c# 网络视频监控系统源码下载(wpf实现)

Socket文件传输源码，实现了 服务端向客户端 发送文件 功能功能介绍：    使用socket实现文件传输同时使用了多线程，首先服务端选择文件，开始监听启动客户端，选择连接就实现了文件的传输。注意：    不同机器连接要修改源代码的的ip地址。    开发环境为Visual Studio 2010

mpc，播放器源代码，vs2008，vs2005编译通过(mpc，player source code，vs2008，vs2005，run ok)

本程序为多媒体通信的server端的源码（ VC++ 6.0 以上版本）(the procedures for multimedia communications server side of the source (VC version 6.0 and above))

WINDOWS下可可播放多媒体文件和其它 (Under WINDOWS cocoa to play multimedia files and other)

能够实现yuv各类格式的查询和验证功能，帮助开发者开发RGB/YUV图像格式数据(Query in various formats of YUV)

Borland C下编写的音频，视频播放器(Audio,video player under Boland C)

Simple bare bones DLL to enumerate video capture devices, and capture into a buffer on a seperate thread. A program can link to this DLL, begin video capture, and pull from the 30 frames / second buffer at any frequency and get full RGB frames to then save to disk, encode, etc.(Simple bare bones DLL to enumerate video capture devices, and capture into a buffer on a seperate thread. A program can link to this DLL, begin video capture, and pull from the 30 frames/second buffer at any frequency and get full RGB frames to then save to disk, encode, etc.)

本程序代码是在MSSG MPEG2Decode的基础上开发的，添加了如下功能 GUI界面,VFAPI支持,MMX优化等功能。 (The program code is developed in MSSG MPEG2Decode based on, add the following functional GUI interface, VFAPI support, MMX optimization function.)

说明：  VS环境下的音乐播放器,可以添加音乐，并有播放列表(media player compiled in VS environment which can add files and display list of files.)

vc++写的网络录音机程序，录音是参照vckbase的录音api代码,结合了一小段socket(TCP)就可以用来单方说话录音了,程序分两部分一部分是(录音机+网络发送代码),一部分是(接收数据+播放波形音乐代码),由于程序只是为了自己用,很多地方没有注意错误的识别,结构也比较乱,本程序当初最头疼的就是控制损耗内存,结果用了双缓存来存储波形数据来交替的存储/清除.(vc++ program to write the network recorder, audio recording reference vckbase api code, combined with a short socket (TCP) can be Speak to unilateral recordings, and part of the program in two parts (recorder+ network to send the code), part (Receive Data+ play wave Music code form), because the program only for their own use, many places do not pay attention to the wrong identification, the structure is chaotic, the program had The most troublesome is the loss of memory control, the results with the double buffer to store the waveform data to alternate storage/removal.)