int main(int nargs, char **args)
{
int MFLOP; /* Number of mlops to minimum do in each test */
int CacheSize;
int ldagap;
int norder; /* Number of data lyouts to test */
int nuplo; /* Number of upper and lower matrices to test */
int ndiag; /* -- diagonals -- */
int N0; /* Beginning blocksize */
int NN; /* Ending blocksize */
int incN; /* Blocksize stride */
TYPE thresh;
/* GetFlags will allocate an enum-array where each position indicates
which type of matrix is to be used: AtlasUpper or AtlasLower */
enum ATLAS_UPLO *Uplos;
/* Same deal with Diags: Indicate if diagonal is one or not: AtlasNonUnit
or AtlasUnit */
enum ATLAS_DIAG *Diags;
enum ATLAS_ORDER *Orders;
GetFlags(nargs, args, &MFLOP, &CacheSize, &thresh, &ldagap, &norder,
&Orders,&nuplo, &Uplos,&ndiag, &Diags, &N0, &NN, &incN);
RunCases(CacheSize, thresh, MFLOP, ldagap, norder, Orders,
nuplo, Uplos, ndiag, Diags, N0, NN, incN);
exit(0);
}
main(int nargs, char **args)
{
int MFLOP, CacheSize, ldagap, nuplo, N0, NN, incN;
TYPE thresh;
enum ATLAS_UPLO *Uplos;
GetFlags(nargs, args, &MFLOP, &CacheSize, &thresh, &ldagap, &nuplo, &Uplos,
&N0, &NN, &incN);
RunCases(CacheSize, thresh, MFLOP, ldagap, nuplo, Uplos, N0, NN, incN);
exit(0);
}
main(int nargs, char **args)
{
int MFLOP, CacheSize, LdaIsM, MisN, NisM, M0, MN, incM, N0, NN, incN;
int norders;
enum ATLAS_ORDER *Orders;
TYPE thresh;
GetFlags(nargs, args, &MFLOP, &CacheSize, &thresh, &norders, &Orders,
&LdaIsM, &MisN, &NisM, &M0, &MN, &incM, &N0, &NN, &incN);
RunCases(CacheSize, thresh, MFLOP, norders, Orders, LdaIsM, MisN, NisM,
M0, MN, incM, N0, NN, incN);
free(Orders);
exit(0);
}
