JPH02199524A - Storage system for information inputted to screen - Google Patents

Abstract

PURPOSE:To easily operate a screen and to effectively utilize a storage area by displaying a screen having an input area and a selection area for instructing storage, and when storage is instructed, storing input information and displaying the stored information on the succeeding screen. CONSTITUTION:A stored picture is accessed and displayed. The input area/ selection area is inputted, and after ending all the inputs, an ENTER key is depressed to process the contents of the screen. After ending the picture processing, the storage processing of input information is executed. Whether '*'(storage instruction) is displayed on the selection area or not is discriminated. When the storage is instructed, an input area name, an input value and the storage instruction '*' are stored in a data set. When there is no storage instruction in the selection area, the processing is ended.

Description

[Detailed Description of the Invention] [Summary] Regarding a saving method for saving information input from a screen, a screen having an input area and a selection area for instructing saving is displayed, and when the saving instruction is given, the input information is saved. The purpose of displaying the next time on the screen to make screen operations easier and to make effective use of the storage area is to specify the input area for inputting information and whether to save the input information entered in this input area. Displays a screen with a selection area to instruct, executes processing corresponding to the input information entered in the input area on this screen, and saves the input information instructed to save in the selection area to the dataset, and then When the above-mentioned screen is displayed, this saved input information and further a save instruction are displayed in the above-mentioned manual area and selection area.

[Industrial application field]

The present invention relates to a storage method for storing information input from a screen.

[Prior art and problems to be solved by the invention] Conventionally, in screen-based products, input information input by the user from the screen (data center information (project information, library name, type name, member name, etc.), option information) Either they were not saved, or the system decided to save them fixedly. Therefore, if you do not save the former, the input information you entered will not remain, so even if the information specified each time the system is started is the same,
There was a problem in that it had to be specified each time. In addition, in the case of saving the latter, the system judges and saves it, so it may save input information that the user does not need or does not save what he wants, and if all input information is saved, the storage space will be insufficient. The problem was that a lot of them were needed.

The present invention displays a screen with an input area and a selection area for instructing saving, and when a save instruction is given, the input information is saved and displayed on the screen next time, making it easier to operate the screen, and saving the saving area. The purpose is to make effective use of the information.

[Means to solve problems]

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

In FIG. 1, screen 1 is a screen provided with an input area 1-1 for inputting input information and a selection area 1-2 for instructing whether or not to save the input information entered manually in this input area 1-1. It is.

The input area 1-1 is an area for inputting input information such as data center information (project name, library name, type name, member name, etc.).

The selection area 1-2 is an area for inputting a save instruction as to whether or not to save the input information input in the input area 1-1.

[Effect]

As shown in FIG. 1, the present invention provides input information (project information, library name, type name, member name, etc.) necessary to perform processing on the input area 1-1 displayed on screen 1. ), and enter a save instruction for whether or not to save the input information entered in input area 1-1 in selection area 1-2, press the ENTER key to execute the process, and also input the save instruction. Save the entered input information in a dataset. Then, the next time screen 1 is displayed, the input information saved in the data set and the save instruction are displayed in input area 1-1 and selection area 1-2.

Therefore, if the user enters a save instruction in selection area 1-2 and selects save, the input information and save instruction as instructed on screen 1 will be displayed on screen 1 next time, making the screen easier to operate. This makes it possible to improve the

〔Example〕

Next, the configuration and operation of one embodiment of the present invention will be explained in detail using FIGS. 1 and 2.

FIG. 1(a) shows an example of screen 1 before input.

This screen 1 is a source data set designation menu screen, and has an underlined portion as an input area 1-1 and a square portion as a selection area 1-2.

FIG. 1(b) shows an example of screen 1 after input.

This screen 1 has "01" in the underlined part, which is the input area 1-1, corresponding to, for example, "Project Salt" displayed in the fixed part.
831'', and the information entered manually by pressing the "*" key is displayed in the square that is the selection area 1-2.

Part 1 (c) shows information that the system saves and information that does not save in response to pressing the ENTER key to instruct execution in the state shown in FIG. 1 (b). Here, the information to be saved is obtained by manually inputting "*" representing a save instruction in the selection area 1-2 on the screen 1 in FIG. 1(b). The saved information saved in these data sets will be retrieved and displayed the next time the screen is displayed, and since screen 1 in Figure 1 (b) will be displayed from the beginning according to the user's instructions, the same setting operation will be performed every time the user waits for startup. There is no need to repeat the process, which improves screen operability.

Next, the operation of the structure shown in FIG. 1 will be explained in detail in accordance with the order shown in the flowchart of FIG.

In FIG. 2, (2) calls up a screen for retrieving saved information. This means that if the input information has already been saved previously as shown in FIG. 1 (c) Information to be saved, it will be retrieved.

■ Displays screen 1. This displays screen 1 as shown in Figure 1 (a) when there is no saved information in ■.
On the other hand, ■ means that if there is saved information, screen 1 as shown in FIG. 1 (b) will be displayed.

■ Inputs the input area/selection area. This means that the user manually inputs keys into the input area 1-1 and the selection area 1-2 on screen 1 (Figure 1 (a) screen 1 or Figure 1 (b) screen 1) displayed in ■. It means. For example, in Figure 1 (b), the underlined part on the right side of the project name (input area 1-
1) “01831” and the rightmost square (selection area 1-
2) Enter “*” manually. Enter the following information in the same manner.

When all input is completed, press the ENTER key to execute ■.

(2) executes the process on the screen in response to an execution instruction by pressing the ENTER key. Then, after the processing is complete,
A second storage process of input information related to the tree embodiment from (1) to (2) is performed.

(2) determines whether or not "*" is present in the selection area 1-1.

This means that it is determined whether or not "*", which is a save instruction, has been entered in the selection area 1-1. If yes (* is entered manually in the selection area 1-2 and a save instruction is given), execute □. If there is none, execute ■.

■ Save in the dataset. This is selected area 1 with ■.
For example, in Figure 1 (b), the input area name "project name", the input value "D1831", and the save instruction "*" for which "*" was input in -2 are saved (stored) in the data set for saving. It means that.

(2) determines whether it is the end (the end of the determination of presence/absence of * for all selection areas 1-2).

If YES, the process ends. If NO, repeat the steps below.

With the above processing, the user can move from screen 1 to input area 1-1.
By entering the save instruction "*" in selection area 1-2 for the input information entered in , the input information for which the save instruction "*" was given and the save instruction "*" will be automatically displayed on screen 1 from the next time. This makes it possible to display Screen 1 as instructed by the user at startup.

〔Effect of the invention〕

As explained above, according to the present invention, the screen 1 having the human power area 1-1 and the selection area 1-2 for instructing saving is displayed, and when the saving instruction is given, the input information is saved and the screen is displayed next time. Since the screen is displayed on the top, the screen according to the user's instructions will be displayed on the top of the screen the next time it is started, eliminating the need to enter the same information manually each time, improving screen operability. Can be done. Furthermore, since only the input information specified by the user is saved, it is possible to effectively utilize the storage area (data set for storage).

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a configuration diagram of an embodiment of the present invention, and FIG. 2 is a flowchart explaining the operation of the present invention. In the figure, 1 is the screen, 1-1 is the input area, 1-2 is the selection area, 2
represents the preservation process.

Claims (1)

[Claims] In a storage method that saves information input from a screen, an input area (1-1) for inputting input information and whether to save the input information input to this input area (1-1) or not. A screen (1) with a selection area (1-2) for instructing is displayed, and the process corresponding to the input information entered in the input area (1-1) on this screen (1) is executed and selected. The input information that was instructed to be saved in area (1-2) is saved in the dataset, and the next time the above screen (1) is displayed, this saved input information and the save instruction are saved in the input area (1-1). ) and a selection area (1-2).