搜索资源列表
5.8&5.9
- 逆波兰表达式,分解输入的字符,进行语意分析,生成表达式
huahua
- 逆波兰式的求解,输入表达式,然后转化成逆波兰式,当输入字母的值,可求出表达式的值.-inverse Polish Solution, the importation of expression, and then into reverse Polish, when the value of imported alphabet, can be derived the value of the expression.
四元组
- 逆波兰式，四元组关于编译原理的编程 不会使用的可以看看帮助文档
22121128
- VC实现逆波兰表达式的转换，编译原理课程设计-VC reverse Polish expression conversion, the design compiler theory courses
hxf
- 编译原理课程设计，输入布尔表达式，然后有系统自动转换为逆波兰四元式-compiler theory of curriculum design, the importation of Boolean expressions, and then the system automatically converted to reverse Poland four yuan -
zh
- 编译原理课程设计，输入布尔表达式，然后有系统自动转换为逆波兰四元式-compiler theory of curriculum design, the importation of Boolean expressions, and then the system automatically converted to reverse Poland four yuan -
demo3Dlg
- 编译原理课程设计，输入布尔表达式，然后有系统自动转换为逆波兰四元式-compiler theory of curriculum design, the importation of Boolean expressions, and then the system automatically converted to reverse Poland four yuan -
TitleTip
- 编译原理课程设计，输入布尔表达式，然后有系统自动转换为逆波兰四元式-compiler theory of curriculum design, the importation of Boolean expressions, and then the system automatically converted to reverse Poland four yuan -
MyODBCDBGridFile
- 编译原理课程设计，输入布尔表达式，然后有系统自动转换为逆波兰四元式-compiler theory of curriculum design, the importation of Boolean expressions, and then the system automatically converted to reverse Poland four yuan -
oyp
- ：本实验实现一般检索式变换成逆波兰表达式。变换过程就是根据，将检索运算符排在需要运算的两个检索词之后，以形成逆波兰变换式。
LB8
- 编译原理，逆波兰式。-compiler theory, inverse Polish.
123
- 算术表达式的翻译程序设计（递归下降法、输出逆波兰式）
Java写的泥波兰式
- Java写的泥波兰式 A栈中存放的是逆波兰式结果。 B栈中存放的是操作符 B栈初始状态为@-Reverse Polish Notation by Java.In the A stack deposits goes against the Polish type result. In the B stack deposits is the instruction character B stack original state is @
波兰式计算器
- 网上有很多逆波兰式编程代码，但波兰式很少，我就传了一个。
nibolan
- 用逆波兰式实现个位数字的混合运算，并有差错功能-Using Reverse Polish-style to achieve a single-digit hybrid computing, and error function
2694
- poj 2964 逆波兰表达式 递归问题-Reverse Polish expression poj 2964 recursive problem
逆波兰计算器的实现
- 逆波兰计算器的实现。是C++学习的基础。主要用到了堆栈数据结构-Inverse Polish calculator realization. Learning the basis C++. Mainly used in a stack data structure
calculator
- 基于逆波兰表达式的表达式计算器，支持计算加减乘除以及包含任意级数括号的表达式(An expression calculator based on an inverse Polish expression that supports the expression of addition, subtraction, multiplication and division, and parentheses)
Reverse Polish Notation
- 逆波兰表达式求值 C++实现，数据结构使用的是栈(Reverse Polish notation)