JPH032952A - Automatic production system for executing command train - Google Patents

Abstract

PURPOSE:To produce an executing command train which is prescribed by an executing command train production method with a simple instruction for input of the start and end commands for automatic production of the executing command train by using a deciding means, a temporary storage means, and an executing command train production means. CONSTITUTION:A deciding means 2 decides the input information which is obtained from an input device via an input means 1. When the means 2 decides a start command for production of an executing command train, a temporary storage means 3 stores temporarily the executing commands to be inputted thereafter. An automatic executing command train production means 4 produces an executing command train with use of an executing command stored temporarily in the means 3 and base don an executing command train production method when an end command is decided for automatic production of the executing command train. Then a storage means 5 stores the produced executing command train in a storage. Thus an executing command train is automatically produced for reduction of the necessary time.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a method for automatically creating an execution command string, and particularly to a method for automatically creating an execution command string, which is a collection of execution commands, in a computer that performs processing based on execution commands input from an input device. This relates to a method for creating and storing information.

[Conventional technology]

Conventionally, when an operator wants to cause a computer to perform a process, an operator inputs sequential execution commands from an input device to cause the computer to perform the process. When trying to perform a certain process efficiently, it is necessary to collect execution commands for each process, create an execution command sequence in advance, and execute the execution command sequence according to the rules for creating an execution command sequence for the computer on which the processing is to be performed. Ta.

[Problem to be solved by the invention]

In the conventional execution of an execution command sequence, when an operator creates an execution command sequence, the operator must create the execution command sequence in advance according to the regulations of the execution command sequence creation method of the computer on which processing is to be performed. There was a problem in that it took time to create an execution command sequence.

Furthermore, in the conventional method for creating an execution command sequence, there is a problem in that when storing the created execution command, the operator must specify a storage method again after creating the execution command sequence.

[Means to solve the problem]

The automatic execution command string creation method of the present invention is characterized in that, in a computer that performs processing according to execution commands input from an input device, an input means for obtaining information input from the input device, and an input information obtained by the input means are executed. a determining means for determining whether the command is a command, an execution command string automatic creation start command, or an execution command string automatic creation end command; and a determination means for determining whether the command is a command, an execution command string automatic creation start command, or an execution command string automatic creation start command, and a command to be input in the future when the determination means determines that it is an execution command string automatic creation start command. a temporary storage means for temporarily storing an execution command; and a method for creating an execution command sequence using the execution command temporarily stored in the temporary storage means when the determination means determines that the command is an execution command sequence automatic creation end command. Therefore, the apparatus is configured to include an execution command sequence creation means for creating an execution command sequence, and a storage means for storing the execution command sequence created by the execution command sequence creation means in a storage device.

〔Example〕

Next, the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of an embodiment of the present invention.
This embodiment is comprised of an input means 1, a determining means 2, a temporary storage means 3, an execution command string creation means 4, and a storage means 5.

FIG. 2 is a flow chart showing an overview of the operation of the determining means 2.

Next, the operation of this embodiment will be explained using the drawings.

The input information inputted from the input means 1 is passed as is to the determination means 2 (step Sl). The determining means 2 determines whether the input information is an execution command (step S2).

When the information passed to the determining means 2 is an execution command, the determining means 2 determines whether the execution command is an execution command sequence automatic creation start command (step 83).

If the execution command is an execution command sequence automatic creation start command, the determination means 2 instructs the temporary storage means 3 to start temporary storage in order to temporarily store execution commands that will be input in the future ( Step 84).

Upon receiving an instruction to start temporarily storing an execution command, the temporary storage means 3 performs a preparation work for temporarily storing the execution command. Further, the determining means 2 shifts the state to a temporary storage state.

If the information passed from the input means 1 to the determining means 2 after inputting the execution command sequence automatic creation start command is an execution command, the determining means 2 determines whether the current state is temporarily stored. (Step S5).

If the current state is temporarily stored, the determining means 2
In order to temporarily store the execution command, the temporary storage means 3 is instructed to temporarily store the execution command (step 86).

When the temporary storage means 3 receives an instruction to temporarily store the execution command from the determination means 2, it temporarily stores the execution command.

When the information passed to the determining means 2 is an execution command, the determining means 2 determines whether the execution command is an execution command sequence automatic creation termination command (step S7).

If the execution command is an execution command sequence automatic creation end command, the determining means 2 instructs the execution command sequence creation means 4 to create an execution command sequence (step S
8).

The execution command string creation means 4 creates an execution command using the execution command stored at -.

After creating the execution command string, the execution command string creation means 4 instructs the storage means 5 to request storage in order to store the created execution command string in the storage device.

When the storage means 5 receives an instruction to store the execution command sequence from the execution command sequence creation means 4, it stores the created execution command sequence in the storage device specified by the execution command sequence automatic creation start command. .

〔Effect of the invention〕

As explained above, the present invention creates an execution command sequence specified by an execution command sequence creation method with a simple instruction such as inputting execution command sequence automatic creation start and end commands using an input device, and stores specified execution command sequences. This has the advantage that the execution command sequence can be stored in the device without the creator having to specify it again.

It is a flowchart showing the main points.

1...Input means, 2...Discrimination means, 3
. . . Temporary storage means, 4 . . . Execution command creation means, 5 . . . Storage means.

Agent: Patent Attorney Susumu Uchihara

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of an embodiment of the present invention, and FIG. 2 is a Z diagram schematically showing the operation of the discriminating means 2 in FIG.

Claims (1)

[Claims] In a computer that performs processing based on an execution command input from an input device, an input means for obtaining information input from the input device, and an execution command or execution command sequence automatic creation start command or execution a determining means for determining whether the command is a command sequence automatic creation end command; a temporary storage means for temporarily storing an execution command to be input in the future when the determining means determines that the command is an execution command sequence automatic creation start command;
creating an execution command sequence in accordance with an execution command sequence creation method using the execution command temporarily stored in the temporary storage unit when the determination means determines that the command is an execution command sequence automatic creation end command; and storage means for storing the execution command sequence created by the execution command sequence creation means in a storage device.