def test_cloud_key_store_get_key_name_pattern():
for i in range(100):
CloudKeyStore._sample_keys = None
# repeat for better reproducibility
driver = KeyPairSupportedDummyNodeDriver('')
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, 'abcd')
pattern = keystore._get_key_name_pattern(identity)
print('Cached CloudKeyStore._sample_keys:', CloudKeyStore._sample_keys)
print('Cached CloudKeyStore._sample_keys (as names):',
tuple(keystore._get_key_name(identity, k)
for k in CloudKeyStore._sample_keys))
print('Generated pattern:', pattern.pattern)
def random_fp():
return ':'.join(
map('{:02x}'.format, hashlib.md5(os.urandom(100)).digest())
)
actual = {
'tests.server_test.DummyTeam abcd ' + random_fp()
for _ in range(5)
}
result = filter(pattern.match, actual | {
'tests.server_test.DummyTeam defg ' + random_fp(),
'tests.server_test.OtherTeam abcd ' + random_fp(),
'tests.server_test.DummyTeam abcd ',
'junk'
})
result = frozenset(result)
assert result == actual
def test_cloud_key_store_get_key_name_pattern():
for i in range(100):
CloudKeyStore._sample_keys = None
# repeat for better reproducibility
driver = KeyPairSupportedDummyNodeDriver('')
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, 'abcd')
pattern = keystore._get_key_name_pattern(identity)
print('Cached CloudKeyStore._sample_keys:', CloudKeyStore._sample_keys)
print(
'Cached CloudKeyStore._sample_keys (as names):',
tuple(
keystore._get_key_name(identity, k)
for k in CloudKeyStore._sample_keys))
print('Generated pattern:', pattern.pattern)
def random_fp():
return ':'.join(
map('{:02x}'.format,
hashlib.md5(os.urandom(100)).digest()))
actual = {
'tests.server_test.DummyTeam abcd ' + random_fp()
for _ in range(5)
}
result = filter(
pattern.match, actual | {
'tests.server_test.DummyTeam defg ' + random_fp(),
'tests.server_test.OtherTeam abcd ' + random_fp(),
'tests.server_test.DummyTeam abcd ', 'junk'
})
result = frozenset(result)
assert result == actual
def test_cloud_key_store():
driver = KeyPairSupportedDummyNodeDriver('')
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, 'abcd')
assert_keystore_compliance(keystore, identity)
identity2 = Identity(DummyTeam, 'efg')
assert_keystore_compliance(keystore, identity2)
def test_cloud_key_store_get_key_name_pattern():
driver = KeyPairSupportedDummyNodeDriver("")
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, "abcd")
pattern = keystore._get_key_name_pattern(identity)
random_fp = lambda: ":".join(map("{:02x}".format, hashlib.md5(os.urandom(100)).digest()))
actual = {"tests.server_test.DummyTeam abcd " + random_fp() for _ in range(5)}
result = filter(
pattern.match,
actual
| {
"tests.server_test.DummyTeam defg " + random_fp(),
"tests.server_test.OtherTeam abcd " + random_fp(),
"tests.server_test.DummyTeam abcd ",
"junk",
},
)
assert frozenset(result) == actual
def test_cloud_key_store_get_key_name_pattern():
driver = KeyPairSupportedDummyNodeDriver('')
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, 'abcd')
pattern = keystore._get_key_name_pattern(identity)
random_fp = lambda: ':'.join(
map('{:02x}'.format,
hashlib.md5(os.urandom(100)).digest()))
actual = {
'tests.server_test.DummyTeam abcd ' + random_fp()
for _ in range(5)
}
result = filter(
pattern.match, actual | {
'tests.server_test.DummyTeam defg ' + random_fp(),
'tests.server_test.OtherTeam abcd ' + random_fp(),
'tests.server_test.DummyTeam abcd ', 'junk'
})
assert frozenset(result) == actual
def test_cloud_key_store_get_key_name_pattern():
driver = KeyPairSupportedDummyNodeDriver('')
keystore = CloudKeyStore(driver)
identity = Identity(DummyTeam, 'abcd')
pattern = keystore._get_key_name_pattern(identity)
def random_fp():
return ':'.join(
map('{:02x}'.format, hashlib.md5(os.urandom(100)).digest())
)
actual = {
'tests.server_test.DummyTeam abcd ' + random_fp()
for _ in range(5)
}
result = filter(pattern.match, actual | {
'tests.server_test.DummyTeam defg ' + random_fp(),
'tests.server_test.OtherTeam abcd ' + random_fp(),
'tests.server_test.DummyTeam abcd ',
'junk'
})
assert frozenset(result) == actual