357486644

通过GDI获图，哈夫曼压缩，另一端进行监控，无需进行库连接。(Been through the GDI diagram, Huffman compression, the other side of monitor without the need for database connectivity.)

如果你开发过Windows NT系统上的网络软件，肯定碰到过让用户选择要求连接的或登陆的计算机或者域名的情况。这种情况下肯定用过外壳API函数，像SHGetSpecialFolderLocation 和 SHBrowseForFolder，并显示标准的资源管理器对话框(If you develop Windows NT system over the network software certainly encountered allows users to connect selecting the landing or the computer or domain name situation. Under these circumstances certainly used shell API function, and as SHGetSpecialFolderLocation SHBrowseForFolder and display standard resource management for dialog)

ACM中常用的算法思想与常用算法,是本人自己精心收集的,不行的(That is commonly used in ACM algorithm thought and commonly used algorithm, were carefully collected herself, no good)

说明：  C#程序设计——Windows项目开发源码(C# Programming- Windows open source projects)

说明：  source for checker asa

This tutorial is c 2002, Aaron Isotton. You are free to copy and distribute it as long as you do not charge for it and do not modify it. Please email to aaron@isotton.com for any inquiries. The official homepage of this document is http://www.isotton.com/lcpp.html.

gridctrl很使用强大，界面编程，很强大(GRIDCTRL is very powerful and interface programming)

但是对于“真二叉树”（每个内部节点都有两个孩子的二叉树），给定它的先序、后序遍历序列足以完全确定它的结构。将二叉树的n个节点用[1, n]内的整数进行编号，输入一棵真二叉树的先序、后序遍历序列，请输出它的中序遍历序列。(But for one proper binary tree, in which each internal node has two sons, we can uniquely determine it through its given preorder traversal sequence and postorder traversal sequence.Label n nodes in one binary tree using the integers in [1, n], we would like to output the inorder traversal sequence of a binary tree through its preorder and postorder traversal sequence.)

xzccxawefwefregref豆腐干的 额外 发 懂得的 ( ccfdsgvergrtgreg)

能对输入的两个数进行任意的四则运算,输入数字和符号即可(to the importation of two arbitrary number of the four operations, the importation of figures and symbols can be)