def _generate_property_info(self, prop_name, lom_object):
try:
real_prop = getattr(lom_object, prop_name)
if not isinstance(real_prop,
HIDDEN_TYPES) and not is_class(real_prop):
prop_type = real_prop.__class__.__name__
if prop_name in TUPLE_TYPES:
type_name = TUPLE_TYPES[prop_name].__name__
self._lists_of_children.append((prop_name, type_name))
elif prop_name in PROPERTY_TYPES.keys():
type_name = (real_prop.__class__ if real_prop != None else
PROPERTY_TYPES[prop_name]).__name__
self._children.append((prop_name, type_name))
elif prop_name == 'canonical_parent':
if real_prop != None:
self._children.append((prop_name, prop_type))
elif callable(real_prop):
if not prop_name.endswith('_listener'):
self._functions.append((prop_name, ))
elif prop_type not in ('type', 'Enum'):
info_type = 'int' if isinstance(real_prop,
ENUM_TYPES) else prop_type
self._properties.append((prop_name, info_type))
except (AssertionError, RuntimeError):
pass
def _generate_property_info(self, prop_name, lom_object, epii_version):
try:
real_prop = getattr(lom_object, prop_name)
if not is_class(real_prop):
prop_info = get_exposed_property_info(type(lom_object),
prop_name, epii_version)
prop_type = real_prop.__class__.__name__
if prop_info and prop_info.format == MFLPropertyFormats.JSON:
self._properties.append((prop_name, 'dict'))
elif prop_name in TUPLE_TYPES:
self._add_list_of_children(prop_name)
elif prop_name in PROPERTY_TYPES.keys():
self._add_child(real_prop, prop_name)
elif prop_name == 'canonical_parent':
if real_prop != None:
self._children.append((prop_name, prop_type))
elif callable(real_prop):
if not prop_name.endswith('_listener'):
self._functions.append((prop_name, ))
elif prop_type not in ('type', 'Enum'):
info_type = 'int' if isinstance(real_prop,
ENUM_TYPES) else prop_type
self._properties.append((prop_name, info_type))
except (AssertionError, RuntimeError):
pass
return
def _create_introspection_for_dir(self, directory):
for attr_name in list(dir(directory)):
try:
attribute = getattr(directory, attr_name)
if attribute not in self._excluded:
if self._process_module(attribute) or is_class(attribute):
self._create_introspection_for_module_or_class(attribute)
except:
pass
def _create_introspection_for_dir(self, directory):
for attr_name in list(dir(directory)):
try:
attribute = getattr(directory, attr_name)
if attribute not in self._excluded:
if self._process_module(attribute) or is_class(attribute):
self._create_introspection_for_module_or_class(attribute)
except:
pass
def _generate_property_info(self, prop_name, lom_object):
try:
real_prop = getattr(lom_object, prop_name)
if not is_class(real_prop):
prop_type = real_prop.__class__.__name__
if prop_name in TUPLE_TYPES:
self._add_list_of_children(prop_name)
elif prop_name in PROPERTY_TYPES.keys():
self._add_child(real_prop, prop_name)
elif prop_name == 'canonical_parent':
if real_prop != None:
self._children.append((prop_name, prop_type))
elif callable(real_prop):
if not prop_name.endswith('_listener'):
self._functions.append((prop_name,))
elif prop_type not in ('type', 'Enum'):
info_type = 'int' if isinstance(real_prop, ENUM_TYPES) else prop_type
self._properties.append((prop_name, info_type))
except (AssertionError, RuntimeError):
pass
def _is_relevant_class(self, class_object):
return is_class(class_object) and hasattr(class_object, '__module__') and sys.modules.get(class_object.__module__) in self._lom_modules and class_object not in self._lom_classes and class_object not in self._excluded
def _is_relevant_class(self, class_object):
return is_class(class_object) and hasattr(class_object, '__module__') and sys.modules.get(class_object.__module__) in self._lom_modules and class_object not in self._lom_classes and class_object not in self._excluded
