Application infa operating system

• US 7,143,398 B2
• Filed: 03/13/2003
• Issued: 11/28/2006
• Est. Priority Date: 03/13/2003
• Status: Expired due to Fees

• Current Assignee: Che-An Chang
• Original Assignee: Che-An Chang
• Inventors: Chang, Shu-Wei, Jang, Jar-Chang, Chang, Che-An, Chang, Tze-Hao
• Primary Examiner(s): Ingberg, Todd
• Application Number:
  US10/386,699
• Publication Number:
  US 20040181797A1
• Time in Patent Office: 1,356 Days
• Field of Search: 717/147, 717/134, 717/138, 717/110, 717/137, 703/26, 703/27, 703/28, 712/209, 712/227
• US Class Current: 717/137
• CPC Class Codes: G06F 9/541 via adapters, e.g. between incompatible applications

Abstract

An application infa operating system (AIOS) is provided. The AIOS provides an operating platform for integrating, embedding, managing and controlling an application program, wherein a main function thereof is to integrate different application programs which are developed from different information companies and different program designers via different developing languages and tools (e.g., C, C++, database, or Java, etc.) for mutually conversing and swapping data at different space-times through the integration of the present invention, so as to benefit an update, an upgrade and an integration of the application programs, shorten a developing time of integrating a new and a old systems, and save a cost of developing a system for improving a re-use rate of the application programs. The present invention provides a man machine interface (MMI) and a tool software for overall controlling the application program, effectively controlling a system efficiency, and enhancing a stability of the application program system.

Claims

1. An Application Infa Operating System (AIOS), comprising:

a system manager tool, an AIOS foundation system and a service embedded component of an application system to utilize a designing logic of a concurrent process, a reciprocal architecture of a Service To Service process and a manager-oriented logic intellect for providing an operating platform for integrating, embedding, managing and controlling said application program, whereby different application programs which are developed from different information companies and different program designers via different programming languages are integrated by said AIOS for mutually conversing and swapping data at different space-times;

said AIOS including a man machine interface (MMI) and a software tool for overall control of said application program; and

a graphical backup tool for storing selected data to a backup file that has been identified in a batch file, said graphical backup tool including selection of one of two data storage formats for said selected data stored in said backup file.

2. The AIOS according to claim 1, wherein said designing logic of said concurrent process provides for every service being embedded in said AIOS to be a service component therein, and using a program compiler and a library link to directly and independently record a service name of a called service in a text file beyond said program without a program compilation.

3. The AIOS according to claim 1, wherein said reciprocal architecture of said Service To Service process includes a one-to-many program conversation to provide said application program with a distributing process and a concurrent process.

4. The AIOS according to claim 1, wherein said manager-oriented logic intellect provides each service with a relative argument and an I/O data format table for assisting a user to manage and maintain said application system.

5. The AIOS according to claim 1, wherein said system manager tool comprises:

a manager tool for setting a fundamental system and an embedded component, a manager tool for setting an embedded service component I/O format, a manager tool for initiating, refreshing and stopping said fundamental system, a manager tool for embedding and removing said service component, a manager tool for on-line embedding and removing a newly added component and a transaction session, a display for monitoring a real-time service status and an I/O data process, and a manager tool for re-storing a data and log backup.

6. The AIOS according to claim 5, wherein said system manager tool is set by said AIOS, and initiation of said system, embedding and removing of said service component, embedding, removing and refreshing of said on-line service component and said transaction session, monitoring and adjusting of a performing efficiency of said application system, stopping of said service component and said AIOS system, and data backup and re-storing are totally completed in a menu of an identical manager item.

7. The AIOS according to claim 5, wherein said manager tool for embedding and removing said on-line newly added component and said transaction session permits a user to increase said service and said transaction session to form a service group with said original transaction session without stopping said operating of said application system, automatically shares a loading of said original transaction session to reach a performance load balance, and also permits the user to directly remove said service in a down process and simultaneously increase a newly added substitution transaction session or a refresh version of said service.

8. The AIOS according to claim 5, wherein said display for monitoring said real-time service status and said I/O data process, except embedding a service status monitor and an I/O data status monitor in said fundamental system, further provides two monitor manager tools for a manager to monitor said embedded service component and a flow direction of said I/O data, said manager checking a real-time content of said two monitors for achieving an overall control.

9. The AIOS according to claim 1, wherein said service I/O data format manager provides an I/O data format table of all embedded services to simplify a usage of said application system and service.

10. The AIOS according to claim 1, wherein said fundamental system architecture comprises:

a service switch controller, a service status monitor, an I/O data monitor, a cross-system service gateway, a cross-system input receiver, a service component embedding, and a multi-session controller.

11. The AIOS according to claim 10, wherein said service switch controller comprises:

an I/O data format control interface, an embedded-process recorder, plural service component input buffers, an I/O buffer scanner &

auto load balance engine, and a service switch process.

12. The AIOS according to claim 1, wherein said system includes distributed processing and a concurrent processing of said application system, includes a multi transaction session performance load balance, includes a recursion calling and a cross calling of said application system, includes an on-line service embedding transaction session of said application system, includes a monitor of all services embedded in said system, includes a whole course monitoring of an I/O message, includes an adjusting and monitoring of said a performing efficiency of said application system, and includes a standard manager interface for integrating.

13. The AIOS according to claim 1, wherein said fundamental system includes an auto load balance engine and an I/O buffer and also provides different input buffers and buffer auto load balance engines to each different embedded service component, and when there is an input, a left service component will be found in said service status monitor and said service component will be informed to receive and process said input.

14. The AIOS according to claim 1, wherein said fundamental system provides an on-line embedding of a newly added transaction session for forming a common service group with said original transaction session and provides an auto load balance.