chore: version packages

[github-actions]

This PR was opened by the Changesets release GitHub action. When you're ready to do a release, you can merge this and the packages will be published to npm automatically. If you're not ready to do a release yet, that's fine, whenever you add more changesets to main, this PR will be updated.

Releases

@redwoodjs/agent-ci-darwin-arm64@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

@redwoodjs/agent-ci-darwin-x64@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

@redwoodjs/agent-ci-linux-arm64@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

@redwoodjs/agent-ci-linux-x64@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

@redwoodjs/agent-ci@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

Patch Changes

• 928fb44: Refs Improve parallel usage of Agent CI #370. Add agent-ci run --prewarm-through <workflow:job:step-id> and AGENT_CI_PREWARM_THROUGH so a disposable job can warm shared node_modules through an explicit workflow step before parallel jobs begin. Agent CI now warns with an actionable prewarm command when cold parallel install jobs look likely, including a structured diagnostic event in --json mode.

• c331673: Harden the opt-in Rust runner orchestration for matrix needs, reusable workflow expansion and outputs, partial wave failures, DTU cleanup/security, cyclic dependency planning errors, pull request branch filters, detached pause handling, nested ephemeral DTU host/network resolution, cleanup of nested containers attached to Rust job networks, and the expanded Rust smoke parity gate with per-workflow diagnostics, heartbeats, status ledgers, and timeout cleanup.

  Refs Add opt-in Rust native execution #367.

• Updated dependencies [7a349fd]

• Updated dependencies [928fb44]

• Updated dependencies [c331673]

  • dtu-github-actions@0.17.0

dtu-github-actions@0.17.0

Minor Changes

• 7a349fd: Add the native Rust Agent CI binary, platform-specific npm packages, and an opt-in launcher path while keeping the TypeScript fallback available. The native runner now honors --jobs for concurrent dependency-wave execution, macOS VM execution honors AGENT_CI_MACOS_VM_CONCURRENCY, nested local runs avoid container-name collisions, a smoke benchmark suite compares TypeScript and Rust orchestration overhead, shared TypeScript/Rust fixture contracts cover scheduler, event, run-result, Docker socket, and default job-limit parity, pure workflow planning plus reusable workflow expansion and event/result contracts now live in agent-ci-core, the generic job-wave pool and execution-plan adapters live in agent-ci-runtime, platform packages stage bin/agent-ci, --all now has Rust smoke coverage and workflow fan-out, and the Rust implementation is split into core and runtime crates with focused run, DTU, expression, Docker, runner, and macOS VM modules.

Patch Changes

• 928fb44: Refs Improve parallel usage of Agent CI #370. Add agent-ci run --prewarm-through <workflow:job:step-id> and AGENT_CI_PREWARM_THROUGH so a disposable job can warm shared node_modules through an explicit workflow step before parallel jobs begin. Agent CI now warns with an actionable prewarm command when cold parallel install jobs look likely, including a structured diagnostic event in --json mode.

• c331673: Harden the opt-in Rust runner orchestration for matrix needs, reusable workflow expansion and outputs, partial wave failures, DTU cleanup/security, cyclic dependency planning errors, pull request branch filters, detached pause handling, nested ephemeral DTU host/network resolution, cleanup of nested containers attached to Rust job networks, and the expanded Rust smoke parity gate with per-workflow diagnostics, heartbeats, status ledgers, and timeout cleanup.

  Refs Add opt-in Rust native execution #367.

[peterp]

I'm going to try a zig implementation as well before deciding on a direction. I'm generally just a big zig fan.