Batch execution control programming device and method

• US 6,055,368 A
• Filed: 07/24/1996
• Issued: 04/25/2000
• Est. Priority Date: 03/19/1996
• Status: Expired due to Term

• Current Assignee: Renesas Electronics Corporation
• Original Assignee: Mitsubishi Denki Kabushiki Kaisha (Mitsubishi Electric Corporation)
• Inventors: Kunioka, Michiko
• Primary Examiner(s): Teska, Kevin J.
• Assistant Examiner(s): CHOI, KYLE JAEHUN
• Application Number:
  US08/685,688
• Time in Patent Office: 1,371 Days
• Field of Search: 395/500, 395/500.01, 395/500.02, 395/500.34, 395/702, 364/578, 364/488-491
• US Class Current: 703/13
• CPC Class Codes: G06F 30/00 Computer-aided design [CAD]
• CPC Class Codes: G06F 8/30 Creation or generation of source code

Abstract

A batch execution control programming device for creating a batch execution control program without taking a lot of time is obtained. A processing system reads (or inputs) an environment definition file, a user interface definition file, a parameter definition file, an invocation command definition file and a control command file, and generates a batch execution control program. The user interface definition file, the parameter definition file and the invocation command definition file provide the description for defining the contents of a processing for tool encapsulation which are changed according to the specification for tool encapsulation. The environment definition file determines whether the contents of processings of the files are executed according to the characteristics of a tool or not.

Claims

1. A batch execution control programming device for creating a batch execution control program which executes a software tool for designing an object of design by CAD, comprising:

files for tool encapsulation which are used for encapsulation of said software tool into a framework having an execution control function and a user interface and which provide descriptions for defining the contents of a processing of said software tool; and

a processing system for creating said batch execution control program based on said contents of a processing defined by the descriptions of said files for tool encapsulation.

2. The batch execution control programming device as defined in claim 1, wherein said batch execution control program has a user interface which is functionally equivalent to the contents of tool encapsulation into said framework.

3. The batch execution control programming device as defined in claim 2, wherein said files for tool encapsulation comprise a plurality of files for tool encapsulation which give the description for defining the contents of a plurality of processings respectively, further comprising:

a file for control which provides the description for defining the control information between said processings, and

wherein said processing system creates a batch execution control program which selectively executes one of said processings on the basis of said contents of said plurality of processings defined by the description of said files for tool encapsulation and said control information defined by the description of said file for control.

4. The batch execution control programming device as defined in claim 2, wherein said files for tool encapsulation comprises:

a user interface definition file for providing the description which defines a user interface for acquiring information necessary for invocating said software tool from a user;

a parameter definition file for providing the description which defines a parameter for transferring said information to said framework as tool invocation information;

an invocation command definition file for providing the description which defines the creation of a tool invocation command for defining the invocation sequence of said software tool; and

an environment definition file for providing the description which specifies whether said user interface definition file, said parameter definition file and said invocation command definition file are used or not; and

wherein said batch execution control program is created by the specified ones of said user interface definition file, said parameter definition file and said invocation command definition file which should be used by providing said environment definition file to said processing system.

5. The batch execution control programming device as defined in claim 1, wherein said batch execution control program utilizes, during execution, a common execution information file which gives the description for defining common execution information shared by a plurality of software tools for designing the object of design with CAD.

6. The batch execution control programming device as defined in claim 1, wherein said batch execution control program has the function of generating a parameter file which gives the description for defining parameter information necessary for invocating the software tool that was used during past execution, and of utilizing said parameter information defined by the description of said parameter file during execution.

7. The batch execution control programming device as defined in claim 1, wherein said files for tool encapsulation comprise a plurality of files for tool encapsulation which give the description for defining the contents of a plurality of processings respectively, further comprising:

a file for control which provides the description for defining the control information between said processings, and

wherein said processing system creates a batch execution control program which selectively executes one of said processings on the basis of said contents of said plurality of processings defined by the description of said files for tool encapsulation and said control information defined by the description of said file for control.

8. A method for creating a batch execution control program for executing a software tool to design an object of design by CAD, comprising the steps of:

(a) reading files for tool encapsulation which are used for encapsulation into a framework having an execution control function and a user interface, and which provide descriptions for defining the contents of a processing for said tool encapsulation; and

(b) creating said batch execution control program based on said contents of a processing defined by the descriptions of said files for tool encapsulation read at said step (a).

9. The method for creating a batch execution control program as defined in claim 8, wherein said batch execution control program has a user interface which is functionally equivalent to the contents of tool encapsulation into said framework.

10. The method for creating a batch execution control program as defined in claim 9, wherein said files for tool encapsulation comprise a plurality of files for tool encapsulation which give the description for defining the contents of a plurality of processings respectively, further comprising the step of:

(c) reading a file for control which provides the description for defining control information between said contents of processings, and

wherein said step (b) is a step of creating a batch execution control program which selectively executes one of said processings on the basis of said contents of processings defined by the description of said files for tool encapsulation read at said step (a) and said control information defined by the description of said file for control read at said step (c).

11. The method for creating a batch execution control program as defined in claim 8, wherein said files for tool encapsulation comprise a plurality of files for tool encapsulation which give the description for defining the contents of a plurality of processings respectively, further comprising the step of:

(c) reading a file for control which provides the description for defining control information between said contents of processings, and

said step (b) is a step of creating a batch execution control program which selectively executes one of said processings on the basis of said contents of processings defined by the description of said files for tool encapsulation read at said step (a) and said control information defined by the description of said file for control read at said step (c).