Information repository system and method for an internet portal system

• US 20020103818A1
• Filed: 04/30/2001
• Published: 08/01/2002
• Est. Priority Date: 05/04/2000
• Status: Abandoned Application

• Current Assignee: Kickfire, Inc. (Teradata Corporation)
• Original Assignee: Kirkfire Incorporated
• Inventors: Amberden, Bruce
• Application Number:
  US09/846,692
• Publication Number:
  US 20020103818A1
• Time in Patent Office: Days
• US Class Current: 707/205
• CPC Class Codes: G06F 16/954 Navigation, e.g. using categorised browsing
• CPC Class Codes: G06F 16/958 Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
• CPC Class Codes: G06F 16/972 Access to data in other repository systems, e.g. legacy data or dynamic Web page generation

Abstract

A repository portal includes a repository database, file repository and repository APIs handled by a stream as metadata catalog which lists file and database data in the repository. Access to database and file data is possible via the stream. From a user'"'"'s point of view, the stream provides a common point from which to access and manage both database data and file data, the distinction being limited to differing storage class keywords in the xMIME typing system. The xMIME typing system “extends” the MIME typing system to add the storage class to the general and specific types. A general class keyword is also preferably added to the xMIME expression for distinctly typing different kinds of content.

Claims

1. A data repository portal running on one or more computers for managing information, comprising:

a set of repository API'"'"'s for interfacing the repository with a computer network;

a file repository containing file data; and

a repository database including a stream table having entries for said file data and for database data, such that said file data and said database data are managed within a same data storage environment.

2. The data repository of claim 1, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

3. A data repository running on one or more computers for managing information, comprising:

a set of repository API'"'"'s for interfacing the repository with a computer network;

a file repository containing file data; and

a repository database including a stream table having entries for said file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

4. The data repository of claim 3, wherein said extended MIME typing, according to which said stream entries are indexed according to, further includes a general class for distinctly classifying kinds of content within said same data storage environment.

5. The data repository of claim 3, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

6. A data repository running on one or more computers for managing information, comprising:

a set of repository API'"'"'s for interfacing the repository with a computer network;

a file repository containing file data; and

a repository database including a stream table having entries for said file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment.

7. The data repository of claim 6, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

8. A repository database stored on one or more computers, comprising a stream table having entries for file data and for database data, such that said file data and said database data are managed within a same data storage environment.

9. The repository database of claim 8, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

10. A repository database stored on one or more computers, comprising a stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

11. The repository database of claim 10, wherein said extended MIME typing further includes a general class for distinctly classifying kinds of content within said same data storage environment.

12. The repository database of claim 10, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

14. The repository database of claim 13, wherein said stream table further includes at least one stream connector entry for establishing a connection with another repository database.

17. The repository database of claim 16, wherein said extended MIME typing further includes a general class.

20. The repository database of claim 19, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

21. The repository database of claim 20, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

22. The repository database of claim 19, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

24. The repository database of claim 23, wherein said extended MIME typing further includes a general class for distinctly classifying kinds of content within said same data storage environment.

25. The repository database of claim 23, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

26. The repository database of claim 25, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

27. The repository database of claim 23, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

29. The repository database of claim 28, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

30. The repository database of claim 29, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

31. The repository database of claim 28, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

13. A repository database stored on one or more computers, comprising a stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment.

15. A repository database stored on one or more computers, comprising a stream table having entries for managing data within a data storage environment including at least one other repository database, wherein said repository databases within said data storage environment have stream connector entries for establishing a connection between said repository databases.

16. A repository database stored on one or more computers, comprising a stream table having entries for managing data within a data storage environment that are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, and wherein said data storage environment includes at least one additional repository database, and wherein said repository databases within said data storage environment have stream connector entries for establishing a connection between said repository databases.

18. A repository database stored on one or more computers, comprising a stream table having entries for managing data within a data storage environment that are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, and wherein said data storage environment includes at least one additional repository database, and wherein said repository databases within said data storage environment have stream connector entries for establishing a connection between said repository databases.

19. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, such that said file data and said database data are managed within a same data storage environment.

23. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

28. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment.

32. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, such that said file data and said database data are managed within a same data storage environment, and said plurality of content table spaces each including a content table space stream table, wherein said system stream table and said content table space stream tables further include stream connector entries for establishing connections therebetween.

33. The repository database of claim 32, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

34. The repository database of claim 33, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

35. The repository database of claim 32, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

37. The repository database of claim 36, wherein said extended MIME typing further includes a general class for distinctly classifying kinds of content within said same data storage environment.

38. The repository database of claim 36, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

39. The repository database of claim 38, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

40. The repository database of claim 36, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

36. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment, and said plurality of content table spaces each including a content table space stream table, wherein said system stream table and said content table space stream tables further include stream connector entries for establishing connections therebetween.

41. A repository database stored on one or more computers, comprising a system table space and a plurality of content table spaces, said system table space including a system stream table having entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment, and said plurality of content table spaces each including a content table space stream table, wherein said system stream table and said content table space stream tables further include stream connector entries for establishing connections therebetween.

42. The repository database of claim 41, wherein said system table space and said plurality of content table spaces each further include a plurality of abstract data type tables.

43. The repository database of claim 42, wherein said system table space and said plurality of content table spaces each further include a plurality of support table spaces.

44. The repository database of claim 41, wherein said system stream table further includes at least one stream connector entry for establishing a connection with another repository database.

46. The stream table of claim 45, further comprising at least one stream connector entry for establishing a connection with another stream table.

48. The stream table of claim 47, wherein said extended MIME typing further includes a general class for distinctly classifying kinds of content within said same data storage environment.

49. The stream table of claim 47, further comprising at least one stream connector entry for establishing a connection with another stream table.

45. A stream table stored on one or more computers for managing data within a data storage environment, comprising entries for file data and for database data, such that said file data and said database data are managed within a same data storage environment.

47. A stream table stored on one or more computers for managing data within a data storage environment, comprising stream entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same said data storage environment.

50. A stream table stored on one or more computers for managing data within a data storage environment, comprising stream entries for file data and for database data, wherein said stream entries for said file data and for said database data are indexed according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment

51. The stream table of claim 50, further comprising at least one stream connector entry for establishing a connection with another stream table.

52. A method for managing data in a repository portal including a file repository module, a repository database and a set of APIs, comprising the operations:

storing file data in a file repository module of said repository portal;

storing database data in a repository database of said repository portal; and

indexing each of said file data and said database data in a same stream table for managing said file data and said database data in a same data storage environment.

53. The method of claim 52, further comprising the operation running a set of API'"'"'s for permitting interfacing between the repository portal and a computer network.

75. A recording medium having a software algorithm stored thereon for providing instructions for one or more processors to perform the method of any of claims 52-74.

76. A computer system comprising one or more processors and having a software algorithm stored therein for providing instructions for the one or more processors to perform the method of any of claims 52-74.

54. A method for managing data in a repository portal including a file repository module, a repository database and a set of APIs, comprising the operations:

storing file data in a file repository module of said repository portal;

storing database data in a repository database of said repository portal; and

indexing each of said file data and said database data according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

55. The method of claim 54, wherein said indexing operation comprises the operation storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.

56. The method of claim 55, further comprising the operation running a set of API'"'"'s for permitting interfacing between the repository portal and a computer network.

57. The method of claim 54, wherein said extended MIME typing further includes a general class for distinctly classifying different kinds of content within said same data storage environment.

59. The method of claim 58, wherein said indexing operation comprises the operation storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.

60. The method of claim 59, further comprising the operation running a set of API'"'"'s for permitting interfacing between the repository portal and a computer network.

58. A method for managing data in a repository portal including a file repository module, a repository database and a set of APIs, comprising the operations:

storing file data in a file repository module of said repository portal;

storing database data in a repository database of said repository portal; and

indexing each of said file data and said database data according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying kinds of content within a same data storage environment.

61. A method for managing data, comprising the operations:

storing file data;

storing database data; and

indexing each of said file data and said database data in a same stream table for managing said file data and said database data in a same data storage environment.

62. A method for managing data, comprising the operations:

storing file data;

storing database data; and

indexing each of said file data and said database data according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

63. The method of claim 62, wherein said extended MIME typing further includes a general class for distinctly classifying different kinds of content within said same data storage environment.

64. A method for managing data, comprising the operations:

storing file data;

storing database data; and

indexing each of said file data and said database data according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment, wherein said indexing operation comprises storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.

65. The method of claim 64, wherein said extended MIME typing further includes a general class for distinctly classifying different kinds of content within said same data storage environment.

66. A method for managing data, comprising the operations:

storing file data;

storing database data; and

indexing each of said file data and said database data according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying different kinds of content within a same data storage environment.

70. The method of claim 69, wherein said extended MIME typing further includes a general class for distinctly classifying different kinds of content within said same data storage environment.

67. A method for managing data, comprising the operations:

storing file data;

storing database data; and

indexing each of said file data and said database data according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying different kinds of content within a same data storage environment, wherein said indexing operation comprises storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.

68. A method for managing data, comprising indexing each of file data and database data in a same stream table for managing said file data and said database data in a same data storage environment.

69. A method for managing data, comprising indexing each of file data and database data according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment.

71. A method for managing data, comprising indexing each of file data and database data according to an extended MIME typing that includes a storage class, along with a general type and a specific type, for distinctly typing said file data and said database data within a same data storage environment, wherein said indexing operation comprises storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.

72. The method of claim 71, wherein said extended MIME typing further includes a general class for distinctly classifying different kinds of content within said same data storage environment.

73. A method for managing data, comprising indexing each of file data and database data according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying different kinds of content within a same data storage environment.

74. A method for managing data, comprising indexing each of file data and database data according to an extended MIME typing that includes a general class, along with a general type and a specific type, for distinctly classifying different kinds of content within a same data storage environment, wherein said indexing operation comprises storing entries for each of said file data and said database data in a same stream table for managing said file data and said database data in said same data storage environment.