- Add waitForBackendDownloadReady helper to tests/export.spec.ts to wait for backend
chapter metadata and enabled full-download UI before attempting combines/downloads.
Use it in two export tests to reduce flakiness related to eventual backend storage visibility.
- Improve uploadAndDisplay helper in tests/helpers.ts to retry link click when transient
"intercepts pointer events" errors occur, ensuring test clicks succeed under flaky UI conditions.
Add dismissSettingsModalIfVisible to detect and close the Settings dialog before interacting
with page links (click Save or press Escape, wait for dialog to hide).
- Update SettingsModal.tsx useEffect dependencies to avoid referencing checkFirstVist in the
local state sync effect and add separate effect for checkFirstVist for clearer lifecycle.
Why: Reduce end-to-end test flakiness by waiting for backend readiness and making UI interactions
more robust; simplify SettingsModal effect dependencies to prevent unnecessary re-runs. Breaking changes: none.
- Introduce a shared tts-provider-catalog to centralize provider/model/voice defaults
and feature flags (supportsTtsInstructions, providerSupportsCustomModel, resolveProviderModels,
getDefaultVoices, etc.). Replace ad-hoc provider logic across server and client with catalog calls.
- Replace inline voice/model UI logic in SettingsModal, AudiobookExportModal, TTSContext,
generate server code, and voice hook to use catalog helpers (resolveTtsSettingsViewModel,
supportsTtsInstructions, getDefaultVoices).
- Extract audiobook generation responsibilities into a small client-side pipeline:
- Add createEpubAudiobookSourceAdapter and createPdfAudiobookSourceAdapter adapter modules
to prepare chapters from EPUB/PDF sources.
- Add runAudiobookGeneration and regenerateAudiobookChapter pipeline functions to handle
chapter preparation, progress tracking, request header construction, and retry/abort behavior.
- Wire adapters/pipeline into EPUBContext and PDFContext to simplify and centralize audiobook flow.
- Move config preference helpers out of ConfigContext into dedicated client modules:
- buildSyncedPreferencePatch (lib/client/config/preferences.ts)
- applyConfigUpdate and getVoicePreferenceKey (lib/client/config/updates.ts)
- Use these helpers in ConfigContext to keep update logic small and testable.
- Add TTS settings view model resolver (lib/client/settings/tts-settings.ts) and tests
for the tts-provider catalog and config helpers (tests/unit/tts-provider-catalog.spec.ts).
- Minor usages updated: AudiobookExportModal, SettingsModal, useVoiceManagement, TTSContext,
server tts generation, and various context files to consume the new modules.
Why: Reduce duplication, improve testability, and separate concerns for provider metadata,
UI view-model logic, and audiobook generation flow. Breaking changes: none.
Introduce safeguards for continuation handling in TTS flow to prevent looping and over-carrying text. Add constants to limit carried characters and words, and loop-guard thresholds. Implement normalizeBlockFingerprint to create compact fingerprints of page-first blocks and store them in pageFirstBlockFingerprintRef. Use fingerprint comparison and progress threshold to skip to next page when a loop is detected. Cap continuation slices by characters and words and ensure carried text matches the returned addition.
test(ui): make settings save button click more robust
In tests/helpers.ts wait for the Settings Save button to become visible (with a short timeout) before attempting to open Settings, and click the Settings button with force to avoid intermittent pointer-interception failures. Improve stability of setupTest by handling enter transitions and overlays.
Add a test to verify selected voice persists instead of resetting to default.
Also refactors export tests to be UI-driven rather than backend-dependent.
- Removed unused imports and types from TTS route.
- Consolidated TTS buffer generation logic into a new module.
- Implemented caching for TTS audio buffers using LRU cache.
- Updated TTS request handling to support instructions for specific models.
- Refactored audiobook chapter creation to use new TTS generation logic.
- Simplified error handling and response management in TTS API.
- Enhanced client-side logic to manage TTS requests and retries.
- Updated types to reflect changes in TTS request payload structure.
Add five new light theme options (lavender, rose, sand, sky, slate) with dedicated color palettes. Redesign Settings modal with sidebar navigation replacing tabs, add visual theme color selector showing preview swatches, and introduce new icons (KeyIcon, PaletteIcon, UserIcon, DocumentIcon). Also update PrivacyModal to render conditionally based on authEnabled and add privacy policy link. Update tests to reflect new UI structure.
Major overhaul: implement auth, sqldb for metadata, s3-like storage, and lessen reliance on fs
New Features
Added user authentication system with sign-in, sign-up, and account management
Added TTS rate-limiting with per-user character limits and daily resets
Added user data export functionality
Added support for PostgreSQL database and external S3-compatible object storage
Documentation
Launched comprehensive documentation site with deployment guides, configuration references, and TTS provider integration guides
Chores
Rebranded project from "OpenReader-WebUI" to "OpenReader"
Add ZIP-based user data download endpoint, enable AES-256 server-side S3 encryption for all stored documents and audiobooks. Rewrite privacy policy with detailed CCPA categories, service provider disclosures (Vercel/Neon/Railway), and user rights sections. Replace privacy modal with checkbox agreement flow.
Add Next.js middleware to handle session-based access control for protected
routes while maintaining access to public paths. Configure comprehensive
security headers including CSP, HSTS, and frame options in next.config.ts.
Also, reduce session cookie cache duration to 5 minutes to ensure frequent
revalidation against the database and fix a navigation issue in the EPUB
context when jumping to specific CFI locations.
Remove the foreign key constraint referencing the user table in both
Postgres and SQLite schemas. This decouples the usage tracking from
the primary user table.
Move database drivers and heavy server-side modules to be loaded
lazily via require() and dynamic import(). This reduces the initial
memory footprint and improves cold start performance for serverless
functions by avoiding loading unused dependencies on every request.
