JPS62264324A - Picture simulation system - Google Patents

Abstract

PURPOSE:To easily obtain the simulation data by collecting and executing the simulation data independently of an on-line subsystem. CONSTITUTION:A picture simulation system includes real terminals 30-32, a picture input data subsystem corresponding table 20, a picture input data file 40, a picture display data file 70, and on-line subsystems 60-62. In addition, the transmission and reception parts are also provided for various types of data together with input/output parts 11-19, etc. In a collection mode of simulation data, the collection means 11-15 are connected to the terminal 30, then to the subsystem 60 via a loop circuit 50. Hereafter the picture display data received and transmitted to the terminal 30 via a picture display data transmitting part 15. Thus a simulation data productor looks at the corresponding display data and performs input of picture.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a screen simulation method for an online subsystem.

[Conventional technology]

Conventionally, data collection for a two-screen simulation was performed using the message log function of the online subsystem itself, and screen simulation was performed based on the data collected by this function.

[Problem that the invention seeks to solve]

Traditionally, data collection for screen simulation has been done using the message log function of the online subsystem itself. Without such a function, it is difficult to create screen-format simulation data, and the message log format itself is dependent on the online subsystem. Since each format is different, a simulator depending on the format must be prepared for each online subsystem.

[Means for solving problems]

The screen simulation method of the present invention includes a screen input data receiving section that receives screen input data from a real terminal, a screen input data transmitting section that transmits the screen input data to the online subsystem via a loop line, and a screen input data transmitting section that transmits the screen input data from the online subsystem to the online subsystem. A screen display data receiving section that receives screen display data sent through the loop line, and a screen input received by the screen input data receiving section.

A screen input data file output section that outputs data as simulation data to a screen input data file, an online subsystem to which each screen input data is sent, and information on whether or not to display the sent screen display data on the actual terminal are simulated. Before doing this, refer to the screen input data to subsystem correspondence table set in advance, the screen input data to subsystem correspondence section that refers to the screen input data to subsystem correspondence table, and the screen input data to subsystem correspondence table,
a screen input data file input unit that inputs screen input data corresponding to the online subsystem from a screen input data file and outputs it to the one-screen input data transmission unit;

a screen display data file output unit that outputs screen display data as a simulation result to a screen display data file;

a condition determination unit that determines whether information indicating that screen display data is to be displayed on an actual terminal is set in the screen input data subsystem correspondence table;

and a screen display data transmitter that transmits the screen display data to the real terminal when information indicating that the screen display data is to be displayed on the real terminal is set in the screen input data subsystem correspondence table.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a diagram showing the configuration of an embodiment of the screen simulation method of the present invention, FIG. 2 is a flowchart showing the operation when collecting simulation data in the embodiment of FIG. 1, and FIG.
The figure is a screen simulator of the embodiment shown in Figure 1! 12 is a flowchart showing the operation when

This embodiment is a screen input data receiving unit that receives screen input data from real terminals 30 to 32! 1 and 1 screen input data to the online subsystem 60 via the loop line 50.
-62, the screen display data receiving unit 14 receives the screen display data sent from the online subsystems 60 to 62 through the loop line 50, and the screen input data receiving unit 11 receives the screen display data. A screen input data file output unit 12 outputs screen input data as simulation data to a screen input data file 40, an online subsystem to which each 9 screen input data is sent, and the screen display data sent is displayed on actual terminals 30 to 32. A screen input data-subsystem correspondence table 20 in which information on whether to perform a simulation is set in advance before performing a simulation, a screen input data-subsystem correspondence section 1B that refers to the screen input data-subsystem correspondence table 20, and a screen input data-subsystem correspondence section 1B that refers to the screen input data-subsystem correspondence table 20; Referring to the subsystem correspondence table 20, the screen input data corresponding to the online subsystems 60 to 62 is input from the screen input data file 40, and the screen input data transmitting section 1
3, a screen display data file output section 19 that outputs screen display data as a simulation result to a screen display data file, and a screen input data subsystem correspondence table 2.
A condition determining unit determines whether information that the screen display data is to be displayed on the real terminals 30 to 32 is set in 0, and information that the screen display data is to be displayed on the real terminals 30 to 32 is set in the screen input data. When set in the subsystem correspondence table 20, the screen display data is transferred to the actual terminal 3.
0 to 32, and a screen display data transmitter 15 that transmits the data to the screen display data.

Next, the operation of this embodiment will be explained with reference to FIGS. 2 and 3.

(1) When collecting simulation data (Figure 2).

The simulation data creator first connects the real terminal 30 to the simulation data collection means (screen input data receiving unit 11, screen input data file output unit 12, . . . one screen display data transmitting unit 15), and processes the simulation data. The collection means connects to the online subsystem 60 through the loop line 50 (process 102
), after that, when the screen display data receiving unit 14 receives the screen display data from the online subsystem 60 (processing 103), it transmits it to the screen display data transmitting unit 1.
5 to the real terminal 30 (process 104), the simulation data creator 1 looks at the screen display data from the online subsystem 60 displayed on the real terminal 30.
Screen input is performed (process 105). This can be done using the same operation as the input when directly using the online subsystem 60, and the screen input data receiving unit 11 receives the screen input data sent from the real terminal 30 (processing 106).
It is determined whether the input by the simulation data creator is an end code (process 10?), and if it is determined to be an end code, the simulation data collection ends. If it is not an exit code, the screen input data is sent to the screen input data file 40 as simulation data used in the simulation by the screen input data file output unit 12.
outputs (process 108). Furthermore, the screen input data is transmitted to the online subsystem 60 via the loop line 50 by the screen input data transmitter 13 (processing 10
9) The process returns to the process of receiving screen display data from the online subsystem 60 (process 103), and the series of processes is repeated until the end code is input.

These operations can be performed by multiple real terminals 30.31.32 at the same time, and by specifying the target online subsystem at the time of first connection from the real terminal 30.31.32, different online subsystems 60.61 can be performed at the same time.
．． 82 and the beginning of the simulation data is created.

(2) During screen simulation (Figure 3).

First, the screen input data-subsystem correspondence table 20 that is set before the simulation is inputted by the screen input data-subsystem correspondence section 1B, and the online subsystem 80.8 has multiple destinations for one screen input data.
1. Select which of the 62 addresses to send to (process 201)
, Based on this, the screen input data file input section 17 inputs the screen input data from the screen input data file 40 (process 202), and the presence or absence of input data is determined (process 203), and when it is determined that there is no input data, Finish the process. When there is input data, the screen input data transmitter 13 transmits the screen input data to the online subsystem 60 via the loop line 50 as data simulating the screen input of the real terminal 30 (process 204).
. Screen display data is sent as a response from the online subsystem 60 through the loop line 50 and received by the screen display data receiving section 14 (process 205), and the screen display data file output section 1 is sent as a simulation execution result.
9 is output to the screen display data file 70 (processing 20B). At this time, prior to the simulation, the condition as to whether or not to display the screen display data on the real terminal 30 is set in the screen input converter subsystem correspondence table 20, and the condition is determined by the condition determination unit 18 (
Processing 20? ), when the condition is to display on the real terminal 30, the screen display data is sent to the real terminal 3 by the screen display data transmitter 15.
0 (process 208), and the simulation executioner can know the simulation situation in real time.

Thereafter, the screen input data will be input again (202).
A screen simulation is executed by repeating a series of processes.

〔Effect of the invention〕

As explained above, the present invention collects and executes simulation data independently of the online subsystem, thereby making it possible to easily create simulation data even if the online subsystem itself does not have a simulation data collection function. This has the effect of allowing simultaneous screen simulation of different online subsystems.

[Brief explanation of drawings]

FIG. 1 is an overall configuration diagram of an embodiment of the screen simulation method of the present invention, FIG. 2 is a flowchart showing the operation when collecting simulation data in the embodiment of FIG. 1, and FIG. 3 is an embodiment of the embodiment of FIG. 1. 3 is a flowchart showing operations during screen simulation. 11... Screen input data receiving section, 12... Screen input data file output section, 13...
Screen input data transmission section. 14...Screen display data receiving section. 15...Screen display data transmission section. 16...Screen input data subsystem support section, 17
...Screen input data file input section. 18... Condition determination section, 19... Screen display data file output section, 20...
Screen input data subsystem correspondence tables 30, 31, 32...actual terminal. 40...Screen input data file, 50...Loop line. 80, ill, 82...online subsystem, 70...screen display data file. Figure 2

Claims (1)

[Scope of Claims] A screen input data receiving unit that receives screen input data from a real terminal; a screen input data transmitting unit that transmits screen input data to the online subsystem via a loop line; and a screen input data transmitting unit that transmits the screen input data to the online subsystem via the loop line. a screen display data receiving section that receives screen display data sent through the screen input data receiving section; a screen input data file output section that outputs the screen input data received by the screen input data receiving section as simulation data to a screen input data file; A screen input data subsystem correspondence table in which information about each destination online subsystem and whether or not the sent screen display data will be displayed on the actual terminal is set in advance before simulation, and a screen input data subsystem correspondence table. Refer to the screen input data subsystem correspondence part that refers to the correspondence table, and the screen input data subsystem correspondence table that refers to the correspondence table.
A screen input data file input section that inputs screen input data corresponding to the online subsystem from a screen input data file and outputs it to a screen input transmission section; and a screen display data that outputs screen display data as a simulation result to a screen display data file. A file output section, a condition judgment section that determines whether or not the screen input data subsystem correspondence table has information set to display screen display data on a real terminal, and a condition judgment section that determines whether information indicating that screen display data is to be displayed on a real terminal is set in the screen input data subsystem correspondence table. A screen simulation method that includes a screen display data transmitter that transmits screen display data to an actual terminal when it is set in the screen input data subsystem correspondence table.