简化的8088CPU逻辑功能的仿真实现

包括论文,设计,论文字数:9391,页数:25

  摘    要
 “虚拟实验平台”主要采用以“软”代“硬”和“虚”、“实”结合的设计思路，强调实用性，以最大限度地仿真真实的实验环境。主要实现了“专用实验台”的虚拟化，将它“搬”到了“微机”的显示器上，而原有在微机上的实验操作环境和方法仍然保持不变。系统还提供必要的测试仪器和工具（如示波器等），以便在实验调试时能够对运行结果进行监视或测量，如输出电平或波形，这种虚拟的测试仪器和工具也在界面和操作方面做到了尽可能的逼真。本文介绍了该虚拟试验平台的整体功能特点，主要介绍了8088CPU的结构，工作方式，以及如何用VC实现这些具体功能的编程方法。并加入了一些程序片段，对完成工作中遇到的困难也做了些总结。

关键词：仿真试验平台；8088CPU；VC；封装；寄存器；移植

Implementation of simplified model 8088 CPU’s Logic Function
Abstract
"Virtual platform" principal use "soft" to instead  of "hard" and "superficial", "real" combination of design ideas, emphasize practicality, to maximize the simulation of the real environment. Major implementation of the "exclusive Experimental Station," the virtual, it will be "moved" to the "PC" display, The original PC in the lab environment and methods remain unchanged. The system also provides the necessary test equipment and tools (such as oscilloscopes, etc.) Experimental testing in order to be able to run when the results of surveillance or measurements, such as the output level or waveform, This virtual testing equipment and tools also interface and the operation done in a realistic as possible. This paper introduces the Virtual Test platform overall features, mainly on the structure of the 8088 CPU, work methods, and how to use VC these specific functional programming method. And the inclusion of some procedures footage completed work on the difficulties encountered also made some conclusion.
Key words: virtual experement platform;8088CPU8; VC; encapsulation;register;port

目录

1 概述 1
1.1课题背景及意义 1
1.2项目介绍 1
1.2.1虚拟化技术简介 1
1.2.2 CPU虚拟化技术简介 2
1.3项目要求 2
2 VC++6.0的编程 2
2.1 MFC编程 2
2.2 DLL相关知识 2
3 8088CPU介绍 3
3.1. 概述 3
3.2 8088CPU引线及其功能 3
3.3 8088CPU的内部结构 4
3.4 时序 5
3.5 简化的8088CPU模型概述 5
3.6移植bochs仿真实现8088CPU功能的基本思路 7
4 Bochs介绍 7
4.1 Bochs概述 7
4.2 类 BX_CPU_C 介绍 7
4.2.1 主要的数据成员 7
4.2.2 主要的成员函数 8
4.3 BX_CPU_C 类对CPU工作流程的简易描述 9
4.4 基本内存系统 11
4.4内存的访问 12
4.5 Bochs 时钟系统 14
4.6 Bochs中断系统 15
5 具体移植实现 17
5.1  虚拟实验平台统一的器件模型 17
5.2 CPU类的主要功能及实现方法 17
5.2.1 修改cpu loop 18
5.2.2 修改插库 18
结    论 18
参考文献 19
致    谢 20
声    明 21

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