Automaton method for script language

Abstract

The related self-acting method for script language comprises: to exact engineering request, setting simple script language standard and intermediate language standard expressed by data structure convenient to compile, explain and interpret. This invention simplifies script self-acting method, embeds script language self-actor into engineering, and has platform independence feature.

Description

technical field [0001] The invention relates to computer language compiling, interpretation and execution methods, in particular to the automaton method of script language. Background technique [0002] The operation of the computer is carried out according to the computer program written in the computer language. There are many types of computer languages, which can be divided into three categories: machine language, assembly language, and high-level language. The only language that computers can recognize is machine language, which is a code composed of 0s and 1s. But usually when people program, they don't use machine language because it is very difficult to remember and recognize. The essence of assembly language is the same as that of machine language, which directly operates on the hardware, but the instructions use English abbreviated identifiers, which are easier to recognize and remember. It also requires programmers to write out each specific operation in the fo...

AI Technical Summary

Problems solved by technology

Since the software code is strongly dependent on the processing object, the change of the processing object will directly lead to the upgrade of the software

Moreover, the software code is redundant and the amount of software code is large, which makes the maintenance workload very large and the cost increases

In addition, the ever-changing software code has to depend on the specific system and hardware environment, which is not conducive to transplantation.

[0010] In practical application, the above solution has the following problems: large resource consumption and high cost; not flexible enough and not strong enough in portability; redundant code and low development efficiency

[0011] The main reason for this situation is that if a traditional compiler or interpreter is used to implement the compilation or interpretation of the scripting language, it will require a huge amount of manpower and material resources to develop the compiler and interpreter system, and compile The flexibility of the interpreter is not strong enough, and the interpreter will consume a lot of hardware resources when running; if the code is directly compiled for a specific application, the code lacks versatility and the development efficiency is low

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