CUDA_JIT_jll.is_available
— Functionis_available()
Return whether the artifact is available for the current platform.
CUDA_JIT_jll.nvdisasm
— Methodnvdisasm(f::Function; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true)
An ExecutableProduct
wrapper that supports the execution of nvdisasm.
Example
nvdisasm() do exe
run(`$exe $arguments`)
end
CUDA_JIT_jll.nvdisasm
— Methodnvdisasm(; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true) -> Cmd
An ExecutableProduct
wrapper that supports the execution of nvdisasm. This wrapper is thread-safe and should be preferred on Julia 1.6+.
Example
run(`$(nvdisasm()) $arguments`)
CUDA_JIT_jll.nvlink
— Methodnvlink(f::Function; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true)
An ExecutableProduct
wrapper that supports the execution of nvlink.
Example
nvlink() do exe
run(`$exe $arguments`)
end
CUDA_JIT_jll.nvlink
— Methodnvlink(; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true) -> Cmd
An ExecutableProduct
wrapper that supports the execution of nvlink. This wrapper is thread-safe and should be preferred on Julia 1.6+.
Example
run(`$(nvlink()) $arguments`)
CUDA_JIT_jll.ptxas
— Methodptxas(f::Function; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true)
An ExecutableProduct
wrapper that supports the execution of ptxas.
Example
ptxas() do exe
run(`$exe $arguments`)
end
CUDA_JIT_jll.ptxas
— Methodptxas(; adjust_PATH::Bool=true, adjust_LIBPATH::Bool=true) -> Cmd
An ExecutableProduct
wrapper that supports the execution of ptxas. This wrapper is thread-safe and should be preferred on Julia 1.6+.
Example
run(`$(ptxas()) $arguments`)