禅思斋

目标：为Windows操作系统建立一个兼容Unix命令的命令接口，实现命令包括ls,cat,cp,mv,md,rd,cd,sort,more命令。 环境：使用CodeBlock开发（g++编译） 效果：尚未发现BUG 优点：代码可读性高、比较精简、错误处理完善，经测试，略微改动几行代码可在mac-lion-10.8（苹果系统，其实也是unix）上运行 展望：其实开发命令行接口，使用getopt()等函数是比较方便的，但这是作者开发到一半的时间才知道的事情，所以未能及时更换开发方法，希望有缘人能弥补这一缺憾。

学长给的，在此顺便送给急需用的人。 预处理命令 操作符优先级 转义字符 ASCII码表 基本数据类型 关键字 标准 C 库: Standard C I/O Standard C String & Character Standard C Math Standard C Time & Date Standard C Memory Other standard C functions C++ I/O C++ Strings C++ 标准模板库 C++ Bitsets C++ Double-Ended Queues C++ Lists C++ Maps C++ Multimaps C++ Multisets C++ Priority Queues C++ Queues C++ Sets C++ Stacks C++ Vectors Iterators

__________________________________________________________________ Companion Disc Readme for Programming Windows, Fifth Edition by Charles Petzold Copyright (c) 1999 by Microsoft Corporation Portions copyright (c) 1999 by Charles Petzold All Rights Reserved ___________________________________________________________________ README CONTENTS - WHAT'S ON THIS CD? - HOW TO USE THE CD - SUPPORT INFORMATION WHAT'S ON THIS CD? ================== This CD contains the following items: - Example programs - Electronic version of the book - Microsoft Internet Explorer 4 HOW TO USE THE CD ================= Example programs ================ This CD contains both the source code for every program discussed in the book as well as executable files. You can open the source files in the Microsoft Visual C++ environment or in your favorite editor. For each sample program, there are two different executable files, one located in the RELEASE subdirectory and the other in the DEBUG subdirectory. The executable in the DEBUG directory is intended to be used for debugging. Generally, these executables have been created with the default settings in Microsoft Visual C++ 6 with one major exception: aside from other compiler and linker flags, the executable in the DEBUG directory has been compiled with the UNICODE identifier defined. In most cases, this means that the executable in the DEBUG directory will not run under Windows 95 or Windows 98; it will run under Windows NT only. The executable in the RELEASE directory will run under Windows 95, Windows 98, or Windows NT. The UNICODE identifier is discussed in Chapter 2 of the book. Although the executables are located in the RELEASE and DEBUG subdirectories, some programs use data files that are located in the parent directory, which is the directory that has the same name as the program and which contains the program source code. Thus, this parent directory must be the default directory when the program is run or the program may not work correctly. If you always run the programs from the Visual C++ environment, you won't have any problems. You can also run the programs from the MS-DOS command line from the parent directory like so: DEBUG\progname or: RELEASE\progname However, if you run the programs from Windows Explorer, the programs won't be able to find their data files. Some of the programs in Chapter 18 create files that are used by other programs in the chapter. Thus, these programs must be run in a specific order. Some programs use features that are new with Windows 98 and Windows NT 5. At the time of the creation of this CD, the Windows header files included with Visual C++ 6 and distributed via MSDN and the Microsoft web site did not assume Windows 98 development as a default. Thus, to use Windows 98 features, a #define statement must appear before the #include statement for the Windows header files, like this: #define WINVER 0x0500 #include <windows.h> This #define statement is included in the appropriate programs on the CD but is not shown in the program listings in the book. Electronic version of book ========================== To install the electronic version of this book: 1. Choose Run from the Start menu. 2. Type D:\EBook\Setup.exe (where D is your CD-ROM drive letter), and press Enter. 3. Follow the prompts on your screen. The setup program will offer to install Internet Explorer 4 for you if it is not found on your system. Internet Explorer is required to view the contents of the electronic book. Microsoft Internet Explorer 4 ============================= To install Microsoft Internet Explorer 4 without installing the electronic version of this book: 1. Choose Run from the Start menu. 2. Type D:\EBook\IE4Setup\ie4setup.exe (where D is your CD-ROM drive letter), and press Enter. 3. Follow the prompts on your screen. SUPPORT INFORMATION =================== Every effort has been made to ensure the accuracy of the book and the contents of this companion disc. Microsoft Press provides corrections for books through the World Wide Web at http://mspress.microsoft.com/mspress/support/ If you have comments, questions, or ideas regarding the book or this companion disc, please send them to Microsoft Press via e-mail to: mspinput@microsoft.com or via postal mail to: Microsoft Press Attn: Programming Windows 5th ed. Editor One Microsoft Way Redmond, WA 98052-6399 Please note that product support is not offered through the above addresses.

This license is for matlab2012b.

大家下载后多多交流，我python的django刚入门的说。简易的入门教程，仅供学习参考的亲！

计算机组成原理：复杂模型机下微指令系统设计 微机原理： 以ASCII码和二进制显示键盘输入 信息论： 游程编码与自适应算术编码

很基础的MFC的Tree Control控件，写了一个文件查看器。

运用Crypto++库在控制台下，加密并验证信息，鉴于相关lib过大（达40M左右），在些就不上传了，请诸位自行去官网下载。此次代码也借鉴了Jeffrey Walton的代码，仅供初学者参考。

此代码用于WINDOWS编程入门，在64位WIN7的VS2010下通过。

鉴于公钥产生的随机性，通常情况下，对于小于9999999的数都能进行正确的加密解密，对于大于的部分可能会加密失败。原因在于只支持小规模的加密，超过一些范围时就会产生数据溢出。此算法仅供学习参考，谢绝其它用途。

由于算法实现规模较小，故只能实现小数的加密。当输入数超过一定时，会有数据溢出。根据当时产生的随机公钥而定，通常情况下小于9999999的数都能实现，有时公钥随机分配较大，则对较大数容易出现溢出错误。此算法仅供学习和参考，不可用于其它用途，谢谢合作！

针对《数值分析简明教程》所写的矩阵算法集，全部写在一个cpp内。含有的算法如下：追赶法（上、下三角）、高斯塞德尔迭代、雅可比迭代、高斯消去、约当消去、杜力特分解法、乔累斯基分解法、克劳特分解法。此cpp仅供学习和参考，代码如有不对之处，请批评指正，谢谢！

此cpp能借助计算机进行对梵塔问题的求解，能分析不同状况下各自耗用时间的情况，当然了，这里采用的还是递归算法，主要还是有助对于Tower of Hanoi问题的理解。

针对《数值分析简明教程（第二版）》中的四大算法所写，欢迎下载！

此二叉树cpp内含:1、用中序先序或中序后序建树；2、树的销毁；3、树的遍历；4、树的高度、节点个数的计算；5、根据节点值查找相关节点或其父节点；6、输出节点同时输出节点高度或节点序号；7、查找最右或最左节点。

此cpp以矩阵的方式解模方程，有利于加深对辗转相除法的理解。

杨辉三角是二项式系数在三角形中的一种排列形式，是中国古代数学中精彩的一笔。此cpp以队列的形式完成，有利于培养通过队列解决实际问题的意识。

欧几里得算法的原理在于,GCD(a,b)=GCD(b,r),故称辗转相除。 此cpp可解决： 对任意整数a、b求最大公约数,寻找整数s、t使得a*s+b*t=GCD(a,b)。