STL算法实现的大整数加减法的程序， 能够进行正负数的加减，而且是动态数组的， 因此可以无限输入，这是本人这学期的大作业

用VB6创建的家庭地址簿程序。制作该程序的主要目的是用来为家庭中的每个成员存储个人地址信息。而且该程序的用户设定为两个类型级别：即1管理型、2用户型-built with VB6 family address book procedures. The production process is the main purpose for the family members of each of the addresses stored personal information. And the procedures set of users for the two types of levels : that is a management-type, two-users

how to use crystal report

很多的vb经典源代码-many classic vb source code

利用栈和队列完成停车场的管理,数据结构的实习题目,并完成选做内容-use stack and queue complete parking management, and data structure of the internship topics, and complete the election to content

航空售票系统- Aviation booking system

visualbasic的完整功能和运行代码，用于带条形码的超市库存和销售点

输入学期总数 学期的学分上限 课程数 拓扑排序所形成的课程先修关系的边数 课程号及其学分 在各学期学期负担尽量均匀和 课程集中在前几个学期进行排课两种条件下进行排课-importation of the total semester credit semester courses ceiling few topological sorting as a result of the pre-course edge courses, and credits in the semester to semester burden of uniform and courses focused previous semester Course Scheduling for the two conditions under Course Scheduling

一个带界面的在线测试系统，从数据库中随意抽题，在线回答，并且反馈答案。-An interface with the online testing system, arbitrarily drawn from the database title, on-line to answer, and the feedback answer.

学生初学，c实现约瑟夫环(圆桌问题)，算法应该不是很高效，望各位高人看了改进改进！-beginner students, c achieve Joseph Central (round table), the algorithm should not be very efficient, a person looking to improve reading improvement!

一种基于二维链表的稀疏矩阵模半板类设计 A template Class of sparse matrix. Key technology: bin,2-m linked matrix. constructors: 1.normal constuctor 2.copy constuctor. 3.assignment constructor. Basic operator: 1. addition(sub) of two matrix 2. inverse of a matrix. 3. multiply of two matrix. etc.-based on two-dimensional chain of sparse matrix model semi-plate design of Class A"s template parse matrix. Key technology : bin. 2-m linked matrix. constructors : 1.normal constuctor 2.copy constuctor. 3.ass ignment constructor. Basic operator : 1. addition (sub) 2 matrix of two. inverse of a ma trix. 3. multiply of two matrix. etc