Function runbench

Bench/src/main.cpp:133–282

//-------------------------------------------------------------------------------------------------
template<class BenchableType>
void runbench(const char* szBenchname, BenchableType& cBenchable)
{
   Libraries Libs[Libraries::NbLibs];

   Libs[Libraries::CL].Available = true && cBenchable.HasCLTest();
   Libs[Libraries::NPP].Available = NPP_AVAILABLE && cBenchable.HasNPPTest();
   Libs[Libraries::IPP].Available = IPP_AVAILABLE;
   Libs[Libraries::CV].Available = CV_AVAILABLE && cBenchable.HasCVTest();

   for (int i = 0; i < Libraries::NbLibs; i++)
      Libs[i].ID = (Libraries::ELibs) i;

#ifndef FULL_TESTS
   printf("%s", szBenchname);
   for (int i = 0; i < Libraries::NbLibs; i++)
      if (Libs[i].Available)
         printf("\t%s\t", Libs[i].Name());

   printf("\tComparison\n");
#endif   // FULL_TESTS

   for(uint i = 0; i < BENCH_COUNT; i++)
   {
      CTimer Timer;

      //Alloc the images and prepare the images
      cBenchable.Create(BENCH_WIDTH[i], BENCH_HEIGHT[i]);

      if (Libs[Libraries::IPP].Available)
      {
         //Warm up the cache
         cBenchable.RunIPP();

         //Run a few times to bench
         Timer.Start();
         for(uint j = 0; j < BENCH_ITERATIONS; j++)
         {
            cBenchable.RunIPP();
         }
         Libs[Libraries::IPP].Time = Timer.Readms() / BENCH_ITERATIONS;

         Libs[Libraries::IPP].Success = true;    // IPP is the reference - always consider it successful
      }

      std::string Result = "Success";

      if (Libs[Libraries::CL].Available)
      {
         //Build the program
         cBenchable.RunCL();

         //Warm the cache
         cBenchable.RunCL();

         ocipFinish();

         //Run a few times to bench
         Timer.Start();