Replace EPUB-specific word highlight mapping with shared token-sequence alignment
logic used by HTML and PDF viewers. Remove bespoke alignment code and tests in
favor of a single primitive (`locateAlignmentWordSpans`) that robustly maps
spoken words to rendered text regions, tolerant of transcription and formatting
differences. Update EPUB highlighting to cache per-segment word-region spans for
efficient re-use. Add unit tests for the new alignment logic.
Align non-kokoro custom-openai models to use the canonical OpenAI voice set
instead of a separate custom set. Updates logic and tests to reflect this
standardization for improved consistency across OpenAI-compatible providers.
feat(tts): support OpenAI-compatible servers that emit wav instead of mp3
<!-- This is an auto-generated comment: release notes by coderabbit.ai -->
## Summary by CodeRabbit
* **New Features**
* Normalize all incoming TTS audio to MP3 so stored/served audio is consistently MP3.
* Broader discovery of voices from OpenAI‑compatible endpoints by probing multiple voice routes and respecting provider defaults.
* **Reliability**
* Retry flow when providers reject explicit response format to improve compatibility.
* Improved audio format detection, safer transcoding with cancellation and cleanup, and logging when normalization occurs.
* **Tests**
* Added unit tests covering audio format detection across multiple codecs.
* **Documentation**
* Added a Supertonic TTS provider setup guide.
<!-- end of auto-generated comment: release notes by coderabbit.ai -->
Update audio format sniffing to require a full 10-byte ID3 header for mp3 detection and add stricter validation of MPEG frame headers to avoid false positives. Refactor ffmpeg process spawning to register abort listeners before module import, ensuring abort signals are handled promptly and preventing orphaned processes. Expand tests to cover edge cases in mp3 header detection.
Introduce `normalizeToMp3` utility to convert wav/ogg audio buffers from TTS providers
to mp3, ensuring consistent mp3-only handling in cache and pipelines. Add logic to
detect and adapt to OpenAI-compatible servers that do not support explicit
`response_format`, falling back to default output and normalizing as needed.
Refactor voice resolution to probe multiple common endpoints and robustly extract
voice/style names from various payload shapes, improving compatibility with custom
OpenAI-compatible servers.
- Add `audio-format.ts` for audio normalization utilities
- Add tests for audio format normalization
- Update TTS provider request logic to apply normalization and handle response format negotiation
- Enhance voice endpoint probing and extraction logic for custom servers
Refactor EPUB and HTML word highlighting to use a shared, position-preserving
text normalization pipeline for mapping TTS alignment offsets to DOM positions.
Replace the previous fuzzy token-matching logic with a direct char→DOM map
based on the canonical "audio" text form, ensuring highlights stay in sync
across languages and with Unicode-aware hyphenation handling.
- Add `highlight-char-map.ts` for shared normalization logic
- Update normalization to handle Unicode hyphenation consistently across
compute, client, and shared layers
- Remove unused fuzzy token mapping and cache logic from EPUB highlighting
- Update tests for new highlight mapping and normalization behavior
BREAKING CHANGE: Removes legacy fuzzy token-based word highlight mapping in favor of direct char offset mapping; highlight cache and tokenization APIs are removed.
Enhance EPUB TTS canonical windowing by guarding against stale async completions
during rapid page turns, preventing outdated segment/highlight state from
overwriting the active page. Update SegmentsSidebar to robustly handle errors
in canonicalization, ensuring sidebar state is cleared on failure and avoiding
residual mappings from previous pages. Refine canonical window documentation to
clarify non-overlapping segment partitioning per page. Add a language-aware
cache test to verify correct canonical plan isolation across languages.
Consolidate EPUB TTS segment planning around a single canonical windowing model.
Introduce `epub-canonical-window.ts` to provide stable, viewport-independent
segment windows for both playback and sidebar. Refactor segment planning,
prefetching, and playback handoff to use canonical ordinals and keys, ensuring
that segments straddling page breaks are uniquely identified and never replayed
across pages. Update TTSContext, SegmentsSidebar, and related hooks to support
windowed canonical segments and precise ordinal continuity. Extend types and
interfaces to carry canonical segment metadata and windowing context.
Add comprehensive unit tests for canonical window selection, segment
materialization, and cache behavior.
BREAKING CHANGE: EPUB TTS segment planning, playback, and sidebar now rely on
canonical windowing, affecting segment key generation and playback logic.
* refactor(user): overhaul user data cleanup and export for cascading deletes and TTS segment support
Revise user data cleanup logic to ensure proper cascading deletion of user-related
database rows and S3 objects, including shared document and preview artifacts.
Introduce explicit checks for last ownership before removing shared resources.
Add TTS segment cache and audio cleanup to document and user deletion flows.
Expand user data export to include TTS segment entries and audio, job events,
document settings, and linked auth sessions. Update schema with ON DELETE CASCADE
for userTtsChars and userJobEvents. Add new migration scripts and comprehensive
unit tests for cleanup and export scenarios.
* test(user): expand cleanup and export coverage for shared docs and TTS segment files
Add tests for user data cleanup with shared document ownership and for TTS segment
variant export scenarios, including cases with duplicate audio keys and storage
disabled. Refactor cleanup logic to use document row types and transactional
ownership removal with last-owner checks. Update TTS segment cache clearing to
report deleted segment count by unique entry. Adjust export logic to always
include all TTS segment variants and conditionally export file buckets based on
storage availability. Update migration to use NOT VALID/VALIDATE for new
cascading constraints.
* refactor(documents): centralize owned document deletion and add mutation locking
Introduce `deleteOwnedDocument` utility to encapsulate all logic for removing a user's ownership of a document, including TTS segment cache cleanup, preview artifact removal, and S3 blob deletion for last-owner cases. Add `withDocumentMutationLock` to serialize concurrent mutations on the same document, using advisory locks in Postgres and a local queue fallback. Refactor all API routes and user data flows to use these utilities, ensuring transactional safety and preventing race conditions during document deletion or transfer. Update tests for new flows and add coverage for document cleanup sequencing and locking behavior.
* feat(data): enhance anonymous claim to support document settings and TTS segment copy
Expand the anonymous data claim process to include document settings transfer and TTS segment S3 prefix copying. Remove foreign key constraints from user_tts_chars to allow non-user buckets. Update claim modal and onboarding flow to display claimed document settings. Refactor TTS char count transfer to merge all dates and fix upsert logic. Add S3 copy utility for TTS segments and corresponding tests. Update migrations and schema to reflect relaxed constraints.
* refactor(data): improve error handling and rollback for document and TTS segment operations
Enhance robustness of document deletion and TTS segment transfer by improving
error logging, partial rollback, and degraded state reporting. Add best-effort
cleanup and recovery mechanisms to prevent orphaned data and ensure diagnostic
information is captured for unexpected failures. Update user data cleanup to
log and swallow restoration errors without masking primary failures. Refine
claim logic to handle unmapped TTS audio keys safely.
* refactor(data): unify document mutation locking and transaction handling
Replace mutation-lock with document-lock to centralize document mutation
serialization and database transaction management. Introduce runInDbTransaction
utility to abstract SQLite/Postgres transaction differences. Update document
deletion, user data cleanup, and rate limiter logic to delegate transaction
handling and locking to shared helpers. Remove dialect-specific branching and
inline transaction logic for improved maintainability and testability.
BREAKING CHANGE: withDocumentMutationLock is removed in favor of withDocumentLock and runInDbTransaction
* fix(documents): improve rollback error handling in deleteOwnedDocument
Enhance error handling during document deletion by ensuring that failures
in restoring document ownership do not obscure the original error. Log
degraded events when ownership restoration fails after a deletion error,
providing additional context for debugging and monitoring. This change
improves reliability and traceability of document deletion operations.
* feat(tasks): introduce scheduled task engine and admin UI for background jobs
Add a general-purpose scheduled task system with a persistent registry and status tracking, supporting background maintenance jobs such as orphaned blob reaping, expired upload cleanup, job event pruning, and TTS usage retention. Implement a new `scheduled_tasks` table, task engine, and handlers for each maintenance operation. Integrate an admin UI panel for monitoring, manual runs, and configuration of tasks. Update document and user data cleanup flows to delegate shared blob and preview deletion to the scheduled reaper. Add Vercel cron integration for serverless environments.
BREAKING CHANGE: Document and user storage cleanup now relies on background scheduled tasks for shared blob and preview deletion; immediate inline deletion is no longer performed.
* refactor(user): streamline document and TTS segment transfer logic
Simplify user document transfer by consolidating storage and metadata handling. Remove inline deletion of shared blobs; only metadata is moved, and TTS segment transfer is controlled via options. Add `skipStorage` option for test scenarios to bypass storage operations. Update tests to reflect new transfer behavior.
* chore(instrumentation): delegate node-specific setup to separate module
Move Node.js-specific instrumentation logic to a dedicated file. Update
registration to dynamically import the node module only when running in a
Node.js environment. This separation clarifies environment-specific behavior
and improves maintainability.
* ci(config): update scheduled task cron to run daily at midnight
Change cron schedule for /api/admin/tasks/tick from hourly to once daily at
midnight to reduce task frequency and align with updated operational
requirements.
* refactor(tasks): enforce positive interval and improve scheduled task updates
Add database-level check constraints to ensure scheduled task intervals are always
positive for both Postgres and SQLite. Update admin API and UI to support sub-minute
intervals and stricter validation. Refactor scheduled task update logic to upsert
rows, ensuring tasks can be updated even if not yet present in the database.
Improve temporary upload cleanup to delete in paginated batches. Enhance tests to
cover new constraints and update behaviors.
* chore(docker): remove ffmpeg-static from runtime dependencies in image build
Eliminate ffmpeg-static from the production node_modules during Docker image
assembly to streamline the deployment artifact and avoid bundling unused binaries.
* refactor(admin): redesign task panel UI with Card layout and running indicator
Replace the bordered div layout in AdminTasksPanel with the Card component for
improved visual hierarchy. Add a dynamic running indicator using a custom
RunningDot component to clearly show active tasks. Update control alignment and
button states for better usability. Remove Badge-based status display in favor
of a more streamlined appearance.
* feat(tasks): add document blob lease for safe orphan reaping and improve scheduled task robustness
Introduce a document blob lease mechanism to prevent race conditions between document registration and orphaned blob cleanup. The new `document_blob_leases` table ensures that only one process can claim a document blob for mutation or deletion at a time. Update the orphan reaper to acquire a lease before deleting blobs and to re-check for ownership after acquiring the lease, avoiding accidental deletion of in-flight uploads.
Enhance scheduled task infrastructure with per-task fencing tokens to prevent stale runners from overwriting newer results, enforce runtime limits with abort signals, and expose scheduler mode and minimum interval to the admin panel and API. Adjust task handlers to accept a context with abort support, and update documentation and environment variable references for the new cron secret and scheduling behavior.
BREAKING CHANGE: Scheduled tasks now require a `document_blob_leases` table and updated handler signatures. Vercel deployments must set `CRON_SECRET` for scheduled maintenance.
* refactor(admin): add loading skeleton to tasks panel for improved UX
Introduce a TasksSkeleton component to display animated placeholders while scheduled tasks are loading. Replace direct rendering of empty task rows with the skeleton when data is pending, enhancing perceived responsiveness and user experience in the admin tasks panel.
* test: clean up playwright anonymous users
* test: make blob lease expiry deterministic
* fix(documents): improve blob lease release error handling and test stale lease scenario
Handle errors during blob lease release by logging warnings instead of allowing them to mask original results. Update unit tests to verify that releasing a stale lease does not affect a replacement lease.
* refactor(documents): implement exponential backoff with jitter for blob lease retries
Replace fixed retry delay with capped exponential backoff and jitter to reduce
contention and thundering herd effect when acquiring document blob leases. This
improves lease acquisition fairness and efficiency under high load.
Adjust language input resolution in TTS generation to ensure Replicate Kokoro
model receives the appropriate language code mapping even when the language
property is absent or falsy. Update tests to cover this scenario and verify
correct input construction.
Update provider seeding logic and documentation to allow creation of admin/shared providers without requiring an API key. Adjust environment variable handling so that a blank or missing API_KEY is valid when API_BASE is set, enabling support for upstream TTS providers that do not require authentication. Remove defaulting to 'none' for API keys in API routes and ensure headers are omitted when no key is present. Add and update tests to verify correct handling of keyless providers.
BREAKING CHANGE: Providers can now be seeded without an API key; API_KEY is no longer required if API_BASE is set. Existing deployments relying on a non-empty API_KEY for seeding should review their environment configuration.
Update preference normalization logic to explicitly reject arrays when
validating record types, ensuring only plain objects are accepted. Adjust
ConfigProvider effect conditions for clarity and correctness. Add unit tests
verifying that arrays are not accepted as valid preference records or saved
voices.
Implement logic to resolve and inject Replicate Kokoro model-specific language
codes based on language tag and voice, using new mapping utilities. Update
`buildReplicateInput` to set `language_code` for the built-in Kokoro model.
Expand language utilities with code mapping and expose `resolveReplicateKokoroLanguageCode`.
Enhance tests to cover language code resolution and input mapping for Replicate
Kokoro, and verify language input key discovery for built-in models.
Move provider normalization logic into a dedicated module to ensure consistent
handling of provider defaults and user preference inheritance across client and
server. Update layout components to mount ConfigProvider only at the shared
layout level, preventing unnecessary remounts and hydration issues during
navigation. Adjust app config defaults so user provider settings are empty by
default, always inheriting the admin-configured provider unless explicitly set.
Add tests for normalization and sync logic to ensure robust provider resolution.
Update introduction documentation and README to consistently refer to
OpenReader as "open-source" and highlight its multilingual capabilities.
Refine language segmentation example in multilingual sample text and
expand test coverage for language settings. Adjust TTS segment manifest
to normalize language tags, improve document language update logic, and
fix provider/model compatibility checks for instructions and language
input. Enhance reliability of language support detection for TTS
generation and Replicate provider integration.
Add a fast linear scan to resolve exact token sequence highlights before
falling back to the fuzzy window search, significantly improving
performance for large documents. Update unit tests to verify that
exact matches are found efficiently without invoking expensive
comparisons.
Move encodeParserVersion to a dedicated module for unified access and remove local duplicates. Update all consumers to import from the new entrypoint. Tighten artifact readiness checks in both client and API route to ensure 'ready' is only reported when the artifact is accessible, with retries and stricter validation. Add tests for edge cases and operation state validation.
Introduce new unit tests covering the PDF parse client lifecycle and worker-based
API routes. Tests verify client behavior for not-ready and ready parse states,
operation initiation, SSE event handling, and route validation. Also add
coverage for worker event proxy and worker flow routes. Remove all legacy
parseStatus and parsedJsonKey fields from document types, API, and gallery
view components to align with the new worker-owned PDF parse model.
This change removes legacy server-side PDF parse state management and transitions
to a fully worker-owned model for PDF parsing operations. Key updates include:
- Deletes all code related to server-managed parse state, including:
- parse-state.ts, parse-state-backfill.ts, parse-state-healing.ts,
parsed-pdf-reuse.ts, pdf-parse-operation.ts, and related job logic
- Removes the user-pdf-layout-job queue and associated job logic
- Refactors API routes for parsed PDF documents and events to use the new
worker-owned PDF parse operation flow under src/lib/server/pdf-parse/
- Updates S3 parsed PDF artifact keying to include parser version for
deduplication and compatibility
- Refactors client API and hooks to handle new error and progress reporting
- Removes all tests for the legacy parse state and job system, updating remaining
tests to mock the new worker-owned flow
BREAKING CHANGE: Server no longer manages per-user PDF parse state or jobs.
All PDF parsing is now managed by the compute worker and new artifact keying.
Legacy parse state and jobs are no longer supported. Existing parsed PDFs may
need to be reprocessed for compatibility with the new model.
Update folder tests to use an exported escapeRegExp helper when constructing
regex patterns for file name matching. This prevents false positives or errors
when file names contain special regex characters, improving test reliability.
Replace dual HTML5/Touch backend logic with a single TouchBackend configured to
handle both mouse and touch events, ensuring consistent drag-and-drop behavior
across all devices. Introduce a custom DocumentDragLayer to render drag previews
universally, as the touch backend does not provide a native drag image.
Update document tile, gallery, and list views to suppress native long-press
previews on iOS and prevent accidental document opening after drag actions.
Revise drag-and-drop test helpers to simulate pointer gestures compatible with
the new backend, improving reliability of automated tests.
Remove the separate docx-to-pdf upload API and integrate DOCX conversion directly into the blob upload finalize route. Update client and uploader logic to treat DOCX as a supported upload type and streamline batch state handling. Adjust document caching and test helpers to align with the new unified flow. Add server-side DOCX-to-PDF conversion utility and corresponding unit tests.
This change simplifies the upload pipeline, consolidates conversion logic, and improves maintainability.
Avoid enqueuing duplicate parse jobs for PDFs that are already parsed or in terminal states. Update docx-to-pdf upload to reuse existing parsed PDF results when possible, skipping unnecessary parse operations and job enqueuing. Adjust parse-state-backfill to only enqueue jobs for pending or running states. Refine client upload logic to better infer document type from MIME when file names are missing. Enhance usePdfDocument to handle terminal parse states more robustly.
This change ensures idempotent parse job creation and reduces unnecessary worker load, while improving document upload and parse state handling.
Introduce startPdfParseOperation to encapsulate worker operation creation, job rate tracking, and parse state initialization for PDFs. Replace scattered operation setup logic in register-upload, docx-to-pdf upload, and parse-state-backfill with this unified helper. Update job enqueuing to propagate initial opId/jobId/status for accurate state tracking.
Change getParsedPdfDocument to throw on non-ready states and remove polling logic from usePdfDocument, shifting readiness detection to event streams. Switch API responses for non-ready parses from 202 to 409 to clarify client expectations and simplify error handling.
Add targeted tests to verify legacy backfill behavior and ensure no worker operation is created for pure data fetches of pending legacy PDFs.
BREAKING CHANGE: API now returns 409 Conflict for non-ready parsed PDFs instead of 202, and clients must subscribe to event streams for parse progress.
Transition document upload flow to use presigned token-based temporary uploads. Add finalize endpoint to register uploaded documents after blob transfer, decoupling document ID assignment from upload initiation. Update client and server logic to operate on tokens, improve security, and enable canonical ID reuse for identical uploads. Update tests to verify deduplication behavior.
Add PDF_PARSER_VERSION constant and propagate parser versioning throughout
the PDF parsing, job, and API layers. Implement normalization of parse state
to ensure compatibility with the current parser version, and enable reuse of
parsed PDF results when possible. Add isPlaybackReady state to document hooks
and TTS player, improving playback UX by disabling controls until content is
ready. Update tests to reflect new playback readiness logic.
BREAKING CHANGE: PDF parse state and job logic now require explicit parserVersion;
older parse states may be treated as pending until reprocessed.
Eliminate the unused --delete-local option and related code from the
filesystem migration script to prevent accidental local data removal.
Introduce a cleanupClaimedLegacyFsSources utility for removing legacy
filesystem sources after claim, and integrate it into the user claim
flow. Add unit tests to verify the cleanup logic.
Introduce a backfill handler to restore missing PDF parse operations for
documents in legacy 'pending' or 'running' states lacking an opId.
Update parsed route handlers to invoke this logic, ensuring correct
operation association for affected documents. Add regression tests to
validate backfill behavior for legacy scenarios.
* refactor(ui): replace anchor tags with next/link in SidebarNavLink and UserMenu
Update SidebarNavLink to use next/link for navigation instead of anchor tags,
ensuring proper routing and improved accessibility in Next.js. Refactor UserMenu
to remove legacy Link wrappers and directly use SidebarNavLink for signin and
signup links. This streamlines navigation components and aligns with Next.js
best practices.
* fix(pdf): handle non-zero viewport origins and improve layout model ordering
Update normalizeTextItemsForLayout to correctly apply viewport transforms,
including non-zero page origins, ensuring accurate mapping of PDF text items
to top-left coordinates. Refactor runLayoutModel to implement a custom order
sequence builder for layout regions using model order logits, improving
region ordering consistency with model semantics. Update related tests to
cover viewport transform edge cases.
* refactor(pdf): improve text normalization with font ascent and vertical overlap logic
Enhance text normalization by incorporating font ascent and descent data to more accurately position glyphs, especially for decorative initials. Update merge logic to better detect line membership using vertical overlap, ensuring drop caps and overlapping glyphs are merged correctly. Extend tests to cover these layout scenarios.
* style(range): redesign slider with precision gauge and ruler ticks
Revamp the range input to feature a minimalist "precision gauge" style.
Introduce a hairline rail, ruler notches for discrete steps, and a slim
needle thumb. Add CSS variables and logic for per-instance tick sizing
and coloring. Remove bulky inline class-based styling in favor of
centralized CSS for improved maintainability and visual clarity.
* refactor(ui): modularize PDF loader and range slider visuals
Move PDF layout scan visualization and range slider styles into dedicated CSS
modules, isolating their styles from the global scope. Integrate PdfLayoutScan
component into the PDF viewer loader UI for animated parse progress. Refactor
progress bars to use a reusable progress-fill class with animated sheen effect.
Update range input to use CSS module for precision gauge styling.
* style(reader): remove grid overlay from PdfLayoutScan visualization
* refactor(api): add staleness detection for inflight worker operation states
Integrate isWorkerOperationStateStale checks into document parse API endpoints to ensure inflight worker operation states are not reused if stale. Introduce helper for staleness detection and corresponding unit tests. Enhance SSE event streaming with keepalive intervals and improve progress acknowledgment error handling.
* feat(worker): recover and fail stale in-flight pdf ops on startup
Add orphaned operation recovery logic to detect and mark stale in-flight pdf_layout jobs as failed during worker startup. Extend OperationStateStore with listOpStates for state enumeration. Update tests and documentation to cover recovery behavior and new environment variable COMPUTE_PDF_JOB_ATTEMPTS.
* refactor(worker): distinguish staleness thresholds for running and queued pdf ops
Update orphan recovery logic to apply separate timeouts for 'running' and
'queued' pdf_layout operations. Adjust tests to verify that only stale
'running' operations are failed, while stale 'queued' operations remain
untouched.
* feat(worker): extend orphan recovery to handle whisper_align ops and improve logging
Update orphan recovery to detect and fail stale 'running' whisper_align operations
in addition to pdf_layout. Refactor recovery logic to generalize staleness checks
across operation kinds and enhance log output with detailed operation info.
Expand tests to verify correct handling of both whisper_align and pdf_layout
operations in running and queued states.
* refactor(control-plane): introduce revision-based CAS for operation state updates
Add revision tracking and compare-and-set (CAS) semantics to operation state
stores, enabling atomic state transitions and preventing lost updates. Extend
the OperationStateStore interface with getOpStateRecord and compareAndSetOpState
methods. Update orchestrator and worker runtime to utilize CAS for marking
operations as failed only if the state is unchanged. Enhance in-memory,
JetStream, and test control plane implementations to support revision logic.
This change improves concurrency safety and correctness of operation state
management across distributed components.
* feat(ui): add parse failure state to PDF layout scan animation
Display a distinct "parse halted" visual state in the PDF layout scan
component and PDF viewer page when parsing fails. The loader animation
is replaced by a static, dimmed page with an alert glyph and updated
styling, ensuring users are not misled by an active animation after a
failure. CSS and component logic updated to support the new state.
* feat(worker): extract orphaned operation recovery to module with periodic sweep
Move orphaned operation recovery logic into a dedicated orphan-recovery module,
introducing a periodic sweep timer that triggers recovery every 15 seconds while
the worker is connected. Refactor runtime to delegate orphan detection and
handling to the new module, improving modularity and maintainability. Add
unit tests for orphan-recovery to ensure correctness.
* fix(ui): adjust PDF viewer layout and update parse loader description
* refactor(pdf): streamline layout model region extraction and update test coverage
- Replace custom order sequence logic with softmax-based class selection in runLayoutModel
- Remove unused sigmoid and buildOrderSequence functions
- Simplify detection loop to filter and map regions directly
- Add targeted tests for layout model extraction logic
- Update CSS animation naming for consistency
- Clarify test description and add inline comments for orphan recovery scenario
* fix(pdf): add strict validation for layout model output shapes and extend test coverage
Add explicit error handling for invalid or inconsistent pred_boxes and logits array lengths in runLayoutModel to prevent silent failures. Expand test suite to verify correct region filtering and error scenarios, ensuring only labeled regions are returned and malformed outputs are handled robustly.
Eliminate the enableDestructiveDeleteActions feature flag from runtime
configuration, admin panel, environment docs, and user settings modal.
Remove all references, toggles, and documentation for this flag. This
simplifies the runtime config and user interface by consolidating
destructive actions under account deletion only.
BREAKING CHANGE: The enableDestructiveDeleteActions runtime flag is no longer supported. Any configuration or code depending on this flag must be updated.
* phase 0: token foundation
* phase 1: motion language
* phase 2: primitives and semantic tokens
* phase 3: depth and rhythm polish
* phase 4: enforce design system lint rules
* phase 5: split ui primitives into modules
* phase 7: refactor app surfaces to ui layer
* phase 9: enforce ui architecture imports
* phase 10: add ui system harness
* fix compact reader auth control
* fix pdf loader flash
* Converge sidebar and reader controls
* refactor: remove initial loader state and related logic from PDFViewerPage
* Remove legacy UI shim imports
* Converge modal and drawer frames
* Migrate secondary modals to shared frame
* Move settings modal onto shared frame
* Use shared cards in audiobook settings
* Converge choice and popover surfaces
* Converge reader navigation buttons
* Refactor UI components to use consistent button and icon styles across the application
* refactor(ui): unify button usage in settings, admin, and doclist components
Replace native button elements with shared Button, ChoiceTile, and IconButton
components for consistent UI behavior and styling. Update classNames and
props to match new component APIs. Adjust FinderSidebar to use utility
function for conditional class merging.
* feat(ui): introduce shared Listbox components for unified select and dropdown styling
Replace direct usage of Headless UI Listbox primitives with new SharedListboxButton,
SharedListboxOption, and SharedListboxOptions components across AudiobookExportModal,
FinderToolbar, VoicesControlBase, and select UI. Refactor related imports and classNames
to centralize dropdown styling and logic. Simplify UserMenu button markup for improved
consistency.
This change consolidates dropdown/select UI patterns, reduces duplication, and
improves maintainability by providing a single source of truth for Listbox styling
and behavior.
* refactor(ui): consolidate button, menu, popover, and range primitives for unified usage
Remove legacy UI harness and dev/demo files. Replace scattered button, menu, popover, and range input utilities with shared, composable primitives: Button, ButtonLink, ButtonAnchor, MenuActionItem, MenuItemsSurface, PopoverSurface, PopoverTrigger, and RangeInput. Update all usages across app, admin, player, and document components to use these new primitives, eliminating duplicated class logic and improving consistency. Remove obsolete utility files and class exports. This change streamlines UI code, centralizes styling, and reduces maintenance overhead.
* feat(ui): redesign range input with dynamic progress styling and improved accessibility
Revamp the range input component to support dynamic progress indication using CSS custom properties and linear gradients. Add logic to compute and set the progress percentage based on current value, min, and max. Refine focus and disabled states for better accessibility and usability. Update styling for both WebKit and Mozilla engines to ensure consistent appearance. This change enhances visual feedback and modernizes the range slider UI.
* style(ui): update range input to use secondary accent color for progress
Switch range input progress styling from primary to secondary accent color
for both WebKit and Mozilla engines. Remove drop shadow from slider thumb
for a cleaner appearance. This change aligns the component with the updated
design palette and simplifies visual effects.
* refactor(app): remove unused Link imports from public pages and components
Eliminate redundant imports of the Link component from Next.js in several
public-facing pages and components. These imports were no longer in use
after recent UI refactoring and consolidation of navigation elements.
This cleanup reduces bundle size and improves code clarity.
* chore(ui): remove unused export of segmented control classes from select component
Eliminate unnecessary export statements for segmentedButtonClass and
segmentedGroupClass in the select component to streamline the module's
public API and reduce potential confusion.
* test(accessibility): improve confirm dialog test coverage and refactor media state helper
Expand accessibility tests for ConfirmDialog to assert dialog semantics,
ARIA attributes, and visible destructive actions using test IDs. Refactor
expectMediaState helper to check both UI control state and underlying
media signals for more robust playback state detection.
* refactor(ui): improve segmented control accessibility and update danger color tokens
Update SegmentedControl to support full keyboard navigation and focus management,
enhancing accessibility. Replace string indicator in Select with icon, and update
button danger variant to use new --danger-strong variable for hover states. Add
danger-strong token to Tailwind config and globals. Refine dropzone disabled
behavior, adjust focus ring for better contrast, and apply minor UI consistency
tweaks across components.
* feat(ui): convert SidebarNavLink to forwardRef component
Refactor SidebarNavLink to use React.forwardRef, enabling parent components
to access the underlying anchor element's ref. Update prop typing and
function signature accordingly for improved composability and integration
with higher-order components.
Move origin extraction to shared utility for consistent validation across
server and client modules. Update layout metadata to use the shared origin
helper, improving maintainability and deployment flexibility. Add unit tests
for layout metadata to ensure correct origin handling.
Eliminate all code, tests, and utilities related to the legacy 'unclaimed' user
scope. All API endpoints, document and audiobook storage, and access logic now
require a valid authenticated userId and only operate on resources owned by that
user. Remove related helper functions, test cases, and conditional flows for
anonymous/unclaimed data. Update types, client APIs, and UI logic to reflect
that only 'user' scope is supported. This simplifies ownership checks and
removes ambiguity around document and audiobook access.
Eliminate all code paths, configuration, and documentation related to running
without authentication. Require AUTH_SECRET and BASE_URL at startup, updating
middleware, server logic, and runtime checks to assume auth is always enabled.
Simplify onboarding, settings, and test helpers to reflect mandatory auth.
Update environment examples, Docker and deployment docs, and CI/test configs.
Remove no-auth-specific UI flows, test cases, and feature toggles.
Remove all references to legacy RUNTIME_SEED_* environment variables from documentation and codebase. Update docs and .env.example to document the new RUNTIME_SEED_JSON and RUNTIME_SEED_JSON_PATH variables for first-boot runtime config and provider seeding. Refactor admin seed logic and runtime config schema to eliminate env-var-based seeding in favor of JSON-based initialization. Update admin panel UI and badges to reflect new seed sources. Remove obsolete env parsing logic and tests for RUNTIME_SEED_* flags. Add new tests for JSON seed behavior.
BREAKING CHANGE: RUNTIME_SEED_* environment variables are no longer supported; use RUNTIME_SEED_JSON or RUNTIME_SEED_JSON_PATH for first-boot runtime config and provider seeding.
- Stream request body in blob upload fallback route to enforce size limits
without buffering entire payload
- Enhance admin provider panel error handling for multi-status responses
- Adjust positive integer validation to require value >= 1
- Use full rate limit config for job event recording and prune by largest window
- Fix PDF layout job event userId usage in docx-to-pdf upload route
- Add missing windows array fallback in documents register route
- Minor CI workflow and env example corrections
- Update audiobooks blobstore test to use beforeAll directly
These changes improve efficiency, correctness, and maintainability across API, admin, rate limiting, and test modules.
implement a generic user_job_events table for tracking compute job creation
enforce configurable burst and sustained limits for PDF layout parsing
add admin panel controls for compute rate limiting and max upload size
update API routes to apply and record rate checks for PDF parse jobs
document new environment variables and admin settings for compute limits
improve IP extraction logic for rate limiting accuracy
add tests for request IP extraction and test namespace gating
This change introduces a robust mechanism to throttle expensive compute operations, such as PDF parsing, on a per-user basis. It provides both burst and sustained rate controls, with admin-tunable parameters and clear user feedback on throttling. The job event ledger enables accurate concurrency and rate enforcement, while new documentation and tests ensure maintainability and clarity.
move worker startup logic from server.ts to runtime.ts for better modularity
add worker-loop-policy.ts for loop control abstraction
delete legacy unit tests under tests/unit/ related to compute worker and control-plane
add vitest config and test directories for compute-core and compute-worker
add vitest workflow for CI
update package.json scripts for new test commands and add vitest as dev dependency
BREAKING CHANGE: worker entrypoint is now compute/worker/src/runtime.ts instead of server.ts; legacy Playwright-based unit tests for compute worker are removed in favor of Vitest
