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‎README.md‎

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it might have platform, version, or SKU-specific requirements.
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If you have any issues with the samples, please provide feedback using the Issues list.
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To get a copy of Windows, go to
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[Downloads and tools](http://go.microsoft.com/fwlink/p/?linkid=301696).
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To get a copy of Visual Studio, go to
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[Visual Studio Downloads](http://go.microsoft.com/fwlink/p/?linkid=301697).
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Other samples repos:
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Other samples:
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- [Windows Universal Samples (UWP)](https://github.com/Microsoft/Windows-universal-samples)
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- [Desktop Bridge to Universal Windows Platform (UWP)](https://github.com/Microsoft/DesktopBridgeToUWP-Samples)
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- [Code samples browser](https://docs.microsoft.com/samples/)
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This project has adopted the [Microsoft Open Source Code of Conduct](https://opensource.microsoft.com/codeofconduct/).
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For more information see the [Code of Conduct FAQ](https://opensource.microsoft.com/codeofconduct/faq/)

‎Samples/Win7Samples/multimedia/mediafoundation/AudioClip/README.md‎

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---
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page_type: sample
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languages:
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- cpp
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products:
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- windows-api-win32
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name: AudioClip sample
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urlFragment: audioclip
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extendedZipContent:
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- path: LICENSE
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target: LICENSE
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description: This sample demonstrates using the IMFSourceReader API to get uncompressed media data from a media file.
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---
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# AudioClip sample
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Demonstrates using the IMFSourceReader API to get uncompressed media data from a media file.
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This sample application reads audio data from a media file and writes the uncompressed audio to a WAVE file.
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## Sample Language Implementations
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C++
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## Files
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AudioClip.sln
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AudioClip.vcproj
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main.cpp
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readme.txt
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## To build the sample using the command prompt
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1. Open the Command Prompt window and navigate to the AudioClip directory.
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2. Type `msbuild AudioClip.sln`.
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## To build the sample using Visual Studio (preferred method)
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1. Open Windows Explorer and navigate to the AudioClip directory.
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2. Double-click the icon for the AudioClip.sln file to open the file in Visual Studio.
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3. In the Build menu, select Build Solution. The application will be built in the default \Debug or \Release directory.
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## To run the sample
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This sample is a command-line application.
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It uses the following command-line arguments:
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audioclip.exe inputfile outputfile.wav
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where
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inputfile: The name of a file that contains an audio stream.
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outputfile.wav: The name of the WAVE file to write.

‎Samples/Win7Samples/multimedia/mediafoundation/DXVA_HD/README.md‎

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---
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page_type: sample
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languages:
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- cpp
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products:
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- windows-api-win32
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name: DXVA-HD sample
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urlFragment: dxva-hd
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extendedZipContent:
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- path: LICENSE
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target: LICENSE
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description: This sample demonstrates DirectX Video Acceleration High Definition. DXVA-HD is a low-level video processing API.
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---
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# DXVA-HD sample
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This sample demonstrates DirectX Video Acceleration High Definition (DXVA-HD). DXVA-HD is a low-level video processing API.
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This sample is essentially a port of the DXVA2_VideoProc sample to use the DXVA-HD interfaces. It has the same basic functionality, and most of the keyboard commands are the same.
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DXVA-HD has additional capabilities that make it more powerful for video processing than the original DXVA-VP APIs introduced in Windows Vista:
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- Any stream can be either RGB or YUV.
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- Any stream can be either progressive or interlaced.
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- The background color can be RGB.
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- Luma keying.
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- The device can switch between blend, bob, and adaptive deinterlacing.
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- Mandatory output formats: X8R8G8B8 and A8R8G8B8
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- Mandatory input formats: X8R8G8B8, A8R8G8B8, YUY2 and AYUV
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## Sample language implementations
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C++
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## Files
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Application.cpp
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Application.h
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D3DHelper.cpp
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D3DHelper.h
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DXVA2_HD.rc
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DXVAHD_Sample.h
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dxvahd_utils.cpp
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dxvahd_utils.h
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DXVA_HD.sln
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DXVA_HD.vcproj
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readme.txt
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resource.h
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settings.h
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stdafx.h
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substream.bmp
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utils.h
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video.cpp
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video.h
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winmain.cpp
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## To build the sample using the command prompt
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1. Open the Command Prompt window and navigate to the DXVA_HD directory.
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2. Type msbuild DXVA_HD.sln.
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## To build the sample using Visual Studio (preferred method)
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1. Open Windows Explorer and navigate to the DXVA_HD directory.
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2. Double-click the icon for the DXVA_HD.sln file to open the file in Visual Studio.
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3. In the Build menu, select Build Solution. The application will be built in the default \Debug or \Release directory.
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## To run the sample
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1. Navigate to the directory that contains the new executable, using the command prompt or Windows Explorer.
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2. Type DXVA_HD.exe at the command line, or double-click the icon for DXVA_HD.exe to launch it from Windows Explorer.
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Command line options:
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```cmd
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-hh : Hardware Direct3D device and hardware DXVA-HD device.
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-hs : Hardware Direct3D device and software DXVA-HD device.
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-ss : Software Direct3D device and software DXVA-HD device.
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```
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## Modes
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The user can toggle between different modes by pressing the F1 through F9 keys.
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The arrow keys control different settings in each mode:
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F1 : Alpha values.
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- UP/DOWN: Main video planar alpha
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- LEFT/RIGHT: Substream pixel alpha
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F2 : Resize the main video source rectangle.
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F3 : Move the main video source rectangle.
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F4 : Resize the main video destination rectangle.
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F5 : Move the main video destination rectangle.
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F6 : Change the background color or extended color information.
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- UP/DOWN: Change YCbCr standard and RGB color range.
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- LEFT/RIGHT: Cycle through background colors.
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F7 : Ajust brightness and contrast.
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- UP/DOWN: Brightness
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- LEFT/RIGHT: Contrast
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F8 : Adjust hue and saturation.
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- UP/DOWN: Hue
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- LEFT/RIGHT: Saturation
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F9: Resize the target rectangle.
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HOME : Resets all mode settings to their default values.
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ALT + ENTER: Switch between windowed and full-screen mode.

‎Samples/Win7Samples/multimedia/mediafoundation/Decoder/README.md‎

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---
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page_type: sample
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languages:
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- cpp
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products:
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- windows-api-win32
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name: Decoder sample
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urlFragment: decoder
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extendedZipContent:
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- path: LICENSE
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target: LICENSE
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description: This sample demonstrates how to implement a decoder in Media Foundation.
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---
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# Decoder sample
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Demonstrates how to implement a decoder in Media Foundation.
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This sample implements a "fake" MPEG-1 decoder. The decoder does not actually decode the video streqam. Instead, it simply scans the bitstream for start codes. Then it finds the time code for each payload and outputs a blank video frame with the time code.
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NOTE: An earlier version of this sample was built into the MPEG1Source sample.
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## Sample Language Implementations
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C++
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## To build the sample using the command prompt
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1. Open the Command Prompt window and navigate to the Transcode directory.
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2. Type msbuild Decoder.sln.
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## To build the sample using Visual Studio (preferred method)
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1. Open Windows Explorer and navigate to the Decoder directory.
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2. Double-click the icon for the Decoder.sln file to open the file in Visual Studio.
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3. In the Build menu, select Build Solution. The application will be built in the default \Debug or \Release directory.
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## To run the sample
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This sample builds a DLL that must be registered.
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To register the DLL:
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1. Open an elevated command prompt.
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2. Naviage to the Debug or Release directory.
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3. Type "regsvr32 decoder.dll".
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To unegister the DLL, type "regsvr32 /u decoder.dll"
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You can use the decoder DLL with the MPEG1Source sample to play an
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MPEG-1 video file.

‎Samples/Win7Samples/multimedia/mediafoundation/MFCaptureToFile/README.md‎

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---
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page_type: sample
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languages:
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- cpp
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products:
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- windows-api-win32
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name: MFCaptureToFile sample
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urlFragment: mfcapturetofile
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extendedZipContent:
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- path: LICENSE
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target: LICENSE
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description: This sample demonstrates how to capture video from camera to a file.
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---
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# MFCaptureToFile sample
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Demonstrates how to capture video from camera to a file.
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## Sample Language Implementations
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C++
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## Files
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capture.cpp
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capture.h
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maindialog.cpp
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maindialog.h
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MFCaptureToFile.rc
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MFCaptureToFile.sln
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MFCaptureToFile.vcproj
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readme.txt
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resource.h
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stdafx.h
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winmain.cpp
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## To build the sample using the command prompt
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1. Open the Command Prompt window and navigate to the MFCaptureToFile directory.
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2. Type msbuild MFCaptureToFile.sln.
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## To build the sample using Visual Studio (preferred method)
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1. Open Windows Explorer and navigate to the MFCaptureToFile directory.
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2. Double-click the icon for the MFCaptureToFile.sln file to open the file in Visual Studio.
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3. In the Build menu, select Build Solution. The application will be built in the default \Debug or \Release directory.
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## To run the sample
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1. Navigate to the directory that contains the new executable using the command prompt or Windows Explorer.
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2. Type MFCaptureToFile.exe at the command line, or double-click the icon for MFCaptureToFile.exe to launch it from Windows Explorer.

‎Samples/Win7Samples/multimedia/mediafoundation/MFPlayer2/README.md‎

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---
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page_type: sample
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languages:
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- cpp
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products:
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- windows-api-win32
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name: MFPlayer2 sample
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urlFragment: mfplayer2
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extendedZipContent:
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- path: LICENSE
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target: LICENSE
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description: Demonstrates how to use the IMFPMediaPlayer API to perform media playback
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---
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# MFPlayer2 sample
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Demonstrates how to use the IMFPMediaPlayer API to perform media playback.
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This sample implements the following playback features:
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- Play, pause, stop
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- Fast-forward and rewind
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- Frame stepping
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- Seeking
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- Volume and mute
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- Metadata
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- Video zoom
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- Video effects
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For a more basic example of using IMFPMediaPlayer, see the SimplePlay
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sample.
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## Sample Language Implementations
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C++
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Files:
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AudioSessionVolume.cpp
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AudioSessionVolume.h
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MainDialog.cpp
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MainDialog.h
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MFPlayer.h
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MFPlayer.rc
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MFPlayer.sln
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MFPlayer.vcproj
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Player2.cpp
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Player2.h
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readme.txt
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resource.h
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winmain.cpp
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images\mute.bmp
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images\play.bmp
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images\slider.bmp
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images\volume.bmp
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WinUI\Slider.cpp
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WinUI\Slider.h
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WinUI\ThemedButton.cpp
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WinUI\ThemedButton.h
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WinUI\utils.h
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## To build the sample using the command prompt
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1. Open the Command Prompt window and navigate to the MFPlayer2 directory.
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2. Type msbuild MFPlayer.sln.
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## To build the sample using Visual Studio (preferred method)
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1. Open Windows Explorer and navigate to the MFPlayer2 directory.
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2. Double-click the icon for the MFPlayer.sln file to open the file in Visual Studio.
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3. In the Build menu, select Build Solution. The application will be built in the default \Debug or \Release directory.
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## To run the sample
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1. Navigate to the directory that contains the new executable, using the command prompt or Windows Explorer.
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2. Type MFPlayer.exe at the command line, or double-click the icon for MFPlayer.exe to launch it from Windows Explorer.

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