Desktop

vc中使用共享内存实现进程间通信,代码易懂,不错的源码(Vc is used in the Shared memory to achieve interprocess communication, code simple, good source)

这个是一个c#的任务管理器，使我从别的地方下载下来的，里面用了很多系统的dll文件，挺简单的，主要就是学习一下，(this a c# task manager, so I downloaded from somewhere else down, inside with a lot of system dll documents, they are simple, the main thing is to learn from this. Ha ha)

c++/mfc/状态栏应用实例/滚动字幕的状态栏(c++/mfc/Status bar application / scroll caption status bar)

简单的网上邻居功能。获取局域网网络基本资源-Simple Network Neighborhood feature. LAN network access to basic resources

Paint Example and 2d shapes

Adriano library file

一、电子战的基本概念 电子战也叫电子对抗或电子斗争，是指敌对双方使用电子技术设备和器材所进行的电磁斗争。随着电子战的方法、手段和目的的变化，电子战的内容在不断地扩充和更新，其定义也在不断地演变。电子战主要包括：电子侦察、电子进攻、电子防御。 电子侦察包括支援侦察和情报侦察，电子进攻包括电子干扰和反辐射摧毁，电子防御包括反侦察、反干扰和反摧毁。而按对抗的对象不同则可分为通信战、雷达战、导航战、制导战、敌我识别战、光电战、C4ISR系统战和计算机战等。 (First, the basic concept of electronic warfare Electronic warfare, also known as electronic countermeasures or electronic struggle, the opposing sides are referring to the use of electronic technology and equipment and equipment carried out by electromagnetic struggle. With the electronic warfare methods, means and purpose of the changes in the contents of electronic warfare are constantly expanding and updating its definition is evolving. Include electronic warfare: electronic reconnaissance, electronic attack, electronic defense. Including support for electronic reconnaissance and intelligence surveillance reconnaissance, electronic attack, including electronic jamming and anti-radiation destroyed, electronic defense, including anti-reconnaissance, anti-jamming and anti-destroying. While the object of confrontation can be divided into different communications warfare, radar warfare, navigation warfare, guided warfare, warfare IFF, photoelectric warfare, C4ISR systems, such as war)

纯 C 语言用 Win32 API + Socket 编写的端口扫描器 是控制台下的。-C Program Language write Port Scan

说明：  逆时偏移波场延拓 使用成像条件为互相关成像条件(Wave field extension of inverse time migration used to simulate wave field back propagation)

说明：  项目任务 在单链表类中增加一个功能erase(x, y), 删除表中所有值在 [x, y] 之间的结点。假设链表中结点数值类型是整形，要求编程返回删除相应结点后的链表长度和链表元素。 输入描述 第一行输入链表List的结点元素值，元素之间用空格间隔，且均为int类型； 第二行输入为x和y，分别表示需要删除结点元素的最小值和最大值。 输出描述 第一行输出删除相应结点后链表的长度； 第二行输出删除相应结点后链表的所有元素，元素之间用空格间隔。若无剩余元素，输出null。(Project tasks A function erase (x, y) is added to the class of single linked list to delete all nodes whose values are between [x, y]. Assuming that the numerical type of the node in the linked list is plastic, the program is required to return the length and elements of the linked list after deleting the corresponding nodes. Enter a description In the first line, enter the node element values of the linked list list, with spaces between the elements, and all of them are of type int; In the second line, input X and y to indicate the minimum and maximum values of node elements to be deleted. Output description The first line outputs the length of the linked list after deleting the corresponding node; The second line outputs all the elements of the linked list after deleting the corresponding nodes, with space between the elements. If there are no remaining elements, null is output.)