F4f Packager For Mac

• F4f Packager For Mac Download

Just Flight’s new F4F package includes four different variants of this venerable aircraft. Just Flight’s new F4F package includes four different variants of this venerable aircraft – the Grumman F4F-3 and F4F-4 Wildcats and also the Martlets, the British name given to the F4F-3 and F4F-4-based aircraft which were supplied to Britain from the earliest days of WWII. Each version displays a set of unique characteristics. The models, textures and virtual cockpit functions have all been carefully researched and replicated, while the flight models have been specially programmed using factory specifications and actual flight test reports. The aircraft are fully compatible with FSX Acceleration and can be catapulted and trapped on the included carriers.

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This package includes ten liveries: aircraft: F4F-3 (3), F4F-4 (3), Martlet I (2) & Martlet IV (2). For more information visit.

Delivering content over HTTP is usually called “progressive download”. The content must transfer from the server to the client in a progression from the beginning to the end of a file. A client cannot seek to a forward location until that location and all the data before it has downloaded. Delivering content over RTMP is called “streaming”.

The client creates a socket connection to the server (such as Adobe Media Server) over which the content is sent in a continuous stream. The client can seek to any point in the content instantly, regardless of how much data has been transferred. Adobe HTTP Dynamic Streaming combines these approaches to introduce HTTP streaming to the Flash Platform.

HTTP Dynamic Streaming packages media files into fragments that Flash Player clients can access instantly without downloading the entire file. Adobe HTTP Dynamic Streaming contains several components that work together to package media and stream it over HTTP to Flash Player and AIR. HTTP Dynamic Streaming supports multi-bitrate streaming, DVR, and Adobe® Flash® Access™ protection.

In Adobe Media Server 5, Adobe HTTP Dynamic Streaming supports Apple HTTP Live Streaming. Use the same HTTP Dynamic Streaming workflow to package and stream live and on-demand content to all devices that support Apple HTTP Live Streaming. Simplified request URLs for live streaming. Support for just-in-time on-demand packaging. When a media player requests an on-demand media files from the rootinstall/webroot/vod folder using HDS, Apache packages the stream in real-time.

You do not need to pre-package the media files for HTTP streaming as you did with Flash Media Server 4.0. Use a jit.conf file to configure on-demand streaming at the stream-level. Copy the jit.conf file to the same folder as the media.

Use set-level F4M and M3U8 files to configure a set of streams for adaptive bitrate streaming. The set-level files describe the bitrates of the media. The live and just-in-time packagers generate stream-level F4M and M3U8 files to describe the individual pieces of media. The set-level files can live on any webserver. You can use the livepkgr application to serve an unlimited number of live streaming events over HTTP (for example, a debate, a sporting event, and a town hall meeting).

Each live streaming event requires its own configuration settings for multi-bitrate streaming, DVR, and content protection. A live event is a configuration level within the livepkgr application. Like a Adobe Media Server application, a live event is a folder on the server. The folder contains two configuration files: Manifest.xml and Event.xml. Use these configuration files to configure a set of streams.

Also like a Adobe Media Server application, the name of the live event folder is the name of the live event. The Adobe Media Server application that packages live content for HTTP streaming is called “livepkgr”.

The livepkgr application contains a live event called “liveevent”: rootinstall/applications/livepkgr/events/definst/liveevent. The Live Packager processes streams that are prefixed with f4f. Flash Media Live Encoder doesn’t support the f4f: prefix so you must add it to the stream name in a server-side script or in a Adobe Media Server Authorization Plug-in. An application can contain more than one live event.

For that reason, a stream published to an application is not associated with a live event by default. Use a server-side script or the Adobe Media Server Authorization Plug-in (not both) to associate a live stream with a live event. You can associate a live stream with only one live event. Associate a stream during the publish event.

When the stream is published and associated, the server creates a stream record file (.stream) for the stream in the event directory: applications/ appname/events/ appinstancename/ liveeventname/ livestream.stream The stream record file contains information about the location of the packaged stream files. The HTTP Origin Module uses this information to generate an.f4m manifest file.

For more information, see. Use Server-Side ActionScript To see an example of this code, open rootinstall/applications/livepkgr/main.asc in a text editor. HttpStreamingJITPEnabled true # HttpStreamingContentPath './webroot/vod' HttpStreamingContentPath 'C: hdsvodcontent' JitFmsDirPath '.' Options -Indexes FollowSymLinks # Uncomment the following directives to enable encryption # for this location. # EncryptionScope server # ProtectionScheme phds HLSHttpStreamingEnabled true HLSMediaFileDuration 8000 # HttpStreamingContentPath './webroot/vod' HttpStreamingContentPath 'C: hdsvodcontent' HLSFmsDirPath '.' # Uncomment the following directives to enable encryption # for this location. # HLSEncryptionScope server # HLSEncryptCipherKeyFile './creds/vodkey.bin' # HLSEncryptKeyURI 'Options -Indexes FollowSymLinks.

The request URL is the same as it was before the Apache configuration change, but the content is in a different location on the disk. When Apache receives a request that start with /hds-vod, it resolves the rest of the path based on the value of HttpStreamingContentPath.

To verify that the Apache configuration took effect, try to stream a sample file that isn’t in the c: hdsvodcontent folder. For example, try to stream The sample video player displays an error, “We are unable to connect to the content you’ve requested. We apologize for the inconvenience.”.

Directive Description HttpStreamingContentPath The root location of the streams on disk (livepkgr/streams, by default). By default, the location is './applications'. This location must be a subfolder of the livepkgr application. This value can be absolute or relative to the Apache root folder. HttpStreamingLiveEventPath The root location of live events on disk (livepkgr/events, by default). The default value is './applications'. This location must be a subfolder of the livepkgr application.

This value can be absolute or relative to the Apache root folder. For HLS, this value is dependant on the value of the HttpStreamingURLSandboxLevel directive. HttpStreamingURLSandboxLevel Defines the scope at which HttpStreamingLiveEventPath is configured. Possible values are 'App', 'Inst', and 'Server'. The default value is 'Server'. If HttpStreamingLiveEventPath is configured to a particular application, use the value 'App'. In this case, the client request URL can omit the application name, as in the following: HttpStreamingLiveEventPath '.application/livepkgr' HttpStreamingURLSandboxLevel 'App' The request URL is: If HttpStreamingLiveEventPath is configured to an application instance, use the value 'Inst'.

In this case, the client request URL can omit the application name and the application instance, as in the following: HttpStreamingLiveEventPath '.application/livepkgr/events/definst' HttpStreamingURLSandboxLevel 'Inst' The request URL is: http:///hls-live//.m3u8. HLSHttpStreamingEnabled true # HttpStreamingLiveEventPath './applications' # HttpStreamingContentPath './applications' HttpStreamingLiveEventPath 'C: applications' HttpStreamingContentPath 'C: applications' HLSMediaFileDuration 8000 HLSSlidingWindowLength 6 HLSFmsDirPath '.'

HLSM3U8MaxAge 2 HLSTSSegmentMaxAge -1 # Uncomment the following directives to enable encryption # for this location. # HLSEncryptionScope server # HLSEncryptCipherKeyFile './creds/liveeventkey.bin' # HLSEncryptKeyURI 'Options -Indexes FollowSymLinks. HLSHttpStreamingEnabled true # HttpStreamingLiveEventPath './applications' # HttpStreamingContentPath './applications' HttpStreamingLiveEventPath 'C: applications livepkgr' HttpStreamingContentPath 'C: applications' HttpStreamingURLSandboxLevel 'App' HLSMediaFileDuration 8000 HLSSlidingWindowLength 6 HLSFmsDirPath '.'

HLSM3U8MaxAge 2 HLSTSSegmentMaxAge -1 # Uncomment the following directives to enable encryption # for this location. # HLSEncryptionScope server # HLSEncryptCipherKeyFile './creds/liveeventkey.bin' # HLSEncryptKeyURI 'Options -Indexes FollowSymLinks.

Contain the URL to the stream-level manifest file and the bit rate information for each stream in a multi-bitrate set. For HDS, the set-level F4M file can also contain information about a DVR rolling window. For HLS, the set-level M3U8 file can also contain codec information. Adobe Media Server 5 includes a Set-level F4M/M3U8 File Generator tool. This tool is installed to rootinstall/tools/f4mconfig/configurator/f4mconfig.html. Use the tool to generate set-level files.

Copy the set-level files to a web server. The media player requests set-level files to play multi-bitrate content. The following is a set-level F4M file: The following is a set-level M3U8 file: #EXTM3U #EXT-X-STREAM-INF:PROGRAM-ID=1,BANDWIDTH=150000 #EXT-X-STREAM-INF:PROGRAM-ID=1,BANDWIDTH=500000 #EXT-X-STREAM-INF:PROGRAM-ID=1,BANDWIDTH=700000 http://servername/hls-live/livepkgr/definst/liveevent/livestream3.m3u8. The server records ingested (live) streams into fragments. It records on-demand files into fragments when a client requests the files.

Adobe HDS fragments are F4F files. Apple HLS fragments are TS files. Specify the size of content fragments based on frames or based on time. The frame-based configuration overrides the time-based configuration. Use frame-based configuration when the source media contains video encoded at a constant frame rate.

Use frame-based configuration to match the fragment size to the video's keyframe interval. Use time-based configuration for media that contains audio or data but not video.

The server’s fragment duration must be a multiple of the encoder’s keyframe interval. The value of KeyframeIntervalsPerFragment defines the multiple. Directive Description Default HttpStreamingFragmentDuration The default fragment duration, in milliseconds. This is the time-based configuration, and can be overridden by selecting frame-based values.

4000 HttpStreamingFrameRate For frame-based fragment duration configuration, this is the frame rate of the source content. None HttpStreamingFramesPerKeyframeInterval For frame-based fragment duration configuration, this is the number of frames in each keyframe interval (group of pictures). None HttpStreamingKeyframeIntervalsPerFragment For frame-based fragment duration configuration, this is the number of keyframe intervals (GOPs) per fragment. Application-level and event-level configurations for live HDS To configure fragment size at the application-level, use the Application.xml file in the directory of the Live Packager application (livepkgr, by default). To configure fragment size at the event-level, use the Event.xml file in the live event directory (applications/livepkgr/events/definst/liveevent, by default). Use the elements in the container to configure how the server writes files to disk. In the Application.xml file, the elements are located at //Application/HDS.

In the Event.xml file, the elements are located at //Event. Element Description Default /Recording The section that configures how the file is written to disk. None /Recording/FragmentDuration The length of each fragment, in milliseconds. Each segment can contain one or more fragments.

Time-based configuration. 4000 /Recording/FramePrecision The rounding precision for the fragment run table, in frame units. Frame units are derived from the specified frame rate (1/rate).

Frame-based configuration. 1 /Recording/FrameRate The frame rate of the original content, in frames per second (fps). The value is floating point; for NTSC, use the value 29.97.

Frame-based configuration None /Recording/FramesPerKeyframeInterval The number of frames between each keyframe. For example, 30 fps video with a keyframe every 2 seconds contains 60 frames per keyframe interval. Frame-based configuration.

None /Recording/KeyframeIntervalsPerFragment The number of keyframe intervals per fragment. The default value is 1, which means that the fragment size is the same as the keyframe interval. Frame-based configuration. 1 /Recording/SegmentDuration The length of each segment, in milliseconds.

Each.f4f file contains one segment. Time-based configuration. Frame-based configurations override time-based configurations 400000. Application-level and event-level configurations for live HLS To configure fragment size at the application-level, use the Application.xml file in the directory of the Live Packager application (livepkgr, by default). To configure fragment size at the event-level, use the Event.xml file in the live event directory (applications/livepkgr/events/definst/liveevent, by default).

Use the elements in the and containers to configure how the server writes files to disk. In the Application.xml file, the elements are located at //Application/HDS.

In the Event.xml file, the elements are located at //Event/. Element Description Default /Recording/FrameRate The frame rate of the original content, in frames per second (fps). The value is floating point; for NTSC, use the value 29.97.

Frame-based configuration. None /Recording/FramesPerKeyframeInterval The number of frames between each keyframe. For example, 30 fps video with a keyframe every 2 seconds contains 60 frames per keyframe interval. Frame-based configuration. None /HLS/KeyframeIntervalPerMediaFile The number of keyframe intervals per media file (TS). The default value is 1, which means that the fragment size is the same as the keyframe interval. Frame-based configuration.

1 /HLS/MediaFileDuration The length of each media file (TS), in milliseconds. Time-based configuration. Frame-based configurations override time-based configurations 8000.

Directive Description Default HttpStreamingFragmentDuration The default fragment duration, in milliseconds. This is the time-based configuration.

Frame-based configurations override time-based configurations. 4000 HttpStreamingFrameRate The frame rate of the source content. Frame-based configuration. None HttpStreamingFramesPerKeyframeInterval The number of frames in each keyframe interval (group of pictures. Frame-based configuration. None HttpStreamingKeyframeIntervalsPerFragment The number of keyframe intervals (GOPs) per fragment. Frame-based configuration.

Directive Description Default HLSMediaFileDuration The duration of TS files, in milliseconds. Use a value that is a multiple of the keyframe intervals for the media. 8000 HttpStreamingFrameRate The frame rate of the source content. This is a frame-based configuration. None HLSKeyframeIntervalsPerMediaFile The number of keyframe intervals (group of pictures) per media file. This is a frame-based configuration.

1 HttpStreamingFramesPerKeyframeInterval The number of frames in each keyframe interval (group of pictures). This is a frame-based configuration. Element Description Default //manifest/hds:fragment-duration The fragment duration for the set of content, in seconds. The value can be fractional (for example, to specify 2002 milliseconds, use the value 2.002). Time-based configuration.

Frame-based configurations override time-based configurations None //manifest/hds:frame-rate The frame rate of the set of content. Units are frames/second, and can be fractional (i.e. 29.97 for NTSC). Frame-based configuration.

None //manifest/hds:frames-per-keyframe-interval The number of frames per keyframe interval (GOP). Units are frames, and should be a whole integer value. Frame-based configuration. None //manifest/hds:keyframe-intervals-per-fragment The number of keyframe intervals per fragment. Units are keyframe intervals per fragment, and should be a whole integer value.

Frame-based configuration. Element Description Default //manifest/hds:frame-rate The frame rate of the set of content. Units are frames/second, and can be fractional (i.e. 29.97 for NTSC). Frame-based configuration.

None //manifest/hds:frames-per-keyframe-interval The number of frames per keyframe interval (GOP). Units are frames, and should be a whole integer value.

Frame-based configuration. None //manifest/hds:hls Container for Apple HTTP Live Streaming configurations.

None //manifest/hds:hls/hds:keyframe-intervals-per-media-file The number of keyframe intervals per TS file duration. The value must be a whole integer. Frame-based configuration. None //manifest/hds:hls/hds:media-file-duration The TS file duration, in milliseconds, for the set of content associated with this file. Use a value that is a multiple of the fragment duration. Time-based configuration.

Frame-based configurations override time-based configurations None. Set the DiskManagementDuration configuration parameter in the Application.xml file or the Event.xml file to specify how much of the latest live content is on disk. The limit set at the application level cannot be overriden at the event level.

If the limit has been set in the Application.xml file, the Event.xml file can set a duration that is equal to or lower than that limit. All live HTTP streaming uses disk management to prevent the disk from filling. Disk management allows you to create 24/7 live streaming events. In addition, when using DVR, configure disk management in relation to the DVR settings. By default, disk management keeps 3 hours of a live stream. The server constantly checks the content and if the content duration is above the value of DiskManagmentDuration, the server deletes the.f4f files and the.f4x files for segments beyond the limit.

If SegmentDuration or DiskManagmentDuration have values (both do by default), the following formula must be true for the server to start recording. Also, the value of SegmentDuration must be greater than 0.

(The value 0 creates 1 segment.) The value of SegmentDuration specifies how rapidly segments are removed. The smaller the value of SegmentDuration, the faster segments are deleted. The server maintains the total duration of all the content available. After a segment is created, the server checks if the segment does not have any fragments that are in the disk management window. If so, the server removes the segment from the bootstrap entries, then removes the segment from disk. To deliver live or on-demand content with HTTP Dynamic Streaming and protect it with Adobe Access, use Adobe Access Server for Protected Streaming. This server is a Adobe Access license server implementation optimized for use with HTTP Dynamic Streaming.

Note: The Adobe Access SDK and the Adobe Access license server reference implementation can also issue licenses for HTTP Dynamic Streaming. After you’ve deployed Adobe Access Server for Protected Streaming, configure Adobe Media Server to package and encrypt the content in real-time. Configure Adobe Media Server to encrypt live content You can configure live content encryption with Adobe Access at the application level and at the event level. To configure Adobe Access at the application level, use the Application.xml file located here: rootinstall/applications/livepkgr/Application.xml In the Application.xml file, the FlashAccessV2 container element is located here. Liveevent 4000 10000 FlashAccessV2 foo common-key.bin productiontransport.der licenseserver.der productionpackager.pfx hbXX5omIhzI= policy01.pol. Element Description Default value FlashAccessV2 A container for settings used by Adobe Access to protect content.

None FlashAccessV2/CommonKeyFile A path to a common key file used to generate a content encryption key. The path should be absolute or relative to the configuration file. The base key used with the content ID to generate the content encryption key. This is a binary file containing a 16-byte/128-bit binary key. For adaptive bitrate streaming, use the same common key and content ID for an entire set of content. Using the same key and id allows a single license to decrypt a set of content. None FlashAccessV2/ContentID The content ID used with the common key to generate the content encryption key.

None FlashAccessV2/LicenseServerCertFile The DER encoded license server certificate file used for content protection. None FlashAccessV2/LicenseServerURL The URL of the license server that handles license acquisition for this content. None FlashAccessV2/PackagerCredentialFile The PFX file containing the packager's protection credentials. None FlashAccessV2/PackagerCredentialPassword The password string used to secure the packager credentials.

None FlashAccessV2/PolicyFile The file containing the policy for this content. Currently only a single policy can be applied to content packaged with this tool. None FlashAccessV2/TransportCertFile The DER encoded transport certificate file. 29.97 60 FlashAccessV2 myfile.manifest common.bin transport.der server.der packager.pfx??????

Element Description Default //manifest/hds:content-protection/hds:flash-access/hds:common-key-file The path to common key file. File contains 16-byte/128-bit random key. The path must be absolute or relative to the jit.conf file. None //manifest/hds:content-protection/hds:flash-access/hds:content-id The Content ID to be used for content protection. If not specified, the salt is the filename. If specified, the salt is shared with all content in the directory.

None //manifest/hds:content-protection/hds:flash-access/hds:license-server-url The License Server URL. None //manifest/hds:content-protection/hds:flash-access/hds:transport-cert-file The path to transport cert file. The file is in DER format. The path should be absolute or relative to the jit.conf file. None //manifest/hds:content-protection/hds:flash-access/hds:license-server-cert-file The path to transport cert file. File is in DER format. The path should be absolute or relative to the jit.conf file.

F4f Packager For Mac Download

None //manifest/hds:content-protection/hds:flash-access/hds:packager-credential-file The path to packager credential cert file. File is in PFX format. The path should be absolute or relative to the jit.conf file. None //manifest/hds:content-protection/hds:flash-access/hds:packager-credential-password The packager credential password. None //manifest/hds:content-protection/hds:flash-access/hds:policy-file The path to a policy file. File is in FAXS policy format. The path should be absolute or relative to the jit.conf file.