Local dictation had never produced a transcript on an installed build. The
engine itself was healthy; every connection to it was broken.
Installed builds shipped no speech engine at all: the packaging config had no
entry for the faster-whisper sidecar and no pipeline step built one, so the app
always fell back to a system Python without the runtime. Development was broken
too, because the sidecar and SoX paths were resolved against the Vite output
directory instead of the app root, which also meant recording failed with a SoX
ENOENT. On hosts where localhost resolves only to IPv6, every local request was
refused outright, which silently disabled both local transcription and the local
LLM.
The sidecar is now built and bundled (including the Silero VAD data it needs),
gated by a packaging check that fails when the engine or its data is missing.
Paths are discovered from the app root and fail loudly when the engine is
absent. Local engine URLs are normalized to the IPv4 loopback, decoding is tuned
so repeated hallucinations cannot compound (the same transcript now takes about
a fifth of the time), the engine is warmed up at startup, and holding the hotkey
now shows the text forming live in the recording tip.
Several desktop paths quietly substituted defaults or partial results: a
config write could fall back to a throwaway in-memory store, speech provider
errors were absorbed into empty transcriptions, and meeting exports built
file names from raw titles.
Writes now fail explicitly when the store is unavailable, provider and model
failures reach the UI as errors, and export names pass through one
sanitizer. Settings, license, ad, and support surfaces use the shared theme
tokens, unused hotkey helpers are gone, and the package gains strict
node/renderer typecheck configs plus red-team e2e scenarios for these flows.
Users could only rebuild their spoken-word dictionary entry by entry. Import
and export now round-trip the whole list, reporting duplicate and invalid
entries per row instead of failing the batch, so a dictionary survives a
reinstall or a move to another machine.
Desktop clients had two competing update sources: the runtime pointed at a
legacy GitLab registry while the Forgejo packages were filled in by
hardcoded, version-pinned scripts. Operators could not tell which feed was
authoritative, and no release could be reproduced from a tag.
Auto-update now reads a single canonical Forgejo registry feed, updated by
a version-agnostic publisher that runs from the tag on Forgejo, GitLab, and
GitHub CI alike. Channel, minimum supported version, forced install,
full-versus-delta thresholds, staged rollout, and a remote kill switch come
from one policy file the client fetches alongside the feed. Tag creation is
gated on a clean tree, matching version surfaces, and a changelog section.
- press가 STT 초기화를 await하며 action queue 점유 → release 수십 초 지연·
유령 세션 반복 버그 수정 (initSTT fire-and-forget)
- 프리플라이트: STT 모델 미설치 시 즉시 에러 + 메인 UI 경고 + 온보딩 오픈
- 사이드카: 기동 중 프로세스 사망 시 30초 대기 없이 즉시 실패,
restartCount 리셋, error 리스너 부재 미처리 예외 방지
- 실시간 부분 전사: 1.5s 간격 interim → RecordingTip에 말하는 내용 미리보기
- Ollama 미가용 후처리 스킵 시 warning 배너, voice:error 브로드캐스트 신설
- npm workspaces 루트 (apps/*, packages/*) 세팅
- V1 전체를 apps/desktop/으로 git mv (src, resources, tests, sidecar,
scripts, electron.vite.config.ts, electron-builder.yml, vitest.config.ts,
tsconfig.node.json, tsconfig.web.json)
- apps/desktop/package.json 신규 (name=@d3ro/desktop)
- productName: 'd3ro-voice' 명시 — app.getName()을 고정하여 userData 경로
%APPDATA%\d3ro-voice\ 그대로 유지 (기존 DB/설정 연속성 보장)
- 루트 package.json을 workspace 루트로 재구성, 공통 devDep만 유지
(typescript, eslint, prettier)
- turbo.json, tsconfig.base.json 추가 (Turborepo 자체 설치는 별도 sub-phase)
- memory/project_status.md 생성 (규칙 13)
검증:
- npm run typecheck 통과
- npm run build 통과 (electron-vite main+preload+renderer)
- npm run dev 실제 실행 → DB/핫키/Ollama 자동 실행 모두 정상
