面向嵌入式系统中量子框架的状态机代码生成技术的研究与实现

发布时间：2018-06-05 01:51

本文选题：模型驱动软件开发 + 状态机　；参考：《西安电子科技大学》2012年硕士论文

【摘要】：随着软件技术的不断发展和革新，模型驱动软件开发(Model Driven SoftwareDevelopment, MDSD)的方法以模型和代码生成为核心驱动整个软件开发的过程，先天就具备高效和可靠等优势，是目前软件工程领域内重要的研究方向。同时，嵌入式应用发展迅速，需求越来越复杂，嵌入式软件开发需要更加可靠和有效的开发方法和建模技术。本文以模型驱动软件开发为基础，以应用于嵌入式软件开发领域的优秀的事件驱动的量子框架作为代码生成的目标平台，以类图和展现系统动态特性的UML状态机图为建模语言，主要关注于如何将代码生成和状态机应用到面向嵌入式系统及量子框架的软件开发中。本文在详细分析了量子框架，以及基于量子框架的应用软件的代码结构的基础上，，使用代码生成技术，设计并实现了由展现系统业务逻辑的动态和静态模型到面向量子框架的应用程序代码的映射规则。最后对本文中所有的映射规则进行了全面测试，测试结果符合预期目标。
[Abstract]:With the development and innovation of software technology, Model driven Software Development (Driven SoftwareDevelopment, MDSD) method drives the whole process of software development with model and code generation as the core, which has the advantages of high efficiency and reliability. It is an important research direction in the field of software engineering. At the same time, embedded applications are developing rapidly and the requirements are becoming more and more complex. Embedded software development needs more reliable and effective development methods and modeling techniques. This paper is based on model-driven software development, takes the excellent event-driven quantum framework applied in embedded software development as the target platform for code generation, and takes class diagrams and UML state machine diagrams showing the dynamic characteristics of the system as the modeling language. This paper focuses on how to apply code generation and state machine to the software development of embedded system and quantum framework. Based on the detailed analysis of the quantum framework and the code structure of the application software based on the quantum framework, this paper uses code generation technology. The mapping rules from dynamic and static models to quantum frame-oriented application code are designed and implemented. Finally, all the mapping rules in this paper are fully tested, and the test results are in line with the expected objectives.
【学位授予单位】：西安电子科技大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TP368.12

【参考文献】