我自己写的一个解决约瑟夫环的小程序，对学习数据结构的朋友可能有一些帮助,tc2编译通过...

给一串数字或字符进行排序，给一串数字或字符进行排序。-paixu

本系统采用Visual Foxprow 5.0编写,面向对象可视化编程,使系统的开发工作适应目前的流行趋势。设计时采用了常用的自顶向下的瀑布式结构化设计方法。各子系统具有独立的数据库结构，设计时力求简单易用，便于维护。各模块为平行关系，彼此间无直接的参数联系，也无库的交叉关联，从而保证各子系统可以单独运行。-the system using Visual Foxprow 5.0 preparation, visual, object-oriented programming, allowing the system to adapt to the current development trend in fashion. Used in the design of the popular top-down waterfall structure design method. The subsystem is independent of the database structure, design sought to be simple to use, easy to maintain. Each module for parallel relationship between the parameters are not directly linked, nor for the cross-linked, so that the subsystems can be run separately.

本人自编的解八皇后问题的程序，用了大量的指针实现。-I own eight-Queen

一种基本算法！ 现有一个酒店有100个房间，依次编号为1到100，第一个服务员经过，将所有房间门关上；第二个服务员经过将所有编号为2的倍数房门打开；第三个服务员经过将所有编号为3倍数的房门打开的关上，关闭的打开。依此类推；输入一个100以内的正整数N，输出第N服务员经过之后，所有房间的状态。-a basic algorithm! An existing 100 hotel rooms, followed by No. 1-100, after an attendant, all rooms will be closed; Second attendants after all No. 2 in multiples door open; Third attendants after all No. 3 multiples of the open door is shut, Guan the opening closed. XII; The importation of a hundred within the positive integer N, N output after attendants, all rooms in the state.

我用VFP编写的选股软件,要用胜龙6(DOS)的数据.-prepared by the Stoc k software, use Shenglong 6 (DOS) for more information.

资料管理系统开发设计-information management systems development design

双端堆是支持双端优先队列的插入、删除最小元素和最大元素等操作的堆。 双端堆可以在对数时间内完成上述所有的操作。 -Double-ended heap to support double-ended priority queue insert, delete the smallest element and the largest such operation of the reactor element. Double-ended heap in logarithmic time to complete all of the above operation.

题目：串基本操作的演示 含有测试结果和函数关系调用图-Title: string containing the basic operation of the demonstration test results and the function call graph

数据结构中常用的Gauss-Seidel 迭代算法-commonly used data structures, the Gauss- Seidel iterative algorithm

能够在数据库中存取大的二进制块-to access large databases of binary block