kCudaDef.h

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#ifndef K_FIRESYNC_CUDA_DEF_H
#define K_FIRESYNC_CUDA_DEF_H

#include <kFireSync/kFsDef.h>
#include <kFireSync/Cuda/kCudaDef.x.h>

typedef k32s kCudaEnvironmentStatus; 

#define kCUDA_ENVIRONMENT_STATUS_READY                  (0)         
#define kCUDA_ENVIRONMENT_STATUS_NOT_INTEGRATED         (1)         
#define kCUDA_ENVIRONMENT_STATUS_NO_DEVICE              (2)         
#define kCUDA_ENVIRONMENT_STATUS_INCOMPATIBLE_RUNTIME   (3)         
#define kCUDA_ENVIRONMENT_STATUS_INCOMPATIBLE_DRIVER    (4)         
#define kCUDA_ENVIRONMENT_STATUS_INCOMPATIBLE_DEVICE    (5)         

typedef k32s kCudaSync; 

#define kCUDA_SYNC_DEFAULT          (0)     
#define kCUDA_SYNC_WAIT             (1)     
#define kCUDA_SYNC_WAIT_HOST        (2)     
#define kCUDA_SYNC_DEFER            (3)     

typedef struct kCudaProperties
{
    kVersion computeCapability;             
    k64s clockRate;                         
    k64s memoryClockRate;                   
    k32s memoryWidth;                       
    k64s totalGlobalMem;                    
    kBool isIntegrated;                     
    kBool concurrentManagedAccess;          
    kBool canMapHostMemory;                 
    k32s multiprocesorCount;                
    k32s asyncEngineCount;                  
    k32s maxThreadsPerMultiprocessor;       
    k32s maxThreadsPerBlock;                
    k32s maxThreadsDim[3];                  
    k32s maxGridSize[3];                    
    k32s warpSize;                          
} kCudaProperties;

#define kCheckCuda(EXPRESSION)     kCheck(kCudaStatus_Convert(kCudaStatus_Filter(EXPRESSION)));

#define kTestCuda(EXPRESSION)   kTest(kCudaStatus_Convert(kCudaStatus_Filter(EXPRESSION)));

kFsFx(kStatus) kCudaStatus_Convert(k32s cudaStatus);

kFsFx(k32s) kCudaStatus_Filter(k32s cudaStatus);

kFsFx(kBool) kCudaStatus_Verify(k32s cudaStatus);

kFsFx(kStatus) kCudaStatus_Peek();

kFsFx(kStatus) kCudaStatus_GetAndClear();

#endif