JPH01191969A - Proper editing display system - Google Patents

Abstract

PURPOSE:To ensure the expanding performance with a standardized editing program by adding a proper outlet executing part independently into a work program to said editing program in an external form and displaying the outlet processing result on a screen. CONSTITUTION:In case an outlet deciding part 2-1 decides the need for the output processing by reference to a screen defining matter 1 against the alphamerics, etc., supplied to the items of a screen, an outlet requesting part 2-2 sets a proper editing pattern, etc., as a parameter and gives a request to an outlet executing part 3-2. Thus the part 3-2 performs a proper editing process and the data check for a work program 3. A display part 2-3 displays the editing processing result on a display 5.

Description

[Detailed Description of the Invention] [Summary] Regarding the unique editing display method for displaying unique editing results, a unique exit execution unit is provided independently in the business program in an external manner to the standardized 41m program, and its exit processing is By displaying the results on screen, standardized [j
The purpose is to provide extensibility under the Jl program, and the presence or absence of exit processing and the unique 41m are associated with items on the screen.
A double-sided definition body that predefines information such as patterns, and an exit determination unit that refers to the screen definition body and determines whether or not to perform specific exit processing for alphanumeric characters input into items on the screen. and an exit requesting section that sets information such as the unique iFl pattern as a parameter and requests processing when it is determined by this exit discriminating section that specific exit processing is to be performed, and responds to requests from this exit requesting section. The business program is equipped with an exit execution unit provided independently in the business program that performs editing specific to the business program, and a display unit that displays the editing results based on instructions from the exit execution unit. Configure the results to be displayed on screen.

[Industrial application field]

The present invention relates to a unique editing display method for displaying unique editing results.

[Problems to be solved by the conventional technology and invention 1 In a business program that uses a screen and a keyboard to communicate with an operator, the conversation processing portion takes up a considerable proportion of the essential business processing. .

For this reason, there is an editing program that separates this conversation processing part from the business program and standardizes the input/output processing between the screen and the keyboard. This editing program edits and checks input/output data based on the screen definition that stores screen information.
The results are displayed on the screen in an echoed manner.

However, each business program has various individual requirements for the editing processing and checking processing, and there is a problem in that it is difficult to provide a standardized ML program that satisfies all of these requirements.

The present invention can be expanded based on the standardized ML program by providing a unique exit execution unit independently in the business program in a manner external to the standardized editing program and displaying the exit processing result on the screen. The purpose is to give it sex.

[Means for solving problems]

Means for solving the problem will be explained with reference to FIG.

In FIG. 2, a screen definition body 1 defines and stores information regarding the business program 3, such as the presence or absence of exit processing and unique editing patterns, in association with items on the screen.

The exit determination unit 2-1 refers to the screen definition 1 and determines the business program 3 based on the alphanumeric characters input in the items on the screen.
This determines whether or not specific exit processing is to be performed.

When it is determined that exit processing specific to the business program 3 is to be performed, the exit request unit 2-2 sets a unique editing pattern etc. as a parameter and sends the request to the exit execution unit 3-2 provided independently in the business program 3. This is a request for exit processing.

The display section 2-3 displays the editing result subjected to the exit processing by the exit execution section 3-2 on the display 5 based on the instruction.

The exit execution unit 3-2 executes the Will specific to the business program 3.
It performs processing and data checking.

[Effect]

As shown in FIG.
If you determine that it is necessary to perform exit processing by referring to
The exit request unit 2-2 sets a unique editing pattern as a parameter and requests the exit execution unit 3-2, and the exit execution unit 3-2 that receives this request performs editing processing and data check specific to the business program 3. The display section 2-3 displays the result of this [1 processing] on the display 5.

Therefore, the exit execution unit 3-2, which is independent and unique to the business program 3, is attached externally to the standardized &Ii program 2.
is provided, and the display section 2-3 displays the ml result on the display 5, thereby standardizing t! It becomes possible to provide extensibility under the program.

(Embodiment) Next, the configuration and operation of an embodiment of the present invention will be explained in detail using FIGS. 1 to 3.

In Figure 1, the screen definition body 1 is one in which item information can be obtained for each screen.0 item is the minimum unit of input/output, and there are multiple items on one screen, items that can be input/output, Items that are subject to key human effort related to the present invention are items that can be input and output.Types of items are alphanumeric, numeric, Japanese, alphanumeric and Japanese mixed. The 0 items of information include presence/absence of exit processing, standard editing pattern, data check information, unique Wi collection pattern, individual information, etc. In addition to this, the item information i is
These include the position of the item on the screen, the length of the item, and the size of the displayed characters (enlarged characters).

This screen definition body 1 is loaded from the disk device 7 into the storage area of the CPU at the beginning of the screen switching.

By providing this screen definition, the location of items, the presence or absence of &Im processing (exit processing) specific to the business program 3,
It becomes possible to perform screen input and output without being aware of specific editing patterns.

), 1iiffi program 2 includes exit determination unit 2-1,
It is composed of an exit dependent section 2-2, a display section 2-3, etc., and a keyboard and a
Using the display control program 4, create the screen definition
Input/output to/from the display 5 is performed while referring to 11m processing (exit processing) specific to the business program 3.
If necessary, the exit execution section 3-2 is requested to perform editing processing, and the editing results are displayed on the display 5.

By providing this 1a-standardized editing program 2, the business program 3 can easily handle screen input/output in the same way as file access. Also,
By causing the independently provided exit execution unit 3-2 to execute editing processing specific to the business program 3, an expandable system can be realized.

The business program 3 is composed of a main body execution section 3-11 that performs various user tasks, an independently provided exit execution section 3-2 that performs editing processing of the business program 3, and the like.

The keyboard/display control program 4 controls the display 5 and keyboard 6 according to instructions from the editing program 2.

The display 5 is used to display characters input manually using keys.

The keyboard 6 is used to enter characters manually.

The disk device 7 is a storage medium that creates and stores the screen definition program l. This screen definition body 1 is created in advance using an interactive tool before executing the program, and is stored in the disk device 7.

Then, at the beginning of accessing the screen, the corresponding screen definition 1 is input.

Next, the first
The operation of the diagram configuration will be explained in detail.

In FIG. 2, the symbol ``■'' in the figure indicates that the following process is performed in response to the first input/output instruction when the screen changes.

In the figure, ■ indicates that the screen definition program 1 is to be loaded. This means that the screen definition program 1 for the corresponding screen is loaded from the disk drive [7] into the storage area of the CPU.

■ in the figure indicates that item information table 1-1 is created from screen definition program l. This indicates that necessary information is extracted from screen definition program l to create item information table 1-1. It means. This item information table 1-1 stores information such as presence or absence of exit processing, standard editing patterns, data check information, unique editing patterns, and individual information.

■ in the figure indicates that input/output processing is performed.

Through the above processing, information such as the presence or absence of exit processing extracted from the screen definition program 1 is stored in the item information table 1-1 when the screen is first changed.

Next, in the order indicated by ■ to O in the figure, characters (for example, "12345") entered manually from the keyboard 6 are displayed on the display 5 in the business program 3Ii! The procedure for editing and displaying iI data (for example, "12-345") will be explained.

In the figure, ◎ indicates that input processing is to be performed.
This means to notify the t program 2.

In the figure, @ indicates that the item information table 1-1 is referred to.

◎ in the figure indicates that it is determined whether there is an exit. This means that @ in the figure refers to the item information table 1-1 and determines whether or not exit processing is enabled. are doing. If YES, execute [phase] in the figure. In the case of No, the next request process is executed.

In the figure, ■ indicates that information setting (input data, parameters) to the exit execution unit 3-2 of the business program 3 is performed.

For example, input data "12345" and parameter "Data check N" are stored in the data area of business program 3.
This means setting a "turn with 1 fi no" unique to o s.

■ in the figure indicates that a call request is made to the exit execution unit 3-2. Correspondingly, the &I collection processing and data check specific to the business program 3 are performed by the line 0 unit 3-2 in FIG. The editing result is the editing result "12" in the data area.
Stored at -345°.

In the figure, [phase] indicates that it is determined whether or not there is an echo back request. This indicates that it is determined whether or not echo back is specified from the exit execution unit 3-2 for the It means. If YES, select O in the diagram.
Display the editing data (for example, '12-345°) on the display 5 as shown in the figure, and process the next request.
In the case of O, the next request processing is performed.

As described above, if the presence of exit processing is set in advance by referring to the item information table 1-1 for the numbers input in the items on the screen, exit execution independently provided in the business program 3. The standardized [2 program 2, it is possible to provide expandability by performing editing processing specific to the business program 3 and echo banking.

Next, the operation of the exit execution unit 3-2 provided independently in the business program 3 will be described in detail using phases 0 to 2 in FIG.

In FIG. 3, ■ indicates that processing is distributed. This is activated in response to a call request from the exit execution unit 3-2 at 0 in FIG. This means that processing is distributed based on the parameters and screen information set in 0. For example, if eco-back data editing 1 and data check 1 are set as parameters, the [phase] in the figure Edit echoback data (
For example, input data '12345' is edited to '12-345'), human data is checked by data check 1 at 0 in the figure, and [phase] in the figure is executed.

[Phase] in the figure indicates whether the data check is OK or not. If YES, an echo puncture request is made in [Phase] in the figure, and in response, [Phase] in Figure 2 is shown. phase] and Y
It becomes ES and the edited data is displayed on the display 5 at ■ in the figure. In the case of NO, since no echo back request is made in [phase] in the figure, the result is NO in [phase] in FIG. 2, and echo back is not performed.

Through the above processing, the exit execution section 3-2 provided independently in the business program 3 performs editing processing specific to the business program 3 and checks input data, and also specifies whether or not to echo back.

Next, the operation of the main body execution unit 3-1 provided in the business program 3 will be explained in detail using 0 to [shares] in FIG.

In FIG. 3, ■ in the figure indicates that the screen is set to 0PIIIN.

0 in the figure indicates that screen information is acquired.

This means that the attributes necessary for editing each item are acquired from the screen definition body l.

0 in the figure is the screen display WI? Indicates that IjE is to be performed.

In the figure, [phase] indicates that the screen is manually read.

This means that input data entered manually from the keyboard 6 is taken in.

0 in the figure indicates that business processing is to be performed, and the screen is CL
Repeat O and @ in the figure until O3E is executed.

In the figure, [phase] indicates that the screen is CLO3E.

Through the above processing, the main execution unit 3 of the business program 3
-1 performs predetermined business processing independently of the exit execution unit 3-2.

(Effect of the invention) As explained above, according to the present invention, the standardized [a
Since a configuration is adopted in which a unique exit execution unit 3-2 is provided in the business program 3 in an external manner to the program 2, and the display unit 2-3 displays the editing results on the display 5. The standardized editing program 2 can be made extensible to accommodate editing processing specific to the business program 3.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of one embodiment of the present invention, FIG. 2 is a flowchart explaining the operation of the present invention, and FIG. 3 is a flowchart explaining the operation of a business program. In the figure, l is a screen definition body, 2 is an editing program, 2-1 is an exit determination section, 2-2 is an exit request section, 2-3 is a display section, 3
3-1 is a business program, 3-1 is a main body execution section, 3-2 is an exit execution section, 4 is a keyboard/display control program, 5 is a display, and 6 is a keyboard.

Claims (1)

[Claims] In a unique editing display method for displaying unique editing results, there is provided a screen definition body (1) that predefines information such as the presence or absence of exit processing and a unique editing pattern in association with items on the screen; An exit determination unit (2-1) that determines whether or not specific exit processing is to be performed by referring to the above screen definition body (1) for alphanumeric characters, etc. input to items on the screen, and this exit determination unit. Part (2
-1), an exit request unit (2-2) sets information such as a unique editing pattern as a parameter and requests processing when it is determined that a unique exit process is to be performed; In response to requests from 2), the business program (3) performs editing specific to the business program (3).
3) an exit execution section (3-2) provided independently in the interior, and a display section (2-3) for displaying the editing results based on instructions from the exit execution section (3-2); Display section (2-
3) A unique editing display method characterized by being configured to display editing results on a screen.