def test_validateMessage_whenGoodSignature(self):
s = SignatureValidator()
s.addClient(
project="project1",
client="client1",
publicKey=self.publicKey,
)
message = dict(
project="project1",
client="client1",
)
result = s.validateClientMessage(**self.signed(**message))
self.assertEqual(True, result)
def test_validateMessage_whenNoSignature(self):
s = SignatureValidator()
s.addClient(
project="project1",
client="client1",
publicKey=self.publicKey,
)
with self.assertRaises(SignatureValidator.SignatureError) as cm:
s.validateClientMessage(
project="project1",
client="client1",
)
self.assertEqual("Message not signed", cm.exception.message)
def test_addClientKey(self) :
s = SignatureValidator(FSClientKeyRing("fixture"))
s.addClient(
"project1","client1",
publicKey = self.publicKey,
)
self.assertEqual([
("project1","client1"),
], s.clients())
self.assertEqual(
self.publicKey,
s.clientKey(("project1","client1")),
)
def test_addClientKey(self):
s = SignatureValidator(FSClientKeyRing("fixture"))
s.addClient(
"project1",
"client1",
publicKey=self.publicKey,
)
self.assertEqual([
("project1", "client1"),
], s.clients())
self.assertEqual(
self.publicKey,
s.clientKey(("project1", "client1")),
)
def test_validateMessage_afterSettingWithTheSameValue(self):
s = SignatureValidator()
s.addClient(
project="project1",
client="client1",
publicKey=self.publicKey,
)
message = dict(
project="project1",
client="client1",
)
signed = self.signed(**message)
signed['client'] = "client1"
result = s.validateClientMessage(**signed)
self.assertEqual(True, result)
def test_validateMessage_whenBadSignature(self):
s = SignatureValidator()
s.addClient(
project="project1",
client="client1",
publicKey=self.publicKey,
)
message = dict(
project="project1",
client="client1",
signature=[1L, 2L, 3L, 4L],
)
with self.assertRaises(SignatureValidator.SignatureError) as cm:
s.validateClientMessage(**message)
self.assertEqual("Invalid signature", cm.exception.message)
def test_validateMessage_whenGoodSignature(self) : s = SignatureValidator() s.addClient( project = "project1", client="client1", publicKey = self.publicKey, ) message = dict( project = "project1", client="client1", ) result = s.validateClientMessage(**self.signed(**message)) self.assertEqual( True , result)
def test_validateMessage_whenNoSignature(self) : s = SignatureValidator() s.addClient( project = "project1", client="client1", publicKey = self.publicKey, ) with self.assertRaises(SignatureValidator.SignatureError) as cm: s.validateClientMessage( project = "project1", client="client1", ) self.assertEqual( "Message not signed" , cm.exception.message)
def test_validateMessage_afterModified(self):
s = SignatureValidator()
s.addClient(
"project1",
"client1",
publicKey=self.publicKey,
)
message = dict(
project="project1",
client="client1",
)
signed = self.signed(**message)
signed['new key'] = "different value"
with self.assertRaises(SignatureValidator.SignatureError) as cm:
s.validateClientMessage(**signed)
self.assertEqual("Invalid signature", cm.exception.message)
def test_validateMessage_afterSettingWithTheSameValue(self) : s = SignatureValidator() s.addClient( project = "project1", client="client1", publicKey = self.publicKey, ) message = dict( project = "project1", client="client1", ) signed = self.signed(**message) signed['client'] = "client1" result = s.validateClientMessage(**signed) self.assertEqual( True , result)
def test_validateMessage_afterModified(self) : s = SignatureValidator() s.addClient( "project1","client1", publicKey = self.publicKey, ) message = dict( project = "project1", client="client1", ) signed = self.signed(**message) signed['new key'] = "different value" with self.assertRaises(SignatureValidator.SignatureError) as cm: s.validateClientMessage(**signed) self.assertEqual( "Invalid signature" , cm.exception.message)
def test_validateMessage_whenBadSignature(self) : s = SignatureValidator() s.addClient( project = "project1", client="client1", publicKey = self.publicKey, ) message = dict( project = "project1", client="client1", signature = [1L,2L,3L,4L], ) with self.assertRaises(SignatureValidator.SignatureError) as cm: s.validateClientMessage(**message) self.assertEqual( "Invalid signature" , cm.exception.message)
