Function ClockPro_init

libCacheSim/cache/eviction/ClockPro.c:92–124

* @brief initialize a ClockPro cache * * @param ccache_params some common cache parameters * @param cache_specific_params Clock specific parameters as a string */

* @param cache_specific_params Clock specific parameters as a string
*/
cache_t *ClockPro_init(const common_cache_params_t ccache_params, const char *cache_specific_params) {
  cache_t *cache = cache_struct_init("ClockPro", ccache_params, cache_specific_params);
  cache->cache_init = ClockPro_init;
  cache->cache_free = ClockPro_free;
  cache->get = ClockPro_get;
  cache->find = ClockPro_find;
  cache->insert = ClockPro_insert;
  cache->evict = ClockPro_evict;
  cache->remove = ClockPro_remove;
  cache->can_insert = ClockPro_can_insert;
  cache->get_n_obj = cache_get_n_obj_default;
  cache->get_occupied_byte = cache_get_occupied_byte_default;
  cache->obj_md_size = 0;

  cache->eviction_params = my_malloc_n(ClockPro_params_t, 1);
  ClockPro_params_t *params = (ClockPro_params_t *)(cache->eviction_params);

  params->hand_hot = NULL;
  params->hand_cold = NULL;
  params->hand_test = NULL;
  params->mem_cold = 0;
  params->mem_test = 0;
  params->mem_hot = 0;
  params->mem_cold_max = cache->cache_size; // default to the cache size (fallback)
  params->ht_test = create_hashtable(HASH_POWER_DEFAULT);

  ClockPro_parse_params(cache, DEFAULT_PARAMS);
  if (cache_specific_params != NULL) {
    ClockPro_parse_params(cache, cache_specific_params);
  }

  return cache;
}

/**
 * free resources used by this cache