public measure run(string input_file1, string input_file2)
{
JToken binary1_ep = readJSON(input_file1);
JToken binary2_ep = readJSON(input_file2);
string name1 = binary1_ep["name"].ToString();
string packer1 = binary1_ep["packer"].ToString();
string name2 = binary2_ep["name"].ToString();
string packer2 = binary2_ep["packer"].ToString();
double mnemonic_lcs = getMnemonicLCS(binary1_ep, binary2_ep);
EditDistance.ngram_similarity ngram_similarity = getNgramEditDistance(binary1_ep, binary2_ep, 8);
return(new measure(name1, packer1, name2, packer2, mnemonic_lcs, ngram_similarity.ngram_edit_distance, ngram_similarity.edit_distance));
}
private void target(int i)
{
JToken[] couple = new JToken[2];
while (true)
{
lock (thisLock)
{
if (queue.IsEmpty)
{
break;
}
queue.TryDequeue(out couple);
}
string srcName = couple[0]["name"].ToString();
int srcAddr = (int)couple[0]["addr"];
int srcNumOfMne = couple[0]["mnemonics"].Count();
string dstName = couple[1]["name"].ToString();
int dstAddr = (int)couple[1]["addr"];
int dstNumOfMne = couple[1]["mnemonics"].Count();
double cosine_similarity = getCosineSimilarity(couple[0], couple[1]);
string cosine_time = timer.Elapsed.ToString();
double mnemonic_similarity = getMnemonicLCS(couple[0], couple[1]);
EditDistance.ngram_similarity ngram_similarity = getNgramEditDistance(couple[0], couple[1], 8);
string ngram_time = timer.Elapsed.ToString();
bool authenticity = (couple[0]["name"].ToString() == couple[1]["name"].ToString());
lock (thisLock)
{
StreamWriter writer = File.AppendText("test.csv");
writer.WriteLine("{0},{1},{2},{3},{4},{5},{6},{7},{8},{9},{10}", srcName, srcNumOfMne, dstName, dstNumOfMne, cosine_similarity, mnemonic_similarity, ngram_similarity.ngram_edit_distance, ngram_similarity.slope1_ratio, ngram_similarity.continuous_equal_slope2, ngram_similarity.continuous_equal_slope3, authenticity);
writer.Close();
}
}
}
