public Volume(VolumeEventController eventController, VolumeDescriptor volumeDesc, XmlNode parentNode)
{
mEventController = eventController;
mVolumeDesc = volumeDesc;
mBackupRestoreObject = new BackupRestoreVolume(parentNode);
Init();
}
public Volume( VolumeEventController eventController, VolumeDescriptor volumeDesc, VolumeSource source, BaseArchive archive )
{
mEventController = eventController;
mVolumeDesc = volumeDesc;
mBackupRestoreObject = new BackupRestoreVolume( mVolumeDesc.VolumeName, source, archive );
Init();
}
public Volume( VolumeEventController eventController, VolumeDescriptor volumeDesc, XmlNode parentNode )
{
mEventController = eventController;
mVolumeDesc = volumeDesc;
mBackupRestoreObject = new BackupRestoreVolume( parentNode );
Init();
}
public Volume(VolumeEventController eventController, VolumeDescriptor volumeDesc, VolumeSource source, BaseArchive archive)
{
mEventController = eventController;
mVolumeDesc = volumeDesc;
mBackupRestoreObject = new BackupRestoreVolume(mVolumeDesc.VolumeName, source, archive);
Init();
}
public void InvokeVolumeDescriptorActiveStateChanged(VolumeDescriptor volume, bool isActive)
{
if (VolumeDescriptorActiveStateChanged != null)
{
VolumeDescriptorActiveStateChanged(volume, isActive);
}
}
public void RemoveVolume( VolumeDescriptor desc, bool removeAllData )
{
if ( removeAllData && desc.IsAvailable )
{
desc.Volume.DeleteAllRevisions();
}
VolumeDescriptorList.Instance.RemoveDescriptor( desc );
}
void mVolumeEventController_VolumeDescriptorActiveStateChanged(VolumeDescriptor desc, bool isActive)
{
if (desc.ReadyForBackup)
{
Log.WriteLine(LogType.TextLogVerbose, "Backing up volume as the descriptor (.vol) file state has recently changed");
ForceBackup(desc.Volume);
}
}
public void RemoveVolume(VolumeDescriptor desc, bool removeAllData)
{
if (removeAllData && desc.IsAvailable)
{
desc.Volume.DeleteAllRevisions();
}
VolumeDescriptorList.Instance.RemoveDescriptor(desc);
}
public void RemoveVolume(VolumeDescriptor desc, bool removeAllData)
{
QueuedRemoveInfo removeInfo = new QueuedRemoveInfo();
removeInfo.mDescriptor = desc;
removeInfo.mDeleteAllData = removeAllData;
mWorkerThread.RegisterOneShotTask(new PWLib.BackgroundWorkerThread.TaskPredicate(OnWorkerPredicate),
new PWLib.BackgroundWorkerThread.Task(OnWorkerRemove), new PWLib.BackgroundWorkerThread.TaskError(OnWorkerError), removeInfo);
}
public void TransferVolume(VolumeDescriptor vid, PWLib.UsbDrive.UsbDriveInfo newDrive)
{
QueuedTransferInfo transferInfo = new QueuedTransferInfo();
transferInfo.mDescriptor = vid;
transferInfo.mNewDrive = newDrive;
mWorkerThread.RegisterOneShotTask(new PWLib.BackgroundWorkerThread.TaskPredicate(OnWorkerPredicate),
new PWLib.BackgroundWorkerThread.Task(OnWorkerTransfer), new PWLib.BackgroundWorkerThread.TaskError(OnWorkerError), transferInfo);
}
public VolumeDescriptor AddNewDescriptor( string volName, string volFilename, VolumeSource source, BaseArchive archive )
{
VolumeDescriptor vd = new VolumeDescriptor( mEventController, volName, volFilename, source, archive );
lock ( mDescriptorList )
{
mDescriptorList.Add( vd );
}
Config.Active.Save();
return vd;
}
public void RemoveDescriptor(VolumeDescriptor vd)
{
lock ( mDescriptorList )
{
if (mDescriptorList.Contains(vd))
{
mDescriptorList.Remove(vd);
}
}
}
public VolumeDescriptor LoadDescriptor(string volName, string volFilename)
{
VolumeDescriptor vd = VolumeDescriptor.LoadFromXml(mEventController, volName, volFilename);
lock ( mDescriptorList )
{
mDescriptorList.Add(vd);
}
return(vd);
}
public VolumeDescriptor AddNewDescriptor(string volName, string volFilename, VolumeSource source, BaseArchive archive)
{
VolumeDescriptor vd = new VolumeDescriptor(mEventController, volName, volFilename, source, archive);
lock ( mDescriptorList )
{
mDescriptorList.Add(vd);
}
Config.Active.Save();
return(vd);
}
public override bool Equals(object obj)
{
if (obj is VolumeDescriptor)
{
VolumeDescriptor vd = (VolumeDescriptor)obj;
return(string.Compare(vd.mName, this.mName, false) == 0);
}
else
{
return(false);
}
}
public void RestoreVolume(VolumeDescriptor vid, VolumeSnapshotRevision revision, string onDiskPath)
{
if (vid.ReadyForRestore)
{
Log.WriteLine(LogType.TextLogVerbose, "Adding QueuedRestore (" + vid.VolumeName + ")");
QueuedRestoreInfo restoreInfo = new QueuedRestoreInfo();
restoreInfo.mDescriptor = vid;
restoreInfo.mVolumeRevision = revision;
restoreInfo.mDiskPath = onDiskPath;
mWorkerThread.RegisterOneShotTask(new PWLib.BackgroundWorkerThread.TaskPredicate(OnWorkerPredicate),
new PWLib.BackgroundWorkerThread.Task(OnWorkerRestore), new PWLib.BackgroundWorkerThread.TaskError(OnWorkerError), restoreInfo);
}
}
public static Volume BuildFromXml(VolumeEventController eventController, VolumeDescriptor volumeDesc, XmlNode parentNode)
{
return(new Volume(eventController, volumeDesc, parentNode));
}
public static Volume BuildFromXml( VolumeEventController eventController, VolumeDescriptor volumeDesc, XmlNode parentNode )
{
return new Volume( eventController, volumeDesc, parentNode );
}
public void InvokeVolumeDescriptorActiveStateChanged( VolumeDescriptor volume, bool isActive )
{
if ( VolumeDescriptorActiveStateChanged != null )
VolumeDescriptorActiveStateChanged( volume, isActive );
}
public void RemoveVolume( VolumeDescriptor desc, bool removeAllData )
{
QueuedRemoveInfo removeInfo = new QueuedRemoveInfo();
removeInfo.mDescriptor = desc;
removeInfo.mDeleteAllData = removeAllData;
mWorkerThread.RegisterOneShotTask( new PWLib.BackgroundWorkerThread.TaskPredicate( OnWorkerPredicate ),
new PWLib.BackgroundWorkerThread.Task( OnWorkerRemove ), new PWLib.BackgroundWorkerThread.TaskError( OnWorkerError ), removeInfo );
}
public void RestoreVolume( VolumeDescriptor vid, VolumeSnapshotRevision revision, string onDiskPath )
{
if ( vid.ReadyForRestore )
{
Log.WriteLine( LogType.TextLogVerbose, "Adding QueuedRestore (" + vid.VolumeName + ")" );
QueuedRestoreInfo restoreInfo = new QueuedRestoreInfo();
restoreInfo.mDescriptor = vid;
restoreInfo.mVolumeRevision = revision;
restoreInfo.mDiskPath = onDiskPath;
mWorkerThread.RegisterOneShotTask( new PWLib.BackgroundWorkerThread.TaskPredicate( OnWorkerPredicate ),
new PWLib.BackgroundWorkerThread.Task( OnWorkerRestore ), new PWLib.BackgroundWorkerThread.TaskError( OnWorkerError ), restoreInfo );
}
}
public void TransferVolume( VolumeDescriptor vid, PWLib.UsbDrive.UsbDriveInfo newDrive )
{
QueuedTransferInfo transferInfo = new QueuedTransferInfo();
transferInfo.mDescriptor = vid;
transferInfo.mNewDrive = newDrive;
mWorkerThread.RegisterOneShotTask( new PWLib.BackgroundWorkerThread.TaskPredicate( OnWorkerPredicate ),
new PWLib.BackgroundWorkerThread.Task( OnWorkerTransfer ), new PWLib.BackgroundWorkerThread.TaskError( OnWorkerError ), transferInfo );
}
void mVolumeEventController_VolumeDescriptorActiveStateChanged( VolumeDescriptor desc, bool isActive )
{
if ( desc.ReadyForBackup )
{
Log.WriteLine( LogType.TextLogVerbose, "Backing up volume as the descriptor (.vol) file state has recently changed" );
ForceBackup( desc.Volume );
}
}
public void RemoveDescriptor( VolumeDescriptor vd )
{
lock ( mDescriptorList )
{
if ( mDescriptorList.Contains( vd ) )
{
mDescriptorList.Remove( vd );
}
}
}