软件文档也算是比较好的一篇了。但是还是有一些不足之处，敬请见谅...

usb-集线器的中文详细介绍, 需要的请下-usb-hub of the Chinese a detailed introduction, the need for the call on the next

求迷宫中从入口到出口的所有路径是一个经典的程序设计问题。由于计算机解迷宫室，通常用的是“穷举求解”的方法，即从入口出发，顺某一方向向前探索，若能走通，则继续往前走；否则沿原路退回，换一个方向在继续探索，直到所有可能的通路都探索到为止。为了保证在任何位置上都能沿原路返回，显然需要用一个后进先出的结构来保存从入口到当前位置的路径。因此，在球迷宫通路的算法中应用“栈”也就是自然而然的事了。 -seeking maze exports from the entrance to the path of all the procedures for a classic design problem. The computer maze room, normally used was "exhaustive solution" approach, that is, from the entrance, with a direction to explore, if we can follow links, will continue to move forward; Otherwise, return along the same route, a direction for the continued exploration and until all possible pathway to date has explored. To ensure that in any position along the same route can return, obviously need a last-in, first-out to preserve the structure from the entrance of the current location of the path. Therefore, in the Palace fans access algorithm application "stack" is naturally a thing of the past.

C语言陷阱详细解释,内容详细,有具体实例说明-C language trap elaborate, detailed and specific examples

应用背景通过鼠标的滑动来控制组合数字的方向，QT下编写的一个2048游戏。关键技术 //QT5.5.1编译运行通过。 //部分代码 // 颜色数组 存储每个数字对应的背景色 QColor digitBkg[11] = {QColor::fromRgb(0xFF, 0xFF, 0xCC), QColor::fromRgb(0xFF, 0xFF, 0x99),                             QColor::fromRgb(0xFF, 0xCC, 0xCC), QColor::fromRgb(0xFF, 0xCC, 0x99),                             QColor::fromRgb(0xFF, 0x99, 0x99), QColor::fromRgb(0xFF, 0x99, 0x66),                             QColor::fromRgb(0xFF, 0x66, 0x66), QColor::fromRgb(0xCC, 0x99, 0x66),                      

资源描述本系统是在linux系统下运行的视频点播器后台管理系统，主要用于初学者开始学习C++和linux下界面绘制使用。主要技术有C++面对对象编程，sqlite3数据库，NCurses界面绘制

里面有15个软件项目开发的文档,包含软件工程的方方面面，很实用。-There are 15 software project development documents, including all aspects of software engineering, it is practical.

Search Engine Based on P2p Technology.

工程模板，设计实例-project templates, design example

mini2440 porting kernel embedded systems zimage

本程序是利用Ford和Fulkerson迭加算法，求最小费用最大流-use of this procedure is superposition Ford and Fulkerson algorithm, the minimum cost for maximum flow