def test_update(self, account_provider, dispatcher_function, instance_entity):
model = InstancesModel(account_provider, dispatcher_function)
instance_entity.id.return_value = "123"
instance_entity.name.return_value = ""
instance_entity.attributes.return_value = {}
model.update(instance_entity)
assert account_provider.get_instance.called is True
assert account_provider.find_by_name.called is True
assert account_provider.remove_instance_dns_records.called is True
assert account_provider.update.called is True
assert account_provider.create_instance_dns_records.called is True
assert dispatcher_function.send.called is True
class TestModelMachines(unittest.TestCase):
def __init__(self, methodName="runTest"):
super(TestModelInstances, self).__init__(methodName)
self.settings = Settings()
data = self.settings.accounts.get("engineering")
self.account = Account(data, "frankfurt")
self.model = Model(
Provider(self.account, self.settings),
Dispatcher(self.settings.config.get("sns")),
)
def test_update_name_fails_with_duplication(self):
print(
"===================================================================="
)
print(
"=============- test_update_name_fails_with_duplication ============="
)
instance1 = self.create()
instance2 = self.create()
with self.assertRaises(Exception) as cm:
self.update({
"id": instance1.get("id"),
"name": instance2.get("name"),
"image_id": "ami-0151d8654227898e7",
"owner": "hector",
"environment": "test",
"type": "t2.small",
"terminate_date": "10-10-2020",
"terminate_time": "20",
"stop_time": "20",
"start_time": "8",
"account": "engineering",
"region": "frankfurt",
})
self.assertRegex(cm.exception.args[0], "Instance Name already exist")
#
# updated_instance = self.model.provider.get_instance()
#
# self.assertEquals(original_instance.get('id'), updated_instance.get('id'))
# self.assertNotEqual(original_instance.get('name'), updated_instance.get('name'))
# self.assertNotEqual(original_instance.get('private_dns'), updated_instance.get('private_dns'))
# self.assertNotEqual(original_instance.get('public_dns'), updated_instance.get('public_dns'))
# self.assertEquals(updated_instance.get('name'), new_name)
#
# self.terminate(updated_instance.get('id'))
def test_update_name_successfuly_upserts_dns_records(self):
print(
"===================================================================="
)
print(
"========= test_update_name_successfuly_upserts_dns_records ========="
)
new_name = "test-update-name-dns-records-looks-ok"
original_instance = self.create()
self.update({
"id": original_instance.get("id"),
"name": new_name,
"image_id": "ami-0151d8654227898e7",
"owner": "hector",
"environment": "test",
"type": "t2.small",
"terminate_date": "10-10-2020",
"terminate_time": "20",
"stop_time": "20",
"start_time": "8",
"account": "engineering",
"region": "frankfurt",
})
updated_instance = self.model.account_provider.get_instance()
self.assertEquals(original_instance.get("id"),
updated_instance.get("id"))
self.assertNotEqual(original_instance.get("name"),
updated_instance.get("name"))
self.assertNotEqual(
original_instance.get("private_dns"),
updated_instance.get("private_dns"),
)
self.assertNotEqual(
original_instance.get("public_dns"),
updated_instance.get("public_dns"),
)
self.assertEquals(updated_instance.get("name"), new_name)
self.terminate(updated_instance.get("id"))
def test_create_instances(self):
pass
# post_data = self._get_post_data()
# post_data.update({'name': 'cloudinstances-unittest-1567585891589051000'})
# instance = self.create(post_data)
# post_data.update({'name': 'instance-new-10', 'environment': 'test'})
# instance = self.create(post_data)
# post_data.update({'name': 'instance-new-2', 'environment': 'prod'})
# instance = self.create(post_data)
#
# post_data.update({'name': 'instance-new-3', 'environment': 'test'})
# instance = self.create(post_data)
#
# post_data.update({'name': 'instance-new-4', 'environment': 'prod'})
# instance = self.create(post_data)
#
# post_data.update({'name': 'instance-new-5', 'environment': 'test'})
# instance = self.create(post_data)
#
# post_data.update({'name': 'instance-new-6', 'environment': 'prod'})
# instance = self.create(post_data)
#
# post_data.update({'name': 'instance-new-7', 'environment': 'test'})
# instance = self.create(post_data)
# def test_instance_model_flow_1(self):
# return
# #instance_id = 'i-0210bf9709f400db2'
# instance = self.create(self._get_post_data())
# instance_id = instance.get('id')
# self.stop(instance_id)
# self.update(
# {
# 'id': instance_id,
# 'name': "CloudInstances-unittest-updated-stopped",
# 'owner': 'hector',
# 'image_id': "ami-07f1fbbff759e24dd",
# 'environment': 'test', # env = CloudInstances-api-test sets special tags
# 'type': 't2.micro',
# 'terminate_date': '10-10-2020',
# 'terminate_time': '20',
# 'stop_time': '20',
# 'start_time': '8',
# "account": 'engineering',
# "region": 'frankfurt'
# }
# )
# instance1 = self.model.get(instance_id)
# print("Instance1: {}".format(instance1))
# self.start(instance_id)
# self.update(
# {
# 'id': instance_id,
# 'name': "CloudInstances-unittest-updated-running",
# 'image_id': "ami-07f1fbbff759e24dd",
# 'owner': 'hector',
# 'environment': 'prod', # env = CloudInstances-api-test sets special tags
# 'type': 't2.micro',
# 'terminate_date': '11-11-2020',
# 'terminate_time': '21',
# 'stop_time': '22',
# 'start_time': '12',
# "account": 'engineering',
# "region": 'frankfurt'
# }
# )
# instance2 = self.model.get(instance_id)
# print("Instance2: {}".format(instance2))
# self.terminate(instance_id)
#
# self.assertEqual(instance1.get('name'), 'cloudinstances-unittest-updated-stopped.eng.eiq.dev')
# self.assertEqual(instance1.get('environment'), 'test')
# self.assertEqual(instance1.get('terminate_date'), '10-10-2020')
# self.assertEqual(instance1.get('terminate_time'), '20')
# self.assertEqual(instance1.get('stop_time'), '20')
# self.assertEqual(instance1.get('start_time'), '8')
#
# self.assertEqual(instance2.get('name'), 'cloudinstances-unittest-updated-running.eng.eiq.sh')
# self.assertEqual(instance2.get('environment'), 'prod')
# self.assertEqual(instance2.get('terminate_date'), '11-11-2020')
# self.assertEqual(instance2.get('terminate_time'), '21')
# self.assertEqual(instance2.get('stop_time'), '22')
# self.assertEqual(instance2.get('start_time'), '12')
#
# def test_list(self):
# return
# self.list()
# self.list(filters={'owner': 'hector'})
@staticmethod
def _get_post_data():
return {
"name": "CloudInstances-unittest-{}".format(time.time_ns()),
"image_id": "ami-0151d8654227898e7",
"owner": "hector",
"environment":
"test", # env = CloudInstances-api-test sets special tags
"type": "m4.2xlarge",
"termination_date": "",
"account": "engineering",
"region": "frankfurt",
}
@staticmethod
def _get_aws_response():
with open("describe-images.json", "r") as f:
data = json.load(f)
return data
@staticmethod
def images_ids():
return {
"frankfurt": "ami-07f1fbbff759e24dd",
"ireland": "ami-07683a44e80cd32c5",
"virginia": "ami-02da3a138888ced85",
}
def create(self, post_data=None):
if not post_data:
post_data = {
"name": "cloudinstance-unittest-{}".format(time.time_ns()),
"image_id": "ami-0151d8654227898e7",
"owner": "hector",
"environment":
"test", # env = CloudInstances-api-test sets special tags
"type": "t2.small",
"termination_date": "",
"account": "engineering",
"region": "frankfurt",
}
print("\n\n########## CREATE ###########\n\n")
entity = Entity(post_data, self.account)
instance = self.model.create(entity)
instance = self.model.account_provider.get_provider_resource(
instance.get("id"))
logs.info(self.__class__.__name__,
"instance state {}".format(instance.state))
logs.info(self.__class__.__name__, "wait_until_running")
instance.wait_until_exists({
"Name": "instance-id",
"Values": [
instance.id,
]
})
while instance.state.get("Name") != "running":
go_sleep(5, "state {}".format(instance.state))
instance.reload()
self.assertRegex(instance.get("id"), "i-")
self.assertEquals(post_data.get("name"), instance.get("name"))
print(instance)
return instance
def update(self, post_data):
print("\n\n########## UPDATE ###########\n\n")
entity = Entity(post_data, self.account)
self.model.update(entity)
# instance = self.model.provider.get_provider_resource(entity.id)
# logs.info(self.__class__.__name__, "instance state {}".format(instance.state))
# instance.reload()
# logs.info(self.__class__.__name__, "instance reload state {}".format(instance.state))
# return instance
def stop(self, instance_id):
print("\n\n########## STOP ###########\n\n")
self.model.stop(instance_id)
instance = self.model.account_provider.get_provider_resource(
instance_id)
logs.info(self.__class__.__name__,
"instance state {}".format(instance.state))
logs.info(self.__class__.__name__, "wait_until_stopped")
instance.wait_until_stopped({
"Name": "instance-id",
"Values": [
instance.id,
]
})
while instance.state.get("Name") != "stopped":
go_sleep(5, "state {}".format(instance.state))
instance.reload()
self.assertIn(instance.state.get("Name"), ["stopping", "stopped"])
def start(self, instance_id):
print("\n\n########## START ###########\n\n")
self.model.start(instance_id)
instance = self.model.account_provider.get_provider_resource(
instance_id)
logs.info(self.__class__.__name__,
"instance state {}".format(instance.state))
logs.info(self.__class__.__name__, "wait_until_running")
instance.wait_until_running({
"Name": "instance-id",
"Values": [
instance.id,
]
})
while instance.state.get("Name") != "running":
go_sleep(5, "state {}".format(instance.state))
instance.reload()
self.assertIn(instance.state.get("Name"), ["running", "pending"])
def terminate(self, instance_id):
print("\n\n########## TERMINATE ###########\n\n")
self.model.terminate(instance_id)
reloaded_instance = self.model.get(instance_id)
state = reloaded_instance.get("state")
self.assertIn(state, ["shutting-down", "terminated"])
def list(self, filters=None):
if filters is None:
filters = {}
instances = self.model.list(filters)
self.assertIsInstance(instances, list)
print(instances)
images = self.model.list_images()
self.assertIsInstance(images, list)
print(images)
security_groups = self.model.list_security_groups()
self.assertIsInstance(security_groups, list)
print(security_groups)
owners = self.model.list_owners()
self.assertIsInstance(owners, list)
print(owners)