// Provide a way to check the range limit of the archive without requesting the current volume (which throws an error if not in range)
public static bool CheckCurrentVolumeRange(this IVolumeManager volumeManager, Vessel vessel)
{
var rtManager = volumeManager as RemoteTechVolumeManager;
if (rtManager == null)
{
return(true);
}
return(rtManager.CheckCurrentVolumeRange(vessel));
}
// Token: 0x06001951 RID: 6481 RVA: 0x00068A08 File Offset: 0x00066C08
internal static LocalizedString CheckExchangeVolumesPresent(AutoReseedContext context)
{
IVolumeManager volumeManager = context.VolumeManager;
int num = (from vol in volumeManager.Volumes
where vol.IsExchangeVolume
select vol).Count <ExchangeVolume>();
if (num < 1)
{
return(ReplayStrings.AutoReseedNoExchangeVolumesConfigured(context.Dag.AutoDagVolumesRootFolderPath.PathName));
}
return(LocalizedString.Empty);
}
public VideoPlayerImplementation(IVolumeManager volumeManager)
{
_volumeManager = volumeManager;
_status = MediaPlayerStatus.Stopped;
// Watch the buffering status. If it changes, we may have to resume because the playing stopped because of bad network-conditions.
BufferingChanged += (sender, e) =>
{
// If the player is ready to play, it's paused and the status is still on PLAYING, go on!
if ((Player.Status == AVPlayerStatus.ReadyToPlay) && (Rate == 0.0f) &&
(Status == MediaPlayerStatus.Playing))
{
Player.Play();
}
};
}
public AutoReseedContext(IVolumeManager volumeManager, IReplicaInstanceManager replicaInstanceManager, IADDatabaseAvailabilityGroup dag, IADDatabase database, IEnumerable <IADDatabase> databases, AmServerName targetServerName, IADServer targetServer, CopyStatusClientCachedEntry targetCopyStatus, IEnumerable <CopyStatusClientCachedEntry> dbCopyStatuses, IEnumerable <CopyStatusClientCachedEntry> serverCopyStatuses, Dictionary <AmServerName, IEnumerable <CopyStatusClientCachedEntry> > dagCopyStatuses, AutoReseedServerLimiter reseedLimiter, IMonitoringADConfig adConfig)
{
this.VolumeManager = volumeManager;
this.ReplicaInstanceManager = replicaInstanceManager;
this.Dag = dag;
this.Database = database;
this.Databases = databases;
this.TargetServerName = targetServerName;
this.TargetServer = targetServer;
this.TargetCopyStatus = targetCopyStatus;
this.CopyStatusesForTargetDatabase = dbCopyStatuses;
this.CopyStatusesForTargetServer = serverCopyStatuses;
this.CopyStatusesForDag = dagCopyStatuses;
this.ReseedLimiter = reseedLimiter;
this.AdConfig = adConfig;
}
public AudioPlayerImplementation(IVolumeManager volumeManager)
{
_volumeManager = volumeManager;
_status = MediaPlayerStatus.Stopped;
// Watch the buffering status. If it changes, we may have to resume because the playing stopped because of bad network-conditions.
BufferingChanged += (sender, e) =>
{
// If the player is ready to play, it's paused and the status is still on PLAYING, go on!
if ((Player.Status == AVPlayerStatus.ReadyToPlay) && (Rate == 0.0f) &&
(Status == MediaPlayerStatus.Playing))
Player.Play();
};
_volumeManager.Mute = _player.Muted;
_volumeManager.CurrentVolume = _player.Volume;
_volumeManager.MaxVolume = 1;
_volumeManager.VolumeChanged += VolumeManagerOnVolumeChanged;
}
public AudioPlayerImplementation(IVolumeManager volumeManager)
{
_volumeManager = volumeManager;
_versionHelper = new VersionHelper();
_status = MediaPlayerStatus.Stopped;
InitializePlayer();
// Watch the buffering status. If it changes, we may have to resume because the playing stopped because of bad network-conditions.
BufferingChanged += (sender, e) =>
{
// If the player is ready to play, it's paused and the status is still on PLAYING, go on!
var isPlaying = Status == MediaPlayerStatus.Playing;
if (CurrentItem.Status == AVPlayerItemStatus.ReadyToPlay && Rate == 0.0f && isPlaying)
{
Player.Play();
}
};
}
protected override Exception ExecuteInternal(AutoReseedWorkflowState state)
{
Exception ex = null;
bool flag = false;
IVolumeManager volumeManager = base.Context.VolumeManager;
IADDatabase database = base.Context.Database;
MountedFolderPath databaseMountedFolderPath = VolumeManager.GetDatabaseMountedFolderPath(base.Context.Dag.AutoDagDatabasesRootFolderPath, database.Name);
if (MountPointUtil.IsDirectoryAccessibleMountPoint(databaseMountedFolderPath.Path, out ex))
{
flag = true;
}
else
{
ReplayCrimsonEvents.AutoReseedNeverMountedActiveMissingVolume.Log <string>(database.Name);
if (volumeManager.FixActiveDatabaseMountPoint(database, base.Context.Databases, base.Context.AdConfig, out ex, true))
{
flag = true;
volumeManager.UpdateVolumeInfoCopyState(database.Guid, base.Context.ReplicaInstanceManager);
ReplayCrimsonEvents.AutoReseedNeverMountedActiveAllocatedVolume.Log <string, string>(database.Name, base.Context.TargetCopyStatus.CopyStatus.LogVolumeName);
}
else
{
AutoReseedWorkflow.Tracer.TraceError <string, string>((long)this.GetHashCode(), "DiskReclaimer: UpdateVolumeForNeverMountedActives() failed to fix up active database: '{0}' mountpoint. Error: {1}", database.Name, AmExceptionHelper.GetExceptionMessageOrNoneString(ex));
ReplayCrimsonEvents.AutoReseedFixActiveMountPointError.Log <string, string>(database.Name, AmExceptionHelper.GetExceptionMessageOrNoneString(ex));
}
}
if (!flag)
{
AutoReseedWorkflow.Tracer.TraceError <string, string>((long)this.GetHashCode(), "DiskReclaimer: UpdateVolumeForNeverMountedActives() active database: '{0}' does not have a mountpoint. Skip issuing Store Mount. Error: {1}", database.Name, AmExceptionHelper.GetExceptionMessageOrNoneString(ex));
return(ex);
}
ex = AmRpcClientHelper.AdminMountDatabaseWrapper(database);
if (ex != null)
{
AutoReseedWorkflow.Tracer.TraceError <string, string>((long)this.GetHashCode(), "DiskReclaimer: UpdateVolumeForNeverMountedActives() failed to mount active database: '{0}' mountpoint. Error: {1}", database.Name, ex.Message);
ReplayCrimsonEvents.AutoReseedMountActiveDatabaseError.Log <string, string>(database.Name, ex.Message);
}
return(ex);
}
public VideoPlayerImplementation(IVolumeManager volumeManager)
{
_volumeManager = volumeManager;
_player = new MediaPlayer();
_playProgressTimer = new Timer(state =>
{
if (_player.PlaybackSession.PlaybackState == MediaPlaybackState.Playing)
{
var progress = _player.PlaybackSession.Position.TotalSeconds/
_player.PlaybackSession.NaturalDuration.TotalSeconds;
if (double.IsNaN(progress))
progress = 0;
PlayingChanged?.Invoke(this, new PlayingChangedEventArgs(progress, _player.PlaybackSession.Position, _player.PlaybackSession.NaturalDuration));
}
}, null, 0, int.MaxValue);
_player.MediaFailed += (sender, args) =>
{
_status = MediaPlayerStatus.Failed;
_playProgressTimer.Change(0, int.MaxValue);
MediaFailed?.Invoke(this, new MediaFailedEventArgs(args.ErrorMessage, args.ExtendedErrorCode));
};
_player.PlaybackSession.PlaybackStateChanged += (sender, args) =>
{
switch (sender.PlaybackState)
{
case MediaPlaybackState.None:
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Opening:
Status = MediaPlayerStatus.Loading;
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Buffering:
Status = MediaPlayerStatus.Buffering;
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Playing:
if ((sender.PlaybackRate <= 0) && (sender.Position == TimeSpan.Zero))
{
Status = MediaPlayerStatus.Stopped;
}
else
{
Status = MediaPlayerStatus.Playing;
_playProgressTimer.Change(0, 50);
}
break;
case MediaPlaybackState.Paused:
Status = MediaPlayerStatus.Paused;
_playProgressTimer.Change(0, int.MaxValue);
break;
default:
throw new ArgumentOutOfRangeException();
}
};
_player.MediaEnded += (sender, args) => { MediaFinished?.Invoke(this, new MediaFinishedEventArgs(_currentMediaFile)); };
_player.PlaybackSession.BufferingProgressChanged += (sender, args) =>
{
var bufferedTime =
TimeSpan.FromSeconds(_player.PlaybackSession.BufferingProgress*
_player.PlaybackSession.NaturalDuration.TotalSeconds);
BufferingChanged?.Invoke(this,
new BufferingChangedEventArgs(_player.PlaybackSession.BufferingProgress, bufferedTime));
};
_player.PlaybackSession.SeekCompleted += (sender, args) => { };
_player.MediaOpened += (sender, args) => { _loadMediaTaskCompletionSource.SetResult(true); };
_volumeManager.CurrentVolume = (float)_player.Volume;
_volumeManager.Mute = _player.IsMuted;
_volumeManager.VolumeChanged += VolumeManagerOnVolumeChanged;
}
public VideoPlayerImplementation(IVolumeManager volumeManager)
{
_volumeManager = volumeManager;
_player = new MediaPlayer();
_playProgressTimer = new Timer(state =>
{
if (_player.PlaybackSession.PlaybackState == MediaPlaybackState.Playing)
{
var progress = _player.PlaybackSession.Position.TotalSeconds /
_player.PlaybackSession.NaturalDuration.TotalSeconds;
if (double.IsNaN(progress))
{
progress = 0;
}
PlayingChanged?.Invoke(this, new PlayingChangedEventArgs(progress, _player.PlaybackSession.Position, _player.PlaybackSession.NaturalDuration));
}
}, null, 0, int.MaxValue);
_player.MediaFailed += (sender, args) =>
{
_status = MediaPlayerStatus.Failed;
_playProgressTimer.Change(0, int.MaxValue);
MediaFailed?.Invoke(this, new MediaFailedEventArgs(args.ErrorMessage, args.ExtendedErrorCode));
};
_player.PlaybackSession.PlaybackStateChanged += (sender, args) =>
{
switch (sender.PlaybackState)
{
case MediaPlaybackState.None:
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Opening:
Status = MediaPlayerStatus.Loading;
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Buffering:
Status = MediaPlayerStatus.Buffering;
_playProgressTimer.Change(0, int.MaxValue);
break;
case MediaPlaybackState.Playing:
if ((sender.PlaybackRate <= 0) && (sender.Position == TimeSpan.Zero))
{
Status = MediaPlayerStatus.Stopped;
}
else
{
Status = MediaPlayerStatus.Playing;
_playProgressTimer.Change(0, 50);
}
break;
case MediaPlaybackState.Paused:
Status = MediaPlayerStatus.Paused;
_playProgressTimer.Change(0, int.MaxValue);
break;
default:
throw new ArgumentOutOfRangeException();
}
};
_player.MediaEnded += (sender, args) => { MediaFinished?.Invoke(this, new MediaFinishedEventArgs(_currentMediaFile)); };
_player.PlaybackSession.BufferingProgressChanged += (sender, args) =>
{
var bufferedTime =
TimeSpan.FromSeconds(_player.PlaybackSession.BufferingProgress *
_player.PlaybackSession.NaturalDuration.TotalSeconds);
BufferingChanged?.Invoke(this,
new BufferingChangedEventArgs(_player.PlaybackSession.BufferingProgress, bufferedTime));
};
_player.PlaybackSession.SeekCompleted += (sender, args) => { };
_player.MediaOpened += (sender, args) => { _loadMediaTaskCompletionSource.SetResult(true); };
_volumeManager.CurrentVolume = (float)_player.Volume;
_volumeManager.Mute = _player.IsMuted;
_volumeManager.VolumeChanged += VolumeManagerOnVolumeChanged;
}
internal VlcPlayer(PlayerOutput playerOutput, IInternalObjectsFactory internalObjectsFactory, IVolumeManager volumeManager) {
if (playerOutput == null) {
throw new ArgumentNullException("playerOutput");
}
if (volumeManager == null) {
throw new ArgumentNullException("volumeManager");
}
if (internalObjectsFactory == null) {
throw new ArgumentNullException("internalObjectsFactory");
}
//
this.playerOutput = playerOutput;
this.volumeManager = volumeManager;
this.internalObjectsFactory = internalObjectsFactory;
//
firstMediaPlayerInternal = this.internalObjectsFactory.CreateVlcMediaPlayerInternal();
secondMediaPlayerInternal = this.internalObjectsFactory.CreateVlcMediaPlayerInternal();
//
initializeEventsEngine();
}
