def __init__(self, descriptor, path, artifact_dir):
self._artifact_dir = artifact_dir
self.path = path
self.schema = get_image_schema().copy()
# calling Descriptor constructor only here (we don't want Image() to mess with schema)
super(Image, self).__init__(descriptor)
self.skip_merging = ['description',
'version',
'name',
'release',
'help']
self._prepare()
self.name = self._descriptor['name']
self._descriptor['execute'] = [Execute(x, self.name)
for x in self._descriptor.get('execute', [])]
import cekit
from cekit.descriptor import Image, ExecuteContainer
from cekit.descriptor.image import get_image_schema
module_schema = get_image_schema()
module_schema['map']['name'] = {'type': 'str'}
module_schema['map']['version'] = {'type': 'text'}
module_schema['map']['execute'] = {'type': 'any'}
class Module(Image):
"""Represents a module.
Constructor arguments:
descriptor_path: A path to module descriptor file.
"""
def __init__(self, descriptor, path, artifact_dir):
self._artifact_dir = artifact_dir
self.path = path
schema = module_schema.copy()
self.schemas = [schema]
# calling Descriptor constructor only here (we dont wat Image() to mess with schema)
super(Image, self).__init__(descriptor)
self.skip_merging = ['description', 'version', 'name', 'release']
self._prepare()
self.name = self._descriptor['name']
self._descriptor['execute'] = ExecuteContainer(
self._descriptor.get('execute', []), self.name)
from cekit.descriptor import Image
from cekit.descriptor.image import get_image_schema
overrides_schema = get_image_schema()
overrides_schema['map']['name'] = {'type': 'str'}
overrides_schema['map']['version'] = {'type': 'text'}
class Overrides(Image):
def __init__(self, descriptor, artifact_dir):
self._artifact_dir = artifact_dir
self.path = artifact_dir
schema = overrides_schema.copy()
self.schema = schema
# calling Descriptor constructor only here (we dont wat Image() to mess with schema)
super(Image, self).__init__(descriptor)
self._prepare()