JPS63142428A - Processing system for generating display picture - Google Patents

Abstract

PURPOSE:To omit the labor of input operation and generate a program with synthesized pictures by selectively extracting and synthesizing standard formats and individual information added to these formats. CONSTITUTION:A picture like 'erase, #item group, body, xsiitem, goods code' is displayed on a display device, and these contents are held in a display information memory 3 and are used for program generation. In this case, an operator selects a format corresponding to 'erase' from a standard format group memory 1. 'body' and 'goods code' are inputted for the item group name and the item name respectively. Then, individual information 5-1 or 5-2 is selected correspondingly to a standard format 4-1 corresponding to 'erase', and contents of the display information memory 3 are led from the format 4-1 and the memory 2.

Description

[Detailed Description of the Invention] [Summary] Applications and applications can be created while displaying a screen on a display.
In the data processing device that creates the program, the standard format and the individual information added to the standard formant are selectively extracted and synthesized, reducing the number of input operations by the operator as much as possible. depending on the screen.

It is disclosed to create an application program.

[Industrial application field]

The present invention provides a 9-display screen generation processing method, particularly a data processing device that generates screens in an interactive format and creates application programs, in which a standard format and individual information are combined to generate screens. Display Screen Generation Processing Method [Prior Art] Consideration has been given to creating an application program that executes processing while interacting with a screen using input means.

In the process of creating such an application program, a procedure screen is displayed on the display as shown in FIG. Item group
Body, slip format screen...'' will be input one after another.

[Problem that the invention seeks to solve]

In the conventional case, since the operator inputs information directly using an input means, it is easy to make input errors, and it takes a lot of time to create an application program.

[Means for solving problems]

The present invention solves the above-mentioned problems, and FIG. 1 shows a basic configuration diagram of the present invention.

In the figure, reference numeral 1 represents a standard format group memory, 2 represents an individual information group memory, 3 represents a display information memory, 4-1 each represents a standard format, and 5-1 represents each individual information.

Standard format) 4-4 has a standard pattern for display screens that should be displayed on 9 screens.

It is written with information that can be displayed on the screen in the form of an image. In the case of the standard format 4-1 shown in the figure,
(i) It is a standard format labeled ``Release'', and (ii) only the ``item group name'' and ``item name'' shown in parentheses are instructed to the operator. (iii) A state is shown in which the operator has inputted "body, . . ." corresponding to "item group name."

The individual information 5-i is associated with the above-mentioned standard format 4-1 to complete one display screen or to generate a reference screen. In the illustrated case, characters such as "# item group" and "# item" are individual information.

[Effect]

2 e.g. on the display.

A screen such as "Erase #item group body, ... #item product code, ..." is displayed, and this display content is retained in the display information memory 3 and is used for creating application programs. .

In this case, the operator selects the standard format group memory 1
Select the standard formant corresponding to "Erase" from .

At this time, a screen such as 1 (not shown) appears on the display, such as 2 "Erase (item group name) (item name)", and the operator can, for example, "body.

Enter "Voucher format screen..." and input "Product code, Voucher format screen diagram..." corresponding to the item name. This state is shown as a standard format 4-1 (corresponding to a template) shown in FIG.

In the case shown in FIG. 1, two pieces of individual information 5-1 and 5-2 are selected corresponding to the standard format 4-1 of "erase", and are shown as the contents of the two display information memory 3. Iruyo <, "Erase".

"Body" ... and "Product code" ... are derived from the standard format 4-1, and "# item group" and "# item" are derived from the individual information group memory 2 and synthesized. Ru.

By doing so, it is possible to omit inputting characters such as "#item group" and "#item", which are only reserved for the device.

〔Example〕

FIG. 2 shows a processing mode for obtaining a desired display screen while displaying a template screen on the screen.

Figure 2 (A) corresponds to the process when an instruction template corresponding to "erase" is executed to create one instruction, and Figure 2 (B) corresponds to the function template corresponding to "% average". This corresponds to the process of creating one function by executing it.

The illustrated reference numeral 10 represents an initial screen, and a large number of command items are displayed on the right side of the illustrated screen 9.

From one of them, it is assumed that in the case of FIG. 2(A), "Erase" is selected, and in the case of FIG. 2(B), "% Average" is selected. As a result, the display 11 corresponding to the instruction template and the display 12 corresponding to the function template are displayed on the initial screen based on the information code (here, "fkind, fcode") corresponding to "erase" and "% average". 10 and is displayed superimposed on it. In this state, the operator can place two unlined points on each template shown.
For example, as shown in the diagram, you can enter the characters ``Body, sales slip screen'' and ``Product code, sales slip detail''.

Also, input the characters rAJ, rBJ, and "C."

This state is shown in the display 11 in the center of FIGS. 2(A) and 2(B).
and 12.

Then, when you instruct each template to run.

The illustrated processing screen 20 appears. That is, in the case shown in FIG. 2(A), "#" in the individual information 5-i described in relation to FIG. 1 is associated with the instruction template "erase".
ID information is provided that points to the characters ``item group'' and ``# item.''

On the processing screen 20, it is combined with the content of the template "Erase". In the case shown in FIG. 2 (B), "C" and "
,” or “)” below is part of the individual information mentioned above.
5 on the processing screen 20.
It is combined with the content of the template "% average".

FIG. 3 shows an explanatory diagram illustrating the association between templates and individual information.

Reference numeral 4-1 in the figure represents an instruction template table corresponding to "erasure", and reference numeral 4-2 represents a function template table corresponding to "% average".

Further, numerals 11 and 12 correspond to the display shown in FIG. A plurality of instruction template tables and function template tables are held on a template table 13, and the table 13 corresponds to the standard formant group memory 1 shown in FIG.

In the case of an instruction template table, field information 14-] is provided corresponding to each field corresponding to (item group name) or (item name) shown in 2 display 11.

14-2... are prepared. In the field information 14-1, 1DWI information (indicated as Kid) pointing to 9 individual information 5-1 and 5-2 is written. As a result, one template table 4-1 and individual information 5-1, 5-2, . . . are associated with each other.

In the case of a function template, field information 15-1 is prepared corresponding to a plurality of fields corresponding to (arithmetic expressions) shown in 2 display 12.

A "delimiter identifier" is written in the field information 15-i, and information for expressing parentheses, commas, etc. described in connection with FIG. 2(B) is given.

FIG. 4(A) shows a processing mode when a template is created, and FIG. 4(CB) shows a processing mode when a screen is modified.

In FIG. 4(A), it is assumed that the function template "% average" is specified on the valet on the right side of the command template on the initial screen 10. In this case, the "% average"
Pointer information is provided corresponding to, for example, ro 101J, and the corresponding template 4-2 is selected based on the information ro 101J. As a result, a display 12 as shown in the center of FIG. 2(B) appears on the initial screen I.
It is displayed superimposed on O.

Money Strategy Figure 4 (B) Assuming that the processing screen 20 as shown in Figure 2 is displayed, consider modifying the letter rBJ in Figure 2 to the letter "C". In this case, the cursor position is appropriately moved on the display 21 on the second screen 20 to search for the presence of "%". When the presence of Ni is detected, the 2 display 21 estimates the existence of Ni. If a character such as "%" is not detected, the result is NOP.

When the existence of an expression is estimated, the search is performed to the right from the position of "%", and the opening right parenthesis "(" and the opening left parenthesis ") are searched to the right.
” is counted, and when the number of both parties is defeated, “%”
It is determined that the text from ")" to ")" is an expression. Then, it detects the "% average" in the formula, converts it into code, and converts it to 1
A function template 4-2 is generated. Next, search for the content between the parentheses "(" and the parentheses "month".

The characters A, B, parentheses, commas, etc. are detected to generate the contents of the function template 4-2, and individual information (not shown) is generated.

In this way, when the function template 4-2 corresponding to the screen to be corrected is generated, in this state.

The character rBj on the processing screen 20 is changed to the character rCj.

Corresponding to this change, the character rB on template 4-2 is
The letter "C" replaces the J.

FIG. 5 shows a processing flow corresponding to FIGS. 4(A) and (B). The information code shown as "0101" in FIG. 4 is fkind and fc in FIG.
It is shown as ode. The information code rfkin
d, fcodeJ or ro I Q 1'',
Template 4-2 is selected and displayed as 1 display 12.

FIG. 6 shows an example process of the present invention corresponding to instruction creation. Reference numeral 3 in the figure is a display information memory corresponding to FIG. Further, 4-j corresponds to one of the standard formats, and in the case of FIG. 2, a part of an instruction pattern related to a "matching unit instruction" is shown. 30
denotes a standard procedure generation unit, 31 to 35 each a procedure processing unit, and 40 an object memory.

For example, if a matching unit command is to be displayed on the screen, the processing procedure generating section 30 takes in a matching unit command pattern 4-j, which is one of the command patterns. Then, the standard procedure corresponding to the matching unit instruction is executed in accordance with the number of output tables. Command pattern 4-j
For example, 1 corresponds to the case where there is one output table, and 2 as shown in the figure.

"Match #Master input Input l Main top #Transaction input Input m #Master output Combination l Supreme #Key item ? #Key value $ single- Match mismatch #Output presence/absence $No transaction No transaction #Output presence/absence $ presence Match completed
” is written in advance. and.

In the above pattern, the part with the unlined line is 6 variable information, and when creating 9 instructions, 3 individual information 5-1
is the target to be replaced with one of the following.

The procedure processing units 31 to 35 in the standard procedure generation unit 30 sequentially replace the above-mentioned variable information, that is, “input table name l”, “input table name 2”, and “output table name 1j” with 9 individual information 5-4. The process during this time is displayed interactively on the display.

Needless to say, the individual information 5-f to be replaced is registered in advance by the operator.

The command pattern completed in this way is stored on the 1-display information memory 3. and.

Abbreviation programs are being created.

〔Effect of the invention〕

As explained above, (1) according to the present invention, when creating a program by interactively displaying the screen, the standard format is selected and individual information is selected, and (2) both are combined and displayed on the display. can be displayed.

This greatly simplifies operations for the operator.

[Brief explanation of the drawing]

Figure 1 is a diagram showing the principle configuration of the present invention, Figure 2 is an explanatory diagram of the processing mode for obtaining a display screen, Figure 3 is an explanatory diagram explaining the correspondence between templates and individual information, and Figure 4 (A) is a template Figure 4 (B) shows the process when opening a screen, Figure 5 shows the process flow corresponding to Figures 4 (A) and (B), and Figure 6 shows how to create an instruction. FIG. 7, which is a corresponding processing example of the present invention, shows a conventional operation mode. In the figure, ■ represents a standard format group memory, 2 represents an individual information group memory, 3 represents a display information memory, 4-1 represents a standard format, and 5-1 represents individual information. Patent applicant: Usatsuk Electronics Industry Co., Ltd. (1 other person) Agent: Patent attorney Hiroshi Morita (1 other person) iLu Hao grandson υ September m m

Claims (4)

[Claims] (1) In a data processing device in which a screen is displayed on a display using an input means, and an operating system creates an application program while notifying the application program of information corresponding to the contents displayed on the screen. , the standard format shown on the display above (4
- standard format group memory (1) holding groups of i);
and an individual information group memory (2) in which the individual information (5-i) added to the contents of the individual standard formats (4-i) is held as a group, and the standard format group memory ( At least one of the contents of 1) is selectively extracted, and one or more of the contents of the individual information group memory (2) are selectively extracted, and display information obtained by combining the two is stored in the display information memory. (3) A display screen generation processing method characterized in that the application program is created by generating the above information and registering the display information. (2) In a data processing device in which a screen is displayed on a display using an input means, and an operating system creates an application program while notifying the application program of information corresponding to the content displayed on the screen. , a template table that holds a group of templates to be displayed on the display, and an ID that specifies individual information to be added to each template when it is displayed on the display.
information, selectively extracts at least one of the contents of the template table, extracts the individual information specified by the ID information, and generates display information by combining the two on the display information memory. A display screen generation processing method, characterized in that the application program is created by registering the display information. (3) In a data processing device in which a screen is displayed on a display using an input means, and an operating system creates an application program while notifying the application program of information corresponding to the contents displayed on the screen. , has a template table that holds a group of templates to be displayed on the display, and also holds individual information that should be added when displayed on the display, corresponding to each template, The apparatus is configured to selectively extract at least one of the contents of the template table, extract the individual information, and generate display information in which both are combined on the display information memory; When modifying display information, the above display information is analyzed, a template table corresponding to the display information and the content that should be written in the template table is generated, and the generated template table is created. A display screen generation processing method characterized in that content correction corresponding to the display information to be corrected is performed on a table. (4) In a data processing device in which a screen is displayed on a display using an input means, and an operating system creates an application program while notifying the application program of information corresponding to the content displayed on the screen. , is provided with an instruction pattern group memory that holds a group of instruction patterns displayed on the display, and selectively extracts individual information corresponding to the variable information in the individual instruction patterns to display information on the individual instruction patterns. A standard procedure generation unit is provided that performs processing to apply the variable information in place of the variable information, and the standard procedure generation unit stores the generated instructions in the display information memory and also creates instructions for the application program. A display screen generation processing method characterized by: