cuda::rtc::compilation_options_base_t< Kind > Struct Template Reference
Compilation options common to all kinds of JIT-compilable programs. More...
#include <compilation_options.hpp>
Collaboration diagram for cuda::rtc::compilation_options_base_t< Kind >:
Public Types | |
| template<typename T > | |
| using | optional = cuda::optional< T > |
Public Member Functions | |
| compilation_options_base_t & | add_target (device::compute_capability_t compute_capability) |
| Have the compilation also target a specific compute capability. More... | |
| compilation_options_base_t & | set_target (device::compute_capability_t compute_capability) |
| Have the compilation target one one specific compute capability. More... | |
| compilation_options_base_t & | set_target (device_t device) |
Public Attributes | |
| ::std::unordered_set< cuda::device::compute_capability_t > | targets_ |
| Target devices in terms of CUDA compute capability. More... | |
Detailed Description
template<source_kind_t Kind>
struct cuda::rtc::compilation_options_base_t< Kind >
Compilation options common to all kinds of JIT-compilable programs.
Member Function Documentation
◆ add_target()
template<source_kind_t Kind>
|
inline |
Have the compilation also target a specific compute capability.
- Note
- previously-specified compute capabilities will be targeted in addition to the one specified.
◆ set_target()
template<source_kind_t Kind>
|
inline |
Have the compilation target one one specific compute capability.
- Note
- any previous target settings are dropped, i.e. no other compute capability will be targeted.
Member Data Documentation
◆ targets_
template<source_kind_t Kind>
| ::std::unordered_set<cuda::device::compute_capability_t> cuda::rtc::compilation_options_base_t< Kind >::targets_ |
Target devices in terms of CUDA compute capability.
- Note
- Given a compute capability X.Y, the compilation API call will be passed "sm_XY", not "compute_XY". The distinction between the two is not currently supported.
- Not all compute capabilities are supported! As of CUDA 11.0, the minimum supported compute capability is 3.5 .
- As of CUDA 11.0, the default is compute_52.
- Todo:
- Use something less fancy than ::std::unordered_set, e.g. a vector-backed ordered set or a dynamic bit-vector for membership.
The documentation for this struct was generated from the following file:
- src/cuda/rtc/compilation_options.hpp
