相当不错 最新的

模拟机场跑道上飞机起飞，VC实现，适合研究数据结构算法 -Simulated airport runway on the plane to take off, VC achieved, appropriate to study the data structure algorithms

双向循环链表节点：数据域+指针域指针域：一个指针指向前一个同类型节点，另一个指针指向后一个同类型节点（1）设计节点struct db_node{int data;struct db_node * prev;struct db_node * next;};（2）创建空链表//创建了一个只有头节点的双向循环链表，返回头节点的地址struct db_node * create_db_list(void){struct db_node * phead = (struct db_node *)malloc(sizeof(struct db_node));if(phead == NULL)exit(-1);else{phead->next = phead;phead->prev = phead;}return phead;}（3）制造新节点//制造新节点，返回新节点的地址struct db_node * make_db_node(int value){struct db_node * pnew = (struct db_node *)malloc(sizeof(struct db_node));if(pnew == NULL)printf("malloc failed! ");else{pnew->data = value;pnew->next = NULL;pnew->prev = NULL;}return pnew;}（4）插入节点//把pnew指向的节点插入到头节点的前面，也就是整个链表的末尾bo

NexusDB manual (chm format)

这个程序是非常有用的解决矩阵，如果有人想要更多的搜索可以找到这个地址

线性表（顺序存储）结构与功能的简易实现，本代码采用C++实现，仿照C++中的容器类，将该线性表封装成了一个使用的多功能类。

多种方法解决全排列的问题 在vb环境下编写-various methods to solve all problems with the environment in preparation vb

实现循环扩容队列

本软件的前台设计由Visual Basic实现。利用Access用户界面工具进行数据库的创建和管理。本系统界面设计大方、简洁、实用，操作简单方便,是一款完全适合普通小区物业日常事务管理的软件。软件设计综合了具有一定代表性的多家物业管理公司的业务模式和需求。能实现房产、客户等小区的智能化管理，可以提高物业管理的效率。-The paper describes the design and realization of Property Manage System(PMS) .The foreground of the software is carried out by Visual Basic 6.0. Using the Access customer interface tool to create and manage the database. This interface of the system is generous, practical, with simple operational method, and it is also a software complete suiting the common Property business management.It synthesizes the requirement and business mode of many property management company in designing precess.It can realize the management of house property, customer in a small area of inhabitancy. And increase the efficiency of the property management.

基于VC编写的可嵌入WINDOWS的等值线的生成源码.-prepared by the VC can be embedded Windows contours of the generation source.

数据结构课程设计！MFC做的！ 其中有个是链表（单链表，双向 链表图形化演示），另一个是 图的最小生成树的图形化演示）。-data structure course design! MFC done! Which is a linked list (single linked list, and two-way linked list graphic demonstration), Another is the minimum spanning tree graphic demonstration).