一个迷你的c编译器，实现了最基本的编译链接功能，可供学习参考...

预测分析法实现的语法分析器 -Forecast and Analysis Method syntax analyzer Forecast and Analysis Method of Grammar Analyzer Forecast and Analysis Method syntax analyzer

此程序可以把编译原理中的不确定的有限自动机确定化，是编译中课程设计的内容-this program can build on the principle of uncertainty to determine finite automata, which is to compile the contents of the curriculum design

背包问题 采用分枝限界法解决0/1背包问题! 本人上机实习作业,通过老师验收,合格! 针对部分上机实习的同学可以来下~ -Knapsack problem using Branch and Bound method to solve 0/1 Knapsack Problem! My internship on the machine operation, through the teacher acceptance, qualified! The machine for some internship students can come to the next ~

PICC code in HT-PICC for GLCD

编译原理课程报告-report compiled Principle

我的词法分析程序- My lexical analyaer

简单介绍一下，整个工程分为5个文件：Main.c ----- 程序的入口点，其实很简单，就是调用两个函数。Global.h ----- 定义了一些全局变量及宏Parse.h ----- 语法分析器的主要算法Prece.h ----- 定义和实现了一些关于优先级的操作Stack.h ----- 定义和实现了一个栈及其操作编译的时候只要用TC2.0或者WinTC打开Main.c文件进行编译就好了。如发现有Bug请在这里贴出来或者把修改后的代码跟帖在这里:)总之，这个工程仅仅是一个简单示例，告诉大家怎么样把课堂上学到的知识运用到实际编程当中去，工程中所用到的模块化思想，数据结构等知识都是大家学过的，大三了，希望大家在最后这段时间里把写程序的本领练就出来。:)-brief introduction, the entire project is divided into five documents : Main.c----- procedure entry point, it is actually very simple, it is called two functions. Global.h----- definition of global variables and Wang Parse.h----- parser the main algorithm Prece.h----- definition and realization of a number of priority the operation Stack.h----- the definition and implementation of a stack and operation of the compiler used whenever WITH TC 2.0 or WinTC open Main.c documents compiled enough. If found please Bug out here or affixed to amend the code of Columbia here :) Overall, the project is just a simple example, like to tell you how to put classroom knowledge

示范利用 Delphi 制作 BASIC 程序语言解释器- The demonstration manufactures the BASIC program language interpreter using Delphi

(1)构造文法G的LR(0)项目 (2)构造文法G的LR(0)项目集规范族及识别活前缀的DFA (3)证明文法G不是LR(0)文法而是SLR(1)文法，并构造SLR(1)分析表 (4)设计LR语法分析程序，且能输出分析过程 (5)列举两个例子测试语法分析程序（识别失败一例，识别成功一例，后者推导步骤不得少于10步） -(1) construct grammar G of the LR (0) item (2) construct grammar G of the LR (0) item sets standards and identification of family living prefix DFA (3) prove that the grammar G is not LR (0) grammar, but the SLR (1 ) grammar, and constructs SLR (1) analysis table (4) design LR parser, and can output analysis process (5) cited two examples of parsing test procedures (identification fails an example, identify the success of a case, the latter shall not be derived step Less than 10 steps)

时钟的C代码，应用于单片机，KEIL的开发环境。 -C