JPS6051950A - Program outputting system - Google Patents

Abstract

PURPOSE:To execute the maintenance and the change of a program by outputting in parallel a logical design package simultaneously with the conversion of the program in a system for converting the first program to the second program. CONSTITUTION:In case of converting a source program generated in the form of a table by the Japanese language to the COBOL program 2 of an intermediate language, a converting program 3 outputs the COBOL program 2 and also outputs the edited logical design package 4 expressed in the Japanese language. This logical design package 4 converts design information inputted by the source program 1 to a figure so as to be easily visible, and also shows a mutual relation between the design information in the form of a table to facilitate the design, maintenance and change of the program.

Description

Detailed Description of the Invention (a) Technical Field of the Invention The present invention relates to a program output method for converting and outputting a high-level language program to an intermediate language program (b) Prior art and problems Utilized in a data processing system Program description languages have become more advanced to make it more convenient for users, and recently C0BOL, FO
A high-level language such as RTRAN is used. However, in these languages, program procedure commands and program descriptions such as data names are written using alphanumeric characters, which has the disadvantage of making it difficult for Japanese people to understand.1 Furthermore, how to write these program procedure commands1 Naming methods tend to vary between individual program creators, resulting in inconsistent programs.In addition, the ability to provide information about the programs was poor, and the efficiency of program testing and maintenance was low. Ta.

(c) Purpose of the Invention The present invention was made to solve the above-mentioned drawbacks, and aims to provide a program output method and information regarding the program that facilitate program design and maintenance.

(d3 Structure of the Invention The present invention provides a first program that is created by inserting data in Japanese into a predetermined field of a predetermined column of a table in a predetermined format, and is configured in another description format (1E2). 7) In a processing system for converting to a program, a means for parsing the syntax of the first program in units of terms, a first table storing data in the predetermined column, and a name and translation of the first program. a second table for storing the sequence number to be executed; and means for converting and outputting the data of the previous aeMI table and the $2 table into a table and a program structure diagram; 0 or above, which is a program output method characterized in that when converting the second program, information regarding the first program is output in the form of the program structure diagram and in Japanese. The present invention converts the first program created in Japanese in tabular form into the second program (
When converting to an intermediate language (e.g., a C0BOL program), the logical design document (design information input by the first program is converted into figures such as "tables") can also be output. It is.

(e) Embodiments of the Invention The present invention will be explained below with reference to the drawings. FIG. 1 is a block diagram illustrating the present invention. In FIG. 1, a source program L is a program created in Japanese in tabular form, and this is converted into a C0BOL program 2, which is an intermediate language.In the present invention, a conversion program 3 converts the C0BOL program 2 into At the same time, the edited logical design document (Japanese notation) 4 is also output. This logical design document 4 converts the design information input by the source program 1 into a single figure for ease of viewing, and also expresses the interrelationships between the design information in a list format, and is useful for program design and maintenance. Alternatively, it has the advantage of being easy to change.

FIG. 2 is a block 3 diagram illustrating one embodiment of the present invention. In FIG. 2, pattern data F from the bang generation section 5 is sent from the control section 6 to the display section 8 of the console 7. FIG. 3 is a front view of the console 7, and the display section 8 displays a blank "table" as shown in the figure (for example, sequence number 30). ◎For example, in the "Processing" column a of the latest link (item number 30), the numerical data of the interest rate, etc. A program can be created by entering a sentence such as "child period" in the "condition" column d. Again in FIG. 2, the input from the console 7 (
If the created data is output from the monitor printer 12, an output in a "table" format can be obtained as shown in FIG. However, in this embodiment, the input "table" data is converted item by term. In FIG. The processing unit 14 starts up the analysis routine 16 in the main memory 15. The analysis routine 4-chin 16 stores the module name written outside the input data E (e.g. "Edit Interest Rate") and the item number currently being processed (e.g. l"20J) into the common table 18 of the memory 17. Also, the processing line IL shown in FIG.
The data in the logic column and condition column d are stored in the stack tables T+, T*, and T in the memory 17, respectively.0The data in the stack tables T1 to T create the procedure part of C0BOL. The 0-order processing unit 14 starts the COBOL expansion routine 19 in the main memory 15.
Based on the data in T, create the procedure section P of the C0BOL program in the work area 20 of the memo IJ l 7. At this time, the processing section 14 starts the conversion program 21 of main memory 15 yen and converts the symbol The converted data is stored in the work area 22.0, that is, the module name in the common table 18, is converted into a symbol and a 1 item number is added.

Create annotation text. The data in the work areas 20 and 22 obtained by repeating the above processing operations is sent to the output control unit 23.
The data is then stored in the file device 24. Then, a C0BOL program 25 and a program 26 are created in the file device.
In FIG. 5, which is a block diagram illustrating an example of symbol conversion by the conversion program 21, when there is an input such as "balance mask", the conversion program 21 performs symbol conversion using the conversion table T4. do, r
Output ZANDKAMSTJ 0 Figure 6 shows the inside of the file device 24 (7') in Figure 2.
FIG. 7 is an example of the COBOL program 25, and FIG. 7 is an example of the logical design document 26 being output (by the printer 27) in parallel. 0, which has the advantage of easy maintenance and modification of high-performance programs.

[Brief explanation of the drawing]

FIG. 1 is a block diagram explaining the present invention, FIG. 2 is a block diagram explaining an embodiment of the present invention, FIG. 3 is a front view of a console explaining an embodiment of the present invention, FIG. 6th
The figure shows an output example explaining an embodiment of the present invention, Fig. 5 is a block diagram explaining symbol conversion in an embodiment of the present invention, and Fig. 7 shows an output example of a logic design document. The codes are as follows: 0 1 is the source program, 2 is the C0BOL program, 3
%4 is a logic design director, 5 is a bang generation part, %6 is a control part, 7 is a console%8 is a display part, 9 is a keyboard, IO is a cursor key, tt is a data key, 12
is a monitor printer, 13 is a register, 14 is a processing unit, 1
5 is the main memory, 16 is the analysis routine, 17 is the memory, 1
8 is a common table, 19 is a C0BOL expansion routine, 2
0.22 is the work area, 23 is the output control unit, 24 is the file device, 26 is the logic design-4ha is the processing unit, b is the logic column, d is the condition column, E is the input data, F is the batande 7-1 data , K is a cursor, P is a procedure division, T1. Tt, T. indicates a stack table, and T4 indicates a conversion table. 8-

Claims (1)

[Claims] A processing system that converts a first (7) program created by inserting data using Japanese into a predetermined column of a predetermined ring of a table in a predetermined format into a second program configured in another description format. means for parsing the syntax of the first program in units of terms; a first table for storing data in the predetermined columns; and storing the name of the first program and the term number to be translated. a second table, and means for converting and outputting the data of the first table and the second table into a table and a program structure diagram, and when converting the IT program into the second program, A program output method characterized in that information regarding the first program is output in the form of the clothes and program structure diagram using Japanese.