APPARATUS AND METHOD FOR SHARED DATABASE ENVIRONMENT TO PROVIDE ACCESS TO DATABASES ON A SHARED INFRASTRUCTURE

• US 20140164440A1
• Filed: 12/11/2012
• Published: 06/12/2014
• Est. Priority Date: 12/11/2012
• Status: Abandoned Application

• Current Assignee: XEROUND INC., XEROUND SYSTEMS LTD. (XEROUND INC.)
• Original Assignee: XEROUND INC., XEROUND SYSTEMS LTD. (XEROUND INC.)
• Inventors: VIGDER, Avi, Bronshtein, Ilan, Antebi, Gilat, Gal, Itai
• Application Number:
  US13/710,583
• Publication Number:
  US 20140164440A1
• Time in Patent Office: Days
• US Class Current: 707/803
• CPC Class Codes: G06F 16/252 between a Database Management System and a front-end application

Abstract

A database system includes a back end and a front end. The back end contains data storage and a database engine, and the front end contains front end units, each of which allows an application developer to support a database user application requiring data storage. The application developer gets its own instance where it may define the content and format of data storage required by the application, and the front end units are connected to share the back end for common storage of their respective application data so that the developer does not have to provide the actual data storage. The system is useful for cloud-based computing paradigms.

Claims

1. A database application system comprising:

a back end, the back end comprising data storage and engine;

a plurality of front end units, said front end units configured to support database user applications requiring data storage, the content and format of the data to be stored being defined by the respective database user application, wherein the plurality of front end units are connected to share said back end for common storage of their respective application-defined data.

2. The database application system of claim 1, wherein said back end is distributed over a plurality of nodes on a network.

3. The database application system of claim 1, wherein said back end is comprised in a cluster of servers.

4. The database application system of claim 1, wherein said back end is dynamically scalable.

5. The database application system of claim 1, wherein said respective front end units are distributed over a plurality of nodes on a network.

6. The database application system of claim 1, wherein each user application has a plurality of end users.

7. The database application system of claim 5, wherein each one of said plurality of end-users has respective data, such that said back end stores data per end-user per application.

8. The database application system of claim 1, wherein each one of said front ends provides a separate database instance, said front ends being configured to select data belonging to a respective database application from said shared database.

9. The database application system of claim 8, wherein each database application is configured to select from said data belonging thereto and provided by said front end, data pertaining to respective end users.

10. The database application system of claim 8, wherein each front end is configured to indicate its own data stored in the backend with a respectively unique markup.

11. The database application system of claim 1, deployed as a cloud-based database solution for said database user applications.

12. The database application system of claim 1, wherein said front end is provided as a driver to client devices.

13. The database application system of claim 1, wherein the front end is an SQL front end.

14. The database application system of claim 1, wherein the front end is a non SQL front end or an LDAP front end or an XML front end or a No-SQL front end.

15. A database application method on an electronic network, comprising:

providing a plurality of front end units;

at each of said front end units supporting a database application requiring data storage,

at said front end units allowing defining of content and format of application data to be stored by said database application;

connecting a database back-end commonly to each of said front end units; and

retrievably storing respective application data from each of said front end units in said common database back end.

16. The database application method of claim 15, comprising distributing said back end dynamically over a plurality of nodes on a network.

17. The database application method of claim 15, comprising distributing said back end over a cluster of servers.

18. The database application method of claim 15, comprising dynamically scaling said back end.

19. The database application method of claim 15, comprising distributing said respective front end units over a plurality of nodes on a network.

20. The database application method of claim 15, wherein each one of said plurality of applications has a plurality of end-users, each end user having respective data, and said back end stores data per end-user per application.

21. The database application method of claim 15, comprising providing a separate database instance via each one of said front ends for each database application, said front ends selecting data belonging to a respective database application from said shared database.

22. The database application method of claim 21, comprising selecting, at each database application, from said data belonging to said respective database application and provided by said front end, data pertaining to respective end users.

23. The database application method of claim 21, comprising providing from each front end, a respectively unique markup, to identify corresponding data stored in said backend.

24. The database application method of claim 15, deployed as a cloud-based database solution for said database user applications.