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: 172902 |
Author:gong |
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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: 这里将 Socket APIs 封装成一个类似 CAsyncSocket 接口的类，可以在任意线程中访问，也可以静态连接 MFC，另外可控性比 MFC 中的两个Socket类好多了。我还为 CHwSocket 类编写了详细的测试代码，可以进行 TCP 服务器/客户端数据通信，也可以进行 UDP 数据通信，还可以收发 UDP 广播数据报。-Socket APIs are here to package into a similar category CAsyncSocket interface, you can access at any thread can also be connected static MFC, controllable than the other two MFC Class Socket much better. I also CHwSocket category for the preparation of a detailed test code that can be TCP server/client data communications, will be able to conduct UDP data communications, can also send and receive UDP broadcast datagram. Platform: |
Size: 48128 |
Author:张雨 |
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Description: 用MFC编写的基于udp的聊天室程序，分为客户端和服务器两个部-MFC prepared using udp-based chat room procedures, client and server is divided into two departments Platform: |
Size: 13887488 |
Author:苏永昌 |
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Description: 网络多媒体通信
1、编制一个网络多媒通信软件，实现：
在发送端采集话筒声音，通过网络实时传输到接收端，并在接收端播放出来。
2、通过使用TCP、UDP、变更分组大小来对比收发端声音同步情况及播放质量。
本实验技术不同于课上所讲的回调函数，利用了MFC的消息处理机制，用消息处理函数替代了回调函数，但整个流程是一样的。本程序采用C/S模式，其中Server端为项目PhoneToFile，Client端为项目Client，Server端的功能为采集声音数据并发送给客户端，Client端将收到的声音数据播放。在测试中只需在Server端打开Server程序并播放音乐或用话筒录音，在Cliet端打开Client程序，用耳机就可以听到音乐或录音。-Internet Multimedia Communications
1, the preparation of a network of multi-media communications software to achieve:
In the transmitter microphone capture sound, real-time transmission through the network to the receiving side, and playing out at the receiving end.
2, using TCP, UDP, change the packet size to compare the situation and simultaneously send and receive-side audio playback quality.
The experimental technique is different from the class talked about the callback function, use of MFC s message handling mechanism is replaced by the message handler callback function, but the whole process is the same. This program uses C/S mode, in which Server-side for the project PhoneToFile, Client-side for the project Client, Server-side functionality for the capture audio data and sent to the client, Client-side will receive the voice data playback. In the test, simply open the Server in the Server-side program and play music or microphone recording, open the Client program Platform: |
Size: 66560 |
Author:zym |
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Description: TCP-UDP传输文件通信，包含了SDK版和MFC版的服务器和MFC版的客户端，用VS2008-TCP, UDP transfer files communication, including the SDK version and the MFC version of the server and MFC version of the client, with VS2008
Platform: |
Size: 14017536 |
Author:djj |
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Description: 源码提供了用于TCP,UDP协议通信的基本类，采用标准SOCKAPI函数开发，未使用MFC类库，并实现了
UDP广播功能,主要代码在NetObject.h和NetObject.cpp中,程序的兼容性和灵活性较好，供大家参考.
例子运行时需在两台计算机上运行,一台作为服务器,一台作为客户端.
-Source to provide for the TCP, UDP protocol to communicate basic class, using standard SOCKAPI function development, not use MFC class library, and realized
UDP broadcast feature, code in NetObject.h and NetObject.cpp, better compatibility and flexibility of the program, for your reference.
Required to run these examples running on two computers, one as a server, one as a client. Platform: |
Size: 491520 |
Author:zhangjun |
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Description: 因为是本人自己开发的源码 有Bug请与我联系。
利用VC2010 MFC开发的 TCPIP 测试工具
支持建立 TCP服务器
支持TCP 客户端
支持 UDP
支持 16进制转换
此程序 开启2个后 建立好 服务器和客户端 就可以 通信了。-Because I developed source Bug please contact me. TCPIP testing tools developed VC2010 MFC support to establish a TCP server supports TCP client supports UDP support hexadecimal conversion program open 2 server and client can communicate. Platform: |
Size: 920576 |
Author:杜帆 |
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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 -1. Socket Programming Principle 1.1 Client/server communication model 1.2 Windows Sockets specification 1.3 socket 1.3.1 Sockets the role defined 1.3.3 1.3.2 classification socket 1.3.4 port address 1.3.5 socket attributes 2. Commonly used functions of basic Windows Sockets API Programming 2.1 2.3 UDP 2.2 TCP Example Example 2.4 Socket communication blocking solution. Socket programming under MFC 3.1 CAsyncSocket class 3.2 CSocket class 3.3 Windows Sockets: Sockets with Archives 3.4 socket communication flow operation of the order of 3.5 using the CAsyncSocket class Platform: |
Size: 41984 |
Author:chenrui |
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Description: mfc下的TCP和UDP文件传输功能，分为客户端和服务器端两个exe-mfc under the TCP and UDP file transfer functions, divided into client and server-side two exe Platform: |
Size: 29286400 |
Author:Frank |
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Description: 做工程需要掌握的信息传输，MFC和Unity之间使用socket的TCP和UDP协议进行通信的实例。TCP协议包括：MFC版的Server端和Unity版的Client端；MFC版的Client端和Unity版的Server端。UDP协议为Unity和MFC之间的双向通信。(To do engineering, you need to master the instance of information transmission between MFC and Unity using socket's TCP and UDP protocols. TCP protocol includes: MFC version of the Server side and Unity version of the Client side; MFC version of the Client and Unity version of the Server terminal. The UDP protocol is a two-way communication between Unity and MFC.) Platform: |
Size: 3250176 |
Author:sunzqck
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Description: 服务端客户端源码，VC++语言，适用于SIM800、SIM900等型号(source code for server client .VC++ language, applicable to SIM800, SIM900 and other models) Platform: |
Size: 86016 |
Author:Wizly
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Description: <1>，一对多
<2>，能都对应客户端发送的问题（就是哪个客户端给我发送，我就给哪个客户端反馈信息）
<3>，服务器的最大连接数
<4>，在客户端断开重连的情况下，保证服务器稳定运行(<1>, one to many
<2> can send questions to the client (which client sends it to me, and which client I give it back)
<3>, the maximum number of connections to the server
<4>, in case the client disconnects, the server is guaranteed to run stably) Platform: |
Size: 5473280 |
Author:王痕
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Search - MFC tcp udp client server