cucadmuh d3fc5c91fc fix(audio): resume playback seamlessly on output device switch (#743) (#765)
* fix(audio): resume playback seamlessly on output device switch (#743)

When the OS default output device changed (Bluetooth, USB DAC, HDMI),
rodio/cpal had to reopen the stream, which silently stopped the active
sink and left the engine with no playback — causing the track to restart
from the beginning (or not restart at all after the null-payload bug).

Root cause (null-payload):
  audio_set_device emitted () (unit), which Tauri serialises to JSON
  null. The null-guard added for the "Rust handled replay internally"
  signal was therefore also triggered by manual device switches, so
  playTrack was never called and the engine stayed silent.
Fix: audio_set_device now emits the current playback position as f64
(null remains the exclusive "Rust handled" sentinel).

Rust-side seamless replay (device watcher path):
  reopen_output_stream captures a ResumeSnapshot before the blocking
  stream reopen, then calls try_resume_after_device_change, which:
    - local files (psysonic-local://): reopens the file, builds a new
      seekable source, seeks to the saved position — zero frontend
      round-trip, no audible restart.
    - fully-cached HTTP tracks (stream_completed_cache / spill file):
      replays from the in-memory or on-disk bytes — no re-download.
    - partial downloads / radio / paused: returns false → falls back to
      the existing frontend path (seekFallbackVisualTarget + playTrack).

Frontend (useAudioDeviceBridge):
  null payload  → Rust already resumed; skip playTrack.
  number payload → call playTrack + seekFallbackVisualTarget(position).

Visibility: pub(super) → pub(crate) on the play_input / progress_task
helpers that device_watcher.rs needs to call directly.

* refactor(audio): split device_resume module; add bridge tests

Split the 551-line device_watcher.rs (above the ~500-line soft ceiling)
by extracting ResumeSnapshot and try_resume_after_device_change into a
dedicated device_resume.rs module. device_watcher.rs is now 320 lines,
device_resume.rs 258 lines.

Add useAudioDeviceBridge.test.ts: 9 characterisation tests covering the
null-payload guard ("Rust replayed, skip playTrack"), the seek-fallback
path (position > 0.5 s sets seekFallbackVisualTarget), paused-device
branch (resetAudioPause), and the device-reset event path.

* chore(changelog): add entry for #765 (device switch seamless resume)
2026-05-18 01:01:23 +03:00
2026-05-07 13:11:22 +02:00
2026-05-14 01:30:14 +03:00

Psysonic Logo

A modern desktop client for self-hosted music libraries

Fast. Native. Beautiful. Built for people who actually care about their music collection.

Psysonic is built primarily for Navidrome and also works with Gonic, Airsonic, LMS and other Subsonic-compatible servers, depending on the features supported by your server.


Latest Release GitHub Stars License GPLv3 Tauri v2

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Available languages: English, German, Spanish, French, Norwegian Bokmål, Dutch, Romanian, Russian and Chinese.

More translations are added over time.

No telemetry • Native performance • Navidrome-first • Community driven


Psysonic Screenshot


Warning

Psysonic is under active development. Bugs and rough edges can happen, and features may change as the project evolves.

What is Psysonic?

Psysonic is a desktop music client for self-hosted music libraries. It is designed for people who want the freedom of their own server without giving up the comfort, polish and speed of a modern music app.

It is built with Rust, Tauri v2 and React, with a strong focus on responsiveness, customization, practical music-library workflows and a user interface that does not require a manual before you can press play.

Psysonic is optimized first and foremost for Navidrome. Other Subsonic-compatible servers can work well too, but advanced features may depend on server-side support.


Highlights

Playback & Queue

  • Gapless playback
  • Crossfade
  • ReplayGain support
  • LUFS-based Smart Loudness Normalization
  • AudioMuse-AI support
  • Infinite Queue
  • Smart Radio sessions
  • Fast and responsive playback handling
  • Low memory usage compared to heavy web-first clients

Audio Tools

  • 10-band Equalizer
  • Equalizer presets
  • AutoEQ headphone correction
  • Per-device optimization
  • Loudness-aware playback options

Library Management

  • Fast search across large libraries
  • Albums, artists, tracks and genres
  • Ratings support
  • Multi-select bulk actions
  • Drag & drop playlist management
  • Smart Playlists
  • Built for large self-hosted collections

Lyrics & Discovery

  • Synced lyrics with seek support
  • Lyrics provider support: YouLy+, LRCLIB and NetEase
  • Auto-scrolling sidebar lyrics
  • Fullscreen lyric mode
  • Last.fm scrobbling
  • Similar artists
  • Loved tracks and listening stats

Sharing & Social Listening

  • Magic Strings sharing:

    • share albums, artists and queues
    • Navidrome user management helpers
    • fast account sharing
  • Orbit shared listening sessions:

    • host-controlled synchronized playback
    • session invites via link
    • guest song suggestions
    • real-time queue interaction

Personalization & Accessibility

  • Large theme collection
  • Catppuccin and Nord inspired styles
  • Glassmorphism effects
  • Font customization
  • Zoom controls
  • Keybind remapping
  • Theme Scheduler for automatic day/night switching
  • Colorblind-friendly theme options
  • Keyboard-friendly navigation

Power User Extras

  • CLI controls
  • USB / portable sync
  • Backup and restore settings
  • In-app auto updater
  • LAN / remote auto switching

Shared listening feature banner

Orbit brings synchronized shared listening sessions directly into Psysonic.

Start a session, invite others with a link and listen together with host-controlled playback, shared queue interaction and guest song suggestions. It is built for real-world music sharing without turning your self-hosted setup into a social-media circus.


Platforms

OS Support
Windows Native installer
macOS Signed DMG
Linux AppImage / DEB / RPM / AUR (psysonic, psysonic-bin) / NixOS

Install

Linux

curl -fsSL https://raw.githubusercontent.com/Psychotoxical/psysonic/main/scripts/install.sh | sudo bash

Linux builds are also available through GitHub Releases, AUR and Cachix/Nix.

Windows

Download the latest installer from the GitHub Releases.

macOS

Download the signed DMG from the GitHub Releases.


Development

Contributor expectations (PRs, CI, Tauri boundary, UI): CONTRIBUTING.md.

git clone https://github.com/Psychotoxical/psysonic.git
cd psysonic
npm install
npm run tauri:dev

Build release:

npm run tauri:build

Privacy

Psysonic is built for self-hosted music collections. Your library is yours.

  • No telemetry
  • No spyware nonsense
  • No analytics harvesting
  • No hidden tracking

Community & Support

Join the community, report bugs, suggest features, share themes and help shape the future of Psysonic.


License

Psysonic is licensed under the GNU GPL v3.0.


Forks and Attribution

Psysonic is free and open-source software under the GPLv3. You are welcome to fork it, modify it and build upon it under the terms of the license.

If you publish a modified or rebranded version, please make it clear that your project is based on Psysonic and preserve proper attribution to the original project.

That is not about preventing forks. Forks are part of open source. It is about being honest with users and contributors about where the work comes from.

Features, design work and implementation ideas developed in Psysonic should not be presented as unrelated original work in downstream projects.


Own your music. Enjoy the client too.

Psysonic brings a modern desktop experience to self-hosted music libraries.

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Description
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Readme 58 MiB
Languages
TypeScript 68.9%
Rust 25.7%
CSS 4.7%
JavaScript 0.3%
Shell 0.2%