Multiple display file directory and file navigation system for a personal computer

• US 6,185,574 B1
• Filed: 11/26/1997
• Issued: 02/06/2001
• Est. Priority Date: 11/27/1996
• Status: Expired due to Fees

• Current Assignee: 1 Vision Software Incorporated
• Original Assignee: 1vision Incorporated
• Inventors: Godwin, Kurt E., Gandee, John J., Howard, David E.
• Primary Examiner(s): Alam, Hosaln T.
• Application Number:
  US08/979,657
• Time in Patent Office: 1,168 Days
• Field of Search: 707/200-204, 707/10, 707/1-3, 345/335
• US Class Current: 1/1
• CPC Class Codes: G06F 11/1446 Point-in-time backing up or restoration of persistent data
• CPC Class Codes: G06F 11/32 with visual or acoustical indication of the functioning of the machine
• CPC Class Codes: G06F 11/3476 Data logging G06F11/14, G06F11/2205 take precedence
• CPC Class Codes: G06F 16/168 Details of user interfaces specifically adapted to file systems, e.g. browsing and visualisation, 2d or 3d GUIs query results presentation G06F16/156
• CPC Class Codes: G06F 16/188 Virtual file systems
• CPC Class Codes: G06F 16/192 Implementing virtual folder structures
• CPC Class Codes: Y10S 707/99933 Query processing, i.e. searching
• CPC Class Codes: Y10S 707/99943 Generating database or data structure, e.g. via user interface
• CPC Class Codes: Y10S 707/99953 Recoverability

Abstract

The parallel virtual directory system can extend the native file system to provide a superior method for organizing a computer system'"'"'s physical storage devices or locations. These can include hard disks and removable media or remote storage locations such as on the Internet. Interceptor modules can monitor all file or memory changes such as creations, writes and deletes to the native file system and can pass this information to the parallel virtual directory system. The parallel virtual directory system may be accessed through the native fie system methods allowing users to view their file system as it existed at any point in time, including removable media that is no longer present in the system. Further, via the parallel virtual directory system and the Interceptor modules, users can access any file in any of the monitored file systems. The parallel virtual directory system may be implemented using database technology thereby allowing multiple views of the parallel virtual directory system to be offered to the user based on their needs and can thus be used to ease navigation through the file system. Further, a set of information management processes can run at the application level providing data management services such as backup, archiving, recording of digital video programming, or even controlled playback or utilization of that information. The information management processes can configure the parallel virtual directory system to capture the information they require and use the gathered information to efficiently complete their data management functions.

Claims

1. An apparatus to utilize a virtual directory of files on a computer system, the apparatus comprising:

a) at least one file storage device which stores at least one file for use by the computer system;

b) a native file directory system which provides file attribute information of at least one file storage device;

c) a virtual file directory system which provides at least a portion of the file attribute information of the native file directory system and which appears to an operating system as a physical, locally attached device; and

d) an operating system which is capable of accomplishing input/output procedures through the virtual file directory system;

wherein the native file directory system and the virtual file directory system both may contain a common file.

2. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising a retriever element which retrieves a file presented by the virtual directory.

3. The apparatus to utilize a virtual directory of files on a computer system as described in claim 2 and further comprising a determiner element which determines whether a storage medium is connected to the computer system.

4. The apparatus to utilize a virtual directory of files on a computer system as described in claim 3 and further comprising a prompter element which prompts a computer operator to mount the storage medium.

5. The apparatus to utilize a virtual directory of files on a computer system as described in claim 3 and further comprising a mounter element which automatically mounts the storage medium.

6. The apparatus to utilize a virtual directory of files on a computer system as described in claim 3 and further comprising a connector element which automatically establishes connection with a remote storage device.

7. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising a storage medium which can be accessed to obtain file attribute information of files stored on the storage medium.

8. The apparatus to utilize a virtual directory of files on a computer system as described in claim 7 and further comprising an element which designates a particular storage medium as a medium to monitor for changes to files stored on the particular storage medium.

9. The apparatus to utilize a virtual directory of files on a computer system as described in claim 7 and further comprising a monitor element which monitors for a mounting of a storage medium on the computer system.

10. The apparatus to utilize a virtual directory of files on a computer system as described in claim 9 and further comprising:

an accesser element which accesses a mounted storage medium; and

a retriever element which retrieves information about that storage medium.

11. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising an updater element which updates a virtual directory with changed file attribute information.

12. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising a monitor element which monitors for changes made to the native directory.

13. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising a presentation element which presents a directory of file information for a removable storage medium while the removable storage medium is not connected to the computer system.

14. The apparatus to utilize a virtual directory of files on a computer system as described in claim 1 and further comprising a second virtual directory for use by the operating system of the computer system.

15. A method of utilizing a virtual directory of files for use by an operating system of a computer system, the method comprising:

a) utilizing a single computer capable of interfacing to a computer system, the computer being capable of utilizing a plurality of file storage devices, wherein at least one of the file storage devices is capable of storing a plurality of files and wherein at least one of the files comprises file attribute information;

b) presenting on the single computer a native directory of at least one of the plurality of file storage devices utilized by the computer system, such that an operating system of the computer system can access a desired file by way of the native directory;

c) presenting on the single computer a virtual directory for use by the operating system, the virtual directory comprising at least a portion of the file attribute information for at least one of the files stored on the plurality of file storage devices and which appears to an operating system as a physical, locally attached device;

wherein the operating system can access through the virtual directory files represented by the file attribute information on the virtual directory; and

wherein the native directory and the virtual directory contain a common file.

16. The method of utilizing a virtual directory of files as described in claim 15 wherein the virtual directory is accessible by an application program.

17. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

accepting a command for a file presented by the virtual directory; and

causing retrieval of the file presented by the virtual directory.

18. The method of utilizing a virtual directory of files as described in claim 17 and further comprising determining whether a storage medium is connected to the computer system.

19. The method of utilizing a virtual directory of files as described in claim 18 and further comprising prompting a computer operator to mount the storage medium if the storage medium is not mounted.

20. The method of utilizing a virtual directory of files as described in claim 18 and further comprising automatically mounting the storage medium.

21. The method of utilizing a virtual directory of files as described in claim 18 and further comprising automatically establishing a connection with a remote storage device.

22. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

storing a file on at least one of the plurality of storage devices; and

storing file attribute information of the file on the virtual directory.

23. The method of utilizing a virtual directory of files as described in claim 15 and further comprising accessing a storage medium to obtain file attribute information of files stored on the storage medium.

24. The method of utilizing a virtual directory of files as described in claim 15 and further comprising querying a computer operator whether file attribute information for a piece of storage media should be added to the virtual directory.

25. The method of utilizing a virtual directory of files as described in claim 23 and further comprising designating a particular storage medium as a medium to monitor for changes to files stored on the particular storage medium.

26. The method of utilizing a virtual directory of files as described in claim 25 and further comprising providing to the computer operator a list of storage media available to be monitored.

27. The method of utilizing a virtual directory of files as described in claim 26 and further comprising displaying a list of storage media being monitored.

28. The method of utilizing a virtual directory of files as described in claim 26 and further comprising displaying a list of storage media not being monitored.

29. The method of utilizing a virtual directory of files as described in claim 15 or 23 and further comprising monitoring for a mounting of a storage medium on the computer system.

30. The method of utilizing a virtual directory of files as described in claim 29 and further comprising:

accessing a mounted storage medium; and

retrieving information about that storage medium for storage on the virtual directory.

31. The method of utilizing a virtual directory of files as described in claim 30 and further comprising checking whether the mounted storage medium should be monitored.

32. The method of utilizing a virtual directory of files as described in claim 31 and further comprising checking whether any changes have been made to the mounted storage medium since the mounted storage medium was removed from the computer system.

33. The method of utilizing a virtual directory of files as described in claim 32 and further comprising updating the virtual directory with changed file attribute information from the storage medium.

34. The method of utilizing a virtual directory of files as described in claim 15 and further comprising monitoring for changes made to a monitored native directory.

35. The method of utilizing a virtual directory of files as described in claim 34 and further comprising monitoring for input/output commands to know when file changes occur.

36. The method of utilizing a virtual directory of files as described in claim 15 or 34 and further comprising monitoring for a new file saved to the monitored native directory.

37. The method of utilizing a virtual directory of files as described in claim 15 or 35 and further comprising monitoring for a new version of a file saved to the monitored native directory.

38. The method of utilizing a virtual directory of files as described in claim 36 and further comprising updating the virtual directory with file attribute information for the new file.

39. The method of utilizing a virtual directory of files as described in claim 37 and further comprising updating the virtual directory with file attribute information for the new version.

40. The method of utilizing a virtual directory of files as described in claim 15 and further comprising monitoring for a command to open a file.

41. The method of utilizing a virtual directory of files as described in claim 40 and further comprising:

a) associating a file handle with a file retrieved from a monitored native directory;

b) monitoring for the file handle to know when a revised file is being stored to the monitored native directory;

c) capturing file attribute information for the revised file; and

d) storing the file attribute information in the virtual directory.

42. The method of utilizing a virtual directory of files as described in claim 15 and further comprising presenting a directory of file information for a removable storage medium while the removable storage medium is not connected to the computer system.

43. The method of utilizing a virtual directory of files as described in claim 42 and further comprising receiving requests for a file stored on the removable storage medium which is not connected to the computer system.

44. The method of utilizing a virtual directory of files as described in claim 42 and further comprising automatically connecting the removable storage medium to the computer system.

45. The method of utilizing a virtual directory of files as described in claim 42 and further comprising prompting the computer operator to connect the removable storage medium to the computer system.

46. The method of utilizing a virtual directory of files as described in claim 15 and further comprising presenting a second virtual directory for use by the operating system.

47. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

receiving an open file command directed to the virtual file directory, wherein the file data requested is stored on a storage medium; and

causing the file data stored on the storage medium to be opened.

48. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

receiving an open file command directed to the virtual file directory for a file represented on the virtual directory but stored on a storage medium;

initiating an open file command directed to the storage medium for the file represented on the virtual directory; and

reading the file from the storage medium.

49. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

receiving a save file command directed to the virtual file system for a file to be represented on the virtual directory;

initiating a save file command directed to a storage medium where the file is to be stored; and

storing the file on the storage medium.

50. The method of utilizing a virtual directory of files as described in claim 15 and further comprising presenting the virtual directory in a hierarchical manner.

51. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

entering a file name to be retrieved from the virtual directory;

determining which storage medium stores file data for the file name; and

retrieving the file data.

52. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

maintaining file attribute information about at least one file not connected to the computer system; and

presenting the file attribute information of the at least one file not connected to the computer system as a part of the virtual directory.

53. The method of utilizing a virtual directory of files as described in claim 15 and further comprising:

presenting a first file having a file name in the virtual directory; and

presenting a second file having the same file name in the virtual directory.

54. An apparatus to update a file directory in a computer system, the apparatus comprising:

a) a native hierarchical file directory of the computer system comprising file attribute information;

b) a second file directory having a non-hierarchical directory;

c) a portion of the file attribute information of the native file directory stored in the second file directory;

d) an interceptor element which monitors input/output procedures directed toward the native file directory to intercept information about changes made to files on the native file directory while allowing the changes to be made to files on the native file directory;

e) a relay element which relays the intercepted information about changes made to files on the native file directory to the second file directory; and

f) a storage medium on which to store the intercepted information.

55. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising:

a scanner element which scans the native file directory to detect directory information of the native file directory to relay to the second file directory.

56. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising a linker element which links with I/O procedures of the native file system to intercept changes to the native file system.

57. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising a monitor element which monitors I/O requests from an application program directed toward the native file directory.

58. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising a monitor element which monitors for I/O requests from the operating system of the computer system directed toward the native file directory.

59. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising:

a copier element which copies file path information for a file being stored on the native file directory; and

a relay element which relays the file path information to the second file system.

60. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising:

a checker element which checks time stamp information for a file on a removable storage medium against a last recorded time stamp for a file having the same file name as that file on the second file directory.

61. The apparatus to update a file directory in a computer system as described in claim 54 and further comprising a capturer element which captures an application program name that originates a file request command.

62. A method of updating a file directory in a computer system, the computer system having a native hierarchical file directory and input/output procedures for the input/output of files on the native hierarchical file directory, the method comprising:

a) utilizing a native hierarchical file directory comprising file attribute information;

b) utilizing a second file directory having a non-hierarchical directory, the second file directory comprising at least a portion of the file attribute information of the native file directory;

c) monitoring input/output procedures directed toward the native file directory to intercept information about changes made to files on the native file directory while also allowing such changes to be made to files on the native file directory;

d) relaying the intercepted information about changes made to files on the native file directory to the second file directory;

e) saving the intercepted information in the second file directory.

63. The method of updating a file directory in a computer system as described in claim 62 and further comprising scanning the native file directory and relaying directory information of the native file directory to the second file directory.

64. The method of updating a file directory in a computer system as described in claim 62 and further comprising linking with the I/O procedures of the native file system to intercept changes made to the native file system.

65. The method of updating a file directory in a computer system as described in claim 62 and further comprising monitoring for I/O requests from an application program directed toward the native file directory.

66. The method of updating a file directory in a computer system as described in claim 62 and further comprising monitoring for I/O requests from the operating system of the computer system directed toward the native file directory.

67. The method of updating a file directory in a computer system as described in claim 62 and further comprising:

copying file path information for a file being stored on the native file directory; and

relaying the file path information to the second file system.

68. The method of updating a file directory in a computer system as described in claim 62 and further comprising monitoring for a mounting of a removable storage medium to the computer system.

69. The method of updating a file directory in a computer system as described in claim 68 and further comprising determining whether the storage medium has been connected to the computer system before.

70. The method of updating a file directory in a computer system as described in claim 69 and further comprising:

reading the label of the removable storage medium;

querying the second directory to see if file attribute data of the removable storage medium has been previously recorded with the second directory.

71. The method of updating a file directory in a computer system as described in claim 69 and further comprising adding file information from the removable storage medium to the second directory.

72. The method of updating a file directory in a computer system as described in claim 69 and further comprising updating on the second directory old file information for a file with new file information.

73. The method of updating a file directory in a computer system as described in claim 62 and further comprising polling a physical storage devices which can house removable media to determine whether a piece of removable media has been installed.

74. The method of updating a file directory in a computer system as described in claim 73 and further comprising checking time stamp information for a file on the removable medium against a last recorded time stamp for that file on the second file directory.

75. The method of updating a file directory in a computer system as described in claim 62 detecting a media change message from a file system driver.

76. The method of updating a file directory in a computer system as described in claim 62 and further comprising:

capturing an application program name that originates a file request.

77. A computer system comprising:

a) a native file directory accessible through a native file system;

b) a configurable file database presentable as a virtual directory to store file attribute data which appears to an operating system as a physical, locally attached device;

c) a minimum number of file attribute fields of the configurable file database for storing file attribute information; and

wherein the configurable file database can be configured to have additional file attribute fields to store additional file attribute information while maintaining the accessibility of the accessible native file directory.

78. The computer system as described in claim 77 and further comprising an adder element which adds a new file attribute to the configurable file database.

79. The computer system as described in claim 77 and further comprising:

a selector element which selects a file attribute field; and

a sorter element which sorts the configurable file database based on a selected file attribute field.

80. The computer system as described in claim 77 and further comprising:

a deleter element which deletes a file attribute field.

81. The computer system as described in claim 77 and further comprising and further comprising a sorter element which sorts the configurable file database based on a selected file attribute field into a first virtual directory.

82. The computer system as described in claim 81 and further comprising a sorter element which sorts the configurable file database based on a second selected file attribute field into a second virtual directory.

83. The computer system as described in claim 77 and wherein at least two files having the same file name are listed in the configurable file database.

84. A method of creating a non-hierarchical file directory for use by a computer having a native hierarchical file directory, the method comprising:

a) establishing a native file directory on the computer which is accessible through a native file system;

b) configuring a file database to have a first maximum number of file attribute fields;

c) reconfiguring the file database to have a second maximum number of file attribute fields greater than the first maximum number of file attribute fields, presentable as a virtual directory which appears to an operating system as a physical, locally attached device, the first maximum number of file attribute fields being adjustable after the creation of the non-hierarchical file directory;

while

d) maintaining the accessibility of the native file directory system after reconfiguring the file database.

85. The method of updating a file directory in a computer system as described in claim 84 and further comprising adding a new file attribute to a file database.

86. The method of updating a file directory in a computer system as described in claim 84 and further comprising:

selecting a file attribute field; and

sorting the file database based on the selected file attribute field.

87. The method of updating a file directory in a computer system as described in claim 86 and further comprising presenting the sorted database.

88. The method of updating a file directory in a computer system as described in claim 84 and further comprising:

deleting a file attribute field from the file database; and

presenting the database.

89. The method of updating a file directory in a computer system as described in claim 84 and further comprising:

selecting a file attribute field;

sorting the file database into a first group of files based on the selected file attribute field; and

presenting the first group of files in a first virtual directory.

90. The method of updating a file directory in a computer system as described in claim 89 and further comprising:

selecting a second file attribute field;

sorting the file database into a second group of files based on the second file attribute field;

presenting the second group of files in a second virtual directory.

91. The method of updating a file directory in a computer system as described in claim 84 and further comprising utilizing time stamp information to maintain at least two files having same the same filename but different time stamp information in same file database.

92. An apparatus comprising:

a) a native file directory for storing directory information;

b) a virtual file directory capable of storing at least a portion of the directory information stored on the native file directory;

c) a private interface coupled to the virtual file directory which is capable of communicating commands to the virtual file directory and which provides capability beyond said native file system;

wherein the native file directory and the virtual file directory both may contain a common file.

93. The apparatus as described in claim 92 and further comprising a sorter element which sorts the virtual file directory based on user criteria input by a computer operator.

94. The apparatus as described in claim 93 and further comprising a filter to filter file information stored on a database of the virtual file directory.

95. The apparatus as described in claim 92 and further comprising a second virtual file directory.

96. The apparatus as described in claim 95 wherein the virtual file directory and the second virtual file directory are accessible to an application program of the computer system.

97. The apparatus as described in claim 96 and further comprising a reconfigurer which reconfigures the virtual file directory.

98. The apparatus as described in claim 92 and further comprising a redefiner element which redefines the hierarchy of the virtual file directory after a first hierarchy of the virtual file directory is established.

99. The apparatus as described in claim 92 and further comprising a storage medium on which to store a file represented on the virtual file directory in order to backup the file.

100. A method of utilizing a virtual file directory for a computer system, the computer system having a native file directory comprising directory information, the method comprising:

a) inputting to the virtual file directory at least a portion of the directory information stored on the native file directory;

b) utilizing a database to store the portion of directory information in the virtual file directory; and

c) issuing a command to the database by way of a private interface to the virtual file directory which provides capability beyond said native file system;

wherein the native file directory and the virtual file directory both may contain a common file.

101. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising managing the database based on the command issued to the database by way of the private interface.

102. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising:

inputting user criteria for sorting of file information stored in the database; and

sorting the file information based on the input user criteria.

103. The method of utilizing a virtual file directory for a computer system as described in claim 102 and further comprising utilizing a filter to filter the file information in the database.

104. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising:

sorting the virtual file directory;

presenting a first group of file information stored in the database in a first virtual directory;

presenting a second group of file information stored in the database in a second virtual directory; and

making the first virtual directory and second virtual directory accessible to the operating system of the computer system.

105. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising:

sorting the virtual file directory;

presenting a first group of file information stored in the database in a first directory;

presenting a second group of file information stored in the database in a second virtual directory; and

making the first virtual directory and second virtual directory accessible to an application program of the computer system.

106. The method of utilizing a virtual file directory for a computer system as described in claim 105 wherein the application program reconfigures the virtual file directory.

107. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising redefining a hierarchy of the virtual file directory after a first hierarchy of the virtual file directory is established.

108. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising presenting a native file directory in addition to the virtual file directory for use by an operating system of the computer system.

109. The method of utilizing a virtual file directory for a computer system as described in claim 100 and further comprising storing a file represented on the virtual file directory to a storage device in order to backup the file.