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dasniff daSniff is an open source customizable sniffer for win32 systems. It helps you to log your LAN traffic by specifying packet rules as filters.

该软件用于用户相互提出问题，用户之间可以相互回答对方的问题-users of the software for each other questions of mutual users can answer each other"s questions

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利用网卡id号自动注册-id card use, automatic registration

本系统是在asp版《在线文件管理器》的基础上设计制作，取其精华，弃其糟粕，功能更强，效率更高，具有以下特点： 1。采用三层结构开发，程序逻辑和用户界面彻底分离，可轻松换肤。 2。全部代码采用Ultra Edit编写，不使用任何可视化开发工具，精确控制代码流程，确保代码高效率运行。 3。自行开发自定义控件，不产生任何一丁点的HTML代码冗余。 4。尽可能的减少客户与服务器的交互，降低对服务器资源消耗，减少网络传输。 5。真正多用户系统，可分别为每个用户设置可管理的文件类型，目录等，上传的单个文件大小限制等。 6。各用户环境自由配置，风格自选（如果有多个风格的话），可自由设置每页显示的文件及目录数等。 7。文件与目录翻页分开，即使管理同一目录下的数万个文件也不再出现程序超时现象。 8。功能强大，除了asp版具备的全部功能如上传、下载、编辑、批量复制、移动、粘贴外还具备文件快速过滤搜索，智能修改文件属性。 9。效率极高。经测试，在一太普通PC上对一个包含50000个文件的目录进行浏览管理，任意翻页，执行时间均不超过1秒。过滤或者搜索则更是低至仅0.3秒的执行时间。而windows资源管理器打开目录或者asp版翻至最后一页都需要6.5秒甚至更长时间。-the system is the asp edition of "online document management device" on the basis of the design, select the essence and disposable dross, more powerful, more efficient and has the following features : 1. The development of a three-tier structure, procedures and user interface logic completely separated easily Eurocargo. 2. All the code used Ultra Edit preparation, not the use of any visual development tools, precision flow control code, the code to ensure

这是一个图的拓扑排序的程序，是数据结构的图一章中比较重要的内容，程序已经调试通过，可以供大家参考-This is a map of topological sorting procedure, the map data structure is one more important chapter in the content, procedures have been debug through, you can for your reference

简易聊天程序 简易聊天程序-Simple chat program chat program summary

让你知道如何检查电子邮件，身份证，电话

WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as a technology with significant market potential. This paper first provides an overview of the existing and developing 802.16 standards and their key differences/applications. The PHY and MAC layers of a typical WiMAX base station are then described. The associated implementation challenges faced by WiMAX infrastructure developers, including performance/cost/flexibility trade-offs in the choice of silicon, are clearly outlined. The paper then describes how FPGA-based system implementation can address these challenges including the “accelerated time-to-market” requirement which is considered a key enabler for early success in this market. As an example design, the physical layer implementation of the 802.16d standard with Altera FPGAs and intellectual property (IP) is proposed.