* build: Add xtask automation for binding version management
Introduces a dedicated xtask crate that keeps language binding versions
in sync with the core regorus crate, following the workflow pattern used
by rust-analyzer, gitoxide, and ripgrep.
Key features:
- Git-based change detection: compares binding source files against a
base ref (merge-base with origin/main by default) plus unstaged/
untracked files to identify which bindings have been modified
- SemVer-aware bumping: binding edits trigger a minor version increment
(e.g. 0.5.1 → 0.6.0) under pre-1.0 semantics, signaling potential
breaking changes; clean bindings simply align to the root version
- Multi-language support: updates Cargo manifests (Rust FFI, Java,
Python, WASM, Ruby), Maven pom.xml (Java), Ruby version constants,
and C# project files in a single pass
- CI integration: --check mode fails fast when manifests are out of
sync, ensuring pre-commit and release-plz workflows catch stale
versions before merge
Integration points:
- release-plz.toml: runs cargo xtask bindings --base-ref origin/main
after bumping the root crate, so binding versions are updated
atomically during the release process
- scripts/pre-commit: invokes cargo xtask bindings --check to block
commits that would leave bindings out of sync
- .cargo/config.toml: defines cargo xtask alias for convenience
Documentation includes inline examples showing how version bumps behave
when bindings are ahead/behind the root, and notes that the minor
field acts as the major version under SemVer 0.y.z initial development
phase.
Signed-off-by: Anand Krishnamoorthi <anakrish@microsoft.com>
* build: refresh xtask tooling, workflows, and locks
- cargo xtask bindings: keep the binding version-sync pipeline intact
- cargo xtask update-deps: new helper to regenerate workspace/binding Cargo.lock files
- workflows: auto-detect the Java jar version in CI and temporarily disable the Ruby workflow
- lock files: refresh root + binding snapshots after the dependency sweep
Signed-off-by: Anand Krishnamoorthi <anakrish@microsoft.com>
---------
Signed-off-by: Anand Krishnamoorthi <anakrish@microsoft.com>
This commit introduces a complete multi-threaded evaluation benchmark suite for both Rust and C# implementations of Regorus.
- Implemented engine evaluation benchmark with input and engine cloning strategies
- Implemented compiled policy evaluation benchmark with input cloning and shared compiled policy strategies.
- Created EngineEvaluationBenchmark.cs and CompiledPolicyEvaluationBenchmark.cs with time-based execution (3s warmup + 3s evaluation)
- Implemented configuration options matching Rust implementation (useClonedEngines, useSharedPolicies parameters)
- Created markdown analysis documentation with cross-platform performance analysis
- C# seems to achieve 58-89% of Rust performance on test machine.
Signed-off-by: Anand Krishnamoorthi <anakrish@microsoft.com>
