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这是一个分治解决的零件切割问题:给定一块宽度为W的矩形板，矩形板的高度不受限制。现需要从板上分别切割出n个高度为hi，宽度为wi的矩形零件。切割的规则是零件的高度方向与矩形板的高度方向保持一致。问如何切割使得所使用的矩形板的高度h最小？加上一个小界面-This is a solution to the partition cutting parts : a given width of the rectangular plate W, the height of rectangular plate unrestricted. Board is required from the respective cut out n height of the hi, wi width of the rectangular parts. Cutting parts to the rules of the height of the rectangular plate with a high degree of consistent direction. Asked how cutting makes use of the rectangular plate height h minimum? A small interface

这是将中缀表达式转换为后缀表达式的代码。中缀到后缀转换使用堆栈。各种使用的函数包括基本堆栈操作，如overflow（）、int underflow（）、void push（）、int pop（）、int peep（）、void display（）等。

清华大学数据结构课上实现的B+树，设计一个4阶B+树，包括： (1) 叶子的每个记录应该包括4字节（long）关键码值和60字节的数据字段(存储文件名等，可以自定)，设每个叶子可以存储5条记录，而内部节点应该是关键码值/指针对。此外，每个节点还应该有指向同层下一个节点的指针、本节点存储的关键码数等； (2) 此4阶B+树应该支持插入、删除以及根据给定关键码值进行精确检索与关键码范围检索； (3) 显示（打印）此4阶B+树的生长(含删除节点)过程实例；-Tsinghua University class data structure to achieve the B-tree, the design of a B-tree four bands, including : (a) the leaves of each record should include 4-byte (long) key code value and 60 gigabytes of data fields (document storage, etc., can be set), set up each leaf store five records, and internal nodes is the key code value/means against. In addition, each node should have the same point under a layer of the target node, the node storage key code number; (2) The B-tree four bands should support the insertion, deletion and with the given key code value accurate retrieval and key codes scope retrieval; (3) Display (Print ) This four bands B-tree growth (including the deletion of nodes) process examples;

wince中用于数据库与PC机的同步，可以实现与pc机数据库的同步更新-used to wince database synchronization with the PC machine, you can drive with pc sync database update

一个俄国人写的内存数据库系统，非常具有参考价值-A memory database system writing by a Russian with good reference worth.

已知一个二叉树的前序与中序，输出其后序的程序。-known to a sequence of binary tree with the order, then the order of the output process.

1. 创建MyDatabase.gdb数据文件。 2. 用SYSDBA用户登录。 3. 在ISQL窗口中，依次输入本书提供的SQL语句；或者在SQL Explorer窗口中，根据表3-1至表3-10创建数据表。（通过直接注册附带光盘所提供的MyDatabase.GDB数据库文件，可以直接获得这些数据表。） 4. 在SQL Explorer窗口中，创建MyDB数据库连接。 5. 输入初始数据。除了表3-11至表3-13的内容，还需要根据需要设定院系编号、班级号和计数器。 -1. MyDatabase.gdb create data files. 2. With SYSDBA user login. 3. In ISQL window, the importation of the book were provided by the SQL statement; or SQL Explorer window, according to Table to Table 3-1 3-10 create data tables. (Through direct registration with CD-ROM attached MyDatabase.GDB provided by the database files, direct access to these data sheets.) 4. SQL Explorer window, MyDB establish database connections. 5. Initial data input. Table 3-11 addition to the contents of Table 3-13, we must also need to set faculty numbers, and counter classes.

一款不错的档案VB-files VB

双向连表的演示程序 1、创建连表 2、在头部增加节点 3、在尾部增加节点 4、插入节点 5、删除节点 6、遍历连表-Even two-way table 1 demo program to create even the Table 2, the increase in the head node 3, an increase in the tail of the node 4, insert the node 5, node 6 delete, traverse even the Table

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