《Visual C++.NET数据库开发经典案例解析镜像光盘》随书光盘代码。...

数据结构用java实现的一些源代码，包含了我们常用的一些数据结构。-java data structure used to achieve some of the source code, including our common data structure.

书中共介绍了四类排序函数：插入排序、起泡排序、选择排序、快速排序。我们需要建立一个无序随机序列，分别用上述排序方法对建立的无序序列有序化，编写相应的程序计算每种算法的赋值次数、比较次数以及所用时间，以此为依据来判断各种算法的效率。-introduced a total of four ranking functions : insertion sort, bubble sort, select, in order of Quick Sort. We need to build a disorderly random sequence, the use of such methods of sequencing to establish an orderly sequence of the disorder, and the preparation of the corresponding procedures of each algorithm for the calculation of frequency assignment, as well as comparison with the number of time, using this as the basis to judge the efficiency of algorithms.

SQLite浏览器-1.3-src.tar.gz文件伟大的

这是一个在线购物车系统，用户可以使用所有的servlet概念，并可以通过在线购买商品。

Bellman-Ford算法 是最短路径算法的一种-Bellman-Ford algorithm is the shortest path algorithm of a

1. 用SYSDBA登录服务器，并且创建一个MISDBA用户，密码为PASSWORD。 2. 用SYSDBA用户创建MISDB数据库（可直接注册使用光盘提供的MISDB.GDB）。 3. 用MISDBA用户登录MISDB数据库。 4. 在ISQL中，依次输入第5章的数据表创建SQL语句；或者根据表5-1至表5-7自行创建数据表。 5. 在SQL Explorer中创建MISDB数据库连接。 6. 用MISDBA用户登录，并且输入原始数据。除了表5-8至表5-11的内容，还需要根据需要设置部门（DEPARTMENT）、职务（JOB）和人事科登录用户（ID=’RSK’，PASSWD=’RSK’，AUTHORITY=’3’，STATE=’F’）。 7. 修改源程序中的数据库连接组件参数。 -1. Login with SYSDBA server, as well as the creation of a MISDBA users, Password for PASSWORD. 2. With SYSDBA user created MISDB database (direct registration for the use of CD MISDB. GDB). 3. User login with MISDBA MISDB database. 4. In ISQL, followed importation of Chapter 5 of the data table creation SQL; Or, according to Table to Table 5-1 5-7 to set up a data table. 5. SQL Explorer created MISDB connected to the database. 6. MISDBA with users log in, and the importation of raw data. Table 5-8 addition to the Table 5-11, also need to install sector (DEPARTMENT) duties (9732106) and the Personnel Section logged in users (ID = &#

同一个数据库开发的系统，里面有源代码和发布版本-with a database development systems, which Active code and releases

数据结构的课后练习，全会做就能过这门课了-Data structure after-school practice

二叉平衡树算法，包括二叉平衡树的数据结构定义、创建、插入、查找、删除、释放内存等方法。-two forks balanced tree algorithms, including two forks balance tree data structure definition, create, insert, search, delete, release methods such as memory.

双线程对一系列随机数进行归并排序，使用MFC的控制台程序-Dual-threaded on a series of random numbers to merge sort, using the Console application in MFC