def install_nodecellar(self):
nc_inputs = {'resource_suffix': os.environ['CIRCLE_BUILD_NUM']}
if utils.install_nodecellar(
blueprint_file_name=self.blueprint_file_name,
inputs=nc_inputs) != 0:
raise Exception('nodecellar install failed.')
utils.execute_scale('nc')
self.check_resources_in_deployment('nc')
def check_nodecellar(self):
aws_nodes = [
'security_group', 'haproxy_nic', 'nodejs_nic', 'mongo_nic',
'nodecellar_ip'
]
monitored_nodes = [
'haproxy_frontend_host', 'nodejs_host', 'mongod_host'
]
failed = utils.install_nodecellar(
blueprint_file_name=self.blueprint_file_name)
if failed:
raise Exception('Nodecellar install failed.')
del failed
self.addCleanup(self.cleanup_deployment, 'nc')
failed = utils.execute_scale('nc', scalable_entity_name='nodejs_group')
if failed:
raise Exception('Nodecellar scale failed.')
del failed
deployment_nodes = \
utils.get_deployment_resources_by_node_type_substring(
'nc', 'cloudify')
self.check_resources_in_deployment_created(deployment_nodes, aws_nodes)
self.check_resources_in_deployment_created(deployment_nodes,
monitored_nodes)
blueprint_dir = tempfile.mkdtemp()
blueprint_zip = os.path.join(blueprint_dir, 'blueprint.zip')
blueprint_archive = 'nodecellar-auto-scale-auto-heal-blueprint-master'
download_path = \
os.path.join(blueprint_dir, blueprint_archive, 'aws.yaml')
blueprint_path = utils.create_blueprint(utils.NODECELLAR,
blueprint_zip, blueprint_dir,
download_path)
skip_transform = [
'aws', 'vpc', 'public_subnet', 'private_subnet',
'ubuntu_trusty_ami'
]
new_blueprint_path = utils.create_external_resource_blueprint(
blueprint_path,
aws_nodes,
deployment_nodes,
resource_id_attr='aws_resource_id',
nodes_to_keep_without_transform=skip_transform)
failed = utils.execute_command(
'cfy install {0} -b nc-external'.format(new_blueprint_path))
if failed:
raise Exception('Nodecellar external install failed.')
failed = utils.execute_uninstall('nc-external')
if failed:
raise Exception('Nodecellar external uninstall failed.')
failed = utils.execute_uninstall('nc')
if failed:
raise Exception('Nodecellar uninstall failed.')
del failed
self.check_resources_in_deployment_deleted(deployment_nodes, aws_nodes)
self.check_resources_in_deployment_deleted(deployment_nodes,
monitored_nodes)
def check_nodecellar(self):
nc_inputs = {
'resource_prefix':
'cfy-nc-{0}'.format(os.environ['CIRCLE_BUILD_NUM'])
}
# Add Cleanup method to clean "nc" whenever tests fail or pass
self.addCleanup(self.cleanup_deployment, 'nc')
# Check if executing install workflow passed or not
if utils.install_nodecellar(
blueprint_file_name=self.blueprint_file_name,
inputs=nc_inputs) != 0:
raise Exception('nodecellar install failed.')
# Check if executing scale workflow passed or not
utils.execute_scale('nc')
for node_type in CFY_NODES_PATTERNS:
nc_resources = self.get_resources_from_deployment('nc', node_type)
self.check_resource_method(nc_resources)
def check_nodecellar(self):
nc_inputs = {
'resource_prefix':
'cfy-nc-{0}'.format(os.environ['CIRCLE_BUILD_NUM'])
}
# Add Cleanup method to clean "nc" whenever tests fail or pass
self.addCleanup(self.cleanup_deployment, 'nc')
# Check if executing install workflow passed or not
if utils.install_nodecellar(
blueprint_file_name=self.blueprint_file_name,
inputs=nc_inputs) != 0:
raise Exception('nodecellar install failed.')
# Check if executing scale workflow passed or not
utils.execute_scale('nc')
for node_type in CFY_NODES_PATTERNS:
nc_resources = self.get_resources_from_deployment('nc', node_type)
self.check_resource_method(nc_resources)
def check_nodecellar(self):
failed = utils.install_nodecellar(
blueprint_file_name=self.blueprint_file_name)
if failed:
raise Exception('Nodecellar install failed.')
del failed
self.addCleanup(self.cleanup_deployment, 'nc')
failed = utils.execute_scale('nc', scalable_entity_name='nodejs_group')
if failed:
raise Exception('Nodecellar scale failed.')
del failed
deployment_nodes = self.get_nc_deployment_nodes()
self.check_resources_in_deployment_created(deployment_nodes,
NC_AWS_NODES)
self.check_resources_in_deployment_created(deployment_nodes,
NC_MONITOTED_NODES)