Operator-flipped out-of-service state per printer for three scenarios:
parallel Bambuddy installs (dev + prod where the printer rejects all
but one MQTT client), printers under repair, and temporary suspension.
The backend Printer.is_active gate has shipped since day one and is
already honoured by every consumer — MQTT (printer_manager), queue
dispatch (print_scheduler, print_queue), metrics, scheduler, picker,
backup, maintenance dashboard. The missing piece was UI exposure.
Three entry points to flip is_active:
- Three-dot overflow menu (Enter / Exit maintenance mode, wrench icon)
- Exit button inside the in-card amber panel
- Checkbox in EditPrinterModal
Card UI: expanded mode shows an amber panel (Wrench + "In Maintenance"
+ subtitle + Exit) where the cover/progress container would normally
render — same height, no layout shift. Compact mode shows an amber
pill in place of the progress bar. Header pill swaps Connected/Offline
for "Maintenance" and the diagnostic CTA is suppressed (deliberate
state, not involuntary offline). HMS / Queue / Firmware pills fall
away naturally via the existing status?.connected gates.
Mid-print entry (RUNNING / PAUSE) triggers a confirmation dialog —
disconnecting MQTT mid-print stops progress tracking and completion
notifications for the in-flight job. Idle / FINISH / FAILED skip the
dialog and toggle directly.
Scope: no backend change, no new permission, no behaviour change for
any other consumer. PrinterCreate.is_active?: boolean added to the
TypeScript surface so the field flows through api.updatePrinter.
The Printers page rendered three fan widgets (part / aux / chamber)
for every printer unconditionally. Open-frame models (A1, A1 Mini,
A2L, P1P) have no chamber fan — the firmware reports big_fan2_speed
as 0, so the badge always rendered greyed-out and let users "set" a
fan speed on hardware that doesn't exist.
Adds MODELS_WITH_CHAMBER_FAN allowlist (X1C / X1 / X1E / X2D / P1S /
P2S / H2D / H2D Pro / H2C / H2S) near mapModelCode, and the chamber
entry is spread into fanItems only when the printer's model is in the
set. Open-frame printers now show two badges (part + aux), which
matches their actual hardware.
Allowlist not denylist: mirrors the file's existing classification
pattern (the enclosure-door badge gate uses the same shape), and the
failure mode is preferable — a missing badge on a real chambered
printer is obvious; a phantom badge on a future open-frame model
would look correct and silently lie.
In-app "Install Update" on Windows installer installs failed with "Could
not find git executable" because (1) _find_executable's fallback paths
are Unix-only, and (2) the installer stages backend/ via shutil.copytree
so there is no .git directory — even with Git for Windows installed, the
fetch would die on "not a git repository". Adding Windows paths would
only have changed which error users saw.
Switches the Windows installer path to a fourth update_method
("windows_installer") that mirrors the existing docker / ha_addon
branches — surface a link to the release .exe and let the user re-run
the installer, matching the Discord / Spotify Windows update model.
Backend:
- New _is_windows_installer_install() — true iff sys.platform == "win32"
AND no .git in app_dir, so Windows devs with a real git clone keep
the git path.
- New _find_windows_installer_asset() picks the matching release asset
(prefers versioned bambuddy-<ver>-windows-x64-setup.exe, falls back
to the unversioned alias on non-daily tags).
- /updates/check now returns is_windows_installer / update_method /
installer_download_url.
- /updates/apply short-circuits with a friendly message after the
existing HA / Docker guards — defense in depth, the frontend swaps
the button so the POST should not fire on Windows.
Frontend:
- UpdateCheckResult extended with the new fields and 'windows_installer'
in the update_method union.
- SettingsPage renders a Bambu-green styled <a target="_blank"
rel="noopener"> between the Docker snippet and the in-app Update
button, with installer_download_url falling back to release_url then
the tag page so the link is never broken.
- applyUpdateMutation onSuccess toast guard extended to treat
is_windows_installer the same as HA / Docker.
Reported off-list by a corporate supporter running a multi-operator
farm shift. Backend already rejects double-sends with HTTP 409 (see
background_dispatch._dispatch at lines 283-290), so no double-print
was possible, but PrinterSelector consulted only PrinterStatus.state
({IDLE, FINISH, FAILED}) to decide whether a printer was selectable.
PRINT_START is the only signal that flips the printer out of IDLE, so
during the upload + print-command + firmware-ack window the card
stayed clickable and operators only found out after submitting.
New useDispatchedPrinterIds hook subscribes to the existing
background-dispatch WebSocket event (already consumed for the toast
overlay), collects printer_ids from dispatched_jobs + active_jobs,
and exposes them via useSyncExternalStore so every PrinterSelector
instance shares one snapshot. OR'd into isPrinterBusy; badge label
flips to "Dispatching..." instead of a misleading "Idle".
No backend change — the reservation already exists, the UI just
didn't reflect it. No behaviour change for add-to-queue / edit-queue
modes (disableBusy stays false for those).
New PrinterSensorHistory table + 60s recorder + GET/DELETE /printer-sensor-history
route gated behind a new PRINTER_SENSOR_HISTORY_READ scope (separate from AMS). UI
adds a 10x10 LineChart icon on each heater tile - click body opens the existing
target-temp popover unchanged, click icon opens a HeaterHistoryModal mirroring the
AMSHistoryModal shape (kind toggle + 6h/24h/48h/7d range + current/avg/min/max +
recharts line for value + dashed target). Read-only X1C/P2S chamber tile finally
gets an interaction. Retention configurable via printer_sensor_history_retention_days
(default 30, sibling of ams_history_retention_days). 8 new i18n keys translated in
all 11 locales, parity green. 4 backend + 6 frontend tests added; full pytest -n 30
6226/6226, vitest 2176/2176, ruff/eslint/build all clean.
Two tightly-coupled deliverables in one drop -- a new AMS Filament Backup
status/control surface, and the #1766 fix that depends on it.
Added -- AMS Filament Backup status + control
- Parse bit 18 of top-level print.cfg into PrinterState.ams_filament_backup
on every push_status. Verified against OrcaSlicer source
(DeviceManager.cpp:4961) and a live H2D ON/OFF capture. Tri-state
(None = A1 family / pre-cfg push) preserves today's behaviour.
- Hold-timer guard (3 s) prevents stale frames from flickering the badge
back to the printer's old cfg after a user-initiated toggle.
- POST /printers/{id}/ams-backup toggle, set_ams_filament_backup() client
method calling _set_print_option("auto_switch_filament", enabled).
- GET /printers/{id}/inventory-remain endpoint exposes the same map the
dispatcher uses (internal and Spoolman modes both work uniformly).
- Small icon badge in the printer card's "Filaments" section header
(placement reads as printer-wide because the cfg bit is printer-wide,
not per-AMS). Click to toggle, success toast.
- 5 i18n keys x 11 locales for the badge UI.
Fixed -- #1766: prefer_lowest didn't pick lowest, ignored backup state
- Backend gate in _compute_ams_mapping_for_printer: coerce prefer_lowest
to False when status.ams_filament_backup is False; log the skip.
- New effectivePreferLowest(setting, backup) helper applied at every
frontend sort entry point: single-printer PrintModal, multi-printer
hook per-printer, PrinterSelector InlineMappingEditor, FilamentMapping
standalone editor (the last had NO preferLowest awareness at all
before this change).
- New preferLowestSortKey(f, inventoryByTrayId) mirrors backend's two-tier
key exactly, including the banding tie-break (regular AMS < AMS-HT <
external) so the client-side pre-compute matches the dispatch-time pick.
An earlier draft used a flat `amsId * 4 + trayId` priority which gave
external slots (ams_id = -1) a NEGATIVE priority -- caught in code
review before commit.
- Settings -> Filament -> "Prefer lowest remaining filament" gets an
explanatory note about the printer-side AMS Backup dependency, with
i18n key in all 11 locales.
PR #1661 swapped the visible speed badge ("100%") for an icon-only Gauge
button and replaced the kebab "Slot options" button with hover-card
actions inside FilamentHoverCard. The two existing test files weren't
updated alongside the refactor and stayed broken on dev.
- Add data-testid="speed-control" to the Gauge button and rewrite the
Speed tests around it; assertions on the percentage text are gone
because that text no longer renders. Parametrize the four-mode API
call test.
- Add data-testid="filament-slot" to FilamentHoverCard's trigger
wrapper and rewrite the AMS load/unload tests around
fireEvent.mouseEnter → portaled actions. Replace the "hides menu
while RUNNING" assertion with "Load/Unload buttons exist but are
disabled" — matches the new UX shape.
The SpoolBuddy inventory page reimplemented its filter inline and only
matched material/subtype/brand/color_name/note, while Bambuddy's main
inventory uses the shared filterSpoolsByQuery helper which also matches
spool ID, slicer_filament_name, and storage_location. Delegate to the
shared helper so both pages stay in lockstep.
- frontend/src/pages/spoolbuddy/SpoolBuddyInventoryPage.tsx: replace
inline filter with filterSpoolsByQuery
- frontend/src/__tests__/pages/SpoolBuddyInventorySearch.test.ts: lock
in ID / partial ID / pre-fix fields / parity-gain fields
Restructures the queue page around three tabs (Queue / History / Timeline)
and adds first-class batch grouping plus a real time-based timeline.
Queue tab
- Layout toggle: Sort by Position (flat list) or Group by Printer (per-
printer section cards with aggregate count / time / weight headers).
- Batch grouping: pending items sharing a batch_id render as a single
collapsible row with aggregate stats; children draggable within the
batch only. Per-batch collapse state in localStorage.
- Multi-drag: dragging any selected row moves all selected items as a
contiguous block via DragOverlay (+N ghost).
- Selection bar gains a Group as batch action when 2+ ungrouped items
are selected. Ungroup lives on the batch parent row.
History tab
- Two-line rich rows: filament color swatch + weight + type, user
attribution, inline error message on failed / skipped rows.
- Responsive 1 / 2 / 3 column grid so a long history uses available
width instead of stretching one row per line.
- Batch siblings group into a collapsible parent with status-rollup
chips (3 OK / 1 failed / etc).
- Thumbnail hover preview shows the full image at 192x192 next to the
small thumb.
Timeline tab
- Replaces the hourly-list view with a Gantt swimlane: one row per
printer (plus per target_model and unassigned), horizontal hour
axis, jobs as bars positioned by start time and sized by duration.
- Live NOW marker.
- Only committed schedules are rendered: currently printing items,
pending items with scheduled_time, and pending ASAP behind an active
print. Staged (manual_start), waiting (waiting_reason), and ASAP
jobs on idle printers are filtered out.
- 24h rolling window with 12h step controls.
- Per-bar tooltip with start, end, progress, batch name.
Backend
- POST /queue/batches creates a batch, optionally assigning existing
pending item_ids (manual grouping) or returning an empty batch the
client can attach to subsequent /queue/ POSTs.
- POST /queue/batches/{id}/ungroup clears batch_id from all members
(skipping items the caller does not own) and deletes the batch row
when no members remain.
- POST /queue/ accepts an optional batch_id and validates that the
batch exists, is active, and the caller may modify it. The existing
quantity > 1 auto-batch path still fires when no batch_id is sent.
PrintModal
- When N plates from one source are queued in a single submission
(model assignment or single printer), the modal pre-creates a batch
and passes its id to each addToQueue call so multi-plate jobs land
grouped automatically. Falls back to ungrouped items if the batch
pre-create fails.
navPermissions in Layout.tsx gated three resources on the LEGACY *:read flag.
Default Operators group is seeded with *_own only (and the migration map flips
legacy → _own on existing groups), so non-admin users never held the legacy
permission and the sidebar hid Archives / Queue / Files even though the
underlying API accepted their requests. Reporter only spotted Files; same bug
shape applied to Archives and Queue.
Fix: navPermissions accepts Permission | Permission[]; the three affected
resources list all three tiers. isHidden checks .some(hasPermission) for
arrays. Permission type extended with the matching *_own / *_all variants —
backend already shipped them, the TS type just didn't declare them.
Before this change, the Re-print and Schedule modals' per-filament
slot dropdown hid every slot whose extruder didn't match the filament's
slicer-assigned nozzle. On H2D with AMS A+C on the left and B on the
right, an L-assigned filament could only pick A or C and an R-assigned
one could only pick B — locking the user out of cross-extruder picks
even when they'd intentionally loaded the required filament into the
other AMS.
The slicer wasn't the source of the asymmetry: BambuStudio Desktop,
OrcaSlicer Desktop, and the Bambuddy sidecar all produced identical
filament_map values for the same source 3MF. Bambuddy's UI filter was.
Drop the f.extruderId === item.nozzle_id clause in FilamentMapping's
loadedFilaments filter. Single-nozzle and FTS short-circuits stay; the
L/R row badge stays as a hint to the slicer's intent. Printer firmware
decides at start-print whether the cross-extruder ams_mapping is valid.
Bundle import never delivered what it implied: BambuStudio's .bbscfg export
strips system processes/filaments, so importing a bundle left users without
process presets and slicing fell back to embedded settings on STL. Bundle
mode also hid the standard tier behind a constrained dropdown, the actual
trap reported here.
Removed end-to-end:
- backend: POST/GET/DELETE /slicer/bundles*, SliceRequest.bundle,
SliceBundleSpec, dispatch fork in library.py, bundle-context params on
the filament-requirements endpoints, bundle-fingerprint cache key in
slice_preview.py, SlicerApiService.{import,list,get,delete}_bundle and
slice_with_bundle, BundleSummary / BundleNotFoundError.
- frontend: BundlePicker + BundleStringDropdown, isBundleMode + every
branch, bundle state/queries/dispatch in SliceModal.tsx, SlicerBundle /
SliceBundleSpec types, three bundle API methods. buildCompatibilityIndex
loses its bundle path; presetCompatibility keeps compatible_printers
plus the @BBL fallback.
- SlicerBundlesPanel turns into a permanent static notice explaining the
removal, alternative import paths, and the new slice-time lookup order
(Imported > Orca Cloud > Bambu Cloud > Standard sidecar fallback).
- i18n: slicerBundlesRemoved.{title,description,alternatives,lookupOrder}
translated across all 11 locales; slice.bundle*, slicerBundles.* keys
removed.
Fixed (surfaced by removing bundle mode):
- _resolve_cloud and _resolve_orca_cloud now force type per slot and pin
from: "system" on the payload before json.dumps. Bambu Cloud ships
type as "printer"/"print" and routinely empty `from`; the BS CLI's
--load-settings parser rejects both with return -5 / "input preset
file invalid". Standard tier already did this; cloud paths now match.
Round 2 fixed the model-mode FilamentOverride: tray_info_idx →
sub-brand, plus a material-disambiguated colour name from a new
/inventory/colors/by-material endpoint. The printer-mode panel that
renders the same 3MF (FilamentMapping) was reading the same raw
fields — item.type for the required label, getColorName(item.color)
for the swatch tooltip — and was not touched, so picking "Specific
Printer" still showed "Required: PLA - Black" for a slice the
"Any H2D" branch already labelled "Bambu PLA Matte - Charcoal".
Extract the three-query resolution machinery from FilamentOverride
into a shared hook useFilamentLabels (returns positional
{resolvedName, colorLabel} per slot). Both panels call it; both
read the same labels. The hook also owns extractMaterialHint so the
"strip leading brand token" rule has one source of truth.
FilamentMapping required-side now reads {resolvedName} instead of
{item.type}; swatch tooltip reads `Required: {resolvedName} -
{colorLabel}` instead of `Required: {item.type} -
getColorName(item.color)`.
The Print Queue's schedule dialog hid the per-slot "Force color match"
checkbox when a specific printer was picked, even though the scheduler
in print_scheduler.py:535 honours force_color_match regardless of how
the queue item was created. Model-mode ("Any A1") rendered
FilamentOverride which carries the checkbox; printer-mode rendered
FilamentMapping which had no force-match UI at all. Pure UI gap.
Extend FilamentMapping to accept optional forceColorMatch +
onForceColorMatchChange props, mirroring FilamentOverride's signature,
and render the same <Palette>-iconed checkbox under each filament row
when a handler is wired. PrintModal/index.tsx passes the existing
forceColorMatch state through — same object both modes write into so
toggling between modes preserves the user's selection. No new i18n
keys (printModal.forceColorMatch already ships in all 11 locales).
Four #1712 issues from the 2026-06-04 Orca Cloud integration:
(1) Tier order put Orca Cloud above everything across SliceModal,
auto-pick scoring, dropdown groups, the AMS slot picker, and the
backend precedence. Bambu-Cloud-only users saw their profiles
deprioritised behind an empty Orca tier.
(2) Cross-tier dedup hid a same-named preset in all but the highest-
priority tier. A user with both a local-imported and an Orca-synced
"Bambu PLA Basic" couldn't see the Orca copy as a picker option.
(3) CloudStatusBanner nagged signed-out users with a permanent
"Sign in to Orca Cloud" line at the top of every slice -- even after
explicit logout. Bambu Cloud had the symmetric problem.
(4) ConfigureAmsSlotModal source badges were inconsistent: Orca rows
showed only "Custom" (no source identity), Bambu Cloud built-in rows
had no badge at all, and the orthogonal isUser-driven "Custom" badge
collided with the source badge for cloud user presets.
Order is local > orca_cloud > cloud > standard everywhere it lives
(SliceModal SLICE_MODAL_TIER_ORDER + TIER_BONUS + dropdown tier list,
ConfigureAmsSlotModal sourceOrder, and backend precedence). The order
drives auto-pick + visual group rendering; it does NOT hide profiles.
_dedupe_by_name replaced with _enrich_cloud_metadata: every tier
returns its full list across all three slots (printer / process /
filament). The function still backfills Bambu Cloud filament metadata
from same-named local / orca_cloud / standard entries so cloud
filaments score in pickFilamentForSlot.
CloudStatusBanner silently no-ops on not_authenticated for both clouds;
expired / unreachable still surface. The not_authenticated i18n keys
stay in the locale files dormant.
ConfigureAmsSlotModal: one source badge per row, one colour per source
(green Local / purple Orca Cloud / bambu-blue Bambu Cloud / amber
Built-in). The legacy isUser-driven "Custom" badge is gone; every row
identifies its tier consistently.
Drop the off-white background on the A2L marketing render so it composites
cleanly on the dark theme (every other printer image in public/img/printers/
is RGBA with transparent corners; A2L shipped as opaque #F7F7F7). Resize to
320x320 to match the rest of the artwork.
Also wire A2L into getPrinterImage so the printer card actually shows the new
artwork -- without this the resolver fell through to default.png for both
the A2L display name and the N9 internal SSDP code.
- frontend/public/img/printers/a2l.png: new, 320x320 RGBA, transparent
- frontend/src/utils/printer.ts: A2L / N9 -> a2l.png, placed above the a1mini
branch
- frontend/src/__tests__/utils/printer.test.ts: 4 cases mirroring the X2D
shape -- display name, case-insensitive variants, N9 internal code,
regression guard against accidentally matching A2M / A1 / A1 Mini
The Stats page's Failure Analysis widget and the per-archive run
sub-table rendered the raw PrintLogEntry.failure_reason value
without translating, so the camelCase keys saved by the new
Print Log row editor (#1687 part 4) surfaced as literal
"filamentRunout" / "cloggedNozzle" text. The Print Log table did
translate the value, so the inconsistency was visible from one
surface to the next.
EditArchiveModal was also still saving the localised label as the
column value while the new editor saved the key - same column,
two formats, two failure modes (group fragmentation on language
switch, new PATCH validation rejection on round-trip).
Three surfaces fixed in one drop:
1. StatsPage.tsx and PrintLogTable.tsx wrap the value in
t('editArchive.failureReasons.${reason}', { defaultValue: reason }) -
the defaultValue path keeps legacy translated-text rows rendering
unchanged.
2. EditArchiveModal stores the camelCase key on save and reverse-
looks up any legacy translated-text value against the current
locale on open. Every save thereafter converts that row forward
to the key format, so the column self-heals over time.
3. Added htmlFor/id to the failure-reason label/select pair (a11y
plus testability).
Configure Slot dropped to "default 0.020" on reopen for slots that were
physically loaded but unconfigured (tray_type="", no slot_preset_mappings
row). The #1689 cali_idx safety net was unreachable from that path —
matchingKProfiles early-returned [] on !selectedPresetInfo before the
safety net ran.
Split the early return so the cali_idx fallback survives the no-preset
case: when selectedPresetInfo is null but slotInfo.caliIdx > 0, return
the active profile as a single-item list (extruder-matched when known).
Strictly additive; caliIdx == 0/null still returns [], existing matcher
unchanged when a preset is resolvable.
Two related bugs in K-profile matching, same root cause.
#1688 — spool form's PA-profile suggester (PAProfileSection via
isMatchingCalibration in spool-form/utils.ts) matched K-profiles by
parsing the profile NAME for material/brand/variant. Spools already
store slicer_filament (the slicer preset id) and K-profiles already
carry filament_id, but both were ignored — so a user's custom
K-profile whose name doesn't agree with the slicer preset got silently
dropped from suggestions even when the underlying filament_id was
identical.
#1689 — ConfigureAmsSlotModal's matchingKProfiles ran the same
name-only logic on the slot's selected preset. A spool assigned under
"Generic PLA" with a custom K-profile actively bound on the printer
landed in the modal as "K profile not assigned, default 0.020 will
be used", while the printer-card hover-card correctly showed the
active profile. Two paths, only one was filtering by name.
Shared root: spool preset ids and K-profile filament_ids look
different but are equivalent after normalising. Spools store
slicer_filament as the cloud setting_id form ("GFSG98_09" — _09 is
the variant suffix, the S infix marks setting_id form); K-profiles
store filament_id as the bare form ("GFG98"). Plain === doesn't
work; both need normalising. This conversion already existed in the
other direction at buildFilamentOptions (filament_id → "GFS" +
filament_id.slice(2)), so the inverse toFilamentId helper is just
the matching reverse, not new ground.
Fix — one shared helper, two surfaces:
- spool-form/utils.ts: new exports toFilamentId(id) (drops "_NN"
variant suffix and strips the "S" in "GFS", so GFSG98_09 → GFG98)
and isGenericFilamentId(id) (flags Bambu's generic GFx99 ids
which are shared across many filaments and must NOT id-match —
the name fallback handles those correctly).
- isMatchingCalibration: gains slicer_filament?: string in formData,
tries id-match (with generic exclusion) before the existing name
parse. PAProfileSection already passes the full formData so no
caller edit needed. Strictly additive precedence.
- ConfigureAmsSlotModal.selectedPresetInfo: resolves a filamentId
field (toFilamentId(cp.setting_id) for cloud presets,
toFilamentId(builtinFilamentId) for builtin; empty for local /
orca paths which fall through to name match).
- ConfigureAmsSlotModal.matchingKProfiles: id-match check at the top
of the per-profile predicate (preferred when both sides agree
after normalisation), then the existing name-parse logic, then
ALWAYS unshifts the slot's currently-active K-profile by
slot_id === slotInfo.caliIdx — gated on activeIdx > 0 (so caliIdx
0/null doesn't leak unrelated profiles in), extruder-matched when
slotInfo.extruderId is known. This is Spionkiller01's #1689 patch
verbatim with the activeIdx > 0 guard added.
SpoolBuddy: both kiosk K-profile surfaces reuse the shared
components. SpoolBuddyWriteTagPage renders PAProfileSection;
SpoolBuddyAmsPage renders ConfigureAmsSlotModal. Verified — fixes
propagate automatically, no kiosk-specific edits.
What this does NOT change: spools without slicer_filament, K-profiles
without filament_id, and generic GFx99 ids all fall through to the
existing name-based matching path. Strictly additive precedence; no
input shape that matched under the old logic fails to match under the
new. The #1053 cloud-preset PFUS* path is preserved because the
toFilamentId regex /^GFS/ doesn't match a "PFU" prefix.
When the JWT expired on an open tab, the next API request hit a 401 with
"Token has expired"; client.ts cleared the token from storage but
AuthContext.user stayed populated from the original mount. ProtectedRoute
only redirects when user === null, so the protected tree kept rendering
and every subsequent request silently failed with no Authorization
header — the UI looked like every list was empty until a manual refresh
remounted AuthProvider.
The 3 other setAuthToken(null) sites live inside AuthContext itself and
already pair with setUser(null), so only the client.ts cross-module
site needed a React-tree signal.
- client.ts: after setAuthToken(null) on a token-invalidating 401,
window.dispatchEvent(new CustomEvent('auth:expired')). Guarded on
`typeof window !== 'undefined'` for SSR / test safety. Generic
"Authentication required" 401s still don't clear the token or fire
the event — treated as transient timing issues per the pre-existing
comment at client.ts:155.
- AuthContext.tsx: mount useEffect adds a window listener that calls
setUser(null) under the mountedRef guard; cleanup removes the
listener so unmount → remount doesn't double-bind.
Mirrors the patch the reporter shipped on their fork (deec96d1).
Reporter on a 3-AMS P1S saw slots labelled "Empty" even though spools
were physically loaded - OrcaSlicer's Device view showed the same
slots as loaded.
Root cause: the compact label below the AMS slot circle rendered
tray.tray_type || t('ams.slotEmpty'), falling back to "Empty" whenever
the printer firmware hadn't been told which material is in the slot.
getEmptySlotKind already distinguishes 'physical' (firmware confirmed
empty via state 9/10) from 'reset' (tray_type absent but firmware
hasn't confirmed empty - spool loaded, just unassigned). The hover
card and circle border already used that distinction; the compact
label did not.
Fix: label branches on emptyKind - 'physical' keeps "Empty", 'reset'
shows "?" matching the slicer's own convention. External / VT tray
label is unchanged (external trays have no "configured/unconfigured"
distinction - they're either loaded or not). SpoolBuddy AmsUnitCard
carried the same bug and got the same fix plus a tooltip.
Backend correctly defers MQTT configuration when the AMS slot is empty
at assign time (state ∈ {9, 10}) — firmware drops the push silently;
on_ams_change replays the config once a spool is detected. The
response carries pending_config=true to communicate that. The
printer-card AssignSpoolModal was ignoring the flag and always
showing "Spool assigned and AMS slot configured" — the SpoolBuddy
modal has handled this since it shipped. Now mirrors the same
branch and shows "Assigned. Slot will configure when you insert
the spool." when pending_config is true.
100vh and window.innerHeight report the layout viewport on iOS Safari, so
the popover's Start Drying button rendered behind the bottom toolbar overlay.
Switch the popover maxHeight to 100dvh and default computePopoverPosition's
viewportHeight to visualViewport.height (with innerHeight fallback). The
flip-above decision and the body-scroll fallback now both run against the
actually-visible area, so the footer button stays reachable on iPhone.
Reporter on an A1 Mini saw the AMS slot Configure dropdown render no
Bambu / Generic filament profiles, and saw the Profiles tab strip
A1 Mini results when filtering by that model. Bambu rolled out a
profile rename mid-2026: the @BBL <code> suffix on 106 cloud profiles
shifted from the long display form to a terse model code -- e.g.
"Bambu PLA Basic @BBL A1 Mini ..." is now
"Bambu PLA Basic @BBL A1M ...". User-authored profiles still use the
long form. Bambuddy's filters did a verbatim uppercase compare
("A1M" vs "A1 MINI"), so every renamed cloud profile silently
disappeared from the picker.
Centralize the alias check in slicerPrinterMatch.ts. New
PRINTER_MODEL_SUFFIX_ALIASES table maps "A1 Mini" <-> "A1M"
bidirectionally; exported matchesPrinterModelSuffix() does the
case-insensitive compare with the alias fallback. Two consumer
sites swap to the helper:
* ConfigureAmsSlotModal.tsx (Orca cloud and Bambu cloud filter
branches) -- the AMS slot picker, hit directly and reached from
SpoolBuddy's AMS page via mapModelCode(printer?.model)
* slicerPrinterMatch.ts:classifyByBambuName -- the SliceModal
Process / Filament compatibility check
Backend printer_models.py also gets a "Bambu Lab A1M" -> "A1 Mini"
entry so server-side 3MF model normalization stays consistent if a
3MF ever embeds the short form.
Kept the alias table narrow on purpose. Wide-net aliasing (e.g.
"X1" <-> "X1C") would silently collapse physically distinct
printers. When Bambu introduces the next rename, it is one new row
in the table -- /api/v1/cloud/settings is the place to grep, called
out in the source comment.
Non-proxy VPs (Archive / Review / Queue) with a target printer set up
a live-mirror bridge that forwards the slicer's MQTT and RTSPS auth
bytes through to the real printer. The slicer holds one code in its
profile (the one it bound the VP with), and that code has to satisfy
both the VP listener and the real printer at the far end of the
bridge. If the codes diverge the bridge silently fails at the second
hop — slicer reaches .49:8883, FINs before sending a ClientHello,
retries identically. The wiki framed the code-match requirement as a
camera-only concern; it isn't, all bridged protocols inherit.
Fix removes the foot-gun instead of re-documenting it. When a target
is selected on a non-proxy VP the access-code field switches to a
read-only display showing the target's code with an Eye-toggle
reveal; the backend auto-inherits on every create / update (any
explicit access_code submitted alongside a target is silently
overridden as belt-and-braces for non-UI clients). The required-when-
enabling check now treats target-set as satisfying the access-code
requirement. Standalone (no-target) non-proxy VPs still get the
editable input + Save button.
One-shot startup migration corrects any pre-existing mismatched
rows: SELECTs diverged VPs and logs one INFO line per row for the
audit trail, then UPDATEs via correlated subquery. Idempotent and
portable between SQLite and Postgres.
SSDP multicast (239.255.255.250:2021) doesn't traverse routers, so a
printer behind a router on a different L3 segment was invisible to
"Discover Printers on Network". Docker mode had a CIDR text input but
only as a fallback when zero interface subnets were detected; native
mode had no subnet field at all.
AddPrinterModal now surfaces an always-visible subnet picker. Detected
interface subnets stay as dropdown options, plus a "Custom subnet..."
sentinel reveals a CIDR text input. When custom is picked, discovery
routes through POST /discovery/scan with the typed CIDR instead of
SSDP (which would no-op against a foreign subnet anyway). Last custom
CIDR persisted to localStorage so VLAN users don't retype every time.
Scan button label and scanning / no-printers-found strings all key off
(isDocker || useCustomSubnet) so wording stays "Scan Subnet..." /
"Scanning subnet..." whether the user is on Docker or just picked
Custom.
Backend unchanged: SubnetScanner.scan_subnet() already accepts any
CIDR, already caps at /22 (1024 hosts), POST /discovery/scan already
takes user-supplied input.
Reporter on a 1508x831 Pi display couldn't mark a project as Completed
because the edit modal's height exceeded the viewport: the outer wrapper
centers vertically and the inner card had no max-h and no overflow, so
the top half scrolled above and the bottom half (Status dropdown +
Save/Cancel) scrolled below. Workaround was a full page reload.
Standard flex-modal-scroll fix: max-h-[calc(100vh-2rem)] + flex flex-col
on the card; a flex-1 overflow-y-auto min-h-0 wrapper around the form
fields; Cancel/Save moved into a flex-shrink-0 sibling with a border-t
separator so they're always visible regardless of scroll position.
Buttons stay inside <form> so type="submit" still works.
Reporter linked a NAS and the auto-imported files drowned their own
Bambuddy uploads in the "All Files" sidebar listing. There was no filter
to escape it — only per-folder clicks. Restore the pre-external semantics:
"All Files" now lists managed-storage files only. The combined
across-every-external view moves to a new sibling sidebar entry,
"External", that only appears when at least one external folder is linked.
Backend: GET /api/v1/library/files gains internal_only and external_only
query flags. Filter is on LibraryFile.is_external. Both flags set is a
400, not a silent pick-one.
Frontend: new topLevelView state on FileManagerPage (default internal);
the query passes the scope only when selectedFolderId is null. Mobile
selector dropdown uses __top:internal / __top:external sentinels so the
same state round-trips through option values. Empty-state copy
distinguishes internal-empty from external-empty.
The old endpoint name implied that calling it would drop weight_used to
0. In practice it only stamps weight_used_baseline = weight_used so the
Inventory page's "Total Consumed" widget (weight_used - baseline) reads
0 going forward, while remaining (label_weight - weight_used) is
preserved. Calling the endpoint via curl and seeing weight_used
unchanged in the JSON response is confusing.
New paths:
- internal: /api/v1/inventory/spools/{id}/reset-consumed-counter
/api/v1/inventory/spools/reset-consumed-counter-bulk
- spoolman: /api/v1/spoolman/inventory/spools/{id}/reset-consumed-counter
/api/v1/spoolman/inventory/spools/reset-consumed-counter-bulk
Behaviour is unchanged in both modes; internal stamps the baseline
directly, Spoolman-mode PATCHes upstream used_weight=0 and the
_map_spoolman_spool read mapping reconstructs the same "displayed
consumed = 0, remaining unchanged" Bambuddy-visible shape. Parity
between modes was already in place and is preserved.
The Spoolman-client method reset_spool_usage keeps its name because it
describes what is sent upstream to Spoolman, not what Bambuddy's
endpoint promises to callers.
Frontend:
- api.resetSpoolUsage / bulkResetSpoolUsage (and Spoolman variants)
renamed to resetSpoolConsumedCounter / bulkResetSpoolConsumedCounter.
- Button labels: "Reset usage to 0" -> "Reset counter" / "Reset all
counters" (short, unambiguous); tooltips and confirm-modal bodies
still spell out the full semantics.
The Scheduled Local Backups time-of-day picker was interpreted as UTC by
_calculate_next_run, so a UTC+3 user had to enter 18:00 to get a 21:00
local backup. The UI labeled the field "UTC" but it was still surprising.
Picker is now interpreted in the container's local timezone, resolved
from the TZ env var via zoneinfo.ZoneInfo (same source the Support page's
environment.timezone shows). UTC fallback when TZ is unset or
unrecognised. The /local-backup/status endpoint exposes the resolved
zone, and the UI renders it next to the field via a new
backup.localTimeHint i18n key with real translations in all 10
non-English locales.
One-time behaviour change for users who entered a UTC time as a
workaround: the first scheduled cycle after upgrade will run at their
local TZ offset earlier than expected. Re-enter the time as local once
and it is correct from then on. No migration is shipped; migrating
around a DST boundary would be ambiguous.
#1429 (reported by @TrickShotMLG02, confirmed by @Mape6 on a flat single-LAN
that rules out subnet / mDNS-reflector theories): with the physical printer
off the slicer's "Send" landed in Bambuddy's archive; once the printer
powered on every subsequent "Send" went straight to the printer's SD card
and bypassed Bambuddy. Bundle analysis: mape6-before showed clean FTP
receive + archive lines, mape6-after had zero FTP attempts to Bambuddy
once the printer was online.
Cause: mqtt_bridge.py::_resolve_client encoded _target_ip_uint32_le /
_vp_ip_uint32_le ONLY on client-identity change and early-returned on
every refresh tick when the same client object was still bound. If
target_client.ip_address was empty at first bind (DB row stale, or client
constructed before SSDP refresh filled it in), the encoding stayed None,
the net.info[*].ip rewrite block was skipped, the cache filled with the
real printer IP, sticky-key preservation kept the poisoned net value
alive across every subsequent incremental push, and the slicer followed
the leaked IP. Only Bambuddy-restart-with-printer-off cleared it — the
workaround both reporters independently arrived at. Same shape on
multi-NIC printers (X1C, H2D Pro): the rewrite only matched entries
whose ip equalled _target_ip_uint32_le, so a secondary interface IP
Bambuddy never saw would leak through unchanged.
Bridge fix:
- _resolve_client calls a new _refresh_ip_encoding() on every refresh
tick, even when client identity is unchanged; self-heals once
ip_address becomes valid.
- _refresh_ip_encoding() sweeps the existing _latest_print_state when
encoding becomes valid for the first time. Without the sweep,
sticky-key preservation keeps the pre-arm poisoned cache alive
forever — incremental pushes that don't include net carry the bad
value forward.
- _rewrite_net_info_ips() rewrites EVERY non-zero net.info[].ip entry
that doesn't already equal the VP IP, not just entries matching
_target_ip_uint32_le. Multi-NIC printers stop leaking secondary
interfaces. Zero-IP placeholders are left alone so "active interface"
detection still works.
- INFO logging on encoding arm/update and on cache sweep so future
bundles directly answer "did the rewrite fire?".
Mode wire-value rename (#1429 follow-up, separate confusion source):
- Both reporters' support bundles showed mode: immediate while the UI
said "Archive"; @TrickShotMLG02 quoted: "I have no idea why it says
immediate in the support-info.json file. In the webui the printer is
set to archive". UI button "Archive" had always saved immediate, and
"Queue" had always saved print_queue. Canonical wire values are now
archive / review / queue / proxy, matching the button labels 1:1.
- New normalize_vp_mode() + VP_MODE_* constants in
models/virtual_printer.py; manager.py normalises on construction so
a legacy row read pre-migration still dispatches correctly.
- core/database.py::run_migrations rewrites existing virtual_printers
and settings rows; idempotent (re-runs are no-ops); identical SQL
under SQLite and Postgres.
- API routes accept both legacy and canonical on input, normalise
before storage. GET /settings/virtual-printer normalises on read so
the frontend's mode-button highlight works for stale legacy values.
- Three frontend VP components (VirtualPrinterSettings,
VirtualPrinterCard, VirtualPrinterAddDialog) switched click handlers
and type aliases to canonical; each got its own normalizeMode()
helper so a stale-cached settings payload still highlights the right
button. Two pre-existing `printer.mode === 'queue' ? 'review'`
legacy mappings in VirtualPrinterCard were the source of a test
failure caught mid-implementation where the new canonical 'queue'
was being mis-aliased back to 'review' and hiding the auto-dispatch
+ force-color-match toggles.
mode handler is NOT the dispatch bug: manager.py::_archive_file (the
handler for archive mode) doesn't dispatch to the physical printer.
The "files end up on the printer's SD card" symptom was the IP-leak
from the bridge cache. The mode rename is purely clarity / support-
bundle accuracy.
Two-part fix for the reporter's "removed profiles still show on the slice
menu" symptom.
Local half (real bug). LocalProfilesView's import and delete mutations
invalidated ['localPresets'] (the management view's own query) but not
['slicerPresets'] (the SliceModal's unified preset query, staleTime 60s).
A freshly-deleted preset kept rendering in the slice dropdown until that
staleTime elapsed plus a refocus/remount. Both mutations now also call
queryClient.invalidateQueries({queryKey: ['slicerPresets']}).
Cloud half (opt-in cache bypass). _fetch_cloud_presets keeps a 5-minute
per-(user, token) in-process cache (slicer_presets.py:69, balances
"users see freshly-saved presets quickly" against "busy install doesn't
hit Bambu Cloud once per modal open"). Users delete cloud presets in
Bambu Studio / Bambu Handy, not in Bambuddy, so there's no event hook
to invalidate on. Rather than shorten the TTL globally, the listing
endpoint gains an opt-in ?refresh=true query param that bypasses both
the cloud cache AND the 1-hour bundled-preset cache for that one call;
the fresh result is still written back so subsequent normal callers
keep hitting the cache.
New SliceModal "Refresh" button. Lives in the preset section header
next to the cloud-status banner. Calls getSlicerPresets({refresh: true})
and writes the fresh slots into the ['slicerPresets'] cache via
queryClient.setQueryData so the spinner stops immediately rather than
triggering a second refetch. RefreshCw icon spins while in-flight;
disabled during slice enqueue to prevent double-fire.
The Vitest UI server's /__vitest_attachment__ handler bypasses
isFileServingAllowed via a path-traversal payload, allowing arbitrary file
read/execute on the host. Dev-scope only and not exploitable in
Bambuddy's CI/CLI usage (we don't start the Vitest UI server and
@vitest/ui is not installed), but bumping clears the Dependabot alert
and brings us onto the supported 4.x line.
Bumped:
vitest 3.2.4 → 4.1.8
@vitest/coverage-v8 3.2.4 → 4.1.8
Migration-required fix:
StreamOverlayPage.test.tsx mocked `WebSocket` via
vi.stubGlobal('WebSocket', vi.fn().mockImplementation(() => ({...})))
and the page does `new WebSocket(url)`. Vitest 4 dropped support for
arrow-function constructor mocks ("is not a constructor"). Rewrote
with a plain `function` so `new` resolves correctly.
All 2043 frontend tests pass; npm run build clean; npm audit shows 0
vulnerabilities.
Reporter wanted to select a transparent filament colour in the spool
editor; CMW-ISS confirmed on v0.2.5b1 that AMS-detected transparent
spools were silently labelled "Black" in the filament-mapping dropdown
because the colour name resolver dropped the alpha byte and the underlying
RGB 000000 HSL-bucketed to "Black". Spoolman already supported 8-digit
hex; the built-in inventory didn't.
Eight collapsing sites fixed together so transparent reaches the user
intact:
- frontend/src/utils/colors.ts: hexToColorName / getColorName /
resolveSpoolColorName / isLightColor short-circuit to "Clear" for
alpha=00 before HSL bucketing or catalog lookup
- frontend/src/utils/amsHelpers.ts::normalizeColor preserves the alpha
byte when alpha < FF (normalizeColorForCompare unchanged so type/colour
matching is unaffected)
- frontend/src/components/spool-form/constants.ts: new
{ name: 'Clear', hex: '00000000' } preset in QUICK_COLORS
- frontend/src/components/spool-form/ColorSection.tsx: hex draft accepts
0-8 chars, commits at 6 (+FF) or 8 verbatim; blur pads 7-char to 8;
selectColor passes 6-char as +FF / 8-char verbatim; isSelected matches
on full rgba; swatch buttons paint a checkerboard for alpha=00
- backend/app/api/routes/printers.py::get_available_filaments preserves
the full rgba on both AMS and vt_tray branches (6-char dedup key
unchanged)
- backend/app/services/spoolman.py::parse_ams_tray drops the silent
00000000 -> F5E6D3FF cream rewrite — the swatch renderer paints a
checkerboard underlay for alpha < FF already (added in #1154), so the
rewrite was hidden technical debt that made every AMS-detected
transparent spool land in inventory as cream
- backend/app/services/spool_tag_matcher.py::create_spool_from_tray
short-circuits the colour-catalog lookup for alpha=00 and stores
color_name="Clear" directly — otherwise an RFID-tagged transparent
Bambu spool would resolve against the #000000 catalog row (or "Black"
via the HSL fallback) before the frontend's resolver ever saw it
- Two shared helpers in utils/colors.ts — getSwatchStyle(rgba) (style
object: checkerboard for alpha=00) and spoolColorString(rgba)
(8-char hex string for SVG fill) — applied to every simple-swatch
site that would otherwise have rendered Clear spools as solid black:
LabelTemplatePickerModal, SpoolBuddyInventoryPage (SpoolCircle + dot),
SpoolBuddyAmsPage (both branches), SpoolBuddyWriteTagPage (4 sites),
ForecastPanel, AssignToAmsModal, AssignSpoolModal (both branches),
InventorySpoolInfoCard, TagDetectedModal, SpoolInfoCard, LinkSpoolModal,
and the FilamentSwatch tooltip title fallback
Intentionally NOT changed: native <input type="color"> keeps 6-char hex
(can't pick alpha; onChange still emits +FF, correct); Spoolman's
_find_or_create_filament strips alpha (Spoolman catalog is 6-char only);
print_scheduler colour matching strips alpha (auto-mapping treats Clear
as Black for slot compatibility); label_renderer prints "#RRGGBB" on the
physical label (printers can't print transparency, swatch fill via
_color_from_hex still honours alpha).
Reporter (@IndividualGhost1905) saw Total: 20 / Success: 18 / Failed: 1
and asked where the 20th print went. The Quick Stats endpoint counted
status == "completed" → Successful and status == "failed" → Failed, but
used a raw count(*) for Total Prints, so the four other PrintLogEntry
statuses (aborted, stopped, cancelled, skipped) silently inflated the
total without showing up in any breakdown row. The earlier #1390 round
had committed a test locking in this exact behaviour
("uses total_prints as denominator so cancelled/stopped events count"),
which was wrong: it conflated user intent with print quality.
Three-bucket classification, applied across the whole stats surface
and matching how the rest of the codebase already groups statuses
(main.py:430, 1729; failure_analysis status filter):
successful = completed
failed = failed + aborted (printer-detected quality failures)
cancelled = stopped + cancelled + skipped (user/queue stopped)
Quick Stats endpoint returns the new cancelled_prints field;
ArchiveStats.cancelled_prints defaults to 0 so older fixtures still
parse. SuccessRateWidget gauge now divides by successful + failed
only — a cancelled roll no longer drags the gauge down — and a
Cancelled row appears in the breakdown so the missing prints don't
silently vanish from Total Prints.
Failure Analysis service applies the same denominator fix to both
the headline failure_rate and the per-week trend, so a week with
several cancellations and zero failures reads as 0% rather than
a misleading "failed / total".
i18n: new stats.cancelled key in all 9 locales with real
translations (no English fallback), parity script clean.
Tests: the existing 'uses total_prints as denominator' assertion
is inverted to assert the new behaviour (40 / 20 / 35 → 67% gauge,
Cancelled: 35 visible). The unchanged-display path (140 / 10 / 0
→ 93%) still holds since 140 / (140 + 10) = 93.33% rounds the
same. 33 StatsPage tests + 6 backend stats/failure tests green.
After the @BBL name fallback landed, IndividualGhost1905 reported that
an X2D 0.4 selection still mixed 0.2 / 0.6 / 0.8 nozzle process variants
into the main dropdown. The fallback's two extractors —
extractPrinterPresetModel and extractBblToken — both ended their regex
with `\s+[\d.]+\s*nozzle\s*$` and discarded the match, reducing
"Bambu Lab X2D 0.4 nozzle" and "0.40mm Strength @BBL X2D 0.8 nozzle"
to the same "X2D" string. Match was model-only; nozzle ignored.
Bambu's naming convention: 0.4 is the default and DROPS the suffix; 0.2
/ 0.6 / 0.8 carry an explicit "<size> nozzle" segment. So a process
preset with no suffix is implicitly 0.4 — not "any nozzle".
Have both extractors return { model, nozzle }, parsing the suffix out
instead of stripping. classifyByBambuName then requires both model AND
nozzle to compare equal; a null process nozzle counts as "0.4" per the
convention above. Differing nozzles fall into the existing "Other
printers" group — no new group label.
The bundle path was already nozzle-correct: a .bbscfg is scoped to one
printer-preset-name including its nozzle, and the bundle-side exact
match is therefore nozzle-aware. Only the @BBL name fallback needed
fixing. The `compatible_printers` tier is also unaffected (Bambu's
bundled `compatible_printers` lists include the full printer-preset
name with nozzle, so disambiguation already works).
If the selected printer preset name has no parseable nozzle (non-Bambu
/ hand-typed), the matcher degrades to model-only. Bambu printer
presets always carry one in practice; this is defensive.
9 new tests cover the matrix:
- 0.4 printer ↔ no-suffix process: match
- 0.4 printer ↔ 0.6 / 0.8 process: mismatch
- 0.6 printer ↔ 0.6 process: match
- 0.6 printer ↔ no-suffix process (=0.4): mismatch
- same rule applied to filament presets
- explicit "0.4 nozzle" suffix on process still matches 0.4 printer
- wrong-model still mismatches even when nozzles agree
- no-nozzle printer name degrades to model-only match
One existing test ("handles a trailing nozzle-size suffix on the @BBL
tag") had asserted that a 0.6-nozzle process matched a 0.4 printer —
the exact reporter complaint. Reframed: matching 0.4-suffix still
matches, 0.6-suffix now mismatches.
The first cut of #1325 swapped a stale hardcoded model table for
bundle-based compatibility matching: a cloud / standard process or
filament preset was classified by consulting the user's uploaded
Slicer Bundles (.bbscfg). That works perfectly when bundles cover
every printer in the user's cloud catalogue, and silently no-ops
otherwise - every cloud preset resolves to 'unknown', nothing moves
into "Other printers", and the dropdowns look identical to the
pre-fix state. The reporter saw exactly this on a clean install
with no bundles uploaded.
Restored BambuStudio's `@BBL <token>` name convention as a third
tier below the bundle path, but driven by the canonical backend
PRINTER_MODEL_MAP - exposed via a new GET /slicer/printer-models
route - rather than a manually-maintained frontend table. The
matcher inverts the registry into short-code -> printer-fragment
("X1C" -> "X1 Carbon"), normalises whitespace + case so "A1 mini"
and "A1 Mini" compare equal, and falls back to raw-token compare
for models not yet in the registry (so a future "Q1" matches
without a code change). Adding a new Bambu model still touches
exactly the one backend file already listed in the Bambu Model
Codes registry.
Tests: 2 new in test_slicer_presets.py (route returns the full
PRINTER_MODEL_MAP, route returns a copy not the live dict); 11
new in slicerPrinterMatch.test.ts covering registry-driven X1C
vs X1 Carbon, A1 vs A1 mini, H2D vs H2D Pro, P2S / H2C / H2S /
X2D (which the original hardcoded list was missing), raw-token
fallback, registry-not-loaded-yet degradation, and the
precedence rules between compatible_printers / bundle / @BBL
name. 38 slicer-presets + 36 slicerPrinterMatch + 34 SliceModal
tests green; backend ruff clean; frontend build clean.
Re-slicing a 3MF authored for a single-nozzle printer (X1C, P1S, A1, P2S)
onto a dual-nozzle printer (H2D / H2D Pro) — or vice versa — previously
failed with "G-code in unprintable area of multi-extruder printers" (the
source's bed-coordinate layout lands in the H2D's per-nozzle dead zone)
or, on multi-color projects, a hard SIGSEGV inside the slicer's ZFiller
polygon-clipping. Earlier shipped a fail-fast 400 guard; this drop lifts
it and actually does the conversion by forwarding the sidecar's existing
--arrange flag when the source and target nozzle classes differ. BS
itself reconciles the embedded project_settings.config against the new
printer that way, the same way the GUI's "Switch Printer" operation
does. The guard becomes a kept-for-compat no-op.
Slice-all-plates added to the SliceModal: a checkbox for multi-plate
sources sends plate=0 to the backend, which forwards --slice 0 to the
BS CLI. Same-class slice-all produces one multi-plate output 3MF in a
single sidecar call. Cross-class slice-all loops per plate (BS's
--arrange is project-wide and would otherwise consolidate every plate's
objects onto one bed) and merges the per-plate outputs into one
multi-plate 3MF locally via the new merge_plate_3mfs helper. The toast
shows "Plate 2 of 5 — Generating G-code (47%)" through the loop.
Three side fixes surfaced during testing:
- substitute_unused_plate_filaments overwrites unused-slot filaments
with the slot-1 selection before slicing so BS's loaded-filament
temperature validator doesn't reject a PLA print whose unused slot 2
defaulted to ABS in the dropdown
- re-sliced archive thumbnail now prefers the source's per-plate
render (Metadata/plate_N.png) over the project-wide MakerWorld cover
art, because BS CLI with --arrange skips writing a fresh per-plate
preview
- re-sliced archive bed_type now lifts from the sliced output's
curr_bed_type onto the PrintArchive column the card actually reads
Schema: SliceRequest.plate range relaxed from ge=1 to ge=0 to admit
the "all plates" sentinel; SlicerApiService.slice_with_profiles /
slice_with_bundle take an `arrange` parameter.
Tests: 26 in test_slicer_3mf_convert (count / merge / substitute /
extract), 3 in test_slicer_api (arrange wire format), 9 in
test_library_slice_api (guard no-op, bed_type lift, thumbnail
fallback, new cross-class slice-all loop integration test), 2 in
test_archive_service (Auxiliaries fallback), 4 in SliceModal.test
(plate=0 toggle), 2 in SliceJobTrackerContext.test (multi-plate toast
prefix). 659 backend + 42 frontend green; backend ruff clean,
frontend build clean, i18n parity green at 4984 keys × 9 locales.
The pre-print deficit warning from #720 only ran inside the PrintModal
submit flow. Both the green ▶ button on a staged queue row (POST
/queue/{id}/start) and the Virtual Printer queue-mode intake bypassed
it — auto_dispatch=True VP intakes would dispatch unsupervised onto
spools that physically can't complete the print.
Extracted the deficit check into backend/app/services/filament_deficit.py
(single source of truth, both internal inventory and Spoolman modes).
POST /queue/{id}/start returns 409 with a structured deficit payload
unless ?skip_filament_check=true. The dispatch scheduler runs the same
check before each _start_print; a deficit promotes the item to
manual_start + sets a new filament_short flag (idempotent migration on
print_queue). The flag clears automatically on the next tick when the
operator swaps a spool to one with enough material.
Frontend ▶ catches the 409 and opens a confirm modal showing each
shorted slot's required vs remaining grams; the row now renders a
yellow "Insufficient filament" badge when filament_short is set.
Translated across all 9 locales.
The File Manager sidebar's "All Files" entry was passing
include_root=true to GET /library/files because the boolean was
derived from `selectedFolderId === null`. The backend's include_root
flag means *root files only* when folder_id is null, so a library
where every file lived in a subfolder rendered as empty.
Pass include_root=false from "All Files" so the backend returns every
active file across folders. Adds a regression test that mounts the
page, mocks the endpoint to distinguish include_root=true vs false,
and asserts both a root file and a nested file appear.
maziggy