int cncMain(int argc, char *argv[]) {
// Create a new graph context
xrtraceCtx *context = xrtrace_create();
// TODO: Set up arguments for new graph initialization
// Note that you should define the members of
// this struct by editing xrtrace_defs.h.
xrtraceArgs *args = NULL;
context->voxels_i = 2;
context->voxels_j = 2;
context->voxels_k = 2;
// frames to trace
context->num_frames = 1;
// how many times do we expect to communicate rays
context->boundary_exchanges = 3;
// Launch the graph for execution
xrtrace_launch(args, context);
// Exit when the graph execution completes
CNC_SHUTDOWN_ON_FINISH(context);
return 0;
}
int cncMain(int argc, char *argv[]) {
#if CHOLESKY_USE_FILE
CNC_REQUIRE(argc==4,
"Usage: ./Cholesky matrixSize tileSize fileName (found %d args)\n", argc-1);
#else
CNC_REQUIRE(argc==3,
"Usage: ./Cholesky matrixSize tileSize (found %d args)\n", argc-1);
#endif
// Create a new graph context
CholeskyCtx *context = Cholesky_create();
// Parse matrix dim info
int matrixCols = atoi(argv[1]);
int tileSize = atoi(argv[2]);
int numTiles = matrixCols / tileSize;
CNC_REQUIRE(matrixCols % tileSize == 0,
"Incompatible tile size %d for the matrix of size %d\n", tileSize, matrixCols);
#if CHOLESKY_USE_FILE
CholeskyArgs *args = cncItemAlloc(sizeof(*args));
// Matrix read from input file
char *lastChar = args->inFile + sizeof(args->inFile) - 1;
*lastChar = '\0';
strncpy(args->inFile, argv[3], sizeof(args->inFile));
CNC_REQUIRE(*lastChar == '\0',
"Input path is longer than %lu characters.\n", sizeof(args->inFile));
#else
CholeskyArgs *args = NULL;
#endif
// Set graph parameters
context->numTiles = numTiles;
context->tileSize = tileSize;
// Launch the graph for execution
Cholesky_launch(args, context);
// Exit when the graph execution completes
CNC_SHUTDOWN_ON_FINISH(context);
return 0;
}
