private void callback(
vdFtpWorkUnit unit,
vdFtpTPStatus status,
vdFtpFolder folder,
vdFtpItem item,
object data )
{
if ( InvokeRequired )
{
Invoke( _tp, unit, status, folder, item, data );
return;
}
var ip = folder != null
? (InProgress)folder.Tag
: null;
try
{
switch ( status )
{
case vdFtpTPStatus.Sync_FolderInfo:
{
var row = ip.Row;
row.Cells[3].Value = (int)(folder.TotalBytes / (1024 * 1024));
row.Cells[4].Value = 100.0 * folder.AlreadySyncedBytes / folder.TotalBytes;
}
break;
case vdFtpTPStatus.Sync_BeginFolder:
{
ip.TimeEstimator = new TimeEstimator( Global.Preferences.FTPSpeed * 1024 );
ip.TimeEstimator.Start( folder.TotalBytes - folder.AlreadySyncedBytes );
msg( "Påbörjar order {0}", folder.Name );
ip.Row.Font = new Font( ip.Row.Font.FontFamily, ip.Row.Font.Size + 1, FontStyle.Bold );
ip.Row.Cells[5].Value = Global.Now;
}
break;
case vdFtpTPStatus.Sync_BeginItem:
//msg( "Begin \"{0}\", {1} bytes", item.Name, item.Size );
break;
case vdFtpTPStatus.Sync_Progress:
ip.TimeEstimator.MakeProgress((int) data);
var row2 = (folder.Tag as InProgress).Row;
row2.BeginEdit();
row2.Cells[4].Value = 100.0 * (folder.TransferredBytes + folder.AlreadySyncedBytes) / folder.TotalBytes;
row2.Cells[6].Value = ip.TimeEstimator.EstimatedCompletionTime;
row2.EndEdit();
break;
case vdFtpTPStatus.Sync_VerifiedFolder:
{
msg( "Order {0} klar, kl {1:HH:mm}", folder.Name, Global.Now );
doneWithInProgress( ip, true );
activated();
}
break;
case vdFtpTPStatus.Sync_FolderVerificationFailed:
{
msg( "Order {0} misslyckades ({1}), försöker igen...", folder.Name, ip.Retries );
doneWithInProgress( ip, false );
if ( ip.Retries < 20 )
{
var w = _sync.getSync( true );
go( w, ip.Path ).Retries = ip.Retries + 1;
w.run();
}
}
break;
case vdFtpTPStatus.Error:
case vdFtpTPStatus.Sync_NotComplete:
{
if ( data is string )
msg( (string)data );
var w = _sync.getSync( true );
var stopThese = new List<InProgress>();
foreach ( var ip2 in _dicInProgress.Values )
if ( unit == ip2.Work )
stopThese.Add( ip2 );
foreach ( var ip2 in stopThese )
{
doneWithInProgress( ip2, false );
if ( ip2.Retries<20 )
go( w, ip2.Path ).Retries = ip2.Retries + 1;
}
w.run();
}
break;
case vdFtpTPStatus.Sync_Complete:
activated();
timer1.Stop();
break;
}
}
catch ( Exception ex )
{
msg( ex.ToString() );
}
}
private void callback(
vdFtpWorkUnit unit,
vdFtpTPStatus status,
vdFtpFolder folder,
vdFtpItem item,
object data )
{
if ( this.InvokeRequired )
{
this.Invoke( _tp, unit, status, folder, item, data );
return;
}
try
{
switch ( status )
{
case vdFtpTPStatus.GetFolder_Complete:
if ( _strFtgFolder.CompareTo( folder.Name ) == 0 )
photographerFolderComplete( folder );
else if ( "_uppdateringar".CompareTo( folder.Name ) == 0 )
upgradeFolderComplete( folder );
else
standbylistFolderComplete( folder );
break;
case vdFtpTPStatus.DownloadFile_Complete:
if ( item.Name.StartsWith( "order_" ) )
{
_coof = new ContentOfOrderFile();
_coof.loadFromZipFile( data as MemoryStream );
_downloadStatus = _coof.getFileWithType( ContentOfOrderFile.FileType.OrderXml ) != null ?
DownloadStatus.Complete : DownloadStatus.Failed;
}
else if ( item.Name.StartsWith( "plata_" ) )
{
_upgrader = new Upgrader( data as MemoryStream );
_downloadStatus = DownloadStatus.Complete;
}
else if ( item.Name.EndsWith( ".pdf" ) )
{
string s =Path.Combine( Global.GetTempPath(), item.Name );
using ( Stream stream = new FileStream( s, FileMode.Create ) )
(data as MemoryStream).WriteTo( stream );
}
break;
case vdFtpTPStatus.DownloadFile_Begin:
case vdFtpTPStatus.DownloadFile_Progress:
txtProgress.Text = string.Format( "Hämtar... {0}%", 100*(int)data/item.Size );
break;
case vdFtpTPStatus.Error:
setMessage( data.ToString() );
_downloadStatus = DownloadStatus.Failed;
break;
}
}
catch ( Exception ex )
{
setMessage( ex.ToString() );
_downloadStatus = DownloadStatus.Failed;
}
}
