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The Media Services Packager can validate an asset that contains a set of MP4 files and check whether the asset can be packaged to Smooth Streaming or HLS. The example in this section encodes a mezzanine file (in this case MP4) into adaptive bitrate MP4 files. And also to where your Media Packager_MP4To and Media Packager_Smooth To configuration files are located.
If the validation task fails, the job that was processing the task completes with an error. It then packages MP4s into Smooth Streaming and then encrypts Smooth Streaming with Play Ready. You can find the definition for these files in the Task Preset for Azure Media Packager article.
In order to deliver digital video over the internet, you must compress the media. Linq; namespace Media Services Content Protection The example in this section encodes a mezzanine file (in this case MP4) into multibitrate MP4 files.
Digital video files are large and may be too large to deliver over the internet or for your customers’ devices to display properly. It then packages MP4s into Smooth Streaming and encrypts Smooth Streaming with Play Ready.
Note The end of life date for Microsoft Azure Media Packager and Microsoft Azure Media Encryptor has been extended to March 1, 2017.
Before that date, the functionalities of these processors will be added to Media Encoder Standard (MES).
With dynamic packaging all, you need is to create an asset that contains a set of adaptive bitrate MP4 or Smooth Streaming files. You should copy the /asset-containerguid/*file to your server (or create your own key file) and then delete the *file from the asset container. Media Packager_MP4To and Media Packager_Smooth To are defined in Task Preset for Azure Media Packager and Media Encryptor_Play Ready is defined in the Task Preset for Azure Media Encryptor article.
Then, based on the specified format in the manifest or fragment request, the On-Demand Streaming server ensures that your users receive the stream in the protocol they have chosen. The example in this section encodes a mezzanine file (in this case MP4) into multibitrate MP4 files and then packages MP4s into Smooth Streaming.
Format conversion and encryption capabilities may also be available through dynamic packaging and dynamic encryption.
Below is a sample of the file produced by the Media Encoder Standard. Also, make sure the text in the file is encoded with UTF-8. And also to where your Media Packager_MP4To and Media Encryptor_Play Ready files are located.
Once you have the adaptive bitrate MP4 set you can take advantage of Dynamic Packaging. Media Packager_MP4To is defined in Task Preset for Azure Media Packager and Media Encryptor_Play Ready is defined in the Task Preset for Azure Media Encryptor article.
The process of placing encoded media into a container is called packaging. If you decide to use dynamic encryption, see Using AES-128 Dynamic Encryption and Key Delivery Service. Media Services now provides a service for delivering Microsoft Play Ready licenses.
For example, you can take an MP4 file and convert it into Smooth Streaming or HLS content by using the Azure Media Packager. Note In order to convert your content into HLS, you must first convert/encode your content into Smooth Streaming. The example in this article shows how to configure the Media Services Play Ready license delivery service (see the Configure License Delivery Service method defined in the code below). The mechanism for associating an XML document with a schema varies according to the schema language.