def before_all(context):
mongo_uri = 'mongodb://{0}:27017/deployer'.format(os.getenv("MONGO_HOST", 'localhost'))
Context(context).set_mongo_uri(mongo_uri)
__build_apps(context)
os.environ['TARGET_ENV'] = TARGET_ENV
os.environ['REST_API_ID'] = 'y404vvoq21'
if __is_aws_mode(context):
context.aws_uri = "911479539546.dkr.ecr.us-east-1.amazonaws.com/"
context.minikube = None
__push_apps_aws(Context(context).all_apps())
context.domain = "heed-dev.io"
else:
K8sDriver.add_node_label('type', 'node')
context.minikube = subprocess.check_output('minikube ip', shell=True)[:-1]
context.aws_uri = ''
context.domain = "minikube"
def __create_namespace(context):
namespace = __create_namespace_name().lower()
print ("namespace:%s" % namespace)
k8s = K8sDriver(namespace, context.minikube)
k8s.create_namespace()
Context(context).set_default_namespace(namespace)
k8s.upload_config_folder('global-configs')
k8s.upload_config('log4j.xml', 'log4j', 'log4j2.xml')
k8s.create_secret('features/config/secret.yml', namespace)
k8s.deploy('features/support/deployer-shell.yml')
def service_updated(context, name, version):
K8sDriver(Context(context).default_namespace()).verify_get(
'%s/version' % url_for(Context(context).get_app_for(name, version)),
lambda response: json.loads(response)['version'] == version)
def should_have_ingress(context):
service_name = context.config.userdata['lastDeployed']._service_name
K8sDriver(Context(context).default_namespace()).has_ingress(service_name)
def should_exist_autoscaler(context):
service_name = context.config.userdata['lastDeployed']._service_name
K8sDriver(
Context(context).default_namespace()).has_autoscaler(service_name)
def service_is_serving(context, service_name):
K8sDriver(Context(context).default_namespace()).wait_to_serve(
context.config.userdata['apps'][service_name])
def after_scenario(context, scenario):
for ns in Context(context).pop_namespaces_to_delete():
K8sDriver(ns).delete_namespace()
def jobs_were_invoked_on_service(context, service, version):
K8sDriver(Context(context).default_namespace()).verify_get(
'%s/state' % url_for(Context(context).get_app_for(service, version)),
lambda output: json.loads(output)['state']
)
def validate_config_uploaded(context, config_name, namespace=None):
ns = Context(context).default_namespace() if namespace is None else namespace
K8sDriver(ns, context.minikube).verify_config_is(LocalConfig(config_name).content())
def validate_config_uploaded(context, config_folder, namespace=None):
ns = Context(context).default_namespace() if namespace is None else namespace
K8sDriver(ns, context.minikube).verify_all_configs_in_folder(LocalConfig(config_folder).get_path())
def clear_namespace(context, namespace):
K8sDriver(namespace, context.minikube).delete_namespace()
Context(context).add_namespace_to_delete(namespace)
def verify_port_available(context):
K8sDriver(Context(context).default_namespace()).verify_get(
'%s/greet' % url_for(Context(context).last_deployed_app(), 5000),
lambda output: output == "Hello Ported")
def pod_running(context):
K8sDriver(Context(context).default_namespace(), context.minikube).verify_app_is_running(
Context(context).last_deployed_app())
def verify_config_was_overriden(context):
K8sDriver(Context(context).default_namespace()).verify_get(
'%s/greeting' % url_for(Context(context).last_deployed_app()),
lambda output: output == 'Hello overridden world')
def upload_config(context, config_name):
K8sDriver(Context(context).default_namespace(),
context.minikube).upload_config_folder(config_name)