def make_remainder(password):
return '@\x00\x00\x00\x00\x00\x00\x01\x00\x00\x00' + pack_pstr(
'\x00' + pack_pstr(password) +\
'\x00\x03\x00\x01' +\
'\x00\x05UTF-8' +\
'\x00\x02' +\
'\x00\x02en' +\
'\x00\x03' +\
'\x00\x02US')
def make_remainder(password):
return '@\x00\x00\x00\x00\x00\x00\x01\x00\x00\x00' + pack_pstr(
'\x00' + pack_pstr(password) +\
'\x00\x03\x00\x01' +\
'\x00\x05UTF-8' +\
'\x00\x02' +\
'\x00\x02en' +\
'\x00\x03' +\
'\x00\x02US')
def make_packet2(un, password):
n = top3 + 'i0' + middle
n += pack_pstr(un.encode('ascii'))
n += m2
r = make_remainder(password)
n += pack('!H', len(r))
n += r
return n
def make_packet2(un, password):
n = top3 + 'i0' + middle
n += pack_pstr(un.encode('ascii'))
n += m2
r = make_remainder(password)
n += pack('!H', len(r))
n += r
return n
def make_packet(un, password):
#i0 are two "random bytes", not sure what the restrictions here are
n = top3 + 'i0' + middle
n += pack_pstr(un)
n += m2
r = make_remainder(password)
n += pack('!H', len(r))
n += r
t = top % (len(n))
return t + top2 + n
def make_packet(un, password):
#i0 are two "random bytes", not sure what the restrictions here are
n = top3 + 'i0' + middle
n += pack_pstr(un)
n += m2
r = make_remainder(password)
n += pack('!H', len(r))
n += r
t = top % (len(n))
return t + top2 + n
def _glue_pw(cls, encrypted_pw, encrypted_smtppw):
password = pack_pstr(profile.plain_pw(encrypted_pw).encode("utf-8")).decode("utf-8")
smtppw = pack_pstr(profile.plain_pw(encrypted_smtppw).encode("utf-8")).decode("utf-8")
return profile.crypt_pw(password + smtppw)
def _glue_pw(cls, encrypted_pw, encrypted_smtppw):
password = pack_pstr(profile.plain_pw(encrypted_pw).encode('utf-8')).decode('utf-8')
smtppw = pack_pstr(profile.plain_pw(encrypted_smtppw).encode('utf-8')).decode('utf-8')
return profile.crypt_pw(password + smtppw)