v0.79.0: disk view keys the "registered" check on the stable path
Follow-up to v0.78.0. The disk-view JS (settings.html regBadge/actions) checked registration by the raw mount_path, but the registry stores the stable path since v0.78.0 — so enrolled drives showed a spurious "Nem regisztrált" badge + Register button. Fix: regKey(d) = d.guest_path || d.mount_path (agent reports the stable guest_path per disk); registerDrive still posts the raw path. Display-only. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_017PsnU2ASocYrvzqE82YDYW
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## Changelog
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### v0.79.0 — disk view: key the "registered" check on the stable path (2026-06-23)
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- Follow-up to v0.78.0. The storage disk-view JS (`settings.html` `regBadge`/`actions`) decided whether
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a drive was registered by looking up its **raw** `mount_path` (`/mnt/<name>`) in the registry — but
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since v0.78.0 the registry correctly stores the **stable** path (`/mnt/felhom-drives/<name>`), so an
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enrolled, working drive showed a spurious **"Nem regisztrált"** badge + **"Regisztrálás"** button.
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- Fix: new `regKey(d)` = `d.guest_path || d.mount_path` (the agent already reports the stable
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`guest_path` per disk); `regBadge`/`actions` now key on it. `registerDrive()` still posts the RAW
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`mount_path` (the agent operates on raw; `handleStorageRegister` maps it to stable). Display-only.
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### v0.78.0 — storage register: use the STABLE intermediary path, not the raw path (2026-06-23)
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- **Bug:** `handleStorageRegister` (the "Regisztrálás" action for an already-mounted, unregistered drive)
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registered the **raw** `/mnt/<name>` host path verbatim, unlike its siblings `runStorageInit`/
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@@ -1,75 +1,40 @@
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# REPORT — controller v0.78.0: storage register uses the STABLE path (not the raw path)
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# REPORT — controller v0.79.0: disk view keys "registered" on the stable path
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## Baseline
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- felhom-controller `main` @ `66d8462`, **v0.77.0 → v0.78.0**. Trunk-based, `main`.
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- Fixes the diagnosis `felhom.eu/documentation/audits/DIAGNOSE-drive-bind-after-reprovision-2026-06-23.md`
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(§4/§5). Agent untouched (it already binds drives at the stable path).
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- felhom-controller `main` @ `081c1cd`, **v0.78.0 → v0.79.0**. Trunk-based, `main`.
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- Follow-up to v0.78.0 (stable-path registration). Same path-model mismatch, on the **display** side.
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## Problem
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`handleStorageRegister` (the "Regisztrálás" action for an already-mounted, unregistered drive) registered
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the **raw** `/mnt/<name>` path verbatim, while `runStorageInit`/`runStorageAttach` register the **stable**
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intermediary path `/mnt/felhom-drives/<name>`. In the intermediary model the drive is live in the guest
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only at the stable path, so the controller watched an empty placeholder dir on the guest rootfs →
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"Rendszermeghajtón" badge (~31 GB), `0 connected / N disconnected`, and a stuck "activation pending"
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banner. The real drives were fine the whole time.
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## Problem (operator-reported, screenshot)
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After v0.78.0, the storage disk view tagged both enrolled, working drives **"Nem regisztrált"** and
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showed a **"Regisztrálás"** button — even though the registry holds them and the selftest reports them
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`2 connected`. Root cause: the disk-view JS (`settings.html`) decided "registered?" by looking up the
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drive's **raw** `mount_path` (`/mnt/felhom-flash`) in `window.__registeredPaths`, but v0.78.0 made the
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registry store the **stable** path (`/mnt/felhom-drives/felhom-flash`), so the raw-key lookup always
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missed. (Before v0.78.0 it read "Regisztrálva" because the registry held the raw path — looked right but
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the drive was broken.)
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## Fix (`controller/internal/web/storage_handlers.go`, `handleStorageRegister`)
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- `stable := stablePathForName(path.Base(req.Where))` → `registerStoragePath(stable, …)` (was
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`registerStoragePath(req.Where, …)`), mirroring `runStorageInit`/`runStorageAttach`.
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- `attachIntoGuest(req.Where)` unchanged — the agent still operates on the **raw** path.
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- Success `[INFO]` log + the `writeDiskJSON` payload now report the stable registered path (+ raw).
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- No change to `runStorageInit`/`runStorageAttach`/`registerStoragePath` or any other behavior.
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## Fix (`controller/internal/web/templates/settings.html`, disk-view JS)
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- New `regKey(d)` = `d.guest_path || d.mount_path` — the agent already reports each drive's STABLE
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in-guest path as `guest_path` (`/mnt/felhom-drives/<name>`), which is what the registry stores.
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- `regBadge(d, registered)` and `actions(d, registered)` now key the "is registered" check on
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`regKey(d)` instead of `d.mount_path`. So an enrolled drive reads **"Regisztrálva"** and the spurious
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Register button is hidden.
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- `registerDrive()` still posts the RAW `mount_path` (unchanged) — the agent operates on raw, and
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`handleStorageRegister` maps it to the stable path. Display-only change; no Go/handler change.
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## Tests + red-proof
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- `go build ./... && go vet ./... && go test ./...` — **all green** before and after.
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- New `TestHandleStorageRegister_RegistersStablePath` (`storage_handlers_test.go`): drives the HTTP
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handler with `where=/mnt/felhom-flash`, asserts the registry holds `/mnt/felhom-drives/felhom-flash`
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and the JSON reports stable `where` + raw. PASS.
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- **Red-proof:** reverted the handler to `registerStoragePath(req.Where, …)` → the test FAILED
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(`got "/mnt/felhom-flash"`) → re-applied the fix → green. ✅
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- Existing `TestRunStorageInit_Success` / `TestRunStorageAttach_Success` (which assert stable registration
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+ raw guest-attach) kept green, unmodified.
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- `internal/web` test count: +1 (the new register test). Full suite green.
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## Tests
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- `go build ./... && go vet ./... && go test ./...` — **all green** (incl. `TestTemplatesParse`, which
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forces the edited template to parse).
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## Deploy (v0.78.0 → guest 9201)
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- Built + pushed `gitea.dooplex.hu/admin/felhom-controller:0.78.0` on 192.168.0.180 (`build.sh 0.78.0
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--push`, 142M). Deployed to 9201: `docker pull` → `printf … > /etc/felhom-controller-image` → restart
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`felhom-controller-bootstrap.service`. `docker ps` → `:0.78.0 Up (healthy)` (was `:0.77.0`).
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## Deploy (v0.79.0 → guest 9201)
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- _(filled at deploy)_ built+pushed `:0.79.0` on 192.168.0.180; deployed to 9201 (pull →
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`/etc/felhom-controller-image` → restart `felhom-controller-bootstrap.service`); `:0.79.0 Up (healthy)`.
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## 9201 registry remediation (non-destructive — drive never unmounted)
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The registry held the two stale RAW entries `/mnt/felhom-flash` + `/mnt/felhom-usb`. Remediated through
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the real server pipeline:
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1. Re-registered both via the FIXED `POST /api/storage/register` (in-guest `docker exec … curl
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127.0.0.1:8080`; auth+CSRF skipped, no password set) → response `where=/mnt/felhom-drives/felhom-flash`
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(+`raw=/mnt/felhom-flash`) and `…/felhom-usb` — confirming the fix end-to-end.
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2. Deregistered the two raw entries via `POST /settings/storage/remove` (deregister-only — `RemoveStoragePath`,
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**NOT** eject; the host drive mounts were never touched). Registry now holds ONLY the two stable paths.
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3. Removed the orphaned rootfs placeholder trees `/mnt/felhom-flash` + `/mnt/felhom-usb` in the guest
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(verified 0 files — only an empty userdata skeleton from the buggy raw registration — and verified NOT
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mounts before `rm -rf`). Guest `/mnt` now: `felhom-drives` + `sys_drive` only.
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## Verification (§6-C) — server-side pipeline + rendered page (NOT browser)
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- **Registry:** `settings.json` `storage_paths` = `/mnt/felhom-drives/felhom-flash` +
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`/mnt/felhom-drives/felhom-usb` (stable only).
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- **Selftest:** `[PASS] Storage paths: 2 connected, 0 disconnected` (was `[WARN] 0 connected, 2
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disconnected`); `[PASS] System data path: /mnt/sys_drive`.
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- **Per-path device resolution (what the UI renders):** `/mnt/felhom-drives/felhom-flash` →
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`/dev/sdc1[/felhom-data] 117.1G`; `/mnt/felhom-drives/felhom-usb` → `/dev/sdb1[/felhom-data] 915.8G` —
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both a DIFFERENT block device from `/` (`overlay`), so the system-drive check is false.
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- **Rendered `/monitoring` HTML** (the bytes the browser renders): "aktiválásra vár" banner = **0
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occurrences**; "Rendszermeghajtón" badge = **0 occurrences**; storage bars show `felhom-flash` /
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`felhom-usb` at `117 GB` / `916 GB`.
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- **Method:** verified via the controller's server-side selftest + the exact server-rendered page HTML +
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the per-path device resolution the page calls — NOT claude-in-chrome. The only residual is the
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browser's visual render of that verified HTML.
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- **Regression:** the correct `runStorageInit`/`runStorageAttach` paths are unchanged (unit tests green);
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not re-run live to avoid mutating a real drive.
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## Verification
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- _(filled at verify)_ disk view: both drives show **"Regisztrálva"**, NO "Regisztrálás" button; storage
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selftest still `2 connected`; no "Rendszermeghajtón", no activation banner (v0.78.0 state intact).
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## Observations (recorded, NOT acted on)
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1. `pendingActivationDrives` (`storage_handlers.go`) keys `attached` by the agent's raw `MountPath` and
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compares to the registered `sp.Path`. With stable registration the activation banner clears, but the
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function no longer detects a genuinely not-yet-propagated drive. The intermediary model activates LIVE
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(no reboot), so the "~30 mp újraindítás" banner copy is likely obsolete; activation detection should
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key off `GuestPath`/`BoundUnderParent` like `planDriveGates`, or the banner be retired. Follow-up.
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2. The free-form settings storage-add (`handlers.go`) registers a user-typed path verbatim; a raw
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`/mnt/<name>` typed there would hit the same shape. Advanced manual flow, out of scope.
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- `pendingActivationDrives` still keys off the agent's raw `MountPath` (the "~30 mp újraindítás" banner);
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obsolete in the live-activating intermediary model — key off `GuestPath`/`BoundUnderParent` or retire.
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- The free-form settings storage-add registers a user-typed path verbatim (advanced manual flow).
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@@ -441,9 +441,14 @@ window.__registeredPaths=[{{range .StoragePaths}}{{if .Path}}"{{.Path}}",{{end}}
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return '<span class="badge badge-lock"><span class="lock-ico">🔒</span>Védett</span>';
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}
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function dataBadge(d){ return d.data_bearing ? '<span class="badge badge-error" title="'+esc(d.data_reason)+'">Adatot tartalmaz</span>' : ''; }
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// regKey is the path a drive is REGISTERED under: the STABLE intermediary path (guest_path,
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// /mnt/felhom-drives/<name>) the agent reports, else the raw mount_path (legacy). The registry
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// stores the STABLE path (handleStorageRegister/runStorageInit), so checking the raw mount_path
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// alone made an enrolled drive read as "Nem regisztrált" + show a spurious Regisztrálás button.
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function regKey(d){ return d.guest_path || d.mount_path; }
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function regBadge(d, registered){
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if(!d.mount_path) return '';
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return registered[d.mount_path] ? '<span class="badge badge-ok">Regisztrálva</span>' : '<span class="badge badge-muted">Nem regisztrált</span>';
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return registered[regKey(d)] ? '<span class="badge badge-ok">Regisztrálva</span>' : '<span class="badge badge-muted">Nem regisztrált</span>';
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}
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// appBackingTag marks the storages that actually hold deployed apps: the internal SSD (app
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// databases + Docker) and the external user-data drives (large app files). Keyed on the agent's
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@@ -476,7 +481,9 @@ window.__registeredPaths=[{{range .StoragePaths}}{{if .Path}}"{{.Path}}",{{end}}
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var btns = '';
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// A mounted-but-unregistered user-data drive: the natural intent is to USE it → Regisztrálás is
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// the PRIMARY action (no format, no eject). Leválasztás/Törlés stay available but secondary.
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if(!registered[d.mount_path]){
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// Registration is keyed on the STABLE path (regKey) — the registry stores that, not the raw mp;
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// registerDrive() still posts the RAW mp (the agent operates on raw, the handler maps to stable).
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if(!registered[regKey(d)]){
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btns += '<button class="btn btn-xs btn-primary" onclick="registerDrive(\''+mp+'\')">Regisztrálás</button> ';
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}
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btns += '<button class="btn btn-xs btn-danger-outline" onclick="confirmEject(\''+mp+'\')">Leválasztás</button>';
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