def __init__(self, filename, log=None):
""" initialise dictionary of valid properties and list of all file entries
"""
self.log = log
try:
pFile = open(filename, "r")
except:
self.report("error opening " + filename, "e")
raise
self.properties = {}
self.allEntries = pFile.readlines()
pFile.close()
ep = EncryptedPassword()
for entry in self.allEntries:
if entry.strip().startswith("#"):
# comment line
pass
elif entry.strip() == "":
# blank line
pass
else:
pos = entry.find("=")
if pos < 0:
key = entry.strip()
value = ""
else:
key = entry[:pos]
if key.find("password") > 0:
try:
value = ep.decrypt(entry[pos + 1:].rstrip())
except:
value = entry[pos + 1:].rstrip()
else:
value = entry[pos + 1:].rstrip()
self.properties[key] = value
def __init__(self, fileName):
ep = EncryptedPassword()
self.rep = SimpleReporter()
self.fileName = fileName
try:
inf = open(fileName, "r")
except:
self.rep.report("problem opening %s" % (fileName), "e")
self.origProps = inf.readlines()
inf.close()
newLines = []
dirtyFile = 0
for line in self.origProps:
if line.strip().startswith("#"):
newLines.append(line)
continue
lineBits = line.split("=")
if len(lineBits) < 2:
newLines.append(line)
continue
if not lineBits[0].find("password") > -1:
newLines.append(line)
continue
key = lineBits[0]
origVal = "=".join(lineBits[1:]).rstrip()
try:
ep.decrypt(origVal)
newLines.append(line)
except:
newVal = ep.encrypt(origVal)
newLines.append(key + "=" + newVal + "\n")
dirtyFile = 1
if dirtyFile:
outf = open(fileName, "w")
outf.writelines(newLines)
outf.close()
import os, sys
from crypto import EncryptedPassword
from crypto import MaskingPassword
MaskingThread = MaskingPassword("-")
MaskingThread.start()
input = raw_input("Enter the password: "******"[INFO] original password is : %s" % (password)
ep = EncryptedPassword()
encrypted = ep.encrypt(password)
print "[INFO] encrypted password is : %s" % (encrypted)
decrypted = ep.decrypt(encrypted)
print "[INFO] when \t\t\t %s\nis decrypted we get\t\t %s\nwhich ought to be the same as\t %s" % (encrypted, decrypted, password)
def testEncrypt(self):
print "TestEmbeddedPassword : testEncrypt"
ep = EncryptedPassword()
self.assertEqual("r5ISHXLXSgbYhhLqhtj+Mg==", ep.encrypt("password"))
def testRoundTrip(self):
print "TestEmbeddedPassword : testRoundTrip"
ep = EncryptedPassword()
self.assertEqual(ep.decrypt(ep.encrypt("Password123")), "Password123")
import os, sys
from crypto import EncryptedPassword
from crypto import MaskingPassword
while true:
MaskingThread = MaskingPassword("-")
MaskingThread.start()
input1 = raw_input("Enter the password: "******"Confirm password: "******"[WARN] confirmation does not match the original password"
password = input1.strip()
ep = EncryptedPassword()
encrypted = ep.encrypt(password)
print "[INFO] encrypted password is : %s" % (encrypted)
import os, sys
from crypto import EncryptedPassword
from crypto import MaskingPassword
while true:
MaskingThread = MaskingPassword("-")
MaskingThread.start()
input1 = raw_input("Enter the password: "******"Confirm password: "******"[WARN] confirmation does not match the original password"
password = input1.strip()
ep = EncryptedPassword()
try:
decrypted = ep.decrypt(input1)
print "[INFO] decrypted password is : %s" % (decrypted)
except:
print "[ERROR] cannot decrypt password %s" % (input1)
