C 语言开发HNT格式数据库系统

本文当为二叉树的演示程序，应用于学习研究-In this paper, as the binary tree demo program used in study

问题描述： 给定n个石子，其重量分别a1,a2,a3...an,要求将其划分成m份，每一份的划分费 义为这份石了中最大重量与最小重量的差的平方。总划分费用等丁m份划分费用之和。 编程任务 对于给定的n个石子，求一种划分方案，使得总划分费用最小。-Description of the problem: Given n-stones, its weight, respectively a1, a2, a3 ... an, asked that it be divided into m copies, each of the division of costs defined as the weight of the stone of the largest and the smallest weight difference the square. Small m the total costs were divided into the sum of the cost. Programming tasks for a given n-stones, seek a kind of division, making the total cost of the smallest division.

本程序为用VF实现的商品管理系统,实现了商品的顾客的注册和商品预定和进出货的管理,还有经理的全面管理,里面的readme.txt文件有相应的权限信息,在进入系统时使用-the procedures used to achieve the VF merchandise management system that the goods customers for the registration and merchandise is scheduled to ship and into the management, manager of the comprehensive management, inside the readme.txt file a corresponding authority of information, access to the system in use

深度优先搜索求迷宫问题 采用深度优先搜索的方法求解迷宫问题，方便快捷-Depth-first search order to the maze problem using depth-first search method for solving a maze problem, convenient and quick

InterBase60--borland经典的数据库管理系统的源码，想学习底层数据库原理的绝对值得看看呀！--不经典不上传，强烈推荐！-InterBase60-- borland classic database management system source code, the underlying database want to learn the tenets definitely worth a look at!-- Not classic not upload, strongly recommended!

skip-list 一种数据结构 一种图的表示方法-A skip-list data structure of a graph representation

我学习数据结构后的产品，个人认为非常全面，链表，树，图等都有源代码。-I study the data structure of the product, personally think that is very comprehensive, linked list, tree, map all source code.

项目描述: SQLite is a small C library that implements a self-contained, embeddable, zero-configuration SQL database engine. Features include- Project description: SQLite is a small C library that implements a self-contained, embeddable, zero-configuration SQL database engine. Features include

哈夫曼编码/译码 利用克鲁斯卡尔算法计算一段传输数据的哈夫曼编码，以提高信道利用率。-Huffman encoding/decoding algorithm using Kruskal data section of the Huffman coding, in order to improve channel utilization.

北大OJ 1417题的标程代码，并查集和深度优先搜索的经典实现-OJ 1417 North title scalar-way code and search sets and the classic depth-first search to achieve