Programming language capable of cross-language reusing

Abstract

The invention relates to a programming language capable of cross-language reusing, and discloses a method for programming and developing software application programs by using a group of certain brief term and syntax rule with natural language semanteme. Through the description of multiple programming language families and the display method of the same thought realizing parts in multiple language development of certain software with an abstract special function, the cross-platform, cross-compiling, convertible and embeddable unified development is realized. Through the compiling tool disclosed by the invention, the same set of codes programmed by the language can be compiled into the applications with different states under different platforms; and the platform characteristics are realized by corresponding compiling tools. Through the converting tool disclosed by the tool, the codes programmed by the language can be converted into other languages as C++, Java, C#, Pascal and Obj-C, and can also be converted into the codes directly executed by the ARM embedded chip. Through the standard developing library disclosed by the invention, the language can be directly embedded into other languages for mixed programming. Through the IDE and the simulator disclosed by the invention, the cross-platform debugging and simulation can be realized.

Description

technical field [0001] The present invention relates to a programming language for software application development, in particular to a set of terms, grammar rules, standard development libraries, (cross-language) development tools (including IDE, simulator, conversion tools and build tools). Background technique [0002] There are thousands of computer programming languages, although they all have their own advantages and characteristics; but the codes they write all have two problems: poor cross-language reusability and poor cross-platform reusability. [0003] The first problem, poor cross-language reusability means that in the programming of certain algorithms (such as single-source shortest path, greedy algorithm, etc.) and certain types of applications (such as 3D games), the processing flow of each language is almost the same; The program flow is "algorithm modeling->rendering->algorithm modeling->rendering->…" such a loop. In this case, if you want to a...

AI Technical Summary

Problems solved by technology

[0002] There are thousands of computer programming languages, although they all have their own advantages and characteristics; but the codes written by them all have two problems: poor cross-language reusability and cross-platform poor reusability

[0003] The first problem, poor cross-language reusability refers to the fact that some algorithms (such as single-source shortest path, greedy algorithm, etc.) and certain types of applications (such as 3D games) In programming, the processing flow of each language is almost the same; for example, the general program flow of a 3D game is "algorithmic modeling -> rendering -> algorithmic modeling -> rendering ->..." such a cycle

In this case, if you want to achieve multi-language development, although the algorithm is the same, you cannot reuse the algorithm written in other languages, which will cause repeated development costs, and may be extremely expensive

[0004]As the technical background of the first question, although the UML (Unified Modeling Language, Unified Modeling Language or Standard Modeling Language) and PDL (Program Design Language) developed by people , design programming language), is considered to be able to achieve cross-language modeling and reuse, but these languages ​​are in the design stage of software development, are not considered software code

[0005] The second problem is that many applications need to cross multiple platforms, and some platforms (such as iOS, WindowsPhone, etc.) do not support Java, and some platforms (such as iOS, Android) If it does not support C++, it is impossible to develop applications for multiple terminals with a unified language, and cross-platform transplantation may incur expensive costs.

However, scripting languages ​​are interpreted and parasitic, cannot develop complete software independently, and have low operating efficiency, long syntax (compared to this language), error-prone, difficult to implement user-level thread libraries and complex recursive applications, and cannot be converted into other languages, and cannot be directly compiled into software products

Compared with the present invention, these languages ​​also have disadvantages such as grammar diffusion, excessive use of symbols, cumbersome precision representation, lack of standard function libraries, low development efficiency, slow execution, etc.

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