def _verify_apphook(apphook, namespace):
 apphook_pool.discover_apps()
 if isinstance(apphook, CMSApp):
  try:
   assert (apphook.__class__ in [app.__class__ for app in apphook_pool.apps.values()])
  except AssertionError:
   print apphook_pool.apps.values()
   raise
  apphook_name = apphook.__class__.__name__
 elif (hasattr(apphook, '__module__') and issubclass(apphook, CMSApp)):
  return apphook.__name__
 elif isinstance(apphook, six.string_types):
  try:
   assert (apphook in apphook_pool.apps)
  except AssertionError:
   print apphook_pool.apps.values()
   raise
  apphook_name = apphook
 else:
  raise TypeError('apphook must be string or CMSApp instance')
 if (apphook_pool.apps[apphook_name].app_name and (not namespace)):
  raise ValidationError('apphook with app_name must define a namespace')
 return apphook_name

def _verify_apphook ( apphook , namespace ) : apphook_pool . discover_apps ( ) if isinstance ( apphook , CMSApp ) : try : assert ( apphook . __class__ in [ app . __class__ for app in apphook_pool . apps . values ( ) ] ) except AssertionError : print apphook_pool . apps . values ( ) raise apphook_name = apphook . __class__ . __name__ elif ( hasattr ( apphook , '__module__' ) and issubclass ( apphook , CMSApp ) ) : return apphook . __name__ elif isinstance ( apphook , six . string_types ) : try : assert ( apphook in apphook_pool . apps ) except AssertionError : print apphook_pool . apps . values ( ) raise apphook_name = apphook else : raise TypeError ( 'apphook must be string or CMSApp instance' ) if ( apphook_pool . apps [ apphook_name ] . app_name and ( not namespace ) ) : raise ValidationError ( 'apphook with app_name must define a namespace' ) return apphook_name
verifies the apphook given is valid and returns the normalized form .