void run(std::string benchmark, int size) {
if (benchmark == "copy") {
bench_copy(size);
} else if (benchmark == "scal") {
bench_scal(size);
} else if (benchmark == "axpy") {
bench_axpy(size);
} else if (benchmark == "dot") {
bench_dot(size);
} else if (benchmark == "asum") {
bench_asum(size);
} else if (benchmark == "gemv_notrans") {
bench_gemv_notrans(size);
} else if (benchmark == "gemv_trans") {
bench_gemv_trans(size);
} else if (benchmark == "gemm_notrans") {
bench_gemm_notrans(size);
} else if (benchmark == "gemm_transA") {
bench_gemm_transA(size);
} else if (benchmark == "gemm_transB") {
bench_gemm_transB(size);
} else if (benchmark == "gemm_transAB") {
bench_gemm_transAB(size);
}
}
void bench_append(Bench_Step *to, Bench_Step *from)
{
while (to->x != -1)
to++;
bench_copy(to, from);
}
int main(int argc, char** argv)
{
char* accel_name = NULL;
int accel;
int c;
while((c = getopt(argc, argv, "A:")) != -1) {
switch(c) {
case 'A':
accel_name = optarg;
break;
default:
break;
}
}
if (accel_name == NULL)
accel = EPX_SIMD_AUTO; // select automatically
else if (strcmp(accel_name, "auto")==0)
accel = EPX_SIMD_AUTO; // select automatically
else if (strcmp(accel_name, "emu")==0)
accel = EPX_SIMD_EMU;
else if (strcmp(accel_name, "mmx")==0)
accel = EPX_SIMD_MMX;
else if (strcmp(accel_name, "sse2")==0)
accel = EPX_SIMD_SSE2;
else if (strcmp(accel_name, "altivec")==0)
accel = EPX_SIMD_ALTIVEC;
else if (strcmp(accel_name, "neon")==0)
accel = EPX_SIMD_NEON;
else
accel = EPX_SIMD_AUTO; // select automatically
epx_init(accel);
bench_copy(10);
bench_plot(10, EPX_FORMAT_ARGB, EPX_FORMAT_BGRA);
bench_plot1(10, unpack_ARGB, pack_ARGB);
bench_fill(10);
bench_blend(10);
bench_blend_fill(10);
bench_line(10);
exit(0);
}
