JPH0395615A - Input processing system for menu screen - Google Patents

Abstract

PURPOSE:To reserve the contents that receives a processing instruction from a menu screen in a buffer to secure an input enable state and to input the processing instructions sequentially by separating a menu screen processing part from a screen analyzing part and simultaneously providing a buffer. CONSTITUTION:The data are set and the activation is instructed. That is, the data are set in an input field on a menu screen 1-1 and a command GO is applied. Then an input mode is inhibited and an input inhibition mark X is displayed on the screen 1-1. A menu screen processing part 2 fetches the data set in the input field of the screen 1-1 and stores them into a buffer 2-1. Then a screen analyzing part 3 is activated and the input inhibition state is released. Simultaneously, the mark X is erased on the screen 1-1. The part 3 analyzes the data and discriminates whether the data are normal or not. If so, the part 2 processes the data by request. If not, an abnormality message is displayed on the screen 1-1. Thus an operator performs a second input operation by referencing to the displayed message.

Description

[Detailed Description of the Invention] [Summary] Regarding the manual processing method that imports the contents that are instructed to be processed from the menu screen, the contents that are instructed to be processed from the menu screen are held in a state where they can be handled manually, and the processing instructions are given by the operator. 1
A menu screen processing unit that captures the contents of processing instructions from the menu screen, stores them in Vanofa, and makes them available for manual processing, and processes instructions stored in a buffer by this menu screen processing unit. The apparatus is equipped with a screen analysis section that extracts the information, analyzes it, and requests processing, and is configured so that processing instructions can be sequentially input from the menu screen.

[Industrial application field]

The present invention relates to a manual processing method for importing contents instructed to be processed from a menu screen.

[Prior Art and Problems to be Solved by the Invention] In electronic computer systems, there is a method of using a menu screen to receive instructions from an operator and process them.

When an operator issues instructions to the software using both sides of the menu, the necessary information is set on the menu screen for that processing, and in response to the startup instruction, the data from the menu screen is captured, analyzed, and processed. conduct. On this occasion,
During the analysis and processing of captured data, requests from the operator are prohibited from input, or even if input is permitted, it is ignored when a startup request is made. Therefore, even if you want to sequentially perform processing such as testing multiple I/O devices, you will have to wait until the current analysis/processing is finished to set the necessary information on the menu screen and issue a startup instruction. There was a problem.

An object of the present invention is to buffer the contents of processing instructions from the menu screen and make them available for input, thereby making it possible for the operator to sequentially input processing instructions. [Means for Solving the Problems] FIG. 1 shows a Bronnok diagram of the principle of the present invention.

In FIG. 1, a menu screen 1-1 is a screen on which an operator inputs processing instructions.

The menu screen processing unit 2 is a menu screen! The contents instructed to be processed from -1 are taken in and held in the buffer 2-1, and are made ready for input.

The screen analysis section 3 takes out the processing instructions stored in the buffer 2-1 by the menu screen processing section 2, analyzes them, and issues a processing request.

[Effect]

As shown in FIG. 1, in response to the operator inputting a processing instruction from the menu screen 1-1, the menu screen processing unit 2 takes in the processing instruction from the menu screen 1-1 and buffers it. The screen analysis section 3 analyzes the processing instruction taken out from the buffer 2-1 and requests processing.

Therefore, by suspending processing instructions input from menu screen 1-1 in buffer 2-1 and making them ready for input, it is possible for the operator to sequentially issue processing instructions without waiting for the previous analysis/process to be completed. becomes.

〔Example〕

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

In FIG. 1, a menu screen 1-1 is a screen on which an operator sets processing instructions. This menu screen 1
After setting data in the input field above -1, enter the command "Go" to start.

The keyboard 1-2 is used to input data into input fields on the menu screen 1-1.

The menu screen processing section 2 takes in the contents instructed to be processed from the menu screen 1-1 and holds the contents in the buffer 2-1, or puts the contents into a state where it can be manually performed. A menu screen processing section 2 that takes in processing instructions from the menu screen 1-1 and a screen analysis section 3 that analyzes the taken in processing instructions are separated, and the processing instructions that are taken in from the menu screen 1-1 are put on hold. By providing the buffer 2-1, the operator can sequentially input a plurality of processing instructions without waiting for the analysis/processing corresponding to the processing instructions to be completed.

The test program 4 is a program that performs processing requested by the screen analysis section 3 (in this case, testing of input/output devices). The main memory 5 stores executable modules 5-1 and the like in MT(
This memory is used to load data from the magnetic tape (magnetic tape) 6 and execute the requested processing (test). Next, the operation of the ill precept in Figure 1 will be explained in detail using Figure 2.

In FIG. 2, ■ sets data and instructs startup. This inserts data into the input field on the menu screen 1-1 and inputs the command "GO".

@ indicates that manual labor is prohibited.

0 displays an input prohibition mark "X" on the menu screen l-1 in response to the input prohibition of ■. (2) Imports data. This takes in the data (processing instructions) entered in the input field on the menu screen 1-L.

[Phase] is stored in Vanofa. This stores the data (processing instructions) fetched in step (3) in the buffer 2-1.

[Phase] starts the screen analysis section.

■ cancels input prohibition. Incidentally, when the screen analysis section 3 is activated and is in process, the input prohibition is canceled without performing [phase].

[Phase] erases the input prohibition mark "X" displayed on the menu screen 1-1 in response to the cancellation of the input prohibition of O.

0, the activated screen analysis unit performs data analysis.

[Phase] determines whether or not it is normal as a result of the analysis in (■).

If YES, a processing request is made to the process (test program 4), and the process (testing of input/output devices, etc.) is executed in step (2). On the other hand, in the case of No, an abnormal message is output with a value of 0.

(2) displays an abnormal message on the menu screen 1-1 to notify the operator.

In [phase], the operator who saw the abnormal message (■) performs manual operation again.

Through the above processing, even if the operator issues a processing instruction that requires a very long processing time, the input prohibition is lifted as soon as the processing instruction is suspended in the buffer 2-1, and the next processing instruction can be input immediately. becomes possible.

〔Effect of the invention〕

As explained above, according to the present invention, the menu screen processing section 2 and the screen analysis section 3 are separated, and the buffer 2-1
Menu screen 1-1
The processing instructions inputted from the vanofer 2-1 are held in a state ready for input, and the next processing instructions can be inputted immediately and sequentially.

[Brief explanation of drawings]

FIG. 1 shows a Bronnock diagram of the principle of the present invention, and FIG. 2 shows four diagrams of the operation theory of the present invention. In the figure, 1-1 is the menu screen, 1-2 is the keyboard, 2
2 represents a menu screen processing unit, 2-1 represents a buffer, and 3 represents a screen analysis unit.

Claims (1)

[Scope of Claims] In an input processing method that takes in the contents instructed to be processed from the menu screen, the contents instructed to be processed are taken in from the menu screen (1-1) and held in a buffer (2-1), and at the same time, the contents are put into an input ready state. A menu screen processing unit (2) that handles the processing, and a screen analysis unit (3) that retrieves the processing instructions stored in the buffer (2-1) by the menu screen processing unit (2), analyzes them, and requests processing. 1. An input processing method for a menu screen, characterized in that it is configured such that processing instructions can be sequentially input from a menu screen (1-1).