def test_from_signed_confirmed(self):
"""
This test checks the functionality of making a block with the payload from a message.
"""
meta = self.community.get_meta_message(u"signed_confirm")
message = meta.impl(
authentication=([self.member, self.member_bank], ),
distribution=(self.community.claim_global_time(), ),
payload=self.payload,
destination=(LoopbackCandidate(), ))
block = DatabaseBlock.from_signed_confirm_message(message)
self.assertEqual(block.benefactor, message.payload.benefactor)
self.assertEqual(block.beneficiary, message.payload.beneficiary)
self.assertEqual(DatabaseModel.decode(block.agreement_benefactor),
message.payload.agreement_benefactor)
self.assertEqual(DatabaseModel.decode(block.agreement_beneficiary),
message.payload.agreement_beneficiary)
self.assertEqual(block.sequence_number_benefactor,
message.payload.sequence_number_benefactor)
self.assertEqual(block.sequence_number_beneficiary,
message.payload.sequence_number_beneficiary)
self.assertEqual(block.previous_hash_benefactor,
message.payload.previous_hash_benefactor)
self.assertEqual(block.previous_hash_beneficiary,
message.payload.previous_hash_beneficiary)
self.assertEqual(block.insert_time, message.payload.insert_time)
def test_signed_model_no_save(self):
"""
Test if signing an unsaved model raises an error.
"""
model = DatabaseModel()
with self.assertRaises(RuntimeError):
model.sign(self.api)
def test_model_equal(self):
"""
Test if identical models have the same hash and are eveluated as equal
"""
model1 = DatabaseModel()
model2 = DatabaseModel()
#self.assertEqual(hash(model1), hash(model2))
self.assertEqual(model1, model2)
def test_put_success(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block1.id)),
self.block1)
self.assertTrue(
self.backend.put('test', self.block1.id, self.block2.encode()))
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block1.id)),
self.block2)
def test_model_unequal(self):
"""
Test if different models have different hashes and are evaluated as unequal
"""
model1 = DatabaseModel()
model2 = DatabaseModel()
# Change the models by saving one and giving it an id
model2.post_or_put(self.db)
self.assertNotEqual(hash(model1), hash(model2))
self.assertNotEqual(model1, model2)
def test_post_or_put_time(self):
model = DatabaseModel()
# Save the model, sign it, then save the signed version.
model.post_or_put(self.db)
model.sign(self.api)
model.post_or_put(self.db)
original_sign_time = model.time_signed
# get a copy
model_copy = self.db.get('database_model', model.id)
self.assertEqual(original_sign_time, model_copy.time_signed)
model_copy.sign(self.api)
new_sign_time = model.time_signed
model_copy.post_or_put(self.db)
model_new_copy = self.db.get('database_model', model.id)
self.assertEqual(new_sign_time, model_new_copy.time_signed)
# Now we check that older models arent saved.
model_new_copy._time_signed = 0
model_new_copy.post_or_put(self.db, check_time=True)
model_last_copy = self.db.get('database_model', model.id)
self.assertEqual(new_sign_time, model_last_copy.time_signed)
def get_all(self, _type):
try:
items = self.backend.get_all(_type)
if items:
return [DatabaseModel.decode(t) for t in items]
except KeyError:
return None
def test_generate_id_on_clash(self, encode_patch):
encode_patch.return_value = True
model = DatabaseModel()
self.database.post(model.type, model)
model2 = DatabaseModel()
unique_id = 'unique_id'
model2.generate_id = Mock()
model2.generate_id.side_effect = [model.id, unique_id]
self.database.post(model2.type, model2)
self.assertEqual(model2.id, unique_id)
self.assertEqual(model2.generate_id.call_count, 2)
def test_on_loan_request_reject(self):
"""
Test a bank rejecting a users loan_request
bank --> user
"""
# Save the user-side initial data which is a pending loan request.
self.loan_request.status[self.bank.id] = STATUS.PENDING
self.user.loan_request_ids.append(self.loan_request.id)
self.user.post_or_put(self.api.db)
self.assertIn(self.loan_request.id, self.user.loan_request_ids)
# Deep copy the loan request
loan_request_bank = DatabaseModel.decode(self.loan_request.encode())
loan_request_bank.status[self.bank.id] = STATUS.REJECTED
# Make the payload
payload = FakePayload()
payload.request = APIMessage.LOAN_REQUEST_REJECT
payload.models = {
self.loan_request.type: loan_request_bank,
self.user.type: self.bank
}
self.community.on_loan_request_reject(payload)
# Now let's pull the loan request from the user database
self.assertTrue(self.isModelInDB(self.api, loan_request_bank))
loan_request = self.api.db.get(loan_request_bank.type,
loan_request_bank.id)
self.assertEqual(loan_request.status[self.bank.id], STATUS.REJECTED)
self.assertNotIn(self.loan_request.id, self.user.loan_request_ids)
def test_signed_model(self):
"""
Test is models can be signed, and if the signature is read as valid
"""
model = DatabaseModel()
model.post_or_put(self.db)
pre_hash = model.generate_sha1_hash()
# Sign the model
model.sign(self.api)
post_hash = model.generate_sha1_hash()
self.assertEqual(pre_hash, post_hash)
self.assertEqual(model.signer, self.db.backend.get_option('user_key_pub'))
self.assertTrue(DatabaseModel.signature_valid(model))
def _decode_signed_confirm(self, placeholder, offset, data):
try:
offset, payload = decode(data, offset)
except ValueError:
raise DropPacket("Unable to decode the SignedConfirm-payload")
if not isinstance(payload, tuple):
raise DropPacket("Invalid payload type")
# benefactor, 0
# beneficiary, 1
# agreement_benefactor_encoded, 2
# agreement_beneficiary_encoded, 3
# sequence_number_benefactor, 4
# sequence_number_beneficiary, 5
# previous_hash_benefactor, 6
# previous_hash_beneficiary, 7
# signature_benefactor, 8
# signature_beneficiary, 9
# insert_time 10
if not isinstance(payload[0], str):
raise DropPacket("Invalid 'benefactor' type")
if not isinstance(payload[1], str):
raise DropPacket("Invalid 'beneficiary' type")
#TODO: Do the rest.
agreement_benefactor = DatabaseModel.decode(payload[2])
agreement_beneficiary = DatabaseModel.decode(payload[3])
return offset, placeholder.meta.payload.implement(
payload[0],
payload[1],
agreement_benefactor,
agreement_beneficiary,
payload[4],
payload[5],
payload[6],
payload[7],
payload[8],
payload[9],
payload[10],
)
def test_signed_model_detect_tamper(self):
"""
Test is models can be signed, and if the signature is read as valid
"""
model = DatabaseModel()
model.post_or_put(self.db)
pre_hash = model.generate_sha1_hash()
# Sign the model
model.sign(self.api)
#Tamper with the model
model._id = 'different'
post_hash = model.generate_sha1_hash()
self.assertNotEqual(pre_hash, post_hash)
self.assertEqual(model.signer, self.db.backend.get_option('user_key_pub'))
self.assertFalse(DatabaseModel.signature_valid(model))
def setUp(self):
self.backend = PersistentBackend('.')
# Create some data
self.block1 = DatabaseModel('1')
self.block2 = DatabaseModel('2')
self.block3 = DatabaseModel('3')
def _decode_model(self, placeholder, offset, data):
try:
offset, payload = decode(data, offset)
except ValueError:
raise DropPacket("Unable to decode the model payload")
if not isinstance(payload, tuple):
raise DropPacket("Invalid payload type")
fields, encoded_models = payload
if not isinstance(fields, list):
raise DropPacket("Invalid 'fields' type")
if not isinstance(encoded_models, dict):
raise DropPacket("Invalid 'models' type")
decoded_models = dict()
for field in fields:
decoded_models[field] = DatabaseModel.decode(encoded_models[field])
return offset, placeholder.meta.payload.implement(
fields, decoded_models)
def test_get(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.backend.post('test', self.block2.id, self.block2.encode())
self.backend.post('test', self.block3.id, self.block3.encode())
with self.assertRaises(IndexError):
self.backend.post('test2', self.block1.id, self.block1.encode())
self.assertEqual(DatabaseModel.decode(self.backend.get('test', '1')),
self.block1)
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block2.id)),
self.block2)
self.assertNotEqual(
DatabaseModel.decode(self.backend.get('test', '1')),
DatabaseModel.decode(self.backend.get('test', '2')))
with self.assertRaises(IndexError):
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', '1')),
DatabaseModel.decode(self.backend.get('test2', '1')))
class PersistentBackendTestSuite(unittest.TestCase):
def setUp(self):
self.backend = PersistentBackend('.')
# Create some data
self.block1 = DatabaseModel('1')
self.block2 = DatabaseModel('2')
self.block3 = DatabaseModel('3')
def tearDown(self):
self.backend.close()
def test_clear(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1)
self.backend.clear()
with self.assertRaises(IndexError):
self.backend.get('test', self.block1.id)
def test_post(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.assertEqual(
self.block1,
DatabaseModel.decode(self.backend.get('test', self.block1.id)))
def test_get(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.backend.post('test', self.block2.id, self.block2.encode())
self.backend.post('test', self.block3.id, self.block3.encode())
with self.assertRaises(IndexError):
self.backend.post('test2', self.block1.id, self.block1.encode())
self.assertEqual(DatabaseModel.decode(self.backend.get('test', '1')),
self.block1)
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block2.id)),
self.block2)
self.assertNotEqual(
DatabaseModel.decode(self.backend.get('test', '1')),
DatabaseModel.decode(self.backend.get('test', '2')))
with self.assertRaises(IndexError):
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', '1')),
DatabaseModel.decode(self.backend.get('test2', '1')))
def test_get_error(self):
self.backend.clear()
with self.assertRaises(IndexError):
self.backend.get('test', 1)
def test_put_fail(self):
self.backend.clear()
self.assertFalse(self.backend.put('test', '1', self.block1))
def test_put_success(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block1.id)),
self.block1)
self.assertTrue(
self.backend.put('test', self.block1.id, self.block2.encode()))
self.assertEqual(
DatabaseModel.decode(self.backend.get('test', self.block1.id)),
self.block2)
def test_delete(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1)
self.backend.delete(self.block1)
self.assertFalse(self.backend.exists('test', self.block1.id))
def test_get_all(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.backend.post('test', self.block2.id, self.block2.encode())
self.backend.post('boe', self.block3.id, self.block3.encode())
all_tests = self.backend.get_all('test')
self.assertIsInstance(all_tests, list)
self.assertIn(self.block1.encode(), all_tests)
self.assertIn(self.block2.encode(), all_tests)
self.assertNotIn(self.block3.encode(), all_tests)
def test_post(self):
self.backend.clear()
self.backend.post('test', self.block1.id, self.block1.encode())
self.assertEqual(
self.block1,
DatabaseModel.decode(self.backend.get('test', self.block1.id)))
def setUp(self):
self.database = MarketDatabase(PersistentBackend('.'))
self.database.backend.clear()
# Some database models
self.model1 = DatabaseModel()
self.model2 = DatabaseModel()
def setUp(self):
self.database = MarketDatabase(MemoryBackend())
# Some database models
self.model1 = DatabaseModel()
self.model2 = DatabaseModel()
def get(self, _type, _id):
try:
return DatabaseModel.decode(self._backend.get(_type, _id))
except IndexError:
return None
