e-ENABLER FRAMEWORK

• US 20080052314A1
• Filed: 08/25/2006
• Published: 02/28/2008
• Est. Priority Date: 08/25/2006
• Status: Abandoned Application

• Current Assignee: Workday Incorporated
• Original Assignee: Workday Incorporated
• Inventors: Batabyal, Ritwik
• Application Number:
  US11/467,175
• Publication Number:
  US 20080052314A1
• Time in Patent Office: Days
• US Class Current: 707/104.1
• CPC Class Codes: G06F 8/36 Software reuse
• CPC Class Codes: G06F 8/60 Software deployment
• CPC Class Codes: G06F 9/44505 Configuring for program initiating, e.g. using registry, configuration files
• CPC Class Codes: G06F 9/44526 Plug-ins; Add-ons
• CPC Class Codes: G06Q 10/10 Office automation; Time management

Abstract

A system and application design paradigm in the form of web-architecture, uses self describing modules of reusable services, offering SOA (Service Oriented Architecture) based composite solutions and multiple processes in a dynamic business environment. The system is termed e-Enabler Framework, and in one form, includes three frameworks, i.e., web processing framework, business logic framework and a data access framework (termed herein as persistence framework). Each of the three frameworks may include sub-frameworks with specific functionalities. The e-Enabler Framework provides a multiplicity of infrastructure services including: Logging Service, Security Service, Notification Service, (Exception Service), Caching Service, Session Management Service and, Internationalization Service. The e-Enabler Framework in a preferred form also includes a plurality of plug-in modules for performing different functions, and is capable of being used on different platforms including. BEA®, IBM®, SAP®, JBoss® Application Server, Oracle® Application Server, and SUN® Application Server.

Claims

1. A system and application design model that deploys independent self describing reusable service modules for assisting multiple processes and composite solutions in a business environment to provide application management, comprising:

a plurality of managed sub-frameworks connected to selectively provide a plurality of infrastructure services based on service oriented architecture and implementation across a plurality of tiers.

2. The system and application design model as in claim 1, wherein said sub-frameworks comprise web-presentation framework, business logic framework, and data access framework.

3. The system and application design model as in claim 2, wherein said infrastructure services selectively include logging service;

security service;

notification service;

caching service;

session management service;

internationalization and metrics service;

user messages service;

reporting service;

printing service; and

business rule service.

4. The system and application design model as in claim 3, wherein at least some of said infrastructure services are provided by commercially available reusable plug-in modules.

5. The system and application design model as in claim 3, including a service bus comprising a common invocation framework bus and a message bus.

6. The system and application design model as in claim 3, wherein at least some of said infrastructure services are provided selectively by independent data systems and business centric systems which can be invoked by user request or automatically by other systems.

7. The system and application design model as in claim 1, configured to provide caching services and service locators, and to provide interaction with a business logic framework and a data access framework.

8. A service oriented web architecture for providing managed business services to a user in a dynamic fashion utilizing operational and business rules, said architecture including multiple processes and composite solutions, comprising:

a web presentation framework;

a business logic framework; and

,

a data access framework.

9. The service oriented architecture as in claim 8, wherein the web presentation framework includes a UT (User Interface) for client access to internet facilities.

10. The service oriented architecture as in claim 9, wherein the UT is configured to have controlled access based on authorization and verification.

11. The service oriented architecture as in claim 10, configured to support users from multiple international locations.

12. The service oriented architecture as in claim 8, configured to provide business functionality as web services upon demand to a user.

13. The service oriented architecture as in claim 8, including interfaces and components to implement a business controller function, business process layer function, and application services layer function.

14. The service oriented architecture as in claim 13, including administrative and management components for gathering performance metrics of transactions in said business logic framework.

15. The service oriented architecture as in claim 8 wherein the data access framework includes data-caching ability.

16. The service oriented architecture as in claim 8, which is configured to perform

a) screen flow navigation comprising moving of screen-control from one screen to a next screen based on user-provided parameters, and,

b) generation of business events to trigger business processes as part of a business logic tier.

17. The service oriented architecture as in claim 8 including an enterprise service bus and an infrastructure service bus connected to and interacting with said web presentation framework, said business logic framework and said data access framework.

18. The service oriented architecture as in claim 8 wherein, when an enterprise application is developed by a user, its corresponding code base is kept in folders, wherein said enterprise application comprises multiple modules as part of a business process.

19. The service oriented architecture as in claim 18 wherein at least one of said multiple modules comprises sub-modules.

20. A service oriented software development architecture system for providing managed enterprise business services, comprising a web presentation framework, a business logic framework, and a data access framework, said architecture including:

a system package structure which is modularized with respect to layers of identified development architecture;

an automated transaction capability with a configuration with a configuration management system for dynamic population of source code packages of said enterprise business services;

an automated build-process with a single command to build, test and display said architectural system;

an automated quality assurance (QA) process with a single command execution of tests and generation of reports on the system architecture; and

,

and ability for managing environment specific system-package release including functions of QA, testing and production.

21. The service oriented architecture as in claim 20, wherein said web presentation framework forms a presentation tier which is configured for following screen-to screen navigation based on user criteria, and for initiating business-events to be sent to said business logic framework, further wherein the business logic framework is configured to invoke selected business process functions, and is configured to perform database access through a data access tier.