def generate_random_password(self, size=10):
"""
Generates random password of given size
it ensures -
1 uppercase
1 lowercase
1 digit
1 punc
"""
P = [random.choice(s) for s in self.must_set]
P.extend([random.choice(self.All)
for n in range(size - len(self.must_set))])
n = random.randint(0, MAX_INT)
password = self.decode2string(n, P)
return password
def test_enc_dec_vault_size(self):
vd = pcfg.VaultDistPCFG()
X = vd.encode_vault_size('D', 3)
t = vd.decode_vault_size('D', X)
self.assertEqual(t, 3, str((X, t)))
for i in range(25):
k = random.randint(1, pcfg.MAX_ALLOWED)
lhs = random.choice(vd.G.keys())
e = vd.encode_vault_size(lhs, k)
self.assertEqual(vd.decode_vault_size(lhs, e), k, "VaultSizeDecodingError:"\
" Expecting: {} for (lhs: {}, e:{}), but decoded to: {}"\
.format(k, lhs, e, vd.decode_vault_size(lhs, e)))
def test_enc_dec_vault_size(self):
vd = pcfg.VaultDistPCFG()
X = vd.encode_vault_size('D', 3)
t = vd.decode_vault_size('D', X)
self.assertEqual(t, 3, str((X, t)))
for i in range(25):
k = random.randint(1,pcfg.MAX_ALLOWED)
lhs = random.choice(vd.G.keys())
e = vd.encode_vault_size(lhs, k)
self.assertEqual(vd.decode_vault_size(lhs, e), k, "VaultSizeDecodingError:"\
" Expecting: {} for (lhs: {}, e:{}), but decoded to: {}"\
.format(k, lhs, e, vd.decode_vault_size(lhs, e)))
