void CPasswordLookupHash::GetPasswordChunk(BYTE bytIn, LONG nLengthToGet, BYTE* pbytOut)
{
int nIndex=0;
nIndex = GetLookup(bytIn, nLengthToGet);
memcpy((LPVOID)pbytOut, (LPVOID)&PasswordLookupHash__tab[nIndex], nLengthToGet);
}
void bm_PrintTopBlocks()
{
double total_lups=0;
double total_runs=0;
double total_cycles=0;
double total_hops=0;
double total_sops=0;
for (size_t i=0;i<all_blocks.size();i++)
{
total_lups+=GetLookup(all_blocks[i]);
total_cycles+=all_blocks[i]->runs*all_blocks[i]->guest_cycles;
total_hops+=all_blocks[i]->runs*all_blocks[i]->host_opcodes;
total_sops+=all_blocks[i]->runs*all_blocks[i]->guest_opcodes;
total_runs+=all_blocks[i]->runs;
}
printf("Total lookups: %.0fKRuns, %.0fKLuops, Total cycles: %.0fMhz, Total Hops: %.0fMips, Total Sops: %.0fMips! \n",total_runs/1000,total_lups/1000,total_cycles/1000/1000,total_hops/1000/1000,total_sops/1000/1000);
total_hops/=100;
total_cycles/=100;
total_runs/=100;
double sel_hops=0;
for (size_t i=0;i<(all_blocks.size()/100);i++)
{
printf("Block %08X: %06X, r: %d (c: %d, s: %d, h: %d) (r: %.2f%%, c: %.2f%%, h: %.2f%%)\n",
all_blocks[i]->addr, all_blocks[i]->code,all_blocks[i]->runs,
all_blocks[i]->guest_cycles,all_blocks[i]->guest_opcodes,all_blocks[i]->host_opcodes,
all_blocks[i]->runs/total_runs,
all_blocks[i]->guest_cycles*all_blocks[i]->runs/total_cycles,
all_blocks[i]->host_opcodes*all_blocks[i]->runs/total_hops);
sel_hops+=all_blocks[i]->host_opcodes*all_blocks[i]->runs;
}
printf(" >-< %.2f%% covered in top 1% blocks\n",sel_hops/total_hops);
size_t i;
for (i=all_blocks.size()/100;sel_hops/total_hops<50;i++)
{
printf("Block %08X: %06X, r: %d (c: %d, s: %d, h: %d) (r: %.2f%%, c: %.2f%%, h: %.2f%%)\n",
all_blocks[i]->addr, all_blocks[i]->code,all_blocks[i]->runs,
all_blocks[i]->guest_cycles,all_blocks[i]->guest_opcodes,all_blocks[i]->host_opcodes,
all_blocks[i]->runs/total_runs,
all_blocks[i]->guest_cycles*all_blocks[i]->runs/total_cycles,
all_blocks[i]->host_opcodes*all_blocks[i]->runs/total_hops);
sel_hops+=all_blocks[i]->host_opcodes*all_blocks[i]->runs;
}
printf(" >-< %.2f%% covered in top %.2f%% blocks\n",sel_hops/total_hops,i*100.0/all_blocks.size());
}
