经曲的字符串匹配模糊搜索算法 思想不是本人的，但程序是本人编写的...

这是我的功课在我关于树的代码在 c + + 中的校园。如何创建树、 闹市、 dealocation、 查找数据、 将数据插入、 删除数据、 显示等。

一些简单的小程序，如哈弗曼编辑器，最小生成树，哈希表的设计与实现-Some simple small programs, such as Havermann editor, minimum spanning tree, hash table design and implementation, etc.

以一个Maze(m, n)的长方阵表示迷宫, 迷宫的入口是Maze(1,1), 出口是Maze(m, n), Maze(i,j)等于0表示通路, Maze(i,j)等于1表示障碍。设计一个程序，对任意设定的迷宫，求出一条从入口到出口的通路，或得出没有通路的结论。各个命令以及相关数据的输入格式如下： 输入迷宫：C，接下来一行是m n，其中m是迷宫矩阵行数，n是迷宫矩阵列数，接下来的m行数据是迷宫矩阵，每行n个值，表示一个m*n的迷宫矩阵 求迷宫的一条通路：Q 当输入的命令为E时，程序结束-With a Maze (m, n), said the long square maze, the maze entrance is a Maze (1,1), exports is the Maze (m, n), Maze (i, j) is equal to 0, said channel, Maze (i, j) is equal to 1, said barrier. Designing a program, for any set of the maze, find a path from the entrance to the export, or come to the conclusion there is no path. The various commands and data input format is as follows: Enter the Labyrinth: C, followed by his party mn, where m is the maze of matrix rows, n is a maze of matrix columns, the next line of data is a maze m matrix, each row n- value, indicating an m* n matrix of the labyrinth a maze of pathways: Q when the input command for the E, the end of the process

一个三层应用程序，演示如何通过ADO对象以及存储在SQL Server中的Procedure实现高性能的数据访问(在运行程序前首先要设置SQL Server，在压缩包中有一个Procs.sql的文件，首先在SQL Server上运行该文件设置SQL Server数据库)-a three-tier applications, demonstrating how ADO and SQL Server stored in the Procedure to achieve high-performance data access (in the first before running the program to set up SQL Server, in a compressed Procs.sql a document, the first in SQL Server running on the document set up SQL Server database)

对Oracle OCI的封装- To Oracle OCI seal

图论的有关知识PPT,是学习图论不可多得的辅助工具,快快来下载!-Graph Theory with the knowledge PPT, learning graph theory is a rare tool, as soon as possible to download!

用邻接矩阵的形式实现了求有向图的强连通分量。-Adjacency matrix with the form of a demand directed graph strongly connected component.

Linux环境下的Sqlite例程，使用函数回调的机制-Linux environment under the Sqlite routines, the use of callback function mechanism

程序实现了带表头单链表的最基本操作，包括创建链表，查询数值，插入结点，删除结点，链表分解，将单链表变为循环链表。并附有详细的注释和实验报告。-Procedures to achieve a single-list header with the most basic operation, including the creation of list, query value, insert node, delete node, chain decomposition, into a single cycle of list list. Together with detailed notes and experimental reports.

一些算法的实现，用的是pascal，包括数论、图论、高精度计算、排序算法、背包问题等。-The realization of a number of algorithms, using the pascal, including number theory, graph theory, high-precision computing, sorting algorithms, and so on knapsack problem.