SplitADT

这是acm里关于魔王语言的一道题，通过栈和队列的知识来解决。(this is balout luciferlanguage . i use the datastructure with stack and queue.)

VC++常用的数据结构类源码 这是我在VC++日常开发中收集的一些经常用到的类库，每一款都可以轻松重用，这些类库适用于vs2003及以上的开发环境，其中 Thread 和 Delegate 是从C#中得到的灵感，还有一些是在使用开源代码或其它语言时得到的启发和灵感。个人认为部分代码还算好用，所以拿来分享一下。部分类库附带有例子，欢迎参考。 (Commonly used data structures in VC++ class source This is the daily development of VC++ I collected some frequently used library, each designed to easily reuse these libraries apply to vs2003 and development environment, including Thread and Delegate inspiration from C#, there are some inspired use of open source code or other languages ​ ​ and inspiration. Personally think that part of the code is fairly easy to use, so used to share. Some class library included with examples for reference.)

数组的定义与使用，数组的运算，字符串的输入与输出，冒泡排序(list and array)

以太网首部的一个c语言程序，代码功能是对设备要传送的帧进行排队(Ethernet header c language program code function is queued frames to be transferred to the device)

用模板实现了单向链表的增删改查等功能，并且适用于多种数据结构和类，简单实用，是学习和使用的绝好资料(Template to achieve a one-way linked list CRUD functions, and is suitable for a variety of data structures and classes, simple and practical, is to learn and use excellent information)

最优二叉搜索树问题具有最优子结构性质，即其任意一棵子树都是一棵独立的最优二叉搜索树，所以可以采用动态规划方法，并且在每次更新时保存子树的根。(Optimal binary search tree problem has optimal substructure property that any of its sub-tree are an independent optimal binary search tree, so you can use dynamic programming methods, and save each update subtree roots.)

这是一个实现找出欧拉路径的的算法，比较完美的解决了欧拉算法(This is an implementation of the algorithm to find Euler path, the more perfect solution to the Euler algorithm)

X位赋0mintest是实现芯片功耗测试不确定位填充算法(X-bit chip is to achieve the power conferred 0mintest test uncertain bit stuffing algorithm)

一个简单的求矩阵求逆的c语言算法 一个简单的求矩阵求逆的c语言算法 一个简单的求矩阵求逆的c语言算法(a simple matrix inversion for the C language algorithms for a simple matrix inversion of the c language a simple algorithm The matrix inversion for the C language algorithms for a simple matrix inversion algorithm in C Language)

已知二叉树的先序遍历结果，建立二叉树并输出其先序、中序、后序遍历结果(Build a binary tree and print the results of preorder, midorder and postorder traversals based on the known result of preorder traversal)