JPS63298616A - System for deciding screen input allowable value - Google Patents

Abstract

PURPOSE:To facilitate a terminal operation by deciding whether or not an input value is allowed while input allowable value data are set beforehand. CONSTITUTION:A screen input allowable value deciding system is composed of a memory device 100, a screen input output means 200, a user program 300 to input and output a screen, an input allowable value setting means 400 called from the screen input output means 200 by the command of a terminal user, a relation definition setting means 500 and an input allowable value deciding means 600. User screen information 100 is stored into a memory means 100 and further, this is composed of a screen object 111, a relation definition information 112 and input allowable value data 113. Thus, since the above- mentioned deciding means 600 is connected to the screen input output means 200, the control is delivered to the deciding means 600 when the screen object 111 is removed from the user screen information 110. It is discriminated whether or not the input allowable value data 113 added by the above-mentioned setting means 500 exist, and the burying, etc., are executed as the guide of the input value.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a screen display control method in an information processing system, and more particularly to a screen input permissible value determination method in an information system operated in the TSS method.

(Prior Art) In general, in screen display processing for each terminal device in a TSS type information processing system, the input allowable value is set by the terminal user, or when changed, it is used as input information. Since it is highly dependent on the user's program, it is difficult to set an appropriate value for each user or to change the program.

(Problems to be Solved by the Invention) The conventional method described above does not have a means to set input tolerance values without modifying the user program corresponding to each screen, so input tolerance values cannot be set for each user. cannot be changed freely. Therefore, for terminal users who use this display screen to perform input operations, etc., especially when performing routine tasks, it is possible to check, for example, the attributes of input values when inputting the OS on the terminal side. , the validity of the allowable values cannot be determined unless each user program is executed. Unfortunately, there is a problem in that terminal operations such as corrective processing when a tolerance value is exceeded are complicated and require a long operation time.

(Hereinafter, blank space) The purpose of the present invention is to set allowable input values in advance in response to requests from the terminal user, without modifying the user program, for data that should always be set based on the terminal user's business or preferences. When sending such a changed screen object to a display type terminal device, the above drawbacks are removed by incorporating the input tolerance value into the screen, and the input tolerance value on the terminal screen is An object of the present invention is to provide a screen input permissible value determination method configured to check the value and facilitate terminal operation by a terminal user.

(Sixth Means for Solving the Problem) The screen input permissible value determination method according to the present invention includes a screen input/output means, an input permissible value setting means, a relationship definition setting means, and an input permissible value determining means. This is just a reminder.

Is the screen input/output means the display information that reads screen objects stored in the storage device and sends them to the terminal? It is for generating.

The input tolerance value setting means determines, for a screen object designated from a terminal among a plurality of screen objects stored in the storage device, tolerance value data of input data to be set for a data input field included in the screen object. This is for storing the above-mentioned input tolerance data when input from the terminal.

The relationship definition setting means is configured to add, to the corresponding screen object, six input tolerance data stored by the input tolerance value setting means, and relationship definition information indicating a position of a data input field to which the input tolerance data is to be applied. belongs to.

The input permissible value determination means is connected to the screen input/output means, and when relationship definition information is added to the virtual screen object read by the screen input/output means, the input permissible value determination means is connected to the screen input/output means, and when the relationship definition information is added to the virtual screen object, the input tolerance value determination means is connected to the screen input/output means. This is for determining whether data input by the user is permitted as an input value for the data input field on the screen using the relationship definition information and the corresponding input permissible value data.

The present invention is configured in the above manner so that it can be determined whether or not the input value is allowed by setting input allowable value data in advance.

(Example) Next, an example of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of a screen input permissible value determination method according to the present invention. In FIG. 1, 100 is a storage device, 200 is a screen input/output means, 300 is a user program that performs screen input/output, and 400 and 500 are input permissions called from the screen input/output means 200 according to instructions from the terminal user. Value setting means and relationship definition setting means, 6
00 is an input permissible value determining means connected to the screen input/output means 200.

The storage device 100 stores user screen information 110. Further, the user screen information 110 includes a screen object 111, relationship definition information 112, and input permissible value data 113. User screen information 110 exists for each user, and information such as which screen object is used by each non-user is also set therein.

When the input tolerance setting means 400 receives identification information of a screen for which input tolerance data is to be set from a non-user using, for example, a display type terminal device, the input tolerance value setting means 400 converts the corresponding screen object 111 into the user screen information 110. , and sends it to the display type terminal device via the screen input/output means 200. Since this sent screen object is displayed on the screen of the display type terminal device, the non-user inputs the data that he/she wishes to set as the input tolerance value on the displayed screen at that time, and inputs the data that he/she wishes to set as the input tolerance value setting means 40.
Send to 0.

This transmitted data is received by the input permissible value setting means 400 via the screen input/output means 20G and is passed to the relationship definition setting means 500. Therefore, the relationship definition setting means 50
0 indicates the obtained input tolerance data and the position in the screen object 111 to which the input tolerance data is applied (
This location can be known, for example, from information transmitted from the terminal. ) is generated.

Input these permissible value data 113 and relationship definition information 1
12 to the corresponding screen object 111, and set it in the location specified by the above position information in the 1-screen object 111, or add information such as a flag indicating that there is an input permissible value that should be changed. Write.

On the other hand, the screen input/output means 200 is a user program 300.
User screen information 11 using the screen information passed from
A corresponding screen object 111 is extracted from 0 and processed to generate display information to be sent to a display type terminal device.

In the present invention, the input permissible value determination means 600 is connected to the screen input/output means 200, so that, unlike the conventional screen input/output means 200, the screen input/output means 200 converts the user screen information 110 into screen objects. 111e, control is passed to the input permissible value determining means 600. When the input permissible value determining means 600 takes control, it determines whether or not the input permissible value data 113 added by the relationship definition setting means 500 exists in the screen object 111.
For example, this is determined by checking the presence or absence of information such as a flag. If the input allowable value data 113 exists, the input allowable value data 11 according to the content of the relationship definition information 112
3 is embedded in the display information as an input value guide, and control is returned to the screen input/output means 200 again. Thereafter, the screen input/output means 200 operates as before, and a screen containing the above data as input allowable values is displayed on the display type terminal device.

The above is an example of a process that uses a display type terminal device to accommodate a user who has not yet used the device. Allowable input values can be set.

FIG. 2 is a flowchart illustrating the processing of the input permissible value setting means 400 of FIG. 1. The operation of the input permissible value setting means 400 will be explained below with reference to FIG.

When control is passed from the double-sided input/output means 200, first, in step 201, the display type terminal device? through,
A non-user is requested to provide the identification information of the screen on which the user wants to set an input allowable value, and the non-user inputs and sets the information from a display terminal device. Then step 2
02, a screen object 111 is fetched from the user screen information 110 using the screen identification information as a key. In step 203, the screen object 111 is converted into an example of display information and sent to the display type terminal device.

This will cause the screen to be displayed on the display terminal device,
A non-user refers to the displayed screen and inputs and sets data to be set as an input allowable value on the displayed screen, for example, by moving the cursor and using human effort.

FIG. 3 is a flowchart illustrating the processing of the relationship definition setting means S00 of FIG. The entire operation of the relationship definition setting means S00 will be explained below with reference to FIG.

First, in step 301, the input allowable value setting means 4
The next input permissible value data set by 00 and relation definition information indicating the position in the screen object 111 where this input permissible value data should be incorporated are made into a relation definition, and step 3
It is added to the screen object 111 at step 02h, and then control is returned to the screen input/output means 200.

FIG. 4 is a flowchart illustrating the processing of the input permissible value determining means 600 of FIG. 1. The operation of the input permissible value determining means 600 will be described below with reference to FIG.

When control is passed from the screen input/output means 200, first in step 401, the screen input/output means 200 checks whether input tolerance data 113 exists corresponding to the read screen object 111 or not, for example, the screen object. The determination is made based on the flag information etc. in 111, and if it does not exist, control is directly returned to the screen input/output means 200.

On the other hand, if the data exists, the input permissible value data is approved as an input value at each place to be set in the display information based on the corresponding position included in the relationship definition information added in step 402, and then Screen input/output means 200
Return K control.

FIG. 5 is an explanatory diagram showing an example of the relationship definition information 112 stored in the user screen information 110 by the input permissible value setting means 400 and the relationship definition setting means S00 of FIG. The relationship definition information is a book that defines the correspondence between the input values of the screen object 111 created by the user and the user program, and the format of the relationship definition information is input kana,
The line number that corresponds to the input value in the user program,
It has information such as column number and input permissible value.

Input tolerance setting means 400 and relationship definition setting means 50
0 is for setting those information.

FIG. 6 is a block diagram showing an example of the processing of the input permissible value determining means 600 of FIG. 1. Based on the relationship definition information set above, the input permissible value determining means 600 approves the data that has been overwritten from the screen field of the display device (based on the input permissible value).

According to this example, the relationship definition information [is the input value %GAKUNE
Maximum value - 311 minimum value% as input allowable value for N'
It is set as 11. So, if the number %51 is destroyed from the screen field of the display device, first,
The line number and column number corresponding to the user program are detected, input allowable values are set, the user program is executed, and input values are checked to detect errors.

(Effects of the Invention) As explained above, the present invention allows the user to input the allowable value t1 for each weight according to the request of the end user for the screen object that has already been created according to each person's preference. When creating a dedicated screen, by incorporating input tolerance data and relationship definition information as part of the screen information, it is possible to dynamically set what the input tolerance values correspond to, making it easier for user programs and This reduces the dependence on user programs, allowing user-specific input tolerances to be set without changing the user program.
In addition, when that screen object is displayed, the input check is performed according to the set input tolerance value, so for example, an unused user can prepare his or her own modified screen object according to his or her work or preference. This has the effect of making subsequent terminal operations much easier.

Furthermore, in the present invention, the input permissible values specified from the terminal are stored as relationship definition information separately from the contents of the original screen object. There is also the advantage that the content of the field object itself is not destroyed, and if you want to set the next input tolerance value data at any time, you can simply discard the added relationship definition information.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment to which the screen input permissible value determination method according to the present invention is applied. FIG. 2 is a flowchart illustrating the processing of the input permissible value setting means of FIG. 1. FIG. 3 is a flowchart illustrating the processing of the relationship definition setting means of FIG. FIG. 4 is a flowchart illustrating the processing of the input permissible value determination means of FIG. 1. FIG. 5 is an explanatory diagram showing an example of relationship definition information and input tolerance data set to user screen information by the input tolerance setting means and the relationship definition setting means. FIG. 6 is a block diagram showing an example of the processing of the input permissible value determining means. 100... Storage device 110... User screen information 111, @e screen object 112... Relationship definition information 113... Input tolerance data 200... Screen input/output means 300... User program 400... Input tolerance setting means 500... Relationship definition setting means

Claims (1)

[Claims] a screen input/output means for reading screen objects stored in a storage device and generating display information to be sent to a terminal; and a screen object designated from the terminal among the plurality of screen objects stored in the storage device. input tolerance setting means for storing the input tolerance data when tolerance data of input data to be set for a data input field of the screen object is input from the terminal; Relationship definition setting means for adding, to the corresponding screen object, input permissible value data stored by the value setting means and relation definition information indicating a position of a data input field to which the input permissible value data is to be applied. If the relationship definition information is added to the screen object that is connected to the screen input/output means and read by the screen input/output means, the relationship definition information is added to the screen object that is connected to the screen input/output means and is read by the screen input/output means. and input permissible value determination means for determining whether data input by a user is permissible as an input value for a data input field on the screen using definition information and corresponding input permissible value data. . A screen input permissible value determination method, characterized in that the input permissible value data is set in advance so that it can be determined whether or not an input value is permissible.