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doubleList
- 使用C++做的双链表模板类 具有头插法，尾插法，左向插入，右向插入，删除结点，获取结点值，设置结点值，复制构造函数，还重载了输出操作符、赋值操作符、相等操作符和不等操作符，还具有倒置链表的功能。还有结点类的重载的输出操作符，具有很好的封装性。-Using C++ to do the double linked list template class with the first interpolation method, tail interpolation, left to insert th
LinkList
- 用C++的模板类实现了链表数据结构，里面包括了节点的删除、新增等简单算法-C++ template class, a linked list data structure, which includes the node to delete, add simple algorithm
graphlinjiejuzhen
- 用C++的模板类实现了图的邻接矩阵数据结构，下载后添加头文件即可使用。-Adjacency matrix data structure use C++ template classes, and add header files to download.
list
- 用c++面向对象中模板思想设计，单链表的实现和应用-With c++ Template object-oriented thinking in the design, the realization of a single list and applications
Comprehensivelisttemplatelisttemplatejointlyoperat
- 基于C++设计模式，结合C++模板技术，提供链表数据结构的综合实现，综合性很强，很适合初学者的提高！-Based on C++ design patterns, combined with C++ template technology to provide a comprehensive list data structure to achieve and comprehensive, it is suitable for beginners to improve!
test1
- 这是一个使用C++实现了类成员变量的Set和Get属性的例子，使用的模板类，技巧性极高。我是在FreeCL项目上面提取来的示例代码，希望有兴趣的研究一下。用的是VC2008.-This is an implementation of the use of C++ class member variables Set and Get attributes example, using the template class, skills highly. I was in FreeCL projec
hanshumobanleimoban
- c c++函数模板，在vc++环境下也可运行成功。-c c++ function template, in the vc++ environment can also be run successfully.
List
- C++实现List,实现了模板，迭代器。-The code is about List which implement by C++ with template and iterator.
gui_templete
- GUI Template for gnu gcc Base o GTK. *Require GTK Bundle instll on "c:\gtk"-GUI Template for gnu gcc Base o GTK. *Require GTK Bundle instll on "c:\gtk"
graphlinjiebiao
- 用C++的模板类实现了图的邻接表数据结构，下载后添加头文件即可使用。-Adjacency table data structure use C++ template classes, and add header files to download.
Huffman
- 用C++的模板类实现的霍夫曼树及其编码过程，可视地展示霍夫曼树的结构。-Huffman tree and its encoding process to achieve C++ template class, visual display of the structure of the Huffman tree.
函数模板
- C++；使用函数模板求一维数组中的最大和最小值；使用函数模板求一维数组中的最大和最小值(Using function template to find the maximum and minimum values in one-dimensional array.)