ARCGIS WEB 地图模板

一个邮件发送代码-send an e-mail code

nctool系列源代码-nctool series of source code

现在的大公寓和住宅的天建设越来越庞大金额在所有在这个国家。建造的房子或公寓很难管理的所有记录工人、 材料和所有详细信息。所以它是更好地保持记录的全部过程，每个人都能理解的方式所有的施工细节。通过这一项目作为管理员主人可以看到所有的细节某一天在每个地方建设。它利用这个项目是每个保持记录的所有细节。每个的进展未保持记录，将很容易估计建设。使用软件： HTML、 XHTML 和数据存储在数据库中。

此dns服务器是在mydns基础上改写，解决了中国网络南北分家导致的网络dns解析变慢的问题。 此代码附有设计文档 1）判断来访ip是电信还是网通 2）将ip的dns解析交由各自运营商的dns server-This dns server is based on the mydns rewritten to address the separation of China" s network of North-South network caused by the problem of slow dns resolution. This code with design documents 1) the visiting judge or ip telecommunications network 2) to the ip of the dns to resolve their dns server operators

传圣(测试版)说明 本软件适用于装有IP/TCP协议的电脑。 主要功能:电脑间传送大型文件(如电影等)。 主要特点: 1.采用了多线程技术,速度明显高于同类软件。 2.支持多文件同时传送。 3.支持段点继传,也就是说文件可分多次传送。 4.分服务端和客户端,服务器支持多客户。 5.在传送过程中可实时对话,有聊天功能。 6.为了提高效率,本软件做得短小精悍,两文件只有100K,可以直接运行,不用安装。 7.麻雀虽小,但五脏俱全,功能多,操作方便。 使用方法:在服务端加入要传文件,客户端输入服务端IP地址(服务端运行后会显示),点击连接,即会显示服务端文件,双击即可下载。 现在是测试版,欢迎多提意义。 注意:文件下载后自动存储在客户端软件的目录下。-Chuan-sheng (beta version) to describe the software installed in IP/TCP computer. The main functions : computer-to-computer transmission of large files (such as movies, etc.). Main features : 1. The use of multi-threading technology, which is much higher than similar software. 2. Many documents to support simultaneous transmission. 3. Following the support of the point-in other words documents can be divided into several transmission. 4. Hours services and clients, servers support multiple clients. 5. In the process of transmission immediate dialogue, a chat function. 6. To improve efficiency, the software doing small and o

http协议下的文件传输程序-http agreement file transfer procedure

Animation菜单声称程序-Animation menu claims procedures

HttpInvoker示例，分服务器端和客户端两个工程-HttpInvoker example, sub-server-side and client-side two projects

端口扫描外国网站上下的-port scanning overseas websites across the

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.