自创的算法，输入表达式，建立二叉树的程序，然后输出前缀中缀后缀表示法，利用的对表达式的分割与递归实现输入，同时这也是一个完整的波兰式转换程序，相当稳健...

PowerBuilder应用开发经验及示例-PowerBuilder application development experience and example

Visual C++ +SQL Server数据库开发与实例一书所附源代码-Visual C+++ SQL Server database development and an accompanying source code examples of

输入人数，输入将要分配的工作数目，输入第i人干第j项工作的经费消耗，调用处理模块BackTracking输出最优分配方案。-Enter the number, type of job distribution to the number of people do i enter the first section of the work of j-expendable funds, call processing module output BackTracking optimal distribution program.

C数据结构 第七章 树-C data structures Chapter VII of the tr

汉诺塔演示程序，用VB做成的图形界面，能够实现汉诺塔问题，也即是把N个盘子从一根棍上移到另一根上面，通过中转的棍，但是必须保证在每根棍上都是下面的盘子大于上面的盘子。-HANOR demo program using VB create graphical interface to HANOR problems, that is, N dishes from one club to another on the above-through the interchange stick, but it must be guaranteed in each stick-on the following dishes are greater than the above dishes.

VC进行数据库编程，MFC编写的，可以与CListCtrl控件配合使用-VC database programming, MFC prepared can be used in conjunction with the CListCtrl control

杭州电子科技大学ACM-OJ系统的部分代码，对学习数据结构还有算法很有帮助-Hangzhou University of Electronic Science and Technology ACM-OJ part of the system code, data structure of the learning algorithm was also very helpful

1、显示（总浏览、总IP、今日浏览、今日IP、昨日浏览、昨日IP、最高浏览、最高IP、平均日浏览、平均日IP、共统计天数、访问IP） 2、整个程序共三个文件（数据库、数据页面、调用页面） 请点击左侧文件开始预览 ！预览只提供20%的代码片段，完整代码需下载后查看 加载中 侵权举报

力控组态软件和extremedb实时数据库接口-ForceControl configuration software and real-time database interface eXtremeDB

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