Diagnosis from the user's last test pinpointed the bug: mana-llm
returns totalFrames=0 (no SSE frames at all) when called from the
browser, but works perfectly when called via curl from the same host
with the same payload. Two compounding causes:
1. credentials: 'include' in our fetch combined with mana-llm's
CORS headers silently breaks the response body. This is the
classic "Access-Control-Allow-Origin: * + Allow-Credentials: true"
mismatch — browsers reject the response per spec but report it
as a 0-byte success rather than an error.
2. Streaming over CORS adds a second layer of fragility. Even if
credentials weren't an issue, the browser fetch API's response
body for SSE under CORS depends on a specific combination of
server headers we evidently don't have.
Fix: drop both the streaming AND the credentials.
- stream: false in the request body. Single JSON response per call,
much friendlier to the browser fetch API.
- No `credentials` field at all (default 'same-origin' for cross-
origin requests = don't send cookies). mana-llm's API key
middleware accepts anonymous requests, so we don't need to send
any auth context.
- Parse the response as `await res.json()` instead of streaming
SSE chunks. Pull `choice.message.content` (or fall back to
`choice.text` for legacy completions API responses).
- Backwards-compatibility shim for `req.onToken`: if a caller
registered a token callback (legacy chat-style streaming UX),
fire it ONCE with the full content at the end. The current
orchestrator + queue model never consumes per-token streams for
remote tiers, so this is a degraded-but-equivalent path. The
playground module uses its own client and isn't affected.
Verified manually with curl:
$ curl -X POST https://llm.mana.how/v1/chat/completions \
-H 'Content-Type: application/json' \
-d '{"model":"gemma3:4b","messages":[{"role":"user","content":"Hi"}],"max_tokens":50,"stream":false}'
→ returns clean JSON with `choices[0].message.content` populated.
Same call with `stream: true` from the same host also works (full
SSE frames come back). The bug really is browser+credentials
specific, not a service bug.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
User test on the mana-server tier showed Ollama gemma3:4b returning
LITERALLY empty content for the title task, which is much weirder
than the small browser model misbehaving. Three layered fixes plus
diagnostics that will tell us what's actually happening over the
wire next time.
1. remote.ts: SSE diagnostics + liberal field shape
The mana-llm /v1/chat/completions endpoint claims OpenAI
compatibility, but different upstream providers (Ollama, OpenAI,
Gemini) wrap their token text in different field paths inside
the SSE delta. Be liberal in what we accept:
- choice.delta.content (canonical OpenAI)
- choice.delta.text (some Ollama-compat shims)
- choice.message.content (non-streaming response embedded in stream)
- choice.text (legacy completion API)
Plus: count totalFrames + dataFrames + capture firstFrameRaw +
firstFrameParsed during the stream. When `collected` is empty at
the end of the stream, dump all of that to console.warn so the
next test session shows us exactly what mana-llm is sending. This
is the only reliable way to debug "empty completion" without a
network sniffer in the user's browser.
2. generate-title.ts: drop few-shot, use simple system+user prompt
The previous few-shot prompt with three `Aufnahme: "..."\nTitel: ...`
examples was apparently too much for Ollama gemma3:4b on the
mana-server tier — it returned literal "" for reasons we don't
fully understand (chat-template confusion with the embedded
quotes? multi-section format? some quirk of how mana-llm formats
the messages for Ollama?). Either way, the failure mode is clear.
Replace with a minimal two-message format:
- system: "Du erzeugst einen kurzen Titel (3-5 Wörter)..."
- user: <transcript>
Same instruction, much simpler shape. Bumped maxTokens 24 → 32
to give the model breathing room.
3. generate-title.ts: rules fallback detects sentence fragments
Even when the LLM fails and we fall through to runRules, the
previous heuristic for medium-length transcripts (10-20 words)
would extract the first 7 words verbatim — which for a typical
"Eine kleine Testaufnahme um zu sehen ob alles funktioniert" memo
produces "Eine kleine Testaufnahme, um zu sehen, ob" as the
"title". That's a sentence fragment ending mid-thought, not a
title. Worse than "Memo vom 9. April 2026".
Add a "looks like a sentence fragment" heuristic: if the last
word of the extracted slice is a German stop-word or article
(und/oder/wenn/ob/zu/um/der/die/das/ein/...) the result is
clearly mid-clause. In that case fall through to dateLabel()
instead of writing the fragment.
Stop-word list is curated to 30 entries — common conjunctions,
articles, prepositions, auxiliaries. Not exhaustive but catches
the typical "first 7 words of a German sentence" failure mode.
After this commit lands, the next test will surface in the console
EITHER:
- the actual delta shape mana-llm is using (so we know if our
parser is wrong or if the model is genuinely silent)
- a real LLM-generated title (if the simpler prompt worked)
- "Memo vom <date>" via the rules fallback (if the LLM still
fails but the rules fragment detection caught the bad slice)
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Until now, modules wanting to use the orchestrator had to await each
LLM call inline in their store code. That's fine for foreground tasks
("user clicked summarize") but a non-starter for background work
("auto-tag every new note", "generate a title for every voice memo
after STT finishes"). Background tasks need to:
- Queue up while no LLM tier is ready, then drain when one becomes
available (e.g. user just enabled the browser tier from settings)
- Survive page reloads, browser restarts, and the user navigating
away mid-execution
- Run one at a time without blocking the foreground UI
- Allow modules to subscribe to results reactively without polling
- Retry transient failures (network, model loading) but not
semantic ones (tier-too-low, content blocked)
Phase 4 ships exactly that.
Architecture:
packages/shared-llm/src/queue.ts — LlmTaskQueue class
+ QueuedTask interface (the persistent row shape)
+ EnqueueOptions (refType/refId/priority/maxAttempts)
+ TaskRegistry type (name → LlmTask map)
+ LlmTaskQueueOptions (table + orchestrator + registry +
retryBackoffMs + idleWakeupMs)
Public API:
- enqueue(task, input, opts) → string (returns the queued id)
- get(id), list(filter)
- retry(id), cancel(id), purge(olderThanMs)
- start(), stop() (idempotent processor lifecycle)
apps/mana/apps/web/src/lib/llm-queue.ts — web app singleton
- Dedicated `mana-llm-queue` Dexie database (separate from the
main `mana` IDB; see comment for the rationale: ephemeral
per-device state, no encryption needed, no sync needed, doesn't
belong in the long-frozen `mana` schema)
- Wires up the queue with llmOrchestrator + taskRegistry
- Exposes startLlmQueue() / stopLlmQueue() for the layout hook
apps/mana/apps/web/src/lib/llm-task-registry.ts
- Maps task names → task objects so the queue processor can
look up the implementation when pulling rows off the table.
Closures can't be persisted, so we round-trip via name.
- Currently registers extractDateTask + summarizeTextTask;
module-side tasks land here as we add them.
apps/mana/apps/web/src/routes/(app)/+layout.svelte
- startLlmQueue() in handleAuthReady's Phase A (auth-independent)
so guests + authenticated users both get the queue
- stopLlmQueue() in onDestroy as a fire-and-forget cleanup
Processor loop semantics (the heart of the implementation):
1. On start(), reclaim any 'running' rows from a crashed previous
session — reset them to 'pending'. The orphan recovery is the
reason a crash mid-task doesn't leave the queue stuck.
2. findNextRunnable() picks the highest-priority pending task whose
`notBefore` (retry-backoff timestamp) is in the past. Sort key:
priority desc, then enqueuedAt asc (FIFO within priority).
3. Mark the task running, increment attempts, look up the LlmTask
in the registry, hand it to orchestrator.run().
4. On success: mark done, store result + source + finishedAt.
5. On error:
- TierTooLowError or ProviderBlockedError → fail immediately,
no retry. These are not transient — the user's settings or
the content itself need to change.
- Anything else → if attempts < maxAttempts, reset to pending
with notBefore = now + retryBackoffMs (default 60s). Else
mark failed.
6. When no work is pending, sleep on a Promise that resolves when
either (a) someone calls enqueue() (which fires notifyWakeup),
or (b) idleWakeupMs elapses (default 30s, safety net for any
missed wakeup signal).
Module-side reactive reads use Dexie liveQuery directly on the queue
table — no special subscription API on the queue itself. This is
consistent with how every other Mana module reads its data, so the
mental model stays uniform:
const tags = useLiveQuery(
() => llmQueueDb.tasks
.where({ refType: 'note', refId, taskName: 'common.extractTags' })
.reverse().first(),
[refId]
);
Smoke test: a new "Queue" tab in /llm-test lets you enqueue the
existing extractDate / summarize tasks and watch the live state of
the queue table via liveQuery. The display includes per-row state
badge (pending/running/done/failed), tier source, attempt count,
input/output, and a "Done/failed löschen" button that exercises
purge().
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Adding an app to a workbench scene threw DataCloneError. scenesState
is a $state array, so current.openApps was a Svelte 5 proxy and
spreading it into a new array left proxy entries inside; IndexedDB's
structured clone refuses to serialise those. Snapshot before handing
the array to patchScene / createScene so Dexie sees plain objects.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
The lockfile had grown five (!) different vitest versions over time:
1.6.1, 2.1.9, 3.2.4, 4.1.2 and 4.1.3 — pulled in by various
packages that pinned outdated majors. The mismatch produced the
classic "createDOMElementFilter not found" startup crash because
hoisted @vitest/utils@3.x was loaded by the nested @vitest/runner@4.x.
Bumped every package.json that pinned an old vitest:
- apps/manavoxel/apps/web (^4.1.0 → ^4.1.2)
- apps/matrix/apps/web (^4.1.0 → ^4.1.2)
- apps/memoro/apps/server (^3.0.0 → ^4.1.2)
- apps/nutriphi/packages/shared (^2.1.8 → ^4.1.2)
- packages/qr-export (^3.0.5 → ^4.1.2)
- packages/shared-llm (^2.0.0 → ^4.1.2)
- packages/shared-storage (^4.1.0 → ^4.1.2)
- packages/spiral-db (^1.6.1 → ^4.1.2)
- packages/test-config (^3.0.0 → ^4.1.2)
- packages/wallpaper-generator (^3.0.5 → ^4.1.2)
After a clean pnpm-lock.yaml regenerate, every @vitest/* sub-package
resolves to a single version (4.1.3, picked by semver) — no more
duplicates between hoisted and nested node_modules.
Verified by running:
pnpm --filter @mana/web vitest run src/lib/data/sync.test.ts
→ 20/20 tests passing in 217ms
pnpm --filter @mana/web vitest run src/lib/data/time-blocks/recurrence.test.ts
→ 19/19 tests passing in 198ms
Pre-existing test failures in base-client.test.ts (German error
strings vs english assertions), dashboard.test.ts (widget count
drift), and content/help/index.test.ts (svelte-i18n locale not
initialised in test env) are unrelated and tracked separately.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
