基于从C++开发的一个LL1文法分析器，内付源码，源码中还有一定的注释...

编译原理的词法预处理- The translation principle morphology pretreats

这个是我编译原理课程设计的 内容，呵呵 我遍的是词法分析，基本的功能都能够实现，如词法分析，词法查错，删除无实质意义的字符等，不懂编译的就不用看了，编译真的很难！！！不过好象没什么用-this my compiler theory of curriculum design, Oh my times of lexical analysis, the basic functions are to achieve, such as lexical analysis, lexical troubleshoot, remove no real significance of the characters, do not know the compiler would not have to read, compile it really hard! ! ! But it seems usele

正规(则)表达式转化为NFA，DFA，DFA最小化，显示结果和过程-Formal (then) regular expressions into NFA, DFA, DFA minimization, and process the result will be displayed

reads a set of C-source files and generates a two-column listing of those sources-reads a set of C-source files and generates a two-column listing of those sources

JAVA在编译原理上的应用。-JAVA in translation principle application.

本工具提供一个词法分析器和语法分析器的集成开发环境，同时提供与其他C程序编译器连接的接口，使用相当方便-The Tool provide an IDE for Syntactic and phrase parser,also provide interfaces for other c comiler, which is very convenient

我用java写的词法分析器，语法分析器正在做，到时候我传上来共享- I use the morphology analyzer which java writes, the grammar analyzer to do, when the time comes I pass on share

(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)

另一版本的词法分析器- Another edition morphology analyzer

系统地讲述了计算机语言的编译原理。如：编译器、词法分析、文法等-Systematically about the principles of computer language compiler. Such as: compiler, lexical analysis, grammar, etc.