用栈解决迷宫问题，随机生成迷宫，而且还调用了 windows.h 实现了 windows 控制台字体变化，采用C++实现，注释很详细...

十字链表，可实现插入，删除，保存，恢复等功能-Cross linked lists, can be insert, delete, save and restore functions

实现m阶B_树 （2）将线性表中的键值插入到B_树中（即建立索引）； （3）当删除和插入数据到线性表时，同时维护其索引B_树。 （4）可根据所给键值范围，输出该范围的所有键值-achieve m bands Containing tree (2) linear scale for the keys inserted into Containing tree (index); (3) When the deletion and insertion of data to the linear scale, while preserving its index Containing tree. (4) According to the pair, the scope of the output of all keys

函数ExceltoDB_Fcn实现的功能是从excel表格读取数据到数据库DB中。-Function ExceltoDB_Fcn realize the function is to read data from excel spreadsheet to the database in the DB.

该代码由 proteus 8 示意图与 PIC C 编译器的代码组成。串行数据时转移到虚拟终端，输入的端口设置为高。其基本的代码。

Java数据结构和算法（第二版）-lafore著，教材中使用到的APPLET。-Java data structures and algorithms (second edition)-lafore, and materials used to APPLET.

大家好，此源中我们将看到在 DBGrid 中使用的例子：

题目:参加运动会的N个学校编号为1~N.比赛分成M个男子项目和W个女子项目,项目编号分别为1~M和M+1~M+W.由于个项目参加人数差别较大,有些项目取前5名,得分顺序为7,5,3,2,1 还有些项目只取前3名,得分顺序为5,3,2.写一个统计程序产生各种成绩单和得分报表.基本要求:产生各学校的成绩单,内容包括各校所取得的每项成绩的项目号,名次,姓名和得分 产生团体总分报表,内容包括校号,男子团体总分,女子团体总分和团体总分.概要设计:1. 为实现上述程序功能,应以线性表表示集合.2. 本程序包含3个模块:(1) 各集合定义模块(2) 线性表实现模块(3) 主程序模块-topics : participation in the Games N-school No. 1 ~ N. contestants were divided into men item M and W-woman project, a number of M and M ~ ~ 1 M W. As projects vary greatly in the number of participants, some of the items from the former five, scoring sequence of 7,5,3,2,1 also just take some items before the three scores sequence of incidents. write a variety of statistical procedures and report card scoring statements. the basic requirements : have the school report card, which includes school admission the results of each item, ranking names and scores scores statements groups, including schools, the men"s team scores, the women"s team scores and scores groups. summary of design : 1. to achi

迷宫算法！通过递归算法实现！找到最优路径，完成迷宫出口的查找！-maze algorithm! Through recursive algorithm! To find the optimal path to complete the maze exports to search!

通过面向对象的对象-关系映射持久化技术，将一对多以及多对多的数据保存到数据库中并提供查询修改等功能。-Through Object-Oriented Object- Relational Mapping Persistence technology, one-to-many and many-to-many data is saved to the database and to provide features such as query modification.