Object-oriented computer environment and related method

• US 5,838,970 A
• Filed: 08/14/1997
• Issued: 11/17/1998
• Est. Priority Date: 10/04/1994
• Status: Expired due to Term

• Current Assignee: BancTec Incorporated (Exela Technologies, Inc.)
• Original Assignee: Recognition International, Inc. (Exela Technologies, Inc.)
• Inventors: Thomas, Tony Clifton
• Primary Examiner(s): Banankhan, Majid A.
• Assistant Examiner(s): COURTENAY III, ST JOHN
• Application Number:
  US08/911,428
• Time in Patent Office: 460 Days
• Field of Search: 395/680, 395/683, 707/103
• US Class Current: 719/316
• CPC Class Codes: G06F 9/465 Distributed object oriented systems remote method invocation [RMI] G06F9/548

Abstract

An object-oriented computer environment is managed by storing, in a plurality of repositories accessible during the life cycles of objects, information required to initiate object operations. The repositories can contain location information identifying the storage location of system objects or information indicating preferences for a preselected manner of performing object operations. In another preferred form, the repositories can be assigned to different levels of a hierarchy to control the distribution of stored information.

Claims

1. A method of managing an object-oriented computer environment for use by a plurality of users comprising the steps of:

providing a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle including object creation, object activation and object deletion;

providing a plurality of object brokers to manage said objects in performance of said object operations;

storing, in a plurality of location repositories separate from said object implementation repositories, location information identifying the storage locations of respective ones of said object implementation repositories;

causing the object brokers to access the information in at least one of said repositories during the life cycles of one or more of said objects; and

using the information within the repositories during the life cycles of said objects to manage the use of system resources by said objects.

2. The method of claim 1 which further comprises:

accessing the object by retrieving said location information from one of the repositories and thereafter using the retrieved information to locate the object; and

changing said location information in response to a change in said storage location for an object.

4. The method of claim 2 wherein:

new objects are created, as needed, and said location information is changed to assign locations within the environment at which said new objects are stored.

3. The method of claim 3 wherein:

said location information is changed in the course of object operations.

5. A method of managing an object-oriented computer environment for use by a plurality of users comprising the steps of:

providing a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle including object creation, object activation and object deletion;

providing a plurality of object brokers to manage said objects in the performance of said object operations;

storing, in a plurality of profile repositories separate from said object implementation repositories, information indicating preferences for a preselected manner of performing said object operations;

causing the object brokers to access the information in at least one of said repositories during the life cycles of one or more of said objects; and

using the information within the repositories during the life cycles of said objects to manage the use of system resources by said objects.

6. The method of claim 5 which further comprises:

initiating object operations by retrieving said preference information from one of the profile repositories and thereafter using said preference information in the performance of said operations.

7. The method of claim 6 wherein:

said preference information is changed in the course of object operations.

8. The method of claim 5 wherein:

the information within at least one of said profile repositories includes information as to preferences of at least one user for a preselected manner of performing object operations, said preference including system resource information; and

said profile repository provides said user preference information in response to user identification.

9. The method of claim 8 wherein:

said user identification messages include information as to a type of object to be implemented and a type of operating system to be used.

10. The method of claim 5 wherein:

at least one of said profile repositories contains search information and information specifying default preferences for a preselected manner of performing object operations within a preselected service category; and

said at least one profile repository provides said default preferences in response to messages including search criteria and identifying said service category.

11. The method of claim 10 wherein:

said identifying messages further identify a type of object to be implemented and a type of operating system to be used.

12. The method of claim 5 wherein:

at least one of said profile repositories contains search information and information specifying default preferences for a preselected manner of performing object operations within a preselected geographic service category; and

said at least one profile repository provides said default system preferences in response to messages including search criteria and identifying said geographic service category.

13. The method of claim 5 wherein:

the contents of said at least one profile repository further specifies restrictions on which of the object brokers can be used to manage a particular object in the performance of object operations.

14. A method of managing an object-oriented computer environment for use by a plurality of users comprising the steps of:

providing a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle for performing object operations, each of said objects having a life cycle;

providing a plurality of object brokers to manage said objects in the performance of said object operations;

storing, in a plurality of system profile repositories, separate from said object implementation repositories, information to perform object operations;

assigning said implementation repositories to different levels of a hierarchy, said levels including at least a parent level, a peer level and a child level;

accessing information in at least one of said implementation repositories to activate one or more of said objects; and

the information stored in said system profile repositories including access information required to access the contents of said implementation repositories, said access information including information for at least one of said parent level, said peer level or said child level of said hierarchy.

15. The method of claim 14 wherein:

the system profile repositories are themselves assigned to different levels of said hierarchy and said access information includes information required to access other system profile repositories.

16. The method of claim 14 wherein:

the repositories at different levels of said hierarchy pass queries to each other to locate requested information.

17. The method of claim 14 wherein:

the repositories perform operations to replicate said information within and between said levels of said hierarchy, as required to make the information accessible throughout the computer environment.

18. The method of claim 17 wherein:

a preselected one of the repositories at each level of the hierarchy replicates changes in said information to the other repositories at the same level.

19. The method of claim 17 wherein:

at least one of the repositories at each level of the hierarchy replicates changes in said information to the repositories at the next lower level.

20. The method of claim 14 wherein:

one of said repositories passes a query to another of said repositories at a different level of the hierarchy when said one repository does not contain information requested by a computing entity of said environment.

21. The method of claim 20 wherein:

said other of said repositories is located above said one of said repositories in the hierarchy.

22. The method of claim 20 wherein:

said other of said repositories queries an additional repository at another level of said hierarchy if said other repository does not contain the requested information.

23. The method of claim 22 wherein:

the repository at which the requested information is ultimately found communicates the requested information or its address to said one of said repositories; and

said one of said repositories, in turn, communicates the requested information or its address to the computing entity requesting it.

24. The method of claim 23 wherein:

said one of said repositories replicates the requested information for storage therein.

25. An object-oriented computer environment for use by a plurality of users comprising:

a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle including object creation, object activation and object deletion;

a plurality of object brokers capable of managing said objects in the performance of said object operations; and

a plurality of location repositories separate from said object implementation repositories which contain location information indicating the storage locations within the environment of respective ones of said object implementation repositories, the information within said repositories being useable during the life cycles of said objects to manage the use of system resources by said objects.

26. The object-oriented computer environment of claim 25 wherein:

said location information is changed in response to a change in said location at which said object is stored.

27. The object-oriented computer environment of claim 26 wherein:

said location information is changeable in the course of object operations.

28. The object-oriented computer environment of claim 26 wherein:

said location information is changeable to assign a location within the environment at which a new object is stored when it is created.

29. An object-oriented computer environment for use by a plurality of users comprising:

a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle including object creation, object activation and object deletion;

a plurality of object brokers capable of managing said objects in the performance of said object operations; and

a plurality of profile repositories separate from said object implementation repositories which contain location information indicating the preferences for a preselected manner of performing object operations, the information within said repositories being useable during the life cycles of said objects to manage the use of system resources by said objects.

30. The object-oriented computer environment of claim 29 wherein:

said preferences are stored after an object type associated with said object operations is installed in said computer environment.

31. The object-oriented computer environment of claim 30 wherein:

said preference information is changeable in the course of object operations.

32. The object-oriented computer environment of claim 29 wherein:

the information within at least one of said profile repositories includes information as to preferences of at least one user for a preselected manner of performing said object operations, said preferences including system resource information, said user preference information being provided by said repository in response to user identification messages.

33. The object-oriented computer environment of claim 32 wherein:

said user identification messages include information as to a type of object to be implemented and a type of operating system to be used.

34. The object-oriented environment of claim 29 wherein:

at least one of said profile repositories contains search information and information specifying default preferences for a preselected manner of performing object operations within a preselected service category, said default preferences being provided in response to messages including search criteria and identifying said service category.

35. The object-oriented computer environment of claim 34 wherein:

said identifying messages further identify a type of object to be implemented and a type of operating system to be used.

36. The object-oriented computer environment of claim 29 wherein:

at least one of said profile repositories contains search information and information specifying default preferences for a preselected manner of performing object operations within a preselected geographic service category, said default characteristics being provided in response to messages including search criteria and identifying said geographic service category.

37. The object-oriented computer environment of claim 29 wherein:

the contents of said at least one profile repository further specifies restrictions on which of the object brokers can be used to manage a particular object.

38. An object-oriented computer environment for use by a plurality of users comprising:

a plurality of objects stored in object implementation repositories for performing object operations, each of said objects having a life cycle, said implementation repositories being assigned to different levels of a hierarchy including at least a parent level, a peer level and a child level;

a plurality of object brokers capable of managing said objects in the performance of said object operations; and

a plurality of system profile repositories repositories separate from said object implementation repositories which themselves are processing entities that process queries for information, said system profile repositories containing access information required to access the information in said implementation repositories, said access information including information for at least one of a parent level, a peer level and a child level.

39. The object-oriented computer environment of claim 38 wherein:

the system profile repositories are themselves assigned to different levels of said hierarchy and said access information includes information required to access other system profile repositories.

40. The object-oriented computer environment of claim 38 wherein:

the repositories at different levels of said hierarchy pass queries to each other to locate requested information.

41. The object-oriented computer environment of claim 38 wherein:

the repositories are capable of replicating information within and between said levels of said hierarchy, as required to make the information accessible throughout the computer environment.

42. The object-oriented computer environment of claim 41 wherein:

a preselected one of the repositories at each level of the hierarchy is capable of replicating changes in said information to the other repositories at the same level.

43. The object-oriented computer environment of claim 41 wherein:

at least one of the repositories at each level of the hierarchy is capable of replicating changes in said information to the repositories at the next lower level.

44. The object-oriented computer environment of claim 38 wherein:

one of said repositories is capable of querying another of said repositories at a different level of said hierarchy when said one repository does not contain information requested by a computing entity of said environment.

45. The object-oriented computer environment of claim 44 wherein:

said other of said repositories is located above said one of said repositories in the hierarchy.

46. The object-oriented computer environment of claim 44 wherein:

said other of said repositories is capable of querying an additional repository at another level of said hierarchy if said other repository does not contain the requested information.

47. The object-oriented computer environment of claim 46 wherein:

the repository at which the requested information is ultimately found is capable of communicating the requested information or its address to said one of said repositories; and

said one of said repositories, in turn, communicates the requested information or its address to the computing entity requesting it.

48. The object-oriented computer environment of claim 47 wherein:

said one of said repositories is capable of replicating the requested information for storage therein.