An analytic language text type analysis and conversion method

Abstract

The invention relates to an analytic language text type analysis and conversion method, which comprises the following steps of: S100, listing programming languages used by all client environments, decomposing the programming languages into 23 language feature definitions, and configuring related language description configuration files for each supported language; S200, reading various features ofthe supported language to an analysis converter; S300, initializing an analysis class corresponding to each feature according to the configuration features, and defining assignment and initializationof an analyzer according to the semantic features; S400, inputting a source code file needing to be converted, reading a source code to become a string, and providing the string for the language conversion processor; S500, creating a source language feature definition main body; S600, creating a target language feature definition main body; S700, using a source semantic feature definition analyzer to uninterruptedly and circularly decompose the ring of the source code until complete conversion is generated; and S800, storing the generated string as a target code file. The method can reduce the development cost, and has the advantages of low failure rate and high controllability.

Description

Technical field [0001] The invention relates to the technical field of computer programming languages, in particular to an analytical language-to-text analysis conversion method. Background technique [0002] The current game industry is full of flowers. Every platform and every client environment has a strong user base, whether it is a different client environment such as web pages, mobile phones, PCs, handheld game consoles or home game consoles. All have a very good paying user group, and their usual consumption environment is relatively fixed, and there is less mutual conversion application environment. These games have their own client environment characteristics. If you want to achieve the best runtime performance and efficiency in this client environment, you basically need to use the development language recommended by the client environment to develop. Each language has some differences. Because the average developer is only proficient in one language, they cannot be pr...

AI Technical Summary

Problems solved by technology

These games have their own client environment characteristics. If you want to achieve the best runtime performance efficiency in this client environment, you basically need to use the development language recommended by this client environment to develop. Each language has some differences. Generally, developers are only proficient in one language and cannot be proficient in many different development languages ​​at the same time

[0003] As a game development company, we often have to face a problem: limited budget and fixed developers, it is difficult to adapt to all development languages ​​and tools, and repeated development often brings extremely low development efficiency, each client environment Re-recruiting new employees is not conducive to accumulating and accumulating experience

[0004] At present, there is no technology in the industry that can fully support all client environments. A similar approach is similar to the Java virtual machine, which supports more client environments through virtual machines in disguise, but there is no such thing as Java or C#. A language can truly fully support all languages

For example, in the Flash environment, flash can only be developed using the AS3 language, and Java cannot be replaced. For example, in the H5 environment, JS development is required, and pure Java cannot be used for development. Do you know if there will be other similar client environments with their own exclusive language in the future?

The language changes too fast, it is impossible for most programmers to keep changing,

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