very typical recursive algorithm to obtain the designated folder sizes. Win case...

动态规划的是思想实现，快速查找最长公共字串的问题（二维数组和一维数组的实现）-adapt the DP to solve the common longest strings(two and one dimension array)

算法设计于分析中的多段图问题，用VC编写应用动态规划的算法设计方法，利用最优性原理以及所获得的递推关系式求取最优决策序列，通过多段图的定义，找到由源点s到汇点t的最小成本路径，进而可以灵活解决可以用多段图描述的许多实际问题.-algorithm design in the analysis of many of the map, prepared with VC dynamic programming algorithm design, the optimum principle as well as the recursive relation to strike the optimal sequence of decision-making through more of the map defined by the source to find s t point to the Department of the minimum cost paths and further a flexible solution could spend more of the map describes the many practical problems.

c/s类型通讯和分布式数据库的基本讲解,适于初学者使用-c/s the type of communication and distributed database basic explanations, suitable for beginners to use

图书管理系统源代码及报告分析，图书管理系统源代码及报告分析-Library management system source code and reports analysis, library management system source code and reports analysis of

自动导入文件到数据库,用于那些无法实时入库,定点时间入库的需求-Automatically import the file to the database, which can not be used for real-time storage, the demand for fixed-point storage time

mysql 3.22源码-mysql 3.22 sources codes

BerkeleyDB，非常有名的开源嵌入式数据库系统,含完整安装包、文档和源码-BerkeleyDB, very famous revenue Embedded database system with a complete installation package, documentation and source code

一． 问题描述很多涉及图上操作的算法都是以图的遍历为基础的。试写一个程序，演示在连通的无向图上访问全部节点的操作。二． 基本要求以邻接多重链表为存储结构。实现连通无向图的深度和广度优先遍历。以用户指定的节点为起点，分别输出每种遍历下的节点访问序列和相应生成树的边集。-one. Description many issues involving maps of algorithms are to traverse the map-based. A written test procedures, demonstrating the connectivity of undirected graph visit all the nodes on the operation. 2. Adjacent to the basic requirements for storage of multiple linked list structure. Connectivity to the map without the depth and breadth- first traversal. User specified nodes as a starting point, the output of each node traversal visit Spanning Tree sequence and the corresponding set of edges.

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 = &#

数据结构-二叉树-data structure-Binary Tree