cuda-oxide is a safe wrapper for CUDA. With cuda-oxide you can execute and coordinate CUDA kernels.
cuda-oxide does not offer any safety on the GPU-side of writing CUDA code. It doesn't compile Rust to PTX. cuda-oxide offers general CPU-level safety working with the CUDA library and best-availability safety for working with GPU buffers and objects.
Examples of things currently considered safe:
* Reading from an uninitialized GPU buffer
* Reading from a GPU buffer currently being streamed and in an indeterminate state
* Passing garbage/invalid data to CUDA kernel parameters
* Some invalid libcuda operations that will cause libcuda to stop accepting any API calls
* Setting various attributes that can have side effects for an entire device
* Writing to read-only device memory
cuda-oxide doesn't parse compiled binaries to find a valid CUDA signature. It is possible to to load a kernel that will some number of parameters, pass in fewer from Rust, and get a segfault. We would need to write a Fatbin/etc parser to remedy this.
See the examples directory for usage examples.