def calc_changed_groups(self, force_no_changed=False): """Defines which groups has been changed their driver values to be used to render group bands""" changed = force_no_changed # Stores the previous group values self._groups_working_values = self._groups_values.copy() # Loops on groups until find the first changed, then all under it are considered # changed also for group in self.report.groups: # Gets the current value to compare with the old one current_value = get_attr_value(self._current_object, group.attribute_name) # Set changed as True if if wasn't and there is a change changed = changed or current_value != self._groups_values.get( group, None) # Stores new values self._groups_changed[group] = changed self._groups_values[group] = current_value # Appends to the stack if changed: self._groups_stack.append(group)
def calc_changed_groups(self, force_no_changed=False): """Defines which groups has been changed their driver values to be used to render group bands""" changed = force_no_changed # Stores the previous group values self._groups_working_values = self._groups_values.copy() # Loops on groups until find the first changed, then all under it are considered # changed also for group in self.report.groups: # Gets the current value to compare with the old one current_value = get_attr_value(self._current_object, group.attribute_name) # Set changed as True if if wasn't and there is a change changed = changed or current_value != self._groups_values.get(group, None) # Stores new values self._groups_changed[group] = changed self._groups_values[group] = current_value # Appends to the stack if changed: self._groups_stack.append(group)
def filter_object(obj): for k, v in list(filter_dict.items()): if get_attr_value(obj, k) != v: return False return obj
def filter_object(obj): for k,v in filter_dict.items(): if get_attr_value(obj, k) != v: return False return obj