c常用算法，用语言编写，为本人数据结构与算法设计作品，在VC++环境下编译通过...

用JAVA 写的数据结构 PILE 的算法,这种算法是法国大学老师算PILE 的一种方法.-using Java to write the data structure of the stiffness This algorithm is counting France braced University teachers a way.

一个生成树的源码，不是很复杂，但是用什么来支付数据结构的操作也可以

回文算法实现,代码已经验证-Palindrome algorithm, code validation

管理

编译程序时使用最短路径,定义类,然后对类的实现,找出最短路径!-compiler to use the shortest path, a class definition, and then the right type and to find the shortest path!

在知道点的坐标或者数量和权重值时，选择最优的路径，这种有的是基于时间有的是基于运费等等，自动找两点路径最短距离！-Know the coordinates of points in the volume and weight or value, the choice of the optimal path, this time based on some because of some freight, etc., automatically find the shortest distance between two points in the path!

1.本程序由本人采用vc++ 6.0编写，包括了排序平衡二叉树的整套算法（包括插入、删除、查找以及其测试算法）。 2.运行myavl_vc.exe输入树的初始结点个数，确定后本程序将在内存中生成一棵相应结点数的二叉树，在此基础上你可以进行各种操作（插入、删除、查找以及测试其平衡性、排序性等） 3.每一个结点信息包括"商品编码"、"商品名称",且以"商品编码"作为关键字 4.初始生成的树的结点的商品编码为从1按顺序递增，商品名称为"生成的商品"加上商品编码 5.程序中的随机插入与随机删除是为了更好的测试程序的正确性和可靠性 6.随机插入（删除）时，程序将不断向（从）树中随机插入（删除）结点，每次随机插入（删除）都会进行平衡性与排序性的检查，如果树已经失去了有序性或平衡性，则会弹出树已失去了有序性或平衡性的提示并停止插入（删除）操作，当然你可以随时中断随机操作-1. The procedure I used vc 6.0 preparation, including the sequencing of the entire balanced binary tree algorithm (including insert, delete, search and test algorithm). 2. Running myavl_vc.exe importation of the initial tree node number, the procedures established in the memory of the formation of a corresponding nodes of a binary tree, and on this basis you can conduct various operations (insert, delete, search and testing their balance, sorting etc.) 3. each node information including "Product Codes," "trade names," and the "commodity codes" as the keyword 4. initial produ

查询本机IP和其它IP手机归属地的实例代码。虽然简单，但是值得新手学习怎么获取网页数据处理数据。

visual c++用于数据库编程的源程序-visual c++ for database programming source code

哈夫曼树和哈夫曼编码： 从终端输入若干个字符及其对应的整数，将整数作为结点的权值，建立哈夫曼树，然后对各字符进行哈夫曼编码。最后打印哈夫曼树和对应的哈夫曼编码。 设计要求： ⑴ 哈夫曼殊和哈夫曼编码的存储表示参考教材事例 ⑵ 在程序中构造四个子程序为 ① int createhtree(HTree *t) /*根据输入的字符及其权值建立哈夫曼树*/ ② void coding(HTree *t, char *code) /*对哈夫曼树进行编码*/ ③ void printhtree(HTree *t, int* path) /*中序打印树*/ ④ void printcode(HTree *t) /*输出个字符的哈夫曼编码*/ -Huffman tree and the Huffman coding: input from the terminal a number of characters and their corresponding integer, will be an integer as node weights, the establishment of Huffman tree, and then on the characters Huffman. Finally print Huffman tree and the corresponding Huffman. Design requirements: ⑴ Huffman and Huffman coding is that the reference materials storage ⑵ examples constructed in the procedure for the four subroutines ① int createhtree (HTree* t)/* input characters in accordance with its right value the establishment of Huffman tree*/② void coding (HTree* t, char* code)/* Huffman tree to encode*/③ void printhtree (HTree* t, int* path)/* Pri