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Implement native-backed SC0000 SFX lifecycle

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gamer147
2026-07-11 02:15:17 -04:00
parent 377987b5e0
commit 99ce351041
16 changed files with 413 additions and 64 deletions
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docs/asset-resolution-re.md
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@@ -155,6 +155,17 @@ subsystem** — native geometry ops (`0x208` + sprite position/animation) so spr
alpha/blend for fades + chromakey. See `docs/phase-a-slice-plan.md` (A2b). Audio (step 4): **`play-voice`
uses the manifest** (`files[base+id]`); **`play-bgm` uses direct names** (`BGM{id:03d}.OGG`) — NOT unified.
## Native SFX resource proof (2026-07-11)
SFX uses the same scene-local rule as graphics and voice: `files[section_base(scene)+resource_id]`.
The matching native trace at SC0000 `0xc29` captures resource `0x28`, channel 0; static resolution yields
`DATA1/E0808.WAV`, and the port trace resolves the same file. The following `0xc31` preload uses the same
resource on native secondary channel 4. `play-bgm` remains the separate direct-name exception.
The current Phase-A backend deliberately continues through the extracted-file bootstrap: `ResourceMap.AudioPath`
accepts both OGG and WAV and Godot loads the WAV bytes into its fixed SC0000 channel pool. This does not change
the scoped VFS plan below: ALF/AAI mounting and in-process asset reads remain a separate foundation track.
## Candidate runtime asset-VFS track (scoped 2026-07-10; not started)
The pre-extracted tree and `build/textures/*.BMP` pipeline were a Phase-A bootstrap, not the desired final