资源列表
huffmen
- 利用哈夫曼编码进行通信可以大大提高信道利用率,缩短信息传输时间,降低传输成本。但是,这要求在发送端通过一个编码系统对待传数据预先编码,在接受将传来的数据进行译码。-use Huffman coding can be greatly improved communication channel utilization, shorten information transmission time and reduce transmission costs. However, this require
PEDRelease1
- 反汇编工具原代码,从sourceforge上下的-anti-compilation tools original code from sourceforge ish
jiandancifafenxi
- 进行简单的词法分析,根据规定的词法匹配顺序进行匹配,很简单的功能,学习编译原理做的程序,内附测试文件.-simple lexical analysis, according to the lexical sequence matching match, a very simple function, Principle study compiler do the procedure, documents containing test.
Hune2
- 用预测分析法实现的语法分析,预测分析表要手动生成-with Forecast and Analysis Method syntax analysis, forecasting analysis must be made manually generated. .
SLRbyHune
- 用SLR分析法实现的语法分析,先用初版.exe生成符号表和token字,然后进行分析,action表程序自动生成-SLR analysis method used to achieve the syntax analysis, use the first edition. Exe Generation symbol table and token characters, Then the analysis, action automatically generated table
SLRcompiler
- 包含了语法分析,词法分析,语义分析的编译前端,分析方法为SLR-contains grammatical analysis, lexical analysis, semantic analysis of the compiler front-end, analytical methods for SLR
yucefenxi_copiler
- 也是一个编译前端,但是采用的分析方法为预测分析法-is a compiler front-end, but the methods of analysis to predict analysis
编译原理课程设计
- 这是我找到的,如果侵犯了你的权利,请多多包涵。-This is what I find, if a violation of your rights, please bear with me.
vtopgen
- 【原创】生成各个子模块verilog文件的顶层文件,自动完成模块的互连。减少冗余的繁琐的劳动。提高工作效率。-[original] generation sub-module of the top verilog paper documents, automatically complete module interconnection. Reduce the tedious redundancy of labor. Raise working efficiency.
PL0hhh
- 编译原理的课程设计,对PL0进行扩充完成内容如下:1. 基本内容: (1)增加单词:保留字;运算符 (2)修改单词:不等号# 改为 <> (3)增加条件语句的ELSE子句 (4)扩充赋值运算:+= 和 -= (5)扩充语句(Pascal的FOR语句) 2. 选做内容: (1)增加运算:++ 和 --。 (2)增加类型:① 字符类型; ② 实数类型。 (3)增加一维数组类型(可增加指令)。 (4)其他典型语言设施:case语句;repeat语句。
MOCHA
- java decompiler-java decompiler RECOMMENDATIONS
dgxjf
- 一个递归下降语法分析器。 测试数据为 i a + nul ( nul i b * nul i c ) nul # nul -dropped a recursive grammar analyzers. Test data for a nul i (i nul nul i b * c) nul nul #