Description: 1．套接字编程原理
1.1 Client/server通信模型
1.2 Windows Sockets规范
1.3 套接字
1.3.1 套接字定义
1.3.2分类
1.3.3 套接字的作用
1.3.4端口与地址
1.3.5 套接口属性
2．基本的Windows Sockets API编程
2.1常用函数
2.2 TCP实例
2.3 UDP实例
2.4 Socket 通信阻塞的解决方法
3．MFC下的Socket编程的类
3.1 CAsyncSocket类
3.2 CSocket类
3.3 Windows Sockets：带存档的套接字的工作方式
3.4 流式套接字通信的操作顺序
3.5 使用 CAsyncSocket 类
3.6 从套接字类派生
3.7 套接字通知
3.8 一个使用CSocket类的网络通信实例
3.8.1 服务器端应用程序设计(ServerDemo)
3.8.2 客户端应用程序设计(项目名称ClientDemo)
4．套接字的托管实现
4.1 System：：Net：：Sockets 命名空间
4.2 实例：一个新邮件检查器
-1. Socket Programming Principle 1.1 Client / server communications model Soc Windows 1.2 kets norms 1.3 Socket socket definition 1.3.1 1.3.3 1.3.2 classification socket role 1.3.4 1.3.5 addresses and port interface attributes two sets. Basic programming Windows Sockets API function commonly used 2.1 2.2 2.3 TCP example UDP Socket Communications examples 2.4 blocked three solutions. MFC Socket Programming under the category of Class 3.2 3.1 CAsyncSocket CSocke t Windows Sockets 3.3 categories : filing with the way socket 340 socket communication flow sequence of operation to use 3.5 CAsyncSo cket category 3.6 derived from the socket type 3.8 3.7 socket notice the use of a network of CSocket Communication Liaison example 3.8.1 server application design (ServerDemo) 3.8.2 client Application D Platform: |
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Author:gong |
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Description: Testing TCP and UDP socket servers using C# and .NETWhen you re developing a TCP/IP server application it s easy to test it poorly. It s easy to fire requests into a server, check the responses and assume that s enough. Even if you re testing using the actual production client application you may find that you are failing to fully test the server under heavy load or unusual network conditions. You may be using two or more machines, but your development network probably doesn t cause the kind of packet fragmentation and delays that you might encounter in the wild. Often when testing in the development environment your server only ever receives complete, distinct messages, and this can lead novice developers to assume that this is how it always is. As we pointed out in a previous article, the server developer is always responsible for breaking up the TCP byte stream into protocol specific chunks. Platform: |
Size: 111143 |
Author:王小文 |
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Description: Testing TCP and UDP socket servers using C# and .NETWhen you re developing a TCP/IP server application it s easy to test it poorly. It s easy to fire requests into a server, check the responses and assume that s enough. Even if you re testing using the actual production client application you may find that you are failing to fully test the server under heavy load or unusual network conditions. You may be using two or more machines, but your development network probably doesn t cause the kind of packet fragmentation and delays that you might encounter in the wild. Often when testing in the development environment your server only ever receives complete, distinct messages, and this can lead novice developers to assume that this is how it always is. As we pointed out in a previous article, the server developer is always responsible for breaking up the TCP byte stream into protocol specific chunks. Platform: |
Size: 110592 |
Author:王小文 |
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Description: 功能介绍：1.基于COM、.NET 和ASP.NET 的75种最佳表示层组件：包括网格、图表、工具条、菜单、制表符、树状子目录结构、进度表、日历、编辑器、GUI控件以及更多…2.利用Infragistics的表示层构架可用于继承并创建自定义组件的图形界面跨环境的通用对象模块提供更方便的在线学习 3.支持WindowsXP功能。4.RAD 设计器提升了可视化设计的速度。5.使用NetAdvantage＇s ASP.NET组件可以在瘦客户端环境中创建胖客户端的应用程序。6.提供ASP.NET组件的服务器端应用程序接口（API）7.应用广泛、直观的对象模块，包括了丰富的事件、方法和属性集合，可进行细化至象素水平的编程8.跨环境的通用对象模块提供更方便的在线学习-functional presentations : 1. COM,.NET and ASP.NET said the 75 best-components include : grids, charts, toolbars, menus, tabs, tree subdirectory structure, schedules, calendars, editors, GUI controls, and more ... 2 . Infragistics said the use of the layer structure can be used to inherit and create a custom graphical interface components of the environment across the Common Object Module provide more convenient online learning 3. WindowsXP support functions. 4.RAD design for improved visual design speed. 5. NetAdvantage's use ASP.NET components in the thin client environment can be created fat client applications. 6.NET components for the server-side application programming interface (API) 7. Widespread use, intuitive object modules, including a wealth of events, methods and attribu Platform: |
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Author:客户 |
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Description: 计算机网络应用中客户端以及服务器端的GBN传输实现过程-computer network application client and server side of the process to realize the transmission buffers Platform: |
Size: 28672 |
Author:徐玉涛 |
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Description: 本程序设计分为服务器应用程序及客户机应用程序部分，采用Socket套接字库网络编程。（UDP）和（TCP/IP）相结合的连接方式，及解决了数据传输的时效性又能保证数据在传输的过程中不会丢失。-program design into the application server and client applications, using Socket Library Network Programming. (UDP) and (TCP/IP) combined for the connection, and solving the data transmission can ensure that the timeliness of the data transfer process is not lost. Platform: |
Size: 233472 |
Author:qifang |
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Description: 1．套接字编程原理
1.1 Client/server通信模型
1.2 Windows Sockets规范
1.3 套接字
1.3.1 套接字定义
1.3.2分类
1.3.3 套接字的作用
1.3.4端口与地址
1.3.5 套接口属性
2．基本的Windows Sockets API编程
2.1常用函数
2.2 TCP实例
2.3 UDP实例
2.4 Socket 通信阻塞的解决方法
3．MFC下的Socket编程的类
3.1 CAsyncSocket类
3.2 CSocket类
3.3 Windows Sockets：带存档的套接字的工作方式
3.4 流式套接字通信的操作顺序
3.5 使用 CAsyncSocket 类
3.6 从套接字类派生
3.7 套接字通知
3.8 一个使用CSocket类的网络通信实例
3.8.1 服务器端应用程序设计(ServerDemo)
3.8.2 客户端应用程序设计(项目名称ClientDemo)
4．套接字的托管实现
4.1 System：：Net：：Sockets 命名空间
4.2 实例：一个新邮件检查器
-1. Socket Programming Principle 1.1 Client/server communications model Soc Windows 1.2 kets norms 1.3 Socket socket definition 1.3.1 1.3.3 1.3.2 classification socket role 1.3.4 1.3.5 addresses and port interface attributes two sets. Basic programming Windows Sockets API function commonly used 2.1 2.2 2.3 TCP example UDP Socket Communications examples 2.4 blocked three solutions. MFC Socket Programming under the category of Class 3.2 3.1 CAsyncSocket CSocke t Windows Sockets 3.3 categories : filing with the way socket 340 socket communication flow sequence of operation to use 3.5 CAsyncSo cket category 3.6 derived from the socket type 3.8 3.7 socket notice the use of a network of CSocket Communication Liaison example 3.8.1 server application design (ServerDemo) 3.8.2 client Application D Platform: |
Size: 173056 |
Author:gong |
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Description: 局域网聊天工具（本程序设计分为服务器应用程序及客户机应用程序部分，采用Socket套接字库网络编程。（UDP）和（TCPIP）相结合的连接方式，及解决了数据传输的时效性又能保证数据在传输的过程中不会丢失。另外程序采用多个线程来避免程序阻塞）-LAN chat tools (this program is divided into server application and client application in part, using Socket socket network programming library. (UDP) and (TCPIP) a combination of connections, and resolved the timeliness of data transmission but also ensures that data in the process of transmission will not be lost. In addition the procedure to avoid the use of multiple threads blocking procedure) Platform: |
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Author:扬扬 |
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Description: 基于UDP的客户_服务器聊天应用的实现,里面是具体的实现代码,是可以运行的-UDP-based client server chat application _ realize, realize there is a specific code that can be run Platform: |
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Author:zhao |
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Description: 本程序设计分为服务器应用程序及客户机应用程序部分，采用Socket套接字库网络编程。（UDP）和（TCP/IP）相结合的连接方式，及解决了数据传输的时效性又能保证数据在传输的过程中不会丢失。另外程序采用多个线程来避免程序阻塞。具体设计思路及部分代码如下：
程序设计目的：首先就是完成课设任务啦（大二课设内容）其他目的：
1：练习使用套接字进行网络编程。
2：练习使用自定义消息。
3：练习多线程方面的编程思想。
4：练习使用各种控件。
-This procedure is divided into server application design and part of the client application using Socket socket network programming library. (UDP) and (TCP/IP) connection method of combining, and resolved the timeliness of data transmission but also ensures that the process of data transmission will not be lost. Other procedures to avoid the use of multiple threads blocking procedures. Specific design ideas and some code as follows: program design purposes: first mission is set up you finish class (sophomore class for the content of) other purposes: 1: Practice using the socket network programming. 2: Practice the use of custom message. 3: practice aspects of multi-threaded programming idea. 4: Practice using a variety of controls. Platform: |
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Author:baiydusr |
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Description: 本程序设计分为服务器应用程序及客户机应用程序部分，采用Socket套接字库网络编程。（UDP）和（TCP/IP）相结合的连接方式，及解决了数据传输的时效性又能保证数据在传输的过程中不会丢失。另外程序采用多个线程来避免程序阻塞-The program design is divided into a server application and the client part of the application, using Socket socket network programming library. (UDP) and the (TCP/IP) combination of connections, and solve the timeliness of data transmission but also ensures that the data will not be lost during transmission. Another program uses multiple threads to avoid blocking procedure Platform: |
Size: 237568 |
Author:帅得心里烦 |
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Description: 设计一个应用程序，实现下列功能：
客户端：输入三个数，以逗号分隔，并发往服务器处理，接收并显示处理结果
服务器端：接收客户端送来的数据，计算以这三个数为边的三角形的面积。处理结果分为：1）数据格式异常；2）不能构成三角形；3）三角形的面积
注：自行选择所使用的协议（TCP/UDP）-Design an application to achieve the following functions: Client: Enter three numbers separated by commas, concurrent to the server processing, receive and display the results of handling the server-side: the receiving client sent data to calculate the number of edges to these three the triangle area. Processing results are divided into: 1) The data format anomaly 2) do not constitute a triangle 3) triangle area Note: The choice of protocol used (TCP/UDP) Platform: |
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Author:lcs |
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Description: Java编程中的UDP编程的简单应用，包含服务端和客户端的程序-UDP programming Java programming in a simple application, including server and client program Platform: |
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Author:周毅 |
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Description: 本程序为UDP打洞原理的测试程序。为了简单起见，该程序服务器就接收两个客户端的连接，使两客户端建立UDP通道。两客户端建立UDP通道后，互相发送的数据不经过服务器转发，直接进行数据交互,这时可以关闭服务器程序。服务器的默认服务端口是10000，如果该端口已经被占用，请自行修改服务端口。-This procedure works for UDP hole test program. For simplicity, the application server on the reception of two client connections, so that the two clients establish a UDP channel. Two clients establish a UDP channel, send data to each other without a server forwarding, direct data exchange, then you can close the server program. Server' s default service port is 10000, if the port is already occupied, please modify the service port. Platform: |
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Author:先后 |
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Description: Editor to work with two strings (string concatenation, for equality of strings for equality lengths, insert the second row in a predetermined position of the first)
Server application retrieves data through a socket connectionless over UDP.
A client application is done by sending UDP-datagrams. IP-address and port of the remote recipient must zadavaёtsya user. Platform: |
Size: 209920 |
Author:alex |
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Description: 多协议文件传输c/s网络应用设计与实现,程序用 TCP/UDP 两个协议模拟多协议服务器。首先服务器端要将两种协议的套接字创建好，并且监听 TCP 端口的连接。必要时使用select函数来进行多连接处理和非阻塞处理。而客户端直接可以按照发送的地址和端口号来进行通讯。
首先要运行服务器端，服务器会监听 TCP 端口。然后运行客户端，根据事先设定好的 IP和端口，就可以进行连接传输数据了。
程序实现的关键步骤：
以TCP协议为例
服务器端：
1.创建套接字；2.绑定端口；3.进入无穷的循环；4.接收请求；5.处理请求；6.应答。
客户端：
1.找到服务器的IP地址和协议的端口号；2.创建套接字；3.确定连接需要任意的，没有使用的端口号允许TCP去选择一个；4.将套接字和服务器连接；5.使用应用层协议和服务器交互；6.关闭连接。-Multi-protocol file transfer c/s network application design and implementation of programs simulate multi-protocol server with TCP/UDP both protocols. First socket server to create a good two protocols, TCP port and listens for connections. If necessary, use the function to handle multiple connections and non-blocking treatment. And the client can follow directly address and port number to communicate.
First run on the server side, the server listens on TCP port. Then run the client, according to pre-configured IP and port, you can connect the data transmission.
The key step program implementation:
In TCP protocol as an example
Service-Terminal:
1. Create a socket 2 bound port 3 enter an infinite loop 4. receiving a request 5. processing requests 6 response.
Clients:
1. Locate the server s IP address and protocol port number 2 creates a socket 3 connections need to determine arbitrary, unused port allows TCP to choose a 4 and the socket server connections 5 using appli Platform: |
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Author:大酱 |
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Search - UDP Client Server Application