updating

Author: pamepeixinho

hash_values

@@ -0,0 +1,15 @@
+Mean MD5 --- 3.0146601359 seconds ---
+Min MD5 --- 2.80683398247 seconds ---
+Max MD5 --- 3.2793431282 seconds ---
+Var MD5 --- 0.0126338724312 seconds ---
+DP MD5 --- 0.112400500138 seconds ---
+Mean SHA1 --- 3.02388672829 seconds ---
+Min SHA1 --- 2.85973000526 seconds ---
+Max SHA1 --- 3.34804487228 seconds ---
+Var SHA1 --- 0.0103539825013 seconds ---
+DP SHA1 --- 0.10175452079 seconds ---
+Mean SHA256 --- 3.34592175484 seconds ---
+Min SHA256 --- 3.05559492111 seconds ---
+Max SHA256 --- 5.15194511414 seconds ---
+Var SHA256 --- 0.193734927024 seconds ---
+DP SHA256 --- 0.440153299458 seconds ---

report.py

@@ -1,3 +1,4 @@
+# coding=utf-8
 from PasswordBase.base_reader import decrypt_base_password, read_password_base
 from PasswordBase.base_writer import writeNewBase
 from PasswordConvertion.convertion import encrypt_to_sha256, encrypt_to_sha1, encrypt_to_md5
@@ -8,74 +9,63 @@
 base_file_path = './PasswordBase/'
 
 
-def countTime(hashName, converstionFunc):
+def count_time(hash_name, converstion_func):
  start_time = time.time()
  base_list = read_password_base(base_file_path + 'base.txt')
  list = decrypt_base_password(base_list)
- convert_list(list, converstionFunc, hashName)
+ convert_list(list, converstion_func, hash_name)
  timeUsed = (time.time() - start_time)
- # print("TIMEUSED %s --- %s seconds ---" % (hashName, timeUsed))
  return timeUsed
 
+times = 50
 
-def convert_list(list, convertionFunc, hashName):
+def convert_list(list, convertion_func, hash_hame):
  for line in list:
- line[1] = convertionFunc(line[1])
- writeNewBase(base_file_path + 'base_' + hashName + '.txt', list)
+ line[1] = convertion_func(line[1])
+ writeNewBase(base_file_path + 'base_' + hash_hame + '.txt', list)
 
 
 def reportMD5():
  md5Times = []
- for x in range(0, 10):
- md5Times.append(countTime('md5', encrypt_to_md5))
+ for x in range(0, times):
+ md5Times.append(count_time('md5', encrypt_to_md5))
 
  report('MD5', md5Times)
- # print md5Times
- # mean = np.average(md5Times)
- # print("Mean %s --- %s seconds ---" % ('md5', mean))
  return md5Times
 
 
 def reportSHA1():
  sha1Times = []
- for x in range(0, 10):
- sha1Times.append(countTime('sha1', encrypt_to_sha1))
+ for x in range(0, times):
+ sha1Times.append(count_time('sha1', encrypt_to_sha1))
 
  report('SHA1', sha1Times)
- # print md5Times
- # mean = np.average(sha1Times)
- # print mean
- # print("Mean %s --- %s seconds ---" % ('sha1', mean))
  return sha1Times
 
 
 def reportSHA256():
  sha256Times = []
- for x in range(0, 10):
- sha256Times.append(countTime('sha256', encrypt_to_sha256))
+ for x in range(0, times):
+ sha256Times.append(count_time('sha256', encrypt_to_sha256))
 
  report('SHA256', sha256Times)
  return sha256Times
 
 
 def report(name, array):
- mean = np.average(array)
- min = np.amin(array)
- max = np.amax(array)
  var = np.var(array)
- dp = np.sqrt(var)
 
- print("Mean %s --- %s seconds ---" % (name, mean))
- print("Min %s --- %s seconds ---" % (name, min))
- print("Max %s --- %s seconds ---" % (name, max))
+ print("Mean %s --- %s seconds ---" % (name, np.average(array)))
+ print("Min %s --- %s seconds ---" % (name, np.amin(array)))
+ print("Max %s --- %s seconds ---" % (name, np.amax(array)))
  print("Var %s --- %s seconds ---" % (name, var))
- print("DP %s --- %s seconds ---" % (name, dp))
+ print("DP %s --- %s seconds ---" % (name, np.sqrt(var)))
 
 
 def ploting(x1, x2, x3):
- plt.plot(x1, 'r--',  marker='o', label='MD5')
- plt.plot(x2, 'b--',  marker='o', label='SHA1')
- plt.plot(x3, 'g--', marker='o', label='SHA256')
+ plt.plot(x1, 'r--', label='MD5')
+ plt.plot(x2, 'b--', label='SHA1')
+ plt.plot(x3, 'g--', label='SHA256')
 
  plt.legend(bbox_to_anchor=(0., 1.02, 1., .102), loc=3,
  ncol=2, mode="expand", borderaxespad=0.)
@@ -90,5 +80,3 @@ def ploting(x1, x2, x3):
 x3 = reportSHA256()
 
 ploting(x1, x2, x3)
-
-# http://stackoverflow.com/questions/20412038/printing-python-code-to-pdf OLHAR