opengate.base
=============

.. py:module:: opengate.base


Classes
-------

.. autoapisummary::

   opengate.base.MetaUserInfo
   opengate.base.MetaUserInfoSingleton
   opengate.base.GateObjectSingleton
   opengate.base.GateObject


Functions
---------

.. autoapisummary::

   opengate.base.process_cls
   opengate.base.check_property_name
   opengate.base.check_property
   opengate.base.digest_user_info_defaults
   opengate.base.add_properties_to_class
   opengate.base._make_property
   opengate.base.make_docstring
   opengate.base.restore_userinfo_properties
   opengate.base.attach_methods
   opengate.base.recursive_userinfo_to_dict
   opengate.base.find_paths_in_gate_object_dictionary
   opengate.base.recursively_search_object
   opengate.base.find_all_gate_objects
   opengate.base.find_all_paths
   opengate.base._get_user_info_options
   opengate.base.create_gate_object_from_dict


Module Contents
---------------

.. py:class:: MetaUserInfo

   Bases: :py:obj:`type`


   .. py:attribute:: _created_classes


   .. py:method:: __call__(*args, **kwargs)


.. py:class:: MetaUserInfoSingleton

   Bases: :py:obj:`type`


   .. py:attribute:: _instances


   .. py:attribute:: _created_classes


   .. py:method:: __call__(*args, **kwargs)


.. py:function:: process_cls(cls)

   Digest the class's user_infos and store the augmented class
   in a dictionary inside the meta class which handles the class creation.
   Note: type(cls) yields the meta class MetaUserInfo or MetaUserInfoSingleton,
   depending on the class in question (e.g. GateObject, GateObjectSingleton).


.. py:function:: check_property_name(name)

.. py:function:: check_property(property_name, value, defaultvalue)

.. py:function:: digest_user_info_defaults(cls)

.. py:function:: add_properties_to_class(cls, user_info_defaults)

   Add user_info defaults as properties to class if not yet present.


.. py:function:: _make_property(property_name, options=None, container_dict=None)

   Return a property that stores the user_info item in a
   dictionary which is an attribute of the object (self).



.. py:function:: make_docstring(cls, user_info_defaults)

.. py:function:: restore_userinfo_properties(cls, attributes)

.. py:function:: attach_methods(GateObjectClass)

   Convenience function to avoid redundant code.
   Can be used to add common methods to classes
   that differ otherwise, e.g. GateObject and GateObjectSingleton.



.. py:class:: GateObjectSingleton

   .. py:attribute:: user_info_defaults


.. py:class:: GateObject

   .. py:attribute:: user_info_defaults


   .. py:method:: clone_user_info(other_obj)


   .. py:method:: to_dictionary()


   .. py:method:: from_dictionary(d)


.. py:function:: recursive_userinfo_to_dict(obj)

   Walk recursively across entries of user_info and convert to appropriate structure.
   Dictionary-like structures are mapped to dictionary and walked across recursively.
   List-like structures are mapped to lists and walked across recursively.
   GateObject-like objects are converted through their to_dictionary() method.
   All other input (presumably common data types including numpy structures) is left untouched.


.. py:function:: find_paths_in_gate_object_dictionary(go_dict, only_input_files=False)

.. py:function:: recursively_search_object(obj, condition=lambda x: True)

.. py:function:: find_all_gate_objects(dct)

.. py:function:: find_all_paths(dct)

.. py:function:: _get_user_info_options(user_info_name, object_type, class_module)

   Utility function to retrieve the options associated with a user info given the class name,
   the module in which the class is defined, and the name of the user info.


.. py:function:: create_gate_object_from_dict(dct)

   Function to (re-)create an object derived from GateObject based on a dictionary.

   Used as part of the deserialization chain, when reading simulations stored as JSON file.