Sorting and filtering a treetable using the indices of the rows

• US 20040243616A1
• Filed: 05/30/2003
• Published: 12/02/2004
• Est. Priority Date: 05/30/2003
• Status: Abandoned Application

• Current Assignee: International Business Machines Corporation
• Original Assignee: International Business Machines Corporation
• Inventors: Benhase, Linda V., Kale, Shekhar G., Rajakannimariyan, Maria S., Burton, Mary C., Morris, Amy N.
• Application Number:
  US10/449,785
• Publication Number:
  US 20040243616A1
• Time in Patent Office: Days
• US Class Current: 707/102
• 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 9/451 Execution arrangements for user interfaces

Abstract

A user interface for a computer system that provides a display of a tree and corresponding table, e.g., a “treetable” display. The tree is updated based on filter and sort operations applied to the table. Tree nodes may represent storage resources of a computer system such as a storage server, logical storage resources, volumes, disks, and the like. Filtering may be based on storage resource identifier, storage resource size, copy type, copy status, copy progress, and characteristics of a copy relationship, such as an identifier of another storage resource that is a source or target resource for copying. The table is updated to display only the information associated with the child nodes that meet the filtering conditions, and their parent nodes, while omitting the information for remaining nodes. Rows of the table displaying information for multiple copy relationships associated with a node remain grouped after sorting or filtering.

Claims

1. A computer-generated user interface for displaying information, comprising:

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes;

wherein, in accordance with a filter command, the table is updated to display information associated with a subset of the child nodes which meets conditions of the filter command while omitting information associated with remaining ones of the child nodes which do not meet the conditions of the filter command, and the tree is updated to display the subset of child nodes and the at least one parent node while omitting the remaining ones of the child nodes.

2. The computer-generated user interface of claim 1, wherein:

the parent node and the plurality of child nodes represent storage resources in a computer system.

3. The computer-generated user interface of claim 1, wherein:

the parent node represents a logical storage resource in a computer system, and the child nodes represent volumes thereof.

4. The computer-generated user interface of claim 1, wherein:

the plurality of child nodes represent storage resources in a computer system, and the table provides information regarding at least one copy relationship of at least one of the storage resources.

5. The computer-generated user interface of claim 4, wherein:

the storage resources comprise volumes.

6. The computer-generated user interface of claim 4, wherein:

the filter command filters on at least one of storage resource identifier and storage resource size.

7. The computer-generated user interface of claim 4, wherein:

the filter command filters on characteristics of the at least one copy relationship, including at least one of;

an identifier of another storage resource involved in at least one copy relationship, a source or target status thereof, copy type, copy status and copy progress.

8. The computer-generated user interface of claim 1, wherein:

the table displays the information associated with the child nodes in respective rows thereof; and

the table is updated by omitting rows which provide the information associated with the remaining ones of the child nodes.

9. The computer-generated user interface of claim 1, wherein:

the table displays an identifier of the at least one parent node in a row of the table above rows which display the information associated with the child nodes.

10. The computer-generated user interface of claim 1, wherein:

the first display region is displayed concurrently with the second display region.

11. The computer-generated user interface of claim 1, wherein:

indices are assigned to at least one parent node and the plurality of child nodes, and to rows of the table which display the information associated with the child nodes; and

the table is updated by associating indices of the subset of the child nodes which meets the conditions of the filter command with the indices of the rows.

12. The computer-generated user interface of claim 1, wherein:

a flag is provided for each of the plurality of child nodes indicating whether or not they meet the conditions of the filter command; and

the tree is updated by identifying the subset of the child nodes which meets the conditions of the filter command according to the flag of each of the plurality of child nodes.

13. The computer-generated user interface of claim 12, wherein:

a flag is provided for the at least one parent node indicating that it meets the conditions of the filter command when at least one of the plurality of child nodes meets the conditions of the filter command.

14. A computer program product for generating a user interface for displaying information, comprising:

computer code devices configured to cause a computer to generate a display including;

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes;

wherein, in accordance with a filter command, the table is updated to display information associated with a subset of the child nodes which meets conditions of the filter command while omitting information associated with remaining ones of the child nodes which do not meet the conditions of the filter command, and the tree is updated to display the subset of child nodes and the at least one parent node while omitting the remaining ones of the child nodes.

15. A computer-generated user interface for displaying information, comprising:

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes;

wherein;

in accordance with a filter command, the table is updated to display information associated with a subset of the child nodes which meets conditions of the filter command while omitting information associated with remaining ones of the child nodes which do not meet the conditions of the filter command, and the tree is updated to display the subset of child nodes and the at least one parent node while omitting the remaining ones of the child nodes;

a flag is provided for each of the plurality of child nodes indicating whether or not they meet the conditions of the filter command;

a flag is provided for the at least one parent node indicating that the at least one parent node meets the conditions of the filter command when at least one of the plurality of child nodes meets the conditions of the filter command; and

the tree is updated by identifying the subset of the child nodes which meets the conditions of the filter command according to the flag of each of the plurality of child nodes, and by identifying the at least one parent node according to its flag.

16. A computer program product for generating a user interface for displaying information, comprising:

computer code devices configured to cause a computer to generate a display including;

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes;

wherein;

in accordance with a filter command, the table is updated to display information associated with a subset of the child nodes which meets conditions of the filter command while omitting information associated with remaining ones of the child nodes which do not meet the conditions of the filter command, and the tree is updated to display the subset of child nodes and the at least one parent node while omitting the remaining ones of the child nodes;

a flag is provided for each of the plurality of child nodes indicating whether or not they meet the conditions of the filter command;

a flag is provided for the at least one parent node indicating that the at least one parent node meets the conditions of the filter command when at least one of the plurality of child nodes meets the conditions of the filter command; and

the tree is updated by identifying the subset of the child nodes which meets the conditions of the filter command according to the flag of each of the plurality of child nodes, and by identifying the at least one parent node according to its flag.

17. A computer-generated user interface for displaying information, comprising:

a first display region having a tree with hierarchically-arranged nodes representing storage resources in a computer system, including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes, including information regarding multiple copy relationships associated with at least one of the child nodes which is grouped in corresponding multiple rows of the table;

wherein, in accordance with a sort command applied to the table, the multiple rows for the multiple copy relationships are sorted while remaining grouped in the table.

18. The computer-generated user interface of claim 17, wherein:

the table displays information regarding multiple copy relationships associated with at least two of the child nodes which is grouped in corresponding multiple rows of the table for each of the at least two child nodes;

wherein, in accordance with the sort command applied to the table, for each of the at least two of the child nodes, the multiple rows for the multiple copy relationships thereof are sorted while remaining grouped in the table.

19. The computer-generated user interface of claim 17, wherein:

the at least one parent node represents a logical storage resource, and the plurality of child nodes represent volumes thereof.

20. The computer-generated user interface of claim 17, wherein:

the sort command sorts on at least one of;

storage resource identifier and storage resource size.

21. The computer-generated user interface of claim 17, wherein:

the sort command sorts on characteristics of the copy relationships, including at least one of;

an identifier of another storage resource involved in the at least one copy relationship, a source or target status thereof, copy type, copy status and copy progress.

22. The computer-generated user interface of claim 17, wherein:

the first display region is displayed concurrently with the second display region.

23. A computer program product for generating a user interface for displaying information, comprising:

computer code devices configured to cause a computer to generate a display including;

a first display region having a tree with hierarchically-arranged nodes representing storage resources in a computer system, including at least one parent node and a plurality of child nodes thereof; and

a second display region having a table for displaying information associated with the child nodes, including information regarding multiple copy relationships associated with at least one of the child nodes which is grouped in corresponding multiple rows of the table;

wherein, in accordance with a sort command applied to the table, the multiple rows for the multiple copy relationships are sorted while remaining grouped in the table.

24. A computer-generated user interface for displaying information, comprising:

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof, wherein the child nodes are in a first node order; and

a second display region having a table with rows in a first row order for displaying information associated with the child nodes;

wherein, in accordance with a sort command applied to the table, the table is updated so that the rows are in a second row order, and

the tree is updated so that the child nodes are in a second node order in accordance with the second row order.

25. The computer-generated user interface of claim 24, wherein:

the parent node and the plurality of child nodes represent storage resources in a computer system.

26. The computer-generated user interface of claim 24, wherein:

the plurality of child nodes represent storage resources in a computer system;

multiple grouped rows of the table provide information regarding corresponding multiple copy relationship associated with at least one of the storage resources; and

the multiple rows for the multiple copy relationships remain grouped when the table is updated.

27. The computer-generated user interface of claim 26, wherein:

the sort command sorts on at least one of;

storage resource identifier and storage resource size.

28. The computer-generated user interface of claim 26, wherein:

the sort command sorts on characteristics of the copy relationships, including at least one of;

an identifier of another storage resource involved in the at least one copy relationship, a source or target status thereof, copy type, copy status and copy progress.

29. A computer program product for generating a user interface for displaying information, comprising:

computer code devices configured to cause a computer to generate a display including;

a first display region having a tree with hierarchically-arranged nodes including at least one parent node and a plurality of child nodes thereof, wherein the child nodes are in a first node order; and

a second display region having a table with rows in a first row order for displaying information associated with the child nodes;

wherein, in accordance with a sort command applied to the table, the table is updated so that the rows are in a second row order, and

the tree is updated so that the child nodes are in a second node order in accordance with the second row order.