Extraction always used Matroska (.mka) because it takes essentially any
audio codec. That is right for most codecs but wrong for AAC: MP4 records
the AAC encoder priming (the ~1000 warm-up samples every AAC encoder emits)
in an edit list, and the edit list does not survive into Matroska. The
remuxed track then decodes ~23 ms longer than the source, with the priming
samples played at the head instead of discarded.
Measured on a 5s 640x480 fixture: source audio decodes to 962980 bytes of
PCM, the .mka to 967440 — 4460 bytes / ~23 ms extra, peaking at -66 dBFS.
Inaudible in practice, but it also puts the track fractionally out of step
with its own reported duration, for no reason.
Pick the container by codec instead: aac -> .m4a (keeps the edit list),
everything else -> .mka as before. If the preferred container refuses the
codec, retry into .mka before falling back to keeping the whole video. AAC
is worth the special case because mp4 / mov / m4v — what people actually
upload — almost always carry it.
Adds the strongest available test of the "lossless" claim: decode the audio
straight out of the source mp4, decode the stored extract, assert the PCM is
byte-for-byte equal. Forcing .mka fails it with exactly the 4460-byte delta.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
The old jdymusic CDN (e.g. m701/m801.music.126.net/.../jdymusic/obj/...)
intermittently drops connections from Node's HTTP stack — even with a
browser UA — while the same URL fetched via WinHTTP works. Newer paths
(/jd-musicrep-ts/, /ymusic/) do not have this restriction.
On Windows, dispatch /jdymusic/ URLs through `System.Net.WebClient` in
PowerShell into a temp file, then run ffmpeg against the file. Other
URLs and non-Windows platforms keep the direct ffmpeg + browser-UA path
from the previous commit. Also fix buildFfmpegArgs to omit HTTP-only
flags (-reconnect_*, -headers) when the input is a local file path —
new ffmpeg builds reject these as "Option not found".
stop() now also kills any in-flight PowerShell downloader and removes
the temp dir, so cancellation is clean.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Netease's m701/m801.music.126.net CDN RST connections from FFmpeg's
default Lavf UA. The bot's frame loop treats an early ffmpeg exit as
trackEnd and advances the queue, which surfaced as songs auto-skipping
mid-playlist. Add a browser UA + music.163.com Referer for these URLs,
extract args into a tested buildFfmpegArgs(), and harden reconnect
flags (delay_max 5 -> 30, plus reconnect_on_network_error /
reconnect_on_http_error). Verified by A/B running ffmpeg against the
same fresh CDN URL: legacy args got 0 bytes + "End of file" reading
HTTP response; fixed args streamed the full track to completion.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Add GitHub Actions workflow that builds linux/amd64 + linux/arm64
images via buildx + QEMU and pushes to ghcr.io/zhangtianyao1/teamspeak-music-bot
on v*.*.* tag pushes (or manual dispatch). Switch docker-compose.yml
to pull the prebuilt image so NAS / non-build environments can deploy
without a local toolchain.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The ffmpeg-static npm package bundles a pre-compiled binary that passes
`ffmpeg -version` but crashes with SIGSEGV during actual audio processing
inside Docker containers (incompatible glibc/missing shared libraries).
Changes:
- Install system FFmpeg via apt-get in Docker production stage, which is
always compatible with the container runtime
- Reverse FFmpeg resolution priority in player.ts: prefer system FFmpeg,
fall back to ffmpeg-static (for non-Docker environments like Windows)
- Optimize Dockerfile multi-stage build: compile native modules (opus,
better-sqlite3) in builder stage and copy to production, eliminating
the need for build tools (python3, make, g++) in the production image
- Fix qq-music-api dependency from file:../qq-music-api (path outside
Docker build context, breaks npm ci) to npm registry ^2.2.10
https://claude.ai/code/session_01JAV8sBokoifKh4Hc8XbJws
Repoints the `@sansenjian/qq-music-api` dependency from the public npm
release to a local fork at ../qq-music-api, which ships a corrected
getMusicPlay that:
- drops the hardcoded-sign GET path (no longer honored by QQ's vkey
server for VIP entitlement lookups)
- POSTs JSON directly to u.y.qq.com/cgi-bin/musicu.fcg (mirroring
the library's own getLyric.ts pattern)
- extracts qqmusic_key from the forwarded cookie and passes it as
`comm.authst` — the inline auth field the jsososo/QQMusicApi
reference implementation sets
- uses `ct: 19` (was 24) to match the community reference
For accounts that actually have entitlement to a given track, this
now returns the real VIP URL. For accounts that don't, QQ's vkey
server still returns result=104003 with empty purl — this is correct
server-side behavior and not a bug. Verified by observing the real
QQ Music web player on y.qq.com fall back to the same 30-second
preview on a logged-in account that lacks the specific track tier.
Supporting changes:
src/music/api-server.ts
The fork (v2.2.11) stopped auto-starting a Koa server on import —
it only listens when run as `require.main`. Explicitly import the
default Koa app and call .listen() with a server handle we can
clean up on shutdown. Without this fix, port 3200 silently fails
to bind and every QQ endpoint 502s.
src/music/qq.ts (getSongDetail)
The library's /getSongInfo endpoint returns upstream code 500001
because its param format no longer matches QQ's current API.
resolveAndPlay only needs `id` + `platform` to fetch a play URL,
so fall through to a minimal stub on /getSongInfo failure. This
unblocks /play-by-id and /add-by-id for QQ — they had been
returning "Song not found" for every QQ track regardless of
entitlement.
scripts/qq_browser_login.py
Visible-browser diagnostic tool that opens Chromium at y.qq.com,
auto-detects login via uin cookie poll, captures the full
post-login cookie set, tests it against /getMusicPlay for 稻香,
and writes the cookie to data/cookies/qq.json only if VIP
actually unlocks. On failure, dumps the full cookie to
data/cookies/qq.browser-capture.json for OAuth-vs-browser diff.
scripts/qq_verify_entitlement.py
Companion diagnostic: opens the real QQ Music web player at a
specific song's detail page so the user can manually click play
and verify whether their account has entitlement — independent
of any code path in this project. If the browser plays the full
song, HTTP 104003 is a request-signing issue; if the browser
also falls back to a 30-second preview, the account lacks the
tier/album purchase and no code fix can change that.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Major bug fixes and corner-case hardening across the backend, plus a
comprehensive feature test suite. All 94 unit tests + 51 integration
tests pass against a local TS3 server.
Lifecycle & state consistency
-----------------------------
- Bug A: startBot() now wraps connect() in a 15s deadline. A hung TS
handshake no longer blocks the /start HTTP call forever; the failing
instance is torn down and the caller gets a clean 500.
- Bug B: executeCommand rejects audio-dispatching commands (play, add,
next, skip, prev, playlist, album, fm) when the bot is disconnected.
Config-only commands (vol, mode, clear, stop, queue, now, lyrics)
still work so the UI stays usable while offline.
- Bug C: the tsClient 'disconnected' handler always clears player state
now, even when connect() never completed. A separate disconnectEmitted
flag guards duplicate external event emission. Previously an orphaned
connect attempt that idle-timed-out would leave playing=true forever.
- resolveAndPlay re-checks this.connected AFTER the URL-resolve await so
a stop() during the network call can't spawn ffmpeg on a disconnected
bot.
- connect() throws if disconnect() fired during the handshake await,
preventing a concurrent stop from being overwritten by a late connected
flag flip.
- startBot always disconnects the outgoing BotInstance before creating
a replacement, covering the mid-handshake case where isConnected()
still returned false but the library client was live.
- startBot now reuses the stored identity so server groups granted to
the bot survive restarts (was regenerating a fresh UID each time).
WebSocket reliability
---------------------
- BotManager extends EventEmitter and emits 'botInstance' whenever a
new instance is created. websocket.ts listens and re-attaches its
stateChange / connected / disconnected listeners immediately, fixing
the bug where player-bar UI never updated until manual refresh.
- attachedBots map now stores the BotInstance reference and detaches
stale listeners when the instance is replaced. Safety-net interval
(5s) also reconciles to catch anything missed.
- removeBot emits 'botInstanceRemoved' -> WS broadcasts a new
{type:"botRemoved", botId} message. Client drops the bot from its
local store instead of showing it as permanently offline.
HTTP input validation
---------------------
- /volume rejects non-number, NaN, Infinity, and out-of-range values
with a proper 400 instead of a 200 OK wrapping a usage-text string.
- /mode rejects anything not in {seq, loop, random, rloop} with 400.
- /seek rejects NaN / Infinity / negative (previously NaN slipped
through typeof==="number" and poisoned seekOffset).
- /play-at validates index < queue.size() BEFORE stopping current
playback (was silently killing the current song on invalid input).
- /play, /add, /playlist, /play-by-id, /add-by-id, /play-playlist
all honour platform=youtube now (previously fell through to netease
and silently played the wrong platform).
YouTube made truly optional
---------------------------
- Lazy checkYtDlpAvailable() runs `yt-dlp --version` once, caches only
positive results so users can install yt-dlp mid-run and have it
picked up without a restart.
- getAuthStatus() returns loggedIn=false with nickname
"YouTube (yt-dlp not installed)" when the binary is missing. UI can
grey out YouTube instead of silently returning empty searches.
- findYtDlp() picks .exe on win32 and bare binary elsewhere.
- /auth/status?platform=youtube now routes to the YouTube provider
instead of falling through to NetEase and leaking the NetEase
user's nickname + avatar.
- /auth/cookie rejects platform=youtube with 400 instead of clobbering
the NetEase cookie entry.
- README documents yt-dlp install paths (bin/ local vs PATH) and adds
a dedicated "Optional: YouTube source" section.
Bot Selector UI
---------------
- New power button in each row of the dropdown with play-state-aware
styling: disabled + wait-cursor during API call, green highlight when
connected, greys out when the bot is offline.
- Dropdown always visible when >=1 bot exists, bigger font + padding.
Queue correctness
-----------------
- PlayQueue.remove(current) now decrements currentIndex so next() in
sequential mode advances to the shifted song. Previously removing
the currently-playing track silently skipped the next track because
current() falsely reported it as active and next() then incremented
past it.
Vote-skip hardening
-------------------
- cmdVote: needed threshold is Math.max(1, ceil(users/2)) so a single
voter in an empty channel can't unanimously pass a vote with
needed=0.
- resolveAndPlay clears voteSkipUsers on every new track load so votes
can't leak across songs via cmdPlay/cmdPlaylist/cmdAlbum/cmdFm paths.
cmdAdd parity
-------------
- cmdAdd auto-plays the newly-added song if the player was idle,
matching /api/player/:id/add-by-id behaviour. Previously add'ing to
an empty queue on a connected+idle bot silently enqueued without
starting playback.
Test suite
----------
- scripts/test_full_feature.py — 51 tests across 10 groups exercising
every HTTP endpoint, WebSocket broadcasts, all music providers, bot
lifecycle, disconnected-state corners, seek validation, input
validation, and the main race conditions. Captures and restores the
target bot's initial state. Resilient to TS3 anti-flood via retry
with exponential backoff. Runs against a real local TS3 server.
- scripts/test_rapid_cycle.py — Bugs A/B/C regressions
- scripts/test_corner_cases.py — disconnect-during-connect race, config
commands while disconnected, etc.
- scripts/test_more_corners.py — resolveAndPlay race, seek NaN
- scripts/test_power_button.py — E2E for the new power button
- scripts/test_bot_remove.py — E2E for WS botRemoved broadcast
- scripts/test_playbar.py — player bar auto-show regression (updated
to restore bot state on exit)
- scripts/test_multibot.py — two-bot concurrent playback monitor
- src/audio/queue.test.ts — 4 new vitest cases for remove() edge cases
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
startBot creates a fresh BotInstance but the WS layer keyed its listener
map by bot.id, so ensureAllBotsAttached skipped the new object and
stateChange events were never broadcast — the player bar only appeared
after a manual refresh. BotManager now extends EventEmitter and emits
"botInstance" whenever a new bot object is created; websocket.ts stores
the bot reference, detaches on replacement, and subscribes to the event
for immediate wiring.
Also enlarges the bot selector (padding 10×20, font 16, min-height 44,
bigger dot/chevron/state icons, wider name) and adds Playwright repro
scripts for the player bar bug and navbar sizing check.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
The script previously checked for a dist/ directory and failed with
"Please run this script from the TSMusicBot source directory after
building" — requiring users to manually build before installing.
Now the script:
- Resolves project root from script location (works from any cwd)
- Installs build tools (build-essential/gcc) for native modules
- Runs npm install + npm run build automatically
- Copies built artifacts to /opt/tsmusicbot
- Creates data directory for runtime files
- Adds journalctl command to the help output
https://claude.ai/code/session_016WhH58avUD9xy2dgADJgTh
- Multi-stage build: builder installs backend + frontend deps, compiles
- Production stage: npm ci --production rebuilds native modules (opus, sqlite3)
- FFmpeg bundled via ffmpeg-static (no apt install ffmpeg)
- .dockerignore prevents node_modules/dist from being copied
- docker-compose uses host network for TS3 UDP connectivity
- Named volume for persistent data
- Health check endpoint
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Users no longer need to install FFmpeg separately — it is now bundled as
an npm dependency (ffmpeg-static). player.ts resolves the bundled binary
automatically and falls back to system PATH. start.bat and a new
setup.bat script handle dependency installation and project building.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
