void Print_Cache_Statistics_for_one_cache(CDS *cds)
{
fprintf(stdout, "%s: %d entries of lines of %d bytes; %s, %s, %s\n",
cds->name, cds->number_of_cache_entries, cds->cache_line_size,
print_sets_and_ways(cds),
cds->write_back ? "write-back" : "write-thru",
CRP_name(cds));
fprintf(stdout, " %d addresses (%d %s, %d %s, %d %s)\n",
cds->number_of_memory_reference,
cds->number_of_type[MAT_FETCH], memory_reference_type_name(MAT_FETCH),
cds->number_of_type[MAT_LOAD], memory_reference_type_name(MAT_LOAD),
cds->number_of_type[MAT_STORE], memory_reference_type_name(MAT_STORE));
fprintf(stdout, " %d hits (%d%%), %d misses, %d memory reads, %d memory writes\n",
cds->number_cache_hits, percent(cds->number_cache_hits, cds->number_total_cache_access),
cds->number_cache_misses,
cds->number_memory_reads, cds->number_memory_writes);
if (cds->write_back)
fprintf(stdout, " %d dirty cache lines remain\n", number_dirty_lines(cds));
/* victim represents the # of victim cache entries.
if you have a victim cache, this will be true. If not,
victim = 0 and you do not have a victim cache. Thus, do not
print out victim cache data */
if (cds->victim)
fprintf(stdout, " %d victim cache hits\n", cds->number_victim_hits);
fprintf(stdout, "\n");
}
void Print_Cache_Statistics_for_one_cds(CDS *cds)
{
fprintf(stdout, " %d addresses (%d %s, %d %s, %d %s)\n",
cds->number_of_memory_reference,
cds->number_of_type[MAT_FETCH], memory_reference_type_name(MAT_FETCH),
cds->number_of_type[MAT_LOAD], memory_reference_type_name(MAT_LOAD),
cds->number_of_type[MAT_STORE], memory_reference_type_name(MAT_STORE));
Print_Cache_Statistics_for_one_cache(cds->c);
fprintf(stdout, "\n");
}
void Print_Cache_Statistics_for_one_cds(CDS *cds)
{
fprintf(stdout, " %d addresses (%d %s, %d %s, %d %s)\n",
cds->number_of_memory_reference,
cds->number_of_type[MAT_FETCH], memory_reference_type_name(MAT_FETCH),
cds->number_of_type[MAT_LOAD], memory_reference_type_name(MAT_LOAD),
cds->number_of_type[MAT_STORE], memory_reference_type_name(MAT_STORE));
if(cds->c->num_vic_lines > 0){
Print_Cache_Statistics_for_one_with_victim(cds->c);
Print_Cache_Statistics_for_one_victim(cds->v);
}
else{
Print_Cache_Statistics_for_one_cache(cds->c);
}
fprintf(stdout, "\n");
}
void Print_Cache_Statistics_for_one_cache(CDS *cds)
{
fprintf(stdout, "%s: %d entries of lines of %d bytes; %s, %s, %s\n",
cds->name, cds->number_of_cache_entries, cds->cache_line_size,
print_sets_and_ways(cds),
cds->write_back ? "write-back" : "write-thru",
CRP_name(cds));
fprintf(stdout, " %d addresses (%d %s, %d %s, %d %s)\n",
cds->number_of_memory_reference,
cds->number_of_type[MAT_FETCH], memory_reference_type_name(MAT_FETCH),
cds->number_of_type[MAT_LOAD], memory_reference_type_name(MAT_LOAD),
cds->number_of_type[MAT_STORE], memory_reference_type_name(MAT_STORE));
fprintf(stdout, " %d hits, %d misses, %d memory reads, %d memory writes\n",
cds->number_cache_hits, cds->number_cache_misses,
cds->number_memory_reads, cds->number_memory_writes);
fprintf(stdout, "\n");
}
