Skip to content
RepoRanker
M-Rajabi-dev

M-Rajabi-dev/AudioShelf

Credits + grant $3Live in production

An accessible, open-source desktop audiobook player for Windows, specifically optimized for blind and visually impaired screen reader users.

Audioshelf is an accessible, open-source desktop audiobook player for Windows. Designed for a seamless and user-friendly listening experience.

★8▲ 4 since joining⑂ 2PythonPush 1mo agoListed 4mo agoGPL-3.0

m-rajabi-dev.github.io/AudioShelf/

  • Python99.0%
  • NSIS1.0%
View on GitHub

$3

$2.60 from converted credits; $0.40 granted by RepoRanker. Credits and grants are not card payments. This placement does not expire. Its rank holds until another repo spends more, and then this one moves down, never off. Taking the top of the board from here costs $16.

Report a problem

1 Review

AudioShelf stands out because it is not just another media player; it is clearly designed around audiobook behavior. The README focuses on the right user problems: per-book progress, smart resume, bookmarks, metadata stored alongside books, A-B loop, speed control with pitch correction, a 10-band equalizer, sleep timer, portable mode, installer and Winget options, and keyboard-first operation. The accessibility angle is especially strong. The project explicitly targets NVDA and JAWS, uses accessible_output2, includes an nvda_controller.py, and documents hotkeys like play/pause, rewind/forward, speed adjustment, quick bookmark, sleep timer, last book, and search. The source organization also looks healthier than a single-file script: there are folders for frames, dialogs, playback, locale, and database layers, with AudioShelf.py handling startup, logging, crash handling, portable-mode data paths, IPC, and context-menu actions. If I were using this, the key difference from VLC or a generic player would be that it remembers “books” as first-class objects, not just files. The improvements I’d suggest are mostly around contributor confidence: add screenshots or a short GIF of the actual player, document supported audio formats, and add tests around metadata persistence, portable mode, and progress/bookmark serialization. Since this is accessibility-first, a short manual testing checklist for screen readers would be valuable.