive the launch URL from the manifest's declared interfaces.main port. The failure was only the fallback. The north-star cure is registry-distributed manifests (workstream B) so the manifest is always present and we never guess.
• Smart fallback — make extract_lan_address stop returning the blind first port: skip container-side ports that are known non-HTTP (22/SSH, etc.) and prefer the published port whose container side matches the manifest health_check endpoint / a known web port. Fixes the whole multi-port-app class generically (no per-app hardcoding), and lets us drop the static map.
• ~20-line change to one function + unit tests; rides the next fleet roll. NOT a free-port remap (that's port_allocator.rs, which already resolves host-port collisions — a different problem; gitea's web UI was never in conflict).

10c. Backlog — generalize the archival/full-node install blocker (2026-06-26)

Make "this app needs an un-pruned (archival, txindex) Bitcoin node" a manifest-declared dependency, applied to every app that needs it — using the electrumX/mempool blocker as the reference behavior. Today the gate works but is hardcoded: requires_unpruned_bitcoin() in core/archipelago/src/api/rpc/package/dependencies.rs is a literal matches!(package_id, "electrumx" | "electrs" | "mempool-electrs" | "mempool" | "mempool-web"), and install bail!s with archival_bitcoin_required_message when bitcoin.pruned is true or disk < ARCHIVAL_BITCOIN_DISK_GB (1 TB). That's the same per-app-hardcoding anti-pattern as the gitea static map (§10b) and the install_*_stack Rust — any new app needing a full node is silently un-gated until someone edits this match.

Do:

• Declare it in the manifest — e.g. requires: { bitcoin: archival } (or a dependencies.bitcoin.pruned: false constraint) so the install pre-flight reads the requirement from the manifest set instead of a hardcoded list. Covers future apps automatically (manifest-driven north star).
• Audit coverage — confirm EVERY archival-dependent app is gated (electrumX, electrs, mempool + its electrs, and any BTC-indexer/explorer added later); add a unit test asserting the manifest constraint ⇒ blocker fires.
• UX — the blocker must be a clear, surfaced pre-install state in the UI (not just an RPC bail! string): explain why (pruned node / insufficient disk), what to do (add ~1 TB, resync un-pruned with txindex), and keep the app visibly "requires archival node" rather than a confusing generic failure. Pairs with workstream F's honest-progress/blocker UX.
• Reference: the existing package-install-prune-check dependency descriptor (dependencies.rs:208) is the seam to make data-driven.

10d. Mesh — Meshtastic MeshCore-parity (active blocker: stock 3ccc LoRa text) (2026-06-30)

Current deployed canary: .116 is running commit b4531bb4 with backend sha 4ab53e539d89679ef664401a9a57996267772fed02327abc2912c3e77543acbf and frontend bundle index-YOAeJF7w.js / Mesh-BSAo88jN.js. main was pushed to gitea-vps2.

What is fixed in this deployed canary:

• Public stock Meshtastic interop is intentional: slot 0 PRIMARY is the public default LongFast channel (name="", default PSK); slot 1 SECONDARY is archipelago.
• Outgoing Meshtastic messages to stock peer 3ccc are recorded with real 2026 timestamps and transport:"lora" in RPC. The Mesh UI label maps lora to LoRa, not "Mesh".
• Post-send message refresh now polls briefly so FIPS/Tor/LoRa pills do not require a manual browser refresh.
• Off-grid mode now blocks the mesh-chat federation fallback path as well as the generic transport router: when enabled it forces LoRa-only sends and the UI banner reads Tor/FIPS disabled - LoRa only.
• Empty mesh-chat placeholder opacity was reduced.

Still broken / resume here:

• Stock Meshtastic peer 3ccc -> .116 LoRa text still does not surface in mesh.messages.
• Live .116 logs prove bytes arrive from 3ccc, but the custom Meshtastic protobuf parser rejects the packet before it becomes an inbound frame: Meshtastic FromRadio.packet did not parse into a decoded MeshPacket len=73 head=0dcc3c3e43153ca5b5432a16df56cbed.
• 3ccc NodeInfo is discovered and PKC-capable: Meshtastic peer is PKC-capable (NodeInfo public_key) node=1128152268 key_len=32.
• Other received packets are decoded and intentionally ignored as non-text (portnum=3/4/5), so the serial reader is alive; the remaining blocker is the exact MeshPacket shape for stock Meshtastic text.
• Definition of done: a new text sent from stock Meshtastic 3ccc appears in .116 mesh.messages as an incoming LoRa message without a browser refresh, and .116 -> 3ccc visibly arrives in the Meshtastic app.

11. Arch Issues (reported 2026-07-01, untriaged)

User-reported, raw, not yet root-caused. Split by owner — do not fix the mesh items from the non-mesh thread; they route to the mesh/Reticulum agent (§10d owner).

• [MESH — routes to §10d owner] Transport-type label on mesh is delayed / requires a browser refresh to show. Note: §10d (2026-06-30) already claims this was fixed ("Post-send message refresh now polls briefly so FIPS/Tor/LoRa pills do not require a manual browser refresh") — this report means it has regressed or the fix didn't fully land/deploy. Needs re-verification by the mesh owner, not a re-fix from scratch. (The "mesh"-tag-should-read-"LoRa" report that used to be listed alongside this was dropped 2026-07-01 — user is OK with current behavior there.)
• [NON-MESH] Indeedhub won't install on Arch Dev (node identity TBD — likely .116; confirm). Untriaged.
• [NON-MESH, touches bitcoin lifecycle] ROOT-CAUSED + FIX WRITTEN 2026-07-01 — Uninstalling Bitcoin didn't stick: the container came back in My Apps and restarted IBD. Root cause: is_required_baseline_app in prod_orchestrator.rs (bitcoin-knots, electrumx, lnd, mempool, mempool-api, archy-mempool-db, filebrowser, fedimint-clientd) self-heals when its container is missing — including right after an explicit uninstall — because the in-memory disabled set used to suppress that is unconditionally wiped by load_manifests(), which runs once per archipelago startup/reboot, immediately before the boot reconciler's first pass. Fix: a durable user-uninstalled.json marker (mirrors the existing user_stopped mechanism in crash_recovery.rs) checked at the same single reconcile choke point in ensure_running_with_mode, set on successful remove(), cleared on install()/start(). Test reconcile_existing_respects_durable_user_uninstalled_marker_for_baseline_apps passes; cargo test --workspace green (873 tests). Low collision risk confirmed — the mechanism is generic (applies to all baseline apps, not bitcoin-multi-version-specific) and the bitcoin-version-bulletproof branch/worktree had no uncommitted changes in these files at the time this was written. Not yet committed/pushed — pending user go-ahead.
• [NON-MESH, touches bitcoin lifecycle] Manually stopping Bitcoin causes it to auto-restart — a user-initiated package.stop should NOT be treated as a crash by the auto-restart/health-monitor logic. Investigated 2026-07-01: both live restart paths (prod_orchestrator.rs ensure_running_with_mode and the legacy health_monitor.rs loop) already check the durable user_stopped marker before restarting and look correctly wired on current main — no live repro path found in code. Likely the reporting node's deployed binary predates a fix already on main; needs the node identity + build/commit to confirm before further action.
• [NON-MESH] FIXED 2026-07-01, LIVE ON .228 — .228 Bitcoin RPC was connection-refused ("waiting for the Bitcoin RPC listener"). Root cause: the queued bitcoin-knots-reindex swap from the bitcoin-rollout handover (project_bitcoin_rollout_handover.md) was never finished — the detached reindex container (RPC intentionally off) had been fully synced and idling for 2 days (height 956191, progress=1.000000). Executed the queued swap: stopped+removed bitcoin-knots-reindex, started the managed bitcoin-knots service via RPC. Confirmed healthy: v29.3.knots20260210, connected to peers, tip advanced to 956193, RPC listening on 8332. Follow-up same day: user asked to confirm the version, since the UI/catalog said "latest" — turned out the container was running a 4-month-old cached :latest image (v29.3.knots20260210) while the actual newest release (29.3.knots20260508) was already pulled locally 2 days earlier but never applied. Root-caused why: installed_version() in set_config.rs (package.versions/package.set-config) reported the literal image tag string used to create the container ("latest"), not the content actually running — a stale local :latest cache reports "latest" forever regardless of what latest has since moved to. FIXED: when the resolved tag is a floating one (latest/stable/release/main), installed_version() now asks the Bitcoin backend directly (podman exec <name> bitcoind --version, parsed via new parse_bitcoind_version_output) instead of trusting the tag literal. 5 new tests in set_config.rs (floating_tag_detects_generic_channel_names, parses_knots_version_line, parses_core_version_line, parse_returns_none_when_output_has_no_version_marker, image_tag_keeps_registry_port_colon) all pass. No frontend change needed — AppSidebar.vue ("Running Version" in the Version & Updates card) already renders versionInfo.installedVersion verbatim, so it will show the real version once this backend fix ships. Then used the existing bulletproof switch mechanism itself — package.set-config {id: "bitcoin-knots", version: "29.3.knots20260508"} (an upgrade, so no downgrade-confirm gate) — to move .228 onto the real latest image. Confirmed: bitcoind --version now reports v29.3.knots20260508, no reindex triggered, tip advancing normally. Committed + pushed 5b7cd5d5 (same batch as the uninstall-durability fix above).
• [NON-MESH] ROOT-CAUSED 2026-07-01, NOT A CODE BUG — needs a capacity/ops decision — .198 bitcoin-knots RPC saturation ("work queue depth exceeded" despite -rpcworkqueue=256), cascading into stuck fedimint/fedimint-gateway/fedimint-clientd ((starting) 36-46h — this is what the user meant by "fedimint guardian keeps going down," not .228) and portainer flapping (seen completely absent from podman ps -a at one check, Up 12 seconds moments later at a follow-up check — it's being killed+recreated repeatedly, not missing). Real root cause: .198's bitcoin-knots is still only ~21% synced (height 507247, unchanged from the ~21% noted 2026-06-28 in project_bitcoin_multiversion_integration three days ago) and its root disk is nearly I/O-saturated (iostat -x: %util 92-97%, w_await ~82ms) from IBD validation competing with ~30 other containers' disk I/O on a small (29GB) root partition on an OptiPlex 3020M. CPU is mostly idle (bitcoin-knots at 3.68%) — this is a disk I/O bottleneck, not the retry-storm hypothesis first suspected. Every RPC caller (health_monitor, fedimint, electrumx, UI) times out waiting on a disk that can't keep up, and portainer's health-check failures trigger the orchestrator's zombie/drift-repair kill+recreate cycle, which never stabilizes because the underlying I/O contention never resolves. Not fixed — this needs a user decision (accept slow IBD and wait, uninstall some of the ~15 other apps competing for I/O on this node, or a hardware upgrade), not a code change. docs/multinode-testing-plan.md already treats .198 IBD status as a pre-req to check before the multinode pass, consistent with this finding.
• [NON-MESH] ROOT-CAUSED + FIXED 2026-07-01 — Indeedhub wouldn't install on Arch Dev (.116). Root cause: orphan leftover containers (indeedhub-api, indeedhub-ffmpeg) from a prior partial/failed install, with indeedhub-postgres and the rest of the stack never created. health_monitor correctly saw these as orphans (no package_data entry) and left them alone, but a separate runtime crash-recovery loop (start_stopped_app_stacks in crash_recovery.rs, runs every 120s — see main.rs "Stack supervisor") fired on ANY existing stack container regardless of whether the stack's core dependency existed, force-restarting indeedhub-api forever against a postgres hostname that could never resolve (indeedhub-postgres doesn't exist) — an infinite crash loop that also blocked a real reinstall via container-name conflicts. Fixed: added an anchor field to StackRecoverySpec (the stack's core DB/server container — immich_postgres, indeedhub-postgres, netbird-server) and gated recovery on that anchor existing first, not on any container existing. New test stack_recovery_anchor_is_the_stacks_own_core_dependency. Committed + pushed d414ae3d.
• [NON-MESH] ROOT-CAUSED + FIXED 2026-07-01 — Electrum launch/app-loader UI overlapped with the ElectrumX syncing screen. Root cause (found via a parallel Explore-agent investigation): AppSessionFrame.vue rendered the generic AppLoadingScreen and the ElectrumX sync overlay simultaneously at the same z-index: 10 — both conditions (loading and electrsSync && !electrsSync.stale) could be true at once during launch. Fixed: the generic loader now also checks !(electrsSync && !electrsSync.stale) so the more-informative sync screen takes precedence instead of the two stacking. vue-tsc --noEmit clean. Committed + pushed d414ae3d.

12. .198 portainer + boot-reconciler circuit breaker (2026-07-01)

.198 portainer flapping was NOT the same root cause as the disk-I/O issue above — user correctly pushed back on that assumption. Actual cause: fatal, permanent — podman logs portainer showed The database schema version does not align with the server version. .116/.228 both run the same pinned portainer:2.19.4 and are healthy, so this was .198-specific data drift: its portainer.db was created/upgraded by a newer binary at some point in that node's own history, independent of the other nodes (git history has no record of the pin ever being anything but 2.19.4, so this was very likely a manual/ad-hoc podman operation on .198 outside the normal install/update path, not a platform bug in version selection). Fixed live: backed up portainer.db to _reset-backup-2026-07-01/ (not deleted) and let the pinned 2.19.4 reinitialize fresh — portainer only holds its own dashboard/endpoint config, not irreplaceable user data, and the user approved a reset over attempting recovery. Confirmed stable afterward.

Follow-up "make sure this can't happen again" (user request) — root-caused why this could loop forever undetected: BootReconciler (boot_reconciler.rs, ticks every 30s, reconcile_existing()) recreates containers via ensure_running_with_mode's ContainerState::Created/Stopped/Exited "start failed → stop+remove+install_fresh" branches with no bound at all — unlike health_monitor.rs's independent restart path, which already has MAX_RESTART_ATTEMPTS=10 + backoff + a persistent user-facing notification after giving up. A container whose entrypoint process fatally crashes moments after podman start succeeds (podman itself sees no error) has its container recreated every single tick, forever, with only debug/warn-level logs — exactly portainer's failure mode, and the reason it could keep looping (crash_recovery's periodic supervisor doesn't cover single-container apps like portainer — only stack members — so this was the actual mechanism, not the one used for indeedhub above).

Fixed: added MAX_REPAIR_ATTEMPTS=5 / REPAIR_ATTEMPT_RESET_WINDOW=30min circuit breaker (should_attempt_repair/clear_repair_attempts, prod_orchestrator.rs) gating the zombie-guard recreate and both "start failed" recreate branches (Created and Stopped|Exited states). Once exhausted, reconcile leaves the container alone (ReconcileAction::Left("repair-attempts-exhausted")) and logs an error! pointing at podman logs <name> instead of recreating forever; an explicit install()/start() clears the counter, same pattern as user_stopped. New test repair_recreate_stops_after_max_attempts_instead_of_looping_forever. Scoped deliberately: left the drift-detection recreates (port/env drift, Stopping-stuck) unguarded for this pass — those are host-state-corrections that normally resolve in one shot, a materially different failure shape from "the app itself is fatally broken," and touching all ~8 recreate call sites in one pass risked regressing carefully-tuned existing behavior for low incremental benefit. Full breaker coverage (and/or wiring a persistent Notification through, which needs StateManager threaded into BootReconciler — a bigger main.rs startup-order change not attempted here) is a reasonable future follow-up if another single-container app hits this same failure class.

Also answered: "why does portainer's setup wizard not have podman as an option?" — apps/portainer/manifest.yml bind-mounts the rootless podman socket (/run/user/1000/podman/podman.sock) to /var/run/docker.sock inside the container. Portainer never knows it's talking to podman — it just sees the standard Docker socket path and speaks the Docker Engine API, which podman's socket implements compatibly. Not a bug: pick "Docker" (local) in the wizard.

12b. .198 disk-I/O relief — apps uninstalled, immich uninstall-mapping bug found+fixed (2026-07-01)

User approved uninstalling immich, botfights, grafana, searxng on .198 to relieve the disk-I/O contention from §12 (bitcoin-knots' slow IBD). All 4 uninstalled via RPC. Found another instance of the exact §11 uninstall-durability bug class, this time in the uninstall app_id MAPPING rather than the durability mechanism: orchestrator_uninstall_app_ids("immich") had no case (fell to the generic _ => vec![package_id]), so uninstalling "immich" only disabled the "immich" app_id itself — "immich-postgres" and "immich-redis" (separate orchestrator-tracked manifests, same shape as mempool-api/archy-mempool-db) stayed enabled, and the boot reconciler kept restarting their leftover stopped containers every ~30s. Confirmed live via journalctl: reconcile action app_id=immich-redis action=Started well after uninstall. Fixed (mirrors the existing mempool/btcpay/electrum mappings) + new test immich_uninstall_covers_every_sibling_orchestrator_app_id. Cleaned up live on .198 by fully removing (not just stopping) the orphaned containers — a fully absent optional container is already correctly left alone even by the old deployed binary, so this stuck without needing a redeploy. Committed + pushed 09d42cbb.

Outcome: disk still showed 90-100% %util and getblockchaininfo still timed out (65s) right after the uninstalls — likely because bitcoin-knots' own IBD validation (492GB+ cumulative block I/O already) is the dominant consumer, not the other apps; removing 4 relatively light/idle apps gives some relief (less concurrent contention) but doesn't fix a fundamentally disk-bound full-chain validation in progress. Data volumes for the uninstalled apps were left in place (uninstall doesn't wipe /var/lib/archipelago/<app> by default) — disk space usage (72%) is unchanged, only the active I/O from those containers stopped.

.228 "fedimint guardian" — clarified, not a bug: user separately flagged ".228 has the fedimint guardian stop issue." Checked: .228 has NO fedimint (guardian) container installed at all — only fedimint-clientd (a client joining external federations) and its UI, both healthy (Up 2-5 days). Only .198 runs an actual guardian (fedimint), and that's the one already covered by §12's disk-I/O root cause. Likely a node mix-up in the report — flag if something else specific to .228 was meant.

13. Peer-federated content 404s over FIPS (2026-07-01) — DATA LOSS, not a code bug in the transport

User report: .116 → .228 streaming/downloading peer-federated content over FIPS failed with /api/peer-content/<onion>/<id> 404s, surfacing in the browser as NotSupportedError: no supported source. Investigated the full path: nginx's /api/peer-content/ proxy block is present on .116; handle_peer_content_stream (api/handler/proxy.rs) correctly dials .228 over FIPS and passes the peer's real HTTP status straight through — not a routing bug. .228's content/catalog.json genuinely lists both content IDs from the error log as access: free, availability: allpeers (so not a permissions bug either), but the backing files don't exist anywhere on .228 — checked both content/files/ (empty except catalog.json) and the FileBrowser fallback path (Music/, Photos/ dirs exist but are empty, mtime 2026-06-26). The catalog's last real edit was 2026-06-19, so these files were lost in a data-dir reset that post-dates the catalog (most likely the same window as other 2026-06-26 fixes in docs/PRODUCTION-MASTER-PLAN.md §6c) and nobody pruned the stale catalog entries or re-uploaded the files since. This is real data loss on .228, not recoverable via code — flag to the user if the original files (a screen recording + an mp3) still exist somewhere else to re-add.

Code fix shipped regardless (self-healing, generalizable): content_server::serve_content now prunes a catalog entry from disk the moment it 404s because its backing file is missing (prune_missing_content_entry), instead of leaving it advertised to every peer forever with no way to distinguish "gone" from "transient failure." New tests serve_content_prunes_catalog_entry_whose_file_is_missing + serve_content_leaves_other_entries_untouched_when_pruning.

14. Known test flakiness (not investigated, low priority)

credentials::operations::tests::* has thrown 3 different failures (test_list_credentials_no_filter, test_list_credentials_filter_by_did) across separate cargo test --workspace runs this session — invalid utf-8 sequence panics from credentials/operations.rs:336. Passes reliably in isolation and under --test-threads=1; only fails under full-parallel --workspace runs, and never on the same test twice — points to a shared test-fixture/tempfile collision generating non-UTF8 bytes under parallelism, not a real credentials bug and not related to anything touched this session. Worth a real fix at some point (a test isolation issue makes CI flaky) but out of scope here.

15. Fleet deploy of this session's fixes + deploy-script ENOSPC bug (2026-07-01)

User asked to build+deploy all 8 fixes above to .116/.198/.228 via scripts/deploy-to-target.sh. Found and fixed a real bug in the deploy script itself: its rsync --exclude list never excluded releases/ (the local repo's own historical build artifacts — dozens of versioned binaries + frontend tarballs, 7-10GB) or reticulum-daemon/.venv (a Python virtualenv bundling PyInstaller, ~87MB-several hundred MB depending on state) — every deploy synced these to the target's root disk. This filled .198 (29GB disk) to exactly 100% mid-deploy, aborting that deploy with rsync: ... No space left on device, and filled .228 to 100% right after a "successful" deploy (the post-deploy health check kept passing throughout — it doesn't check free disk space, so nothing alarmed on it). Neither node's actual services were corrupted by this (verified: containers unaffected, HTTP/HTTPS still 200 after disk was freed) — the risk was latent (next log/DB write failing), not realized.

Fixed: added --exclude 'releases' (aa849849) and --exclude '.venv' (84d35b3b) to the rsync command in scripts/deploy-to-target.sh:545-559. Manually removed the already-synced releases/+.venv copies from .116/.198/.228 (safe — these are deploy-staging copies of build artifacts, not live node data). Re-ran .198's deploy after the fix; it and .228/.116 are now all on 84d35b3b and healthy.

Also checked (per user request) the broader Tailscale fleet for the same bloat, at IPs the user supplied: 100.72.136.5, 100.89.209.89, 100.70.96.88, 100.82.34.38 were all clean (no releases//.venv, 13-32% disk used) — not part of this deploy round, just checked for bloat. 100.66.157.120 was intentionally not touched (reserved as another developer's dev node per reference_test_deploy_roster). 100.64.83.15 and 100.102.169.103 were unreachable with every credential combination in memory (both archipelago/debian users, all 3 known passwords, plus a tailscale nc proxy attempt for the timed-out one) — need the user to supply correct access details if these need checking later.

.116's HTTPS not responding is not a bug — that node's nginx only binds :80 by design (a pre-existing dev-node config, see reference_116_dev_node), unrelated to this deploy.