CUDA_Runtime_Discovery.find_binary — Methodfind_binary(name; locations=String[])Similar to find_library, performs an exhaustive search for a binary in various subdirectories of locations, and finally PATH by using Sys.which.
CUDA_Runtime_Discovery.find_libcudadevrt — Methodfind_libcudadevrt(toolkit_dirs::Vector{String})Look for the CUDA device runtime library in any of the CUDA toolkit directories toolkit_dirs.
CUDA_Runtime_Discovery.find_libdevice — Methodfind_libdevice(toolkit_dirs::Vector{String})Look for the CUDA device library supporting targets in any of the CUDA toolkit directories toolkit_dirs. On CUDA >= 9.0, a single library unified library is discovered and returned as a string. On older toolkits, individual libraries for each of the targets are returned as a vector of strings.
CUDA_Runtime_Discovery.find_library — Functionfind_library(name, versions; locations=String[])Wrapper for Libdl.find_library, performing a more exhaustive search:
- variants of the library name (including version numbers, platform-specific tags, etc);
- various subdirectories of the
locationslist, and finally system library directories.
Returns the full path to the library.
CUDA_Runtime_Discovery.find_toolkit — Methodfind_toolkit()::Vector{String}Look for directories where (parts of) the CUDA toolkit might be installed. This returns a (possibly empty) list of paths that can be used as an argument to other discovery functions.
The behavior of this function can be overridden by defining the CUDA_PATH, CUDA_HOME or CUDA_ROOT environment variables, which should point to the root of the CUDA toolkit.