Macros.hpp File Reference

#include <boost/predef.h>
#include <string>

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Macros
#define	XPED_TIME_EFFICIENT
#define	SPDLOG_ACTIVE_LEVEL   SPDLOG_LEVEL_OFF
#define	XPED_INIT_TREE_CACHE_VARIABLE(VARIABLE_NAME, CACHE_SIZE)
#define	XPED_MPI_BARRIER(comm)

Variables
const std::string	XPED_BLAS_STR = "None"

Macro Definition Documentation

SPDLOG_ACTIVE_LEVEL

#define SPDLOG_ACTIVE_LEVEL   SPDLOG_LEVEL_OFF

XPED_INIT_TREE_CACHE_VARIABLE

#define XPED_INIT_TREE_CACHE_VARIABLE	(		VARIABLE_NAME,
			CACHE_SIZE
	)

Value:

namespace Xped {\
template <std::size_t Rank, typename Symmetry> \
struct FusionTree; \
} \
template <int shift, std::size_t Rank, std::size_t CoRank, typename Symmetry> \
struct CacheManager \
{ \
 typedef Xped::FusionTree<CoRank, Symmetry> CoTree;         \
    typedef Xped::FusionTree<CoRank + shift, Symmetry> NewCoTree; \
    typedef Xped::FusionTree<Rank, Symmetry> Tree; \
    typedef Xped::FusionTree<Rank - shift, Symmetry> NewTree; \
    typedef typename Symmetry::Scalar Scalar; \
    typedef LRU::Cache<std::tuple<Tree, CoTree, Xped::util::Permutation>, std::unordered_map<std::pair<NewTree, NewCoTree>, Scalar>> CacheType; \
    CacheManager(std::size_t cache_size) \
    { \
        cache = CacheType(cache_size); \
        cache.monitor(); \
    } \
    CacheType cache; \
}; \
template <int shift, std::size_t Rank, std::size_t CoRank, typename Symmetry> \
CacheManager<shift, Rank, CoRank, Symmetry> VARIABLE_NAME(CACHE_SIZE);

XPED_MPI_BARRIER

#define XPED_MPI_BARRIER

(

comm

)

XPED_TIME_EFFICIENT

#define XPED_TIME_EFFICIENT

Variable Documentation

XPED_BLAS_STR

const std::string XPED_BLAS_STR = "None"