def test__create_one(self):
with mock.patch('redis.StrictRedis') as patchedRedis:
redis_connection = patchedRedis(host='localhost', port=6379, db=0)
queryset = RedisQueryset(db_conn=redis_connection)
shield = TestDoc(id="foo")
queryset.create_one(shield)
name, args, kwargs = redis_connection.mock_calls[0]
self.assertEqual(name, 'hset')
self.assertEqual(args, (queryset.api_id, 'foo', '{"_types": ["TestDoc"], "id": "foo", "_cls": "TestDoc"}'))
def test__create_one(self):
with mock.patch('redis.StrictRedis') as patchedRedis:
redis_connection = patchedRedis(host='localhost', port=6379, db=0)
queryset = RedisQueryset(db_conn=redis_connection)
shield = TestDoc(id="foo")
queryset.create_one(shield)
name, args, kwargs = redis_connection.mock_calls[0]
self.assertEqual(name, 'hset')
self.assertEqual(
args,
(queryset.api_id, 'foo',
'{"_types": ["TestDoc"], "id": "foo", "_cls": "TestDoc"}'))
class TestRedisQueryset(unittest.TestCase):
"""
a test class for brubeck's RedisQueryset's operations.
"""
def setUp(self):
import redis
redis_connection = redis.StrictRedis(host='localhost', port=6379, db=0)
self.queryset = RedisQueryset(db_conn=redis_connection)
def seed_reads(self):
shields = [TestDoc(id="foo"), TestDoc(id="bar"), TestDoc(id="baz")]
self.queryset.create_many(shields)
return shields
def test__create_one(self):
# TODO: - fix test
# Test will fail, unless the value associated with
# 'id': 'foo' is deleted. Normally, during this test an object with id='foo'
# exists- test may need to be fixed. If the object "foo" exists
# the first operation will return self.queryset.MSG_UPDATED instead
# of self.queryset.MSG_FAILED
import redis
redis_connection = redis.StrictRedis(host='localhost', port=6379, db=0)
redis_connection.delete('id')
shield = TestDoc(id="foo")
status, return_shield = self.queryset.create_one(shield)
self.assertEqual(self.queryset.MSG_CREATED, status)
self.assertEqual(shield, return_shield)
status, return_shield = self.queryset.create_one(shield)
self.assertEqual(self.queryset.MSG_UPDATED, status)
def test__create_many(self):
shield0 = TestDoc(id="foo")
shield1 = TestDoc(id="bar")
shield2 = TestDoc(id="baz")
statuses = self.queryset.create_many([shield0, shield1, shield2])
for status, datum in statuses:
self.assertEqual(self.queryset.MSG_CREATED, status)
shield3 = TestDoc(id="bloop")
statuses = self.queryset.create_many([shield0, shield3, shield2])
status, datum = statuses[1]
self.assertEqual(self.queryset.MSG_CREATED, status)
status, datum = statuses[0]
self.assertEqual(self.queryset.MSG_UPDATED, status)
def test__read_all(self):
shields = self.seed_reads()
statuses = self.queryset.read_all()
for status, datum in statuses:
self.assertEqual(self.queryset.MSG_OK, status)
actual = sorted([datum for trash, datum in statuses])
expected = sorted([shield.to_python() for shield in shields])
self.assertEqual(expected, actual)
def test__read_one(self):
shields = self.seed_reads()
for shield in shields:
status, datum = self.queryset.read_one(shield.id)
self.assertEqual(self.queryset.MSG_OK, status)
self.assertEqual(datum, shield.to_python())
bad_key = 'DOESNTEXIST'
status, datum = self.queryset.read(bad_key)
self.assertEqual(bad_key, datum)
self.assertEqual(self.queryset.MSG_FAILED, status)
def test__read_many(self):
shields = self.seed_reads()
expected = [shield.to_python() for shield in shields]
responses = self.queryset.read_many([s.id for s in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_OK, status)
self.assertTrue(datum in expected)
bad_ids = [s.id for s in shields]
bad_ids.append('DOESNTEXIST')
status, iid = self.queryset.read_many(bad_ids)[-1]
self.assertEqual(self.queryset.MSG_FAILED, status)
def test_update_one(self):
shields = self.seed_reads()
test_shield = shields[0]
test_shield.data = "foob"
status, datum = self.queryset.update_one(test_shield)
self.assertEqual(self.queryset.MSG_UPDATED, status)
self.assertEqual('foob', datum['data'])
status, datum = self.queryset.read_one(test_shield.id)
self.assertEqual('foob', datum['data'])
def test_update_many(self):
shields = self.seed_reads()
for shield in shields:
shield.data = "foob"
responses = self.queryset.update_many(shields)
for status, datum in responses:
self.assertEqual(self.queryset.MSG_UPDATED, status)
self.assertEqual('foob', datum['data'])
for status, datum in self.queryset.read_all():
self.assertEqual('foob', datum['data'])
def test_destroy_one(self):
shields = self.seed_reads()
test_shield = shields[0]
status, datum = self.queryset.destroy_one(test_shield.id)
self.assertEqual(self.queryset.MSG_UPDATED, status)
status, datum = self.queryset.read_one(test_shield.id)
self.assertEqual(test_shield.id, datum)
self.assertEqual(self.queryset.MSG_FAILED, status)
def test_destroy_many(self):
shields = self.seed_reads()
shield_to_keep = shields.pop()
responses = self.queryset.destroy_many(
[shield.id for shield in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_UPDATED, status)
responses = self.queryset.read_many([shield.id for shield in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_FAILED, status)
status, datum = self.queryset.read_one(shield_to_keep.id)
self.assertEqual(self.queryset.MSG_OK, status)
self.assertEqual(shield_to_keep.to_python(), datum)
class TestRedisQueryset(unittest.TestCase):
"""
a test class for brubeck's RedisQueryset's operations.
"""
def setUp(self):
import redis
redis_connection = redis.StrictRedis(host='localhost', port=6379, db=0)
redis_connection.flushdb()
self.queryset = RedisQueryset(db_conn=redis_connection)
def seed_reads(self):
shields = [TestDoc(id="foo"), TestDoc(id="bar"), TestDoc(id="baz")]
self.queryset.create_many(shields)
return shields
def test__create_one(self):
# TODO: - fix test
# Test will fail, unless the value associated with
# 'id': 'foo' is deleted. Normally, during this test an object with id='foo'
# exists- test may need to be fixed. If the object "foo" exists
# the first operation will return self.queryset.MSG_UPDATED instead
# of self.queryset.MSG_FAILED
import redis
redis_connection = redis.StrictRedis(host='localhost', port=6379, db=0)
redis_connection.delete('id')
shield = TestDoc(id="foo")
status, return_shield = self.queryset.create_one(shield)
self.assertEqual(self.queryset.MSG_CREATED, status)
self.assertEqual(shield, return_shield)
status, return_shield = self.queryset.create_one(shield)
self.assertEqual(self.queryset.MSG_UPDATED, status)
def test__create_many(self):
shield0 = TestDoc(id="foo")
shield1 = TestDoc(id="bar")
shield2 = TestDoc(id="baz")
statuses = self.queryset.create_many([shield0, shield1, shield2])
for status, datum in statuses:
self.assertEqual(self.queryset.MSG_CREATED, status)
shield3 = TestDoc(id="bloop")
statuses = self.queryset.create_many([shield0, shield3, shield2])
status, datum = statuses[1]
self.assertEqual(self.queryset.MSG_CREATED, status)
status, datum = statuses[0]
self.assertEqual(self.queryset.MSG_UPDATED, status)
def test__read_all(self):
shields = self.seed_reads()
statuses = self.queryset.read_all()
for status, datum in statuses:
self.assertEqual(self.queryset.MSG_OK, status)
actual = sorted([datum for trash, datum in statuses])
expected = sorted([shield.to_python() for shield in shields])
self.assertEqual(expected, actual)
def test__read_one(self):
shields = self.seed_reads()
for shield in shields:
status, datum = self.queryset.read_one(shield.id)
self.assertEqual(self.queryset.MSG_OK, status)
self.assertEqual(datum, shield.to_python())
bad_key = 'DOESNTEXIST'
status, datum = self.queryset.read(bad_key)
self.assertEqual(bad_key, datum)
self.assertEqual(self.queryset.MSG_FAILED, status)
def test__read_many(self):
shields = self.seed_reads()
expected = [shield.to_python() for shield in shields]
responses = self.queryset.read_many([s.id for s in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_OK, status)
self.assertTrue(datum in expected)
bad_ids = [s.id for s in shields]
bad_ids.append('DOESNTEXIST')
status, iid = self.queryset.read_many(bad_ids)[-1]
self.assertEqual(self.queryset.MSG_FAILED, status)
def test_update_one(self):
shields = self.seed_reads()
test_shield = shields[0]
test_shield.data = "foob"
status, datum = self.queryset.update_one(test_shield)
self.assertEqual(self.queryset.MSG_UPDATED, status)
self.assertEqual('foob', datum['data'])
status, datum = self.queryset.read_one(test_shield.id)
self.assertEqual('foob', datum['data'])
def test_update_many(self):
shields = self.seed_reads()
for shield in shields:
shield.data = "foob"
responses = self.queryset.update_many(shields)
for status, datum in responses:
self.assertEqual(self.queryset.MSG_UPDATED, status)
self.assertEqual('foob', datum['data'])
for status, datum in self.queryset.read_all():
self.assertEqual('foob', datum['data'])
def test_destroy_one(self):
shields = self.seed_reads()
test_shield = shields[0]
status, datum = self.queryset.destroy_one(test_shield.id)
self.assertEqual(self.queryset.MSG_UPDATED, status)
status, datum = self.queryset.read_one(test_shield.id)
self.assertEqual(test_shield.id, datum)
self.assertEqual(self.queryset.MSG_FAILED, status)
def test_destroy_many(self):
shields = self.seed_reads()
shield_to_keep = shields.pop()
responses = self.queryset.destroy_many([shield.id for shield in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_UPDATED, status)
responses = self.queryset.read_many([shield.id for shield in shields])
for status, datum in responses:
self.assertEqual(self.queryset.MSG_FAILED, status)
status, datum = self.queryset.read_one(shield_to_keep.id)
self.assertEqual(self.queryset.MSG_OK, status)
self.assertEqual(shield_to_keep.to_python(), datum)