C++数据结构的用法 适合对C++语意思有一定了解的人

数据结构课程设计题，用C++语言实现二叉排序数，并对二叉排序数进行，插入，删除，修改等操作-insert delete change

模拟银行家算法，有效避免死锁．附带详细的实验报告！-Simulation bankers algorithm avoid deadlock. The report detailed experimental fringe!

VB 项目护照自动化系统。我的项目标题是护照自动化系统。在这个项目中，我们可以开发 5 模块 （如登录，填写的表格与必要的证据，验证申请人的信息有效性检查和尤其是对申请人的护照问题。在此登录模块中，我们可以执行，执行输入到登录网站的不同的演员，然后填充可以做小学和验证，通过验证检查和签发护照可以做配角。

一个非常灵活的Access数据库记录编辑器

1. 利用尾插法建立一个双向链表，并遍历双向链表。 2. 实现双向链表中删除一个指定元素。 3. 在非递减有序双向链表中实现插入元素e仍有序算法。 4. 判断双向链表中元素是否对称，若对称返回1，否则返回0。 5. 设元素为正整型，实现算法所有奇数排列在偶数之前。 6. 在主函数中设计一个简单的菜单调试上述算法。 -table

王耀辉老师给出的178个经典c语言源代码-Wang Yaohui Wang teachers given 178 classic c language source code

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-Find a way through a maze with stack. The maze is generated randomly. Change the colors in console. Use C++ with detailed comments.

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

每一个参加排列的数据对应二叉树的一个结点，且任一结点如果有左（右）子树，则左（右）子树各结点的数据必须小（大）于该结点的数据。中序遍历排序二叉树即得排序结果。-Order to participate in each of the data corresponding to a binary tree node, and any one node if there is left (right) subtree, then the left (right) subtree of the data node must be small (large) in the node data. Order traversal of binary tree that is the result of a sort.

迷宫算法（maze） /* Maze * Starting point is m[0][0], need to find a path go to m[9][9]. 0 means OK, * 1 means cannot go there, boundary is 0 and 9, cannot go beyond boundary. * Each step can be made horizontally or vertically for one more grid (diagonal * jump is not allowed). * Your program should print a series of grid coordinates that start from m[0][0] * and go to m[9][9] * Hint: No need to find the shortest path, only need to find one path that gets * you to desitination. */ -/* Maze * Starting point is m[0][0], need to find a path go to m[9][9]. 0 means OK, * 1 means cannot go there, boundary is 0 and 9, cannot go beyond boundary. * Each step can be made horizontally or vertically for one more grid (diagonal * jump is not allowed). * Your program should print a series of grid coordinates that start from m[0][0] * and go to m[9][9] * Hint: No need to find the shortest path, only need to find one path that gets * you to desitination.