System, program and method for producing computer application

• US 20040083234A1
• Filed: 03/25/2003
• Published: 04/29/2004
• Est. Priority Date: 03/25/2002
• Status: Abandoned Application

• Current Assignee: Fujitsu Ten Limited (DENSO Corporation)
• Original Assignee: Fujitsu Ten Limited (DENSO Corporation)
• Inventors: Higuchi, Takashi
• Application Number:
  US10/400,121
• Publication Number:
  US 20040083234A1
• Time in Patent Office: Days
• US Class Current: 707/104.1
• CPC Class Codes: G06F 8/36 Software reuse

Abstract

The present invention relates to application production for realizing new logic on the basis of applications saved in a plurality of electronic control units (ECUs) mounted in a vehicle. The plurality of existing applications is saved as a base of an application to be produced. An identifier is appended to file names of a plurality of data items contained in the applications. Double reading of the same file shared by the applications is avoided. When a produced application is transferred to a mass-produced ECU, identifiers are left intact. When the produced application is transferred while being divided into a plurality of applications to be installed in a plurality of ECUs, identifiers appended to respective file names are deleted.

Claims

1. A computer application production system comprising:

an identifier appending unit for appending identification information with which file contained in any of a plurality of read computer applications can be identified;

a saving unit that saves the applications as production software;

an application producing unit for executing application production for the software; and

an outputting unit for transferring the software, which has undergone the application production, as a new application.

2. A computer application production system according to claim 1, wherein said identifier appending unit appends an identifier, with which file can be identified irrespective of in which of the applications the file is contained, to file names of data items contained in the applications.

3. A computer application production system according to claim 2, wherein said identifier appending unit appends an identifier, with which file having the same file name and being contained in each of the applications can be identified, to the file name of each file.

4. A computer application production system according to claim 3, wherein said identifier appending unit appends no identifier to shared file contained in the applications.

5. A computer application production system according to claim 1, wherein said saving unit saves the same file, which is shared by the applications, so that double reading of the file can be avoided.

6. A computer application production system according to claim 4, wherein said saving unit saves the shared file so that double reading of the file can be avoided.

7. A computer application production system according to claim 1, wherein said outputting unit transfers the stored software as one application.

8. A computer application production system according to claims 2 or 5, wherein when said outputting unit transfers the stored software while dividing it into a plurality of applications, identifiers appended to respective file names are deleted.

9. A computer application production system according to claim 1, wherein data items contained in the applications are grouped into files containing functions, variables, or functions and/or variables.

10. A computer application production system according to claim 1, wherein the applications are designed for microcomputers incorporated in electronic control units mounted in a vehicle.

11. A computer application production program causing a computer to perform:

an appending step of appending identification information with which data contained in any of a plurality of read computer applications can be identified;

a saving step of saving the applications as production software;

a producing step of executing application production for the software; and

an outputting step of transferring the software, which has undergone the application production, as a new application.

12. A computer application production program according to claim 11, wherein at said appending step, an identifier with which file can be identified irrespective of in which of the applications the file is contained, to file names of data items contained in the applications.

13. A computer application production program according to claim 12, wherein at said appending step, an identifier with which file having the same file name and being contained in each of the applications can be identified is appended to the data item of each data.

14. A computer application production program according to claim 13, wherein at said appending step, no identifier is appended to shared file contained in the applications.

15. A computer application production program according to claim 11, wherein at said saving step, the same file shared by the applications is saved so that double reading of the file can be avoided.

16. A computer application production program according to claim 14, wherein at said saving step, the shared file is saved so that double reading of the file can be avoided.

17. A computer application production program according to claim 11, wherein at said outputting step, the stored software is transferred as one application.

18. A computer application production program according to claims 12 or 15, wherein at said outputting step, when the stored software is transferred while being divided into a plurality of applications, identifiers appended to respective file names are deleted.

19. A computer application production program according to claim 11, wherein data items contained in the applications are grouped into files containing functions, variables, or functions and/or variables.

20. A computer application production program according to claim 11, wherein the applications are designed for microcomputers incorporated in electronic control units mounted in a vehicle.

21. A computer application production method for causing a computer to perform:

an appending step of appending identification information with which file contained in any of a plurality of read computer applications can be identified;

a saving step of saving the applications as production software;

a producing step of executing application production for the software;

an outputting step of transferring the software, which has undergone the application production, as a new application.

22. A computer application production method according to claim 21, wherein at said appending step, an identifier with which file can be identified irrespective of in which of the applications the file is contained, is appended to file names of data items contained in the applications.

23. A computer application production method according to claim 22, wherein at said appending step, an identifier with which file having the same file name and being contained in each of the applications can be identified is appended to the file name of each file.

24. A computer application production method according to claim 23, wherein at said appending step, no identifier is appended to shared file contained in the applications.

25. A computer application production method according to claim 21, wherein at said saving step, the same file shared by the applications is saved so that double reading of the file can be avoided.

26. A computer application production method according to claim 24, wherein at said saving step,.the shared file is saved so that double reading of the file can be avoided.

27. A computer application production method according to claim 21, wherein at said outputting step, the stored software is transferred as one application.

28. A computer application production method according to claim 22 or 25 wherein, at said outputting step, when the stored software is transferred while being divided into a plurality of applications, identifiers appended to respective data items are deleted.

29. A computer application production method according to claim 21, wherein data items contained in the applications are grouped into files containing functions, variables, or functions and/or variables.

30. A computer application production method according to claim 21, wherein the applications are designed for microcomputers incorporated in electronic control units mounted in a vehicle.