def download_udocker_image(self):
self.save_tmp_udocker_env()
SysUtils.execute_command_with_msg(
self.udocker_exec + ["pull", self.aws.lambdaf.image],
cli_msg="Downloading container image")
self._create_udocker_container()
self._set_udocker_local_registry()
self.restore_udocker_env()
def _validate_container_size(self, max_payload_size):
if FileUtils.get_tree_size(self.udocker_dir) < (max_payload_size / 2):
ucmd = self.udocker_exec + [
"create", "--name=lambda_cont", self.aws.lambdaf.image
]
SysUtils.execute_command_with_msg(
ucmd, cli_msg="Creating container structure")
elif FileUtils.get_tree_size(self.udocker_dir) > max_payload_size:
FileUtils.delete_folder(
FileUtils.join_paths(self.udocker_dir, "containers"))
else:
self.aws.lambdaf.environment['Variables']['UDOCKER_LAYERS'] = \
'/var/task/udocker/containers/'
def prepare_udocker_image(self):
self._save_tmp_udocker_env()
cmd_out = SysUtils.execute_command_with_msg(self._udocker_exec + ["load", "-i",
self.resources_info.get('lambda').get('container').get('image_file')],
cli_msg="Loading image file")
# Get the image name from the command output
self.resources_info['lambda']['container']['image'] = cmd_out.split('\n')[1]
self._set_udocker_local_registry()
self._restore_udocker_env()
def prepare_udocker_image(self):
self.save_tmp_udocker_env()
image_path = FileUtils.join_paths(FileUtils.get_tmp_dir(),
"udocker_image.tar.gz")
FileUtils.copy_file(self.aws.lambdaf.image_file, image_path)
cmd_out = SysUtils.execute_command_with_msg(
self.udocker_exec + ["load", "-i", image_path],
cli_msg="Loading image file")
# Get the image name from the command output
self.aws.lambdaf.image = cmd_out.split('\n')[1]
self._create_udocker_container()
self.aws.lambdaf.environment['Variables'][
'IMAGE_ID'] = self.aws.lambdaf.image
self._set_udocker_local_registry()
self.restore_udocker_env()