def setUpClass(cls):
if not sys.warnoptions:
import warnings
warnings.simplefilter("ignore")
cls.logger = ConsoleLogger()
cls.task_runner = get_task_runner(TESTED_ACTION,
KEEP_AND_USE_EXISTING_ACTION_STACK)
cls.resource_stack = get_resource_stack(
TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.ec2 = Ec2(region())
cls.volume_unencrypted = cls.resource_stack.stack_outputs[
"VolumeIdEncryptedUnencrypted"]
cls.volume_encrypted_default = cls.resource_stack.stack_outputs[
"VolumeIdEncryptedDefault"]
cls.volume_encrypted_custom = cls.resource_stack.stack_outputs[
"VolumeIdEncryptedCustom"]
cls.custom_key_arn = cls.resource_stack.stack_outputs[
"EncryptionKeyArn"]
def setUpClass(cls):
if not sys.warnoptions:
import warnings
warnings.simplefilter("ignore")
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(
TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.instance_id = cls.resource_stack.stack_outputs["InstanceId0"]
cls.root_volume = Ec2(region()).get_root_volume(cls.instance_id)
cls.data_volumes = [
cls.resource_stack.stack_outputs["VolumeId0"],
cls.resource_stack.stack_outputs["VolumeId1"]
]
cls.task_runner = get_task_runner(TESTED_ACTION,
KEEP_AND_USE_EXISTING_ACTION_STACK)
cls.ec2 = Ec2(region())
def setUpClass(cls):
cls.ec2 = Ec2(region())
cls.elb = Elb(region())
cls.elbv2 = ElbV2(region())
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.v1_elb_name = cls.resource_stack.stack_outputs["V1LoadBalancerName"]
cls.v2_target_group_arn = cls.resource_stack.stack_outputs["V2TargetGroupArn"]
cls.instance_profile = cls.resource_stack.stack_outputs["InstanceProfile"]
# noinspection PyPep8,PyBroadException
try:
cls.ec2.ec2_service.get(services.ec2_service.KEY_PAIRS, KeyNames=[TESTED_ACTION], region=region())
cls.key_pair = TESTED_ACTION
except:
cls.key_pair = cls.ec2.ec2_client.create_key_pair(KeyName=TESTED_ACTION).get("KeyName")
cls.ami_single_volume = cls.ec2.latest_aws_linux_image["ImageId"]
cls.task_runner = get_task_runner(TESTED_ACTION, KEEP_AND_USE_EXISTING_ACTION_STACK)
def setUpClass(cls):
if not sys.warnoptions:
import warnings
warnings.simplefilter("ignore")
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(
TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.instance_no_cpu_load = cls.resource_stack.stack_outputs[
"InstanceNoCPULoad"]
cls.instance_cpu_load = cls.resource_stack.stack_outputs[
"InstanceCPULoad"]
cls.task_runner = get_task_runner(
TESTED_ACTION,
KEEP_AND_USE_EXISTING_ACTION_STACK,
interval="0/{} * * * ?".format(INTERVAL_MINUTES))
cls.ec2 = Ec2(region())
testing.tags.set_ec2_tag_to_delete(
ec2_client=cls.ec2,
resource_ids=[cls.instance_no_cpu_load, cls.instance_cpu_load])
cls.metrics_client = CloudwatchMetrics(region())
def setUpClass(cls):
if not sys.warnoptions:
import warnings
warnings.simplefilter("ignore")
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(
TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.ec2 = Ec2(region())
cls.instance_id = cls.resource_stack.stack_outputs["InstanceId"]
if KEEP_AND_USE_EXISTING_ACTION_STACK:
cls.ec2.start_instance(cls.instance_id)
testing.tags.set_ec2_tag_to_delete(ec2_client=cls.ec2,
resource_ids=[cls.instance_id])
cls.task_runner = get_task_runner(TESTED_ACTION,
KEEP_AND_USE_EXISTING_ACTION_STACK)
tags = cls.ec2.get_instance_tags(cls.instance_id)
cls.original_tags = {
t: tags[t]
for t in tags if not t.startswith("aws:")
}
def test_copy_snapshot_encrypt_with_custom_key_other_region(self):
destination_ec2 = Ec2(region=remote_region())
self.logger.test("Creating stack in destination region with custom encryption key")
remote_stack = get_resource_stack(TESTED_ACTION, create_resource_stack_func=self.create_remote_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK, region_name=remote_region())
remote_snapshot_copy_id = None
try:
remote_custom_key_arn = remote_stack.stack_outputs["EncryptionKeyArn"]
test_method = inspect.stack()[0][3]
self.cleanup_leftover_source_snapshots(test_method)
self.logger.test("Creating source snapshot")
source_snapshot_unencrypted = self.ec2.create_snapshot(self.volume_unencrypted, tags={
"Name": "Ec2CopySnapshot_{}".format(test_method),
tasklist_tagname(TESTED_ACTION): test_method
}, description="Snapshot for testing Ec2CopySnapshot : {}".format(test_method))
assert (source_snapshot_unencrypted is not None)
self.snapshots.append(source_snapshot_unencrypted["SnapshotId"])
parameters = {
copy_snapshot.PARAM_DESTINATION_REGION: remote_region(),
copy_snapshot.PARAM_ENCRYPTED: True,
copy_snapshot.PARAM_KMS_KEY_ID: remote_custom_key_arn
}
self.snapshots.append(source_snapshot_unencrypted["SnapshotId"])
self.logger.test("Running task")
self.task_runner.run(parameters,
task_name=test_method,
complete_check_polling_interval=10)
self.assertTrue(self.task_runner.success(), "Task executed successfully")
remote_snapshot_copy_id = self.task_runner.results[0].result["copy-snapshot-id"]
self.logger.test("[X] Task completed")
self.logger.test("Checking snapshot copy")
snapshot_copy = destination_ec2.get_snapshot(remote_snapshot_copy_id)
self.assertIsNotNone(snapshot_copy, "Snapshot created in destination region")
self.assertTrue(snapshot_copy["Encrypted"], "Snapshot is encrypted")
self.assertEqual(snapshot_copy["KmsKeyId"], remote_custom_key_arn, "Custom encryption key is used")
self.logger.test("[X] Snapshot created and encrypted")
finally:
if not KEEP_AND_USE_EXISTING_RESOURCES_STACK and remote_stack is not None:
remote_stack.delete_stack(600)
if remote_snapshot_copy_id is not None:
destination_ec2.delete_snapshots([remote_snapshot_copy_id])
def setUpClass(cls):
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK, region_name=region())
assert (cls.resource_stack is not None)
cls.volume_id = cls.resource_stack.stack_outputs["VolumeId0"]
cls.ec2 = Ec2(region())
cls.task_runner = get_task_runner(TESTED_ACTION, KEEP_AND_USE_EXISTING_ACTION_STACK)
def setUpClass(cls):
cls.logger = ConsoleLogger()
cls.resource_stack = get_resource_stack(
TESTED_ACTION,
create_resource_stack_func=cls.create_resource_stack,
use_existing=KEEP_AND_USE_EXISTING_RESOURCES_STACK,
region_name=region())
assert (cls.resource_stack is not None)
cls.dynamodb = DynamoDB(region=region())
cls.table_name = cls.resource_stack.stack_outputs["TableName"]
cls.task_runner = get_task_runner(TESTED_ACTION,
KEEP_AND_USE_EXISTING_ACTION_STACK)
cls.logger.debug(
"Waiting for continuous backups to become available for table {}",
cls.table_name)
assert (cls.dynamodb.wait_until_table_backups_available(
cls.table_name))