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CrossTL 3.1.0

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@github-actions github-actions released this 19 Jul 11:42
v3.1.0
4938438
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Added

  • Portable runtime execution graphs, deterministic runtime variant registries, and request generation from native loader descriptors.
  • Generated native loader execution ABI packages with deterministic C11 and C++17 host integration artifacts.
  • Native compute runtime drivers and project-runner adapters for Direct3D, headless OpenGL, and Vulkan.
  • Initialized read-write resources, shared native allocation views, aggregate byte views, and private-array partition views for native execution.
  • Cooperative-matrix types and fragment contracts in the shared IR, including Vulkan KHR cooperative-matrix SPIR-V lowering foundations.
  • Pinned MLX project translation and validation across DirectX, OpenGL, and Vulkan, including reduced-frontier and full-corpus workflows.

Improved

  • Metal project materialization for templates, overloads, references, pointer inference, constexpr propagation, wide vectors, and aggregate return types.
  • DirectX lowering for fixed arrays, 16-bit arithmetic, overload identity, resource relocation, specialization constants, and runtime dispatch.
  • OpenGL lowering for storage aliases, interface-backed structs, specialization constants, scalar conversions, reserved identifiers, and runtime-derived globals.
  • Runtime manifests and host handoff metadata now track selected entry points, device readiness, execution resources, and native loader package identities.
  • MLX compiler-frontier accounting, native validation, and runtime proofs now cover more kernels and fail closed on unsupported contracts.

Fixed

  • Source-language arithmetic conversion order, explicit constructor handling, boolean compound assignments, conditional expressions, and file-scope constant preservation across target backends.
  • Metal alias-template, receiver, reference-accessor, addressed-pointer, and overload-resolution edge cases encountered in project-scale translation.
  • DirectX entry-point validation, fixed-array initialization, aggregate conditionals, minimum-precision division and remainder, and unrepresentable texture-offset diagnostics.
  • OpenGL block-name collisions, partial vector initialization, fixed-array loops, static-member layout leakage, and correlated private pointer views.
  • SPIR-V helper return lowering, empty aggregate typing, unresolved generic storage analysis, and cooperative-matrix memory operations.
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