def get_all_links(main_object):
"""
Get all objects that are linked but
not dependent to the specified object.
"""
links = SortedDict()
fields = get_links(main_object.__class__)
if fields :
for name, field in fields.items() :
link = getattr(cast_object_to_leaf_class(main_object), name)
objects = [cast_object_to_leaf_class(k) for k in link.all()]
if objects :
links[field['class'].__name__] = objects
return links
def get_all_dependencies(main_object, all_dependencies=None, level=0, starting_point=True, recursive=True):
"""
Get recursively all objects which life
cycle is depending on the specified object.
"""
if starting_point :
all_dependencies = list()
fields = get_dependencies(main_object.__class__)
for name, field in fields.items() :
lst = list()
cast = cast_object_to_leaf_class(main_object)
if (field['type'] != 'reverse_o2o'):
link = getattr(cast, name)
all = link.all()
lst.extend(list([cast_object_to_leaf_class(k) for k in all]))
else :
try :
link = getattr(cast, name)
lst.append(link)
except :
pass
objects = [(k.__class__.__name__, k, field['is_required'], 20 * level) for k in lst]
if recursive and not field['type'] in ['m2m', 'reverse_m2m'] :
for item in objects :
all_dependencies.append(item)
child_object = cast_object_to_leaf_class(item[1])
cls = child_object.__class__
get_all_dependencies(child_object, all_dependencies, level + 1, starting_point=False)
else :
all_dependencies.extend(objects)
if starting_point == True :
return all_dependencies
