Lands the data shapes + the HTTP layer for stream extraction. The
extractor orchestrator + DASH manifest creator are deferred to the
next session — the parsing logic is dense enough to want a focused
pass.
src/stream/
* mod.rs — StreamInfo + StreamInfoItem (full + 'card' shapes)
mirroring NPE StreamInfo.java + StreamInfoItem.java
* delivery.rs — DeliveryMethod (Progressive/Dash/Hls/Torrent)
* audio.rs — AudioStream (itag, format, url, bitrate, codec,
audio_track_id, content_length, etc.)
* video.rs — VideoStream (itag, format, url, resolution, fps,
bandwidth, codec, video_only flag)
* subtitles.rs — SubtitlesStream (url, lang, auto_generated, mime)
src/youtube/stream_helper.rs
* generate_content_playback_nonce() — 16-char LCG-shuffled cpn
* get_web_metadata_player_response (microformat + thumbnails only)
* get_web_embedded_player_response (embed-url + signatureTimestamp)
* get_android_player_response (full Android /player + poToken)
* get_android_reel_player_response (no-poToken fallback)
* get_ios_player_response (iOS — flagged with 917 KiB cap
warning in the doc comment)
Per-helper headers + URL shapes match audit Track C §2.7 verbatim:
Android/iOS hit gapis endpoint with mobile UA; WEB family hits
www.youtube.com with the WEB headers.
Tests: 64 lib unit pass (up from 62 in Phase 3).
Next session: full stream_extractor.rs orchestrator + dash_manifest/
creator + Phase 4 done-when smoke (extract NCS Spektrem).
12 lines
353 B
Rust
12 lines
353 B
Rust
// YouTube service tree. Phase 2 landed the JS deobfuscator. Phase 3 adds
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// the InnerTube client matrix, request envelope, parsing helpers, and the
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// itag table. Phase 4+ will add the stream extractor, search, channel,
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// playlist, kiosks.
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pub mod client_request;
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pub mod constants;
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pub mod itag;
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pub mod js;
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pub mod parsing;
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pub mod stream_helper;
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