Modularized program processing device

Abstract

The invention provides a modularized program processing device which comprises a data storage unit, a main procedure processor and an implanted procedure processor. The main procedure processor and the implanted procedure processor are respectively connected with the data storage unit. A main procedure and at least one implanted procedure connected with the main procedure are respectively stored in the data storage unit, the main procedure processor is used for reading and executing the main procedure, and the implanted procedure processor is used for reading and executing the implanted procedure and reporting the result of the execution for the implanted procedure to the main procedure. Therefore, the procedures can be executed in a modularized mode.

Description

technical field [0001] The present invention relates to a modular program processor, and in particular, to a modular program processor capable of executing a program in a modular manner. Background technique [0002] With today's technology, complex and large logical operations are usually performed by computers instead of manpower. In the field of program design, the logic can be written into a program according to the logic programming language of the computer according to the judgment rules actually required for the computer to read and execute. The user does not need to calculate these logics by himself, but only needs to input the situation to the computer to execute the program to make various logical judgments, and then the final judgment result can be obtained. In terms of current computer technology, a typical personal computer can execute more than 10 billion instructions per second, so the computer can execute logical judgments far faster than the human brain. ...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, the above-mentioned procedures for judging whether it violates the law, classifying documents, or judging whether the operation conforms to the standard operation procedure are usually written complete procedures. Before the user enters the action, he must first search for the required Judgment procedures, if the judgment procedures do not conform to the law applicable to the behavior, errors are prone to occur

On the other hand, since the legal provisions, classification logic, or standardized operating procedures may be quite complicated, if a corresponding program is established for each provision, it will take up a considerable amount of computer resources

In addition, the logical judgment of the above program shows the classification results, but users cannot understand the judgment process based on the results alone

For ordinary users such as legal researchers, it is a complicated and difficult task to check the source code of the program to confirm whether the logic of the program is wrong

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