def get_pass(*args):
h_string = """
get the saved password for a domain
./honey_client -getpass <master-password> <domain>
e.g. ./honey_client -getpass AwesomeS@la google.com
"""
if len(args) < 2:
return h_string
mp = args[0]
hv = HoneyVault(VAULT_FILE, mp)
return json.dumps(hv.get_password(get_exact_domains(args[1:])), indent=4)
def get_pass(*args):
h_string = """
get the saved password for a domain
./honey_client -getpass <master-password> <domain>
e.g. ./honey_client -getpass AwesomeS@la google.com
"""
if len(args) < 2:
return h_string
mp = args[0]
hv = HoneyVault(VAULT_FILE, mp)
return json.dumps(hv.get_password(get_exact_domains(args[1:])), indent=4)
def test_getpass(self):
h_string = """Just a test framework for testing getpass
function.
"""
vault_file = VAULT_FILE + "~test"
try:
os.remove(vault_file)
except OSError:
pass
mpw = 'Masterpassw0rd12'
hv = HoneyVault(vault_file, mpw)
u = 'google.com'
w = hv.get_password([u])[u]
hv.add_password({u: w})
ret_pw = hv.get_password([u])[u]
self.assertEqual(w, ret_pw, "PasswordAddFailed: added=<{}>, returned=<{}>"\
.format(w, ret_pw)) # password added correctly.
v = hv.gen_password(mpw, [u])[u]
self.assertEqual(v, hv.get_password([u])[u], "PasswordGenFailed: expecting={}, returned={}"\
.format(v, hv.get_password([u])[u])) # password generated correctly.
d_pws = {
'asdfadsf.com': 'lkjandfa98w3ufh9 awe98fa',
'a': 'a',
'123': 'adf',
'tt.com': 'thisismymasterpasswordanditiss',
'fb.com': 'Amazing@#ComplexPassword',
}
hv.add_password(d_pws)
ret_pws = hv.get_password(d_pws.keys())
for k, v in d_pws.items():
self.assertEqual(ret_pws[k],v, "Decoding mismatch @ added: {} <--> returned: {}"\
.format(v, ret_pws[k]))
hv.add_password(d_pws)
ret_pws = hv.get_password(d_pws.keys())
for k, v in d_pws.items():
self.assertEqual(ret_pws[k],v, "Decoding mismatch @ added: {} <--> returned: {}"\
.format(v, ret_pws[k]))
os.remove(vault_file)
def test_getpass(self):
h_string = """Just a test framework for testing getpass
function.
"""
vault_file = VAULT_FILE + "~test"
try:
os.remove(vault_file)
except OSError:
pass;
mpw = 'Masterpassw0rd12'
hv = HoneyVault(vault_file, mpw)
u = 'google.com'
w = hv.get_password([u])[u]
hv.add_password({u: w})
ret_pw = hv.get_password([u])[u]
self.assertEqual(w, ret_pw, "PasswordAddFailed: added=<{}>, returned=<{}>"\
.format(w, ret_pw)) # password added correctly.
v = hv.gen_password(mpw, [u])[u]
self.assertEqual(v, hv.get_password([u])[u], "PasswordGenFailed: expecting={}, returned={}"\
.format(v, hv.get_password([u])[u])) # password generated correctly.
d_pws = {
'asdfadsf.com': 'lkjandfa98w3ufh9 awe98fa',
'a': 'a',
'123': 'adf',
'tt.com': 'thisismymasterpasswordanditiss',
'fb.com': 'Amazing@#ComplexPassword',
}
hv.add_password(d_pws)
ret_pws = hv.get_password(d_pws.keys())
for k,v in d_pws.items():
self.assertEqual(ret_pws[k],v, "Decoding mismatch @ added: {} <--> returned: {}"\
.format(v, ret_pws[k]))
hv.add_password(d_pws)
ret_pws = hv.get_password(d_pws.keys())
for k,v in d_pws.items():
self.assertEqual(ret_pws[k],v, "Decoding mismatch @ added: {} <--> returned: {}"\
.format(v, ret_pws[k]))
os.remove(vault_file)
