Abstract: A system, method and article of manufacture for automatically inserting object services such as persistence, concurrency, recoverability, security and distribution into binary classes in an information handling system employing object oriented technology, includes the steps of registering a description of a class in a name service context, searching the name service context for a class object referred to as a factory with desired constraints on properties, whether the object is operable in a predetermined operational environment, where the search excludes object services constraints, for classes which are found by the search, first select those classes which already support the object services constraints, create in the operational environment a class object with the desired object services features, and adding a particular object services feature if the original class provide the desired feature, and returning the class object to the caller which can then use the class object to create multiple instances the

Abstract: A system for mapping data between a selected object and a persistent medium in an object-oriented computer system is disclosed, wherein the data is manipulated by processing methods associated with the object. The system selects a target to which the data is to be mapped and converts the data invoking to an environment type in which the data is to be mapped. The system further constructs a mapping method associated with the mapping request for mapping between the selected object and the persistent medium, where the method group consists of "store new", "store existing", "restore", and "delete". Further, a method is also disclosed for mapping a data structure between an object, which is in a class object, and a persistent medium in an object-oriented environment. The method includes receiving a request to map the data structure between the object and the persistent medium at the object. The request is sent from the identification object to the class object.

Abstract: A method in a data processing system for optimizing access to a Datastore in an object-oriented environment. The data processing system includes an object and an identification object, wherein the identification object is an instance of a class object. The method includes receiving a request to open the Datastore at the identification object. The request is sent from the identification object its class object in response to receiving the request. Then whether the Datastore is open is determined in response to receiving the request at the class object. The Datastore is opened in response to the Datastore being closed and a message is sent to the identification object indicating that the Datastore has been opened. If the Datastore is already open, a message to the identification object indicating that the Datastore has been opened, wherein access to the Datastore is optimized.