private async Task <IScriptCommand> transferAsync(ParameterDic pm, IEntryModel[] ems,
IProgress <TransferProgress> progress, IScriptCommand thenCommand)
{
Dictionary <string, Stream> compressDic = new Dictionary <string, Stream>();
IDiskProfile srcProfile = _srcModel.Profile as IDiskProfile;
string srcParentPath = srcProfile.Path.GetDirectoryName(_srcModel.FullPath);
foreach (var em in ems)
{
string relativePath = em.FullPath.Replace(srcParentPath, "").TrimStart('\\');
compressDic.Add(relativePath, await srcProfile.DiskIO.OpenStreamAsync(em, Defines.FileAccess.Read, pm.CancellationToken));
}
var destProfile = _destDirModel.Profile as SzsProfile;
string archiveType = destProfile.Path.GetExtension(_destDirModel.Name);
using (await destProfile.WorkingLock.LockAsync())
await Task.Run(async() =>
{
Progress <Defines.ProgressEventArgs> progress1 = new Progress <Defines.ProgressEventArgs>(
(pea) =>
{
if (!String.IsNullOrEmpty(pea.Message))
{
progress.Report(TransferProgress.SetMessage(Defines.ProgressType.Running, pea.Message));
}
if (!String.IsNullOrEmpty(pea.File))
{
progress.Report(TransferProgress.From(pea.File));
}
if (pea.CurrentProgress != -1 && pea.TotalProgress != -1)
{
progress.Report(TransferProgress.UpdateCurrentProgress((short)((float)pea.CurrentProgress / (float)pea.TotalProgress * 100.0)));
}
}
);
progress.Report(TransferProgress.To(_destDirModel.Name));
using (var stream = await destProfile.DiskIO.OpenStreamAsync(_destDirModel, Defines.FileAccess.ReadWrite, pm.CancellationToken))
destProfile.Wrapper.CompressMultiple(archiveType, stream, compressDic, progress1);
});
return(thenCommand);
}
public override async Task <IScriptCommand> ExecuteAsync(ParameterDic pm)
{
Dictionary <string, Stream> compressDic = new Dictionary <string, Stream>();
try
{
IEntryModel[] srcEntries = await pm.GetValueAsEntryModelArrayAsync(SourceEntryKey);
ISzsItemModel destEntry = await pm.GetValueAsEntryModelAsync(DestinationDirectoryEntryKey, null) as ISzsItemModel;
//If destination is not SzsRoot, use DiskTransfer instead.
SzsProfile destProfile = destEntry.Profile as SzsProfile;
if (destProfile == null)
{
logger.Warn(String.Format("{0} isn't Szs based entry, DiskTransfer is used instead.", destEntry.Name));
return(IOScriptCommands.DiskTransfer(SourceEntryKey, DestinationDirectoryEntryKey, null, RemoveOriginal, false, NextCommand));
}
if (!destEntry.IsDirectory)
{
return(ResultCommand.Error(new ArgumentException(DestinationDirectoryEntryKey + " is not a folder.")));
}
Func <IEntryModel, bool> fileAndArchiveOnly = em => !em.IsDirectory || (em is SzsRootModel);
Func <IEntryModel, bool> lookupDirectoryNotArchiveFilter = em => em.IsDirectory && !(em is SzsRootModel);
IProgress <TransferProgress> progress = pm.GetProgress();
string archiveType = destProfile.Path.GetExtension((destEntry as ISzsItemModel).Root.Name);
logger.Info(String.Format("Compressing {0} -> {1} using SzsDiskTransfer",
srcEntries.GetDescription(), destEntry.Name));
await Task.Run(async() =>
{
#region OpenStream of files
foreach (var srcEntry in srcEntries)
{
IDiskProfile srcProfile = srcEntry.Profile as IDiskProfile;
if (srcProfile == null)
{
break;
}
if (fileAndArchiveOnly(srcEntry))
{
logger.Debug(String.Format("Added to Dictionary : {0} -> {1}", srcEntry.FullPath, srcEntry.Name));
progress.Report(TransferProgress.SetMessage(ProgressType.Running, srcEntry.Name));
compressDic.Add(srcEntry.Name, await srcProfile.DiskIO
.OpenStreamAsync(srcEntry, Defines.FileAccess.Read, pm.CancellationToken));
}
else
{
IList <IEntryModel> srcSubEntries = await srcProfile.ListRecursiveAsync(srcEntry, pm.CancellationToken,
fileAndArchiveOnly, lookupDirectoryNotArchiveFilter, false);
foreach (var srcSubEntry in srcSubEntries)
{
string relativePath =
destProfile.Path.Combine(
destEntry.RelativePath,
srcSubEntry.FullPath.Replace(srcEntry.Parent.FullPath, "").TrimStart('\\')
);
logger.Debug(String.Format("Added to Dictionary : {0} -> {1}", srcSubEntry.FullPath, relativePath));
progress.Report(TransferProgress.SetMessage(ProgressType.Running, relativePath));
compressDic.Add(relativePath, await srcProfile.DiskIO
.OpenStreamAsync(srcSubEntry, Defines.FileAccess.Read, pm.CancellationToken));
}
}
}
#endregion
Progress <Defines.ProgressEventArgs> progress1 = new Progress <Defines.ProgressEventArgs>(
(pea) =>
{
if (!String.IsNullOrEmpty(pea.Message))
{
progress.Report(TransferProgress.SetMessage(Defines.ProgressType.Running, pea.Message));
}
if (!String.IsNullOrEmpty(pea.File))
{
progress.Report(TransferProgress.From(pea.File));
}
if (pea.CurrentProgress != -1 && pea.TotalProgress != -1)
{
progress.Report(TransferProgress.UpdateCurrentProgress((short)((float)pea.CurrentProgress / (float)pea.TotalProgress * 100.0)));
}
}
);
progress.Report(TransferProgress.To(destEntry.Name));
using (await destProfile.WorkingLock.LockAsync())
using (var stream = await destProfile.DiskIO.OpenStreamAsync(destEntry, Defines.FileAccess.ReadWrite, pm.CancellationToken))
destProfile.Wrapper.CompressMultiple(archiveType, stream, compressDic, progress1);
logger.Info(String.Format("{0} items transfered", compressDic.Count()));
return(CoreScriptCommands.NotifyEntryChanged(ChangeType.Changed, destEntry, NextCommand));
});
return(NextCommand);
}
finally
{
#region Dispose Streams
if (compressDic != null)
{
foreach (var stream in compressDic.Values)
{
stream.Dispose();
}
}
#endregion
}
}