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docs(rust): document separate decompression scheduler

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Record the separate-destination decompression scheduler in the Rust migration
boundary and clarify that C still owns destination naming and private I/O,
resource, and format callbacks.

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- git diff --cached --check
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ddidderr
2026-07-19 11:26:19 +02:00
parent 845f77924a
commit df6ecd0e2f
1 changed files with 4 additions and 4 deletions
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rust/README.md
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@@ -120,9 +120,9 @@ zstd ABI:
adaptive-policy integration, while Rust owns the mixed-format probe/dispatch adaptive-policy integration, while Rust owns the mixed-format probe/dispatch
loop, zstd stream-compression I/O loop, scalar adaptive decisions, loop, zstd stream-compression I/O loop, scalar adaptive decisions,
optional-format decompression loops, decompression result policy/final optional-format decompression loops, decompression result policy/final
accounting, and both shared- and separate-destination multi-file accounting, both shared- and separate-destination multi-file compression
compression schedulers, plus the shared-destination decompression schedulers, and both shared- and separate-destination decompression
scheduler. C retains destination-name construction and the private schedulers. C retains destination-name construction and the private
file/resource/format callbacks for these scheduler boundaries. file/resource/format callbacks for these scheduler boundaries.
Rust already owns the file preference policy, filename decisions, Rust already owns the file preference policy, filename decisions,
source/destination opening, dictionary buffers, asynchronous I/O pools, source/destination opening, dictionary buffers, asynchronous I/O pools,
@@ -139,7 +139,7 @@ zstd ABI:
Dictionary-ingestion dispatch, CCtx dictionary/prefix attachment dispatch, the Dictionary-ingestion dispatch, CCtx dictionary/prefix attachment dispatch, the
CLI zstd compression stream loop, scalar adaptive decisions, and the CLI zstd compression stream loop, scalar adaptive decisions, and the
shared- and separate-destination multi-file compression schedulers, shared- and separate-destination multi-file compression schedulers,
shared-destination decompression scheduling, shared- and separate-destination decompression scheduling,
single-threaded stream initialization and the buffered/stable stream state single-threaded stream initialization and the buffered/stable stream state
machine, MT stream initialization, MT outer scheduling and flush policy, MT machine, MT stream initialization, MT outer scheduling and flush policy, MT
compression-job stage sequencing and error flow, public sequence-API compression-job stage sequencing and error flow, public sequence-API