JPS63257816A - Storing/reexecuting system for computer operation procedure - Google Patents

Abstract

PURPOSE:To surely reexecute instruction data with high working efficiency by successively extracting the instruction data stored in each identification name at the time of executing processing to reexecute the data. CONSTITUTION:When a start instruction is applied by an input means A at the time of executing calculation, the calculation is executed by an execution B part through an instruction data group storage/execution controlling means D and instruction data in each identification name is stored in an instruction data group means C synchronously with said processing. The content stored in the means C are successively extracted by an extraction reexecution controlling means E in accordance with a reexecution instruction outputted from the means A and reexecution is processed by the execution part part B. Synchronous storage at the time of execution processing makes it possible to process the reexecution with high working efficiency as compared with asynchronous storage.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an improvement in the method of operating a computer, and in particular allows the computer to perform an operation according to instruction data input from a console, and at the same time Relating to a calculation i operation procedure storage and re-execution method that stores instruction data, extracts the stored instruction data at any later time, and causes the computer to re-execute the same operation as that operated from the operation console. .

[Conventional technology]

Generally, when a computer is made to perform a predetermined operation, instruction data matching the operation is inputted from a console. At this time, the operation of the computer executed with one instruction data is often part of a series of processing for a certain purpose, and by repeating the input of instruction data as described above the necessary number of times, the operator can Execute the desired series of processing.

By the way, when a computer is made to perform a similar series of processing at different times, the following method has conventionally been adopted.

fll Each time the γ machine performs the same series of processes, the operator sequentially inputs the same series of instruction data from the operation.

(2) AI'! 7 The operation of the machine is to perform an operation to store it in the recording means in advance in a mode in which the instruction data is not executed, and when the machine is made to perform the same series of processes for a total of ￥F, the stored data is A series of instruction data is extracted and executed by the computer.

[Problems to be Solved by the Invention] Among the conventional methods described above, method (1) requires the operator to input instruction data from the console every time, resulting in poor work efficiency and poor input efficiency. The drawback is that there is a high probability of malfunction due to mistakes.

On the other hand, in the latter method (2), once a correct set of instruction data is stored, the computer can then be made to perform processing according to a series of instruction data using simple instructions. However, since it is difficult to confirm at the time of memorization whether or not the stored instruction data group is correct and matches the intended series of processes, There is an inconvenience in that when the same process is performed again, it is discovered for the first time that there is an error in the instruction data group. In such a case, if 1 of the instruction data group is
Return to ff1 work and memorize the correct instruction data group,
When the writing tα of a series of instruction data that is considered to be correct is completed, re-execution is attempted, which has the disadvantage that work efficiency is reduced accordingly.

The present invention solves these conventional drawbacks, and its purpose is to provide a start instruction to the computer 'r:Im when a computer actually performs a series of processes, and then the input instructions can be While having a total of 1γ machines perform processing according to the data,
It is an object of the present invention to provide a computer operation procedure storage and re-execution method that can simultaneously store a series of instruction data groups for later re-execution.

[Means for solving problems]

In order to achieve the above object, the present invention, as shown in FIG.
In a computer comprising: an instruction data detailed description jlJ means C for storing a group of instruction data in correspondence with its identification name; The execution unit B performs processing according to the instruction data that is sequentially input until the instruction is input, and the instruction data group storage means C stores the input instruction data in the order of input corresponding to the identification name 111. In response to an extraction re-execution instruction including an identification name sent from the instruction data group storage execution control means C to the input means, an instruction is stored in the instruction data detailing tα means C corresponding to the identification name. It includes an extraction re-execution control means E that sequentially extracts data and causes the execution unit B to execute it.

[Effect]

If you need to have the computer perform a series of processes that you are currently performing, you may need to do so again later. A start instruction including an identification name for differentiation is input from input means A, and then a series of instruction data is input.

When the above-mentioned start instruction is input, the instruction data group storage execution control means executes the process according to the 1 indication data that is sequentially input from the input means until the end instruction is input. At the same time, the input instruction data is stored in the instruction data group storage means C in the input order in correspondence with the identification name.

At this time, the processing according to the input instruction data is performed by the execution unit B.
Therefore, if the instruction data group input this time is correct, the actual work corresponding to it can be accomplished, and furthermore, if the instruction data group stored in the instruction data group storage means C is correct. You can confirm that there is.

When it is desired to cause the execution section B of the computer to perform processing according to the instruction data group stored in the instruction data group storage means C, an extraction re-execution instruction including the identification name of the instruction data group is inputted from the input means A. In response to this, the extraction re-execution control means E sequentially extracts the instruction data stored in the instruction data group storage means C corresponding to the identification name and causes the execution section B to execute the instruction data.

〔Example〕

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

2 and 3 are system configuration diagrams of an embodiment of the present invention. FIG. 2 shows the configuration for executing and storing a group of instruction data, and FIG. 3 shows the configuration for using a group of stored instruction data. The configurations for re-execution are shown below.

The system shown in FIGS. 2 and 3 includes an operator console 1, a computer 2, and a data storage device 3. The system shown in FIGS. The console 1 and data storage device 3 are connected to a computer 2. The operation console 1 receives a start instruction 80 . containing the instruction data group name 10 . Instruction data group 11. A termination instruction 81°, an extraction re-execution instruction 90 including the instruction data group name 10, etc. are input into the computer 2. The computer 2 also has a processing unit 100 that performs processing according to the instruction data group 11, and a termination instruction 81 that is subsequently input from the operation console 1 in response to a start instruction 80 including the instruction data group name 10 from the operation console 1. Instruction data group 1 that is input sequentially until
a processing unit 200 that causes the processing unit 100 to perform processing according to the instruction data group 10, and causes the data storage device 3 to store the instruction data of the input instruction data group 11 in the order of input corresponding to the instruction data group name 10; In response to an extraction re-execution instruction 90 including the instruction data group name 10 from the operation console 1, instruction data of the instruction data group 11 stored in the data storage device 3 corresponding to the instruction data group name 10 is sequentially extracted. and a processing section 300 that extracts the information and causes the processing section 100 to execute it.

Next, the operation of this embodiment will be explained with reference to each figure.

[Execution and storage of instruction data group; see Figure 2] The operator first starts storing a total of 17. In order to instruct the machine 2, a start instruction 80 is input from the console 1. This start instruction 80 includes an instruction data group name 10, which is the number of columns in an instruction data group 11, which is a collection of a series of instruction data to be input subsequently.

When the above-mentioned start instruction 80 is input, the processing unit 200 of the computer 2 extracts the instruction data group name 10 contained therein, and converts all the instruction data input from the operator console 1 into the instruction data group. The processing unit lOO stores the data in the data storage device 3 in the order of input in association with the name 10, and performs processing according to each instruction data included in the instruction data group 11.
have it done. Such processing is repeated until a termination instruction 81 is input from the console 1. the result,
At the time when the termination instruction 81 is input, the processing according to the instruction data group 11 input this time has been executed in the processing unit 100, and the instruction data group 11 is related to the instruction data group name 10. It will be registered in the data storage device 3.

If it is desired to cause the computer 2 to execute another instruction data group and to simultaneously store the instruction data group in the data storage device 3, the same operation as described above may be performed.

However, in order to distinguish the plurality of instruction data groups stored in the data storage device 3 from each other, different instruction data group names are used.

[Re-execution of the instruction data group; see Figure 3] After that, if the author wants to re-execute the instruction data group 11 stored in the data storage device 3 in association with the instruction data group name 10, the author must An extraction re-execution instruction 90 including name 10 is input from the operator console 1.

The processing unit 300 of the computer 2 receives the above-mentioned extraction re-execution instruction 90.
When input, first, the instruction data group name 10 included in the extraction re-execution instruction 90 is extracted, and it is determined whether an instruction data group name with the same name as that name is registered in the data storage device 3. . If it is not registered, the current extraction re-execution instruction 90 is treated as invalid, and if it is registered, the corresponding instruction data group 11 is extracted from the data storage device 3. Then, the instruction data is sequentially passed to the processing unit 100 in the stored order, that is, in the order in which it was input from the console 1, and is executed. Then, when the processing for all instruction data in the instruction data group 11 is completed, the re-execution process is terminated.

〔Effect of the invention〕

As explained above, in the present invention, when a start instruction is input before inputting a series of instruction data, the execution unit of the computer performs processing according to the instruction data input this time. A series of instruction data is stored in the instruction data group storage means, and it is possible to register the instruction data group to be used for later re-execution in parallel with the actual work, and the I
There is an effect that it is possible to judge on the spot whether or not the instruction data group stored in the instruction data group storage means is correct. Therefore, compared to the conventional system in which the instruction data group is registered separately from the execution work, the efficiency of the operator's routine operations can be improved.

[Brief explanation of drawings]

FIG. 1 is a configuration explanatory diagram of the present invention, and FIGS. 2 and 3 are system configuration diagrams of an embodiment of the present invention. In the figure, A...input means, B...execution unit, C...
... Instruction data group storage means, D... Instruction data group storage execution control means, E. Extraction re-execution control means, 1...
Operation console, 2... Calculator, 3... Data storage device, l
O...Instruction data group name, 11...Instruction data group, 8
0...Start instruction, 81...End instruction, 90...Extraction re-execution instruction, 100.200,300...Processing unit.

Claims (1)

[Scope of Claims] In a computer including an input means and an execution unit that performs processing according to instruction data inputted from the input means, an instruction data group storage means for storing instruction data groups in correspondence with their identification names. and, in response to a start instruction including an identification name from the input means,
Thereafter, the execution unit is caused to perform processing according to instruction data that is inputted sequentially until a termination instruction is input from the input means, and the input instruction data is processed in the order of input corresponding to the identification name. an instruction data group storage execution control means for causing the instruction data group storage means to store the instruction data group; 1. A computer operation procedure storage and re-execution method, comprising: extraction re-execution control means for sequentially extracting stored instruction data and causing the execution unit to execute the same.