CUBELinux-2
6209955b46
ConcurrentStore.inner is now Arc<RwLock<CubeStore>>: all read paths take the read side, all mutations + checkpoint take the write side. Readers no longer exclude each other and overlap an active writer (verified by concurrent_reads_dont_block_on_writer + cube-bench Task 4 section). WAL, checkpoint, and coordinate encoding are untouched, so durability/replay is unchanged (.check green). Honest finding recorded in docs/task4-reader-writer-sharding.md: on this 8-core host std RwLock removes reader-vs-reader exclusion (correct) but shows no wall-clock speedup for short reads (cache-line bounce on one shared lock). Real read-throughput scaling would need sharded/lock-free storage, left as a follow-up decision rather than invented.
17 lines
520 B
TOML
17 lines
520 B
TOML
[package]
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name = "cube-bench"
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version = "0.1.0"
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edition = "2021"
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# Correctness-gated microbenchmarks for CUBELinux-2.
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# Runs as a plain `cargo run -p cube-bench`; every measurement path first
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# asserts an invariant so a silent regression cannot masquerade as a result.
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[dependencies]
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cubecoords = { path = "../cubecoords" }
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cubestore = { path = "../cubestore" }
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cubecrypt = { path = "../cubecrypt" }
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cubecode = { path = "../cubecode" }
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cubesys = { path = "../cubesys", features = ["bench"] }
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[dev-dependencies]
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