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void
CacheCntlr::getOwnerStatistics()
{
   const unsigned int m_cores = 4;
   int used_cache_count = 0;
   int owner_count[m_cores] = {0};
   int block_total_count = 0;
   //printf("%llx\n", reinterpret_cast<unsigned long long>(m_next_cache_cntlr));
   //printf("%d\n", Sim()->getConfig()->hasCacheEfficiencyCallbacks());
   //use config routine_tracer/type=funcstats enable hasCacheEfficiencyCallbacks function
   //if (m_next_cache_cntlr && !m_next_cache_cntlr->m_next_cache_cntlr && Sim()->getConfig()->hasCacheEfficiencyCallbacks())
   if (!m_next_cache_cntlr && Sim()->getConfig()->hasCacheEfficiencyCallbacks())
   {
      for(UInt32 set_index = 0; set_index < m_master->m_cache->getNumSets(); ++set_index)
      {
         for(UInt32 way = 0; way < m_master->m_cache->getAssociativity(); ++way)
         {
            ++block_total_count;
            CacheBlockInfo *block_info = m_master->m_cache->peekBlock(set_index, way);
            //if (block_info->isValid() && !block_info->hasOption(CacheBlockInfo::WARMUP))
            if (block_info->isValid())
            {
               //Sim()->getConfig()->getCacheEfficiencyCallbacks().call_notify(true, block_info->getOwner(), block_info->getUsage(), getCacheBlockSize() >> CacheBlockInfo::BitsUsedOffset);
               ++used_cache_count;
               if(block_info->getOwner() < m_cores)
               {
                   ++owner_count[block_info->getOwner()];
               }
            }
         }
      }
      printf("[CZT] used_cache_count: %d \n", used_cache_count);
      for(unsigned int i = 0; i < m_cores; i++ ){
          printf("[CZT] owner_count %d : %d \n", i, owner_count[i]);

      }
      printf("[CZT] block_total_count: %d \n", block_total_count);
   }
}