Crate cuda_rust_wasm 

CUDA-Rust-WASM: A CUDA to Rust transpiler with WebGPU/WASM support

This crate provides a complete toolchain for translating CUDA code to Rust, with support for WebGPU backends and WASM compilation.

Re-exports

pub use error::CudaRustError;

pub use error::Result;

pub use parser::CudaParser;

pub use transpiler::Transpiler;

pub use transpiler::CudaTranspiler;

pub use runtime::Runtime;

pub use neural_integration::NeuralBridge;

pub use neural_integration::BridgeConfig;

pub use neural_integration::NeuralOperation;

pub use neural_integration::ActivationFunction as NeuralActivationFunction;

pub use neural_integration::SystemCapabilities as NeuralCapabilities;

pub use neural_integration::initialize as init_neural_integration;

pub use neural_integration::get_capabilities as get_neural_capabilities;

Modules

backend

Backend abstraction layer

error

Error types for CUDA-Rust transpiler

kernel

Kernel execution module

memory

Memory management module

neural_integration

Neural Network Integration for CUDA-WASM with ruv-FANN

nutanix

Nutanix platform integration for cuda-wasm

parser

CUDA code parsing module

prelude

Prelude module for convenient imports

profiling

Performance profiling tools for cuda-rust-wasm

runtime

CUDA-compatible runtime for Rust

simd

SIMD acceleration layer with runtime feature detection SIMD acceleration layer with runtime feature detection

transpiler

CUDA to Rust transpilation module

utils

Utility functions and helpers

Macros

kernel_function

Helper macro to define kernel functions

memory_error

Macro for creating memory errors

parse_error

Helper macro for creating parse errors

profile_scope

Macro for easy profiling

runtime_error

Helper macro for creating runtime errors

time_block

Macro for easy timing of code blocks

translation_error

Helper macro for creating translation errors

Structs

CudaRust

Main entry point for transpiling CUDA code to Rust

Functions

init

Initialize the CUDA-Rust runtime