/// <summary>
/// Writes the mini stream chain to the fat and the mini stream data to the output stream of the current context.
/// </summary>
internal override void writeReferencedStream()
{
VirtualStream virtualMiniStream = new VirtualStream(_miniStream.BaseStream, Context.Fat, Context.Header.SectorSize, Context.TempOutputStream);
virtualMiniStream.write();
this.StartSector = virtualMiniStream.StartSector;
this.SizeOfStream = virtualMiniStream.Length;
}
/// <summary>
/// Writes the structured storage to a given stream.
/// </summary>
/// <param name="outputStream">The output stream.</param>
public void write(Stream outputStream)
{
_context.RootDirectoryEntry.RecursiveCreateRedBlackTrees();
List <BaseDirectoryEntry> allEntries = _context.RootDirectoryEntry.RecursiveGetAllDirectoryEntries();
allEntries.Sort(
delegate(BaseDirectoryEntry a, BaseDirectoryEntry b)
{ return(a.Sid.CompareTo(b.Sid)); }
);
//foreach (BaseDirectoryEntry entry in allEntries)
//{
// Console.WriteLine(entry.Sid + ":");
// Console.WriteLine("{0}: {1}", entry.Name, entry.LengthOfName);
// string hexName = "";
// string hexNameU = "";
// for (int i = 0; i < entry.Name.Length; i++)
// {
// hexName += String.Format("{0:X2} ", (UInt32)entry.Name[i]);
// hexNameU += String.Format("{0:X2} ", (UInt32)entry.Name.ToUpper()[i]);
// }
// Console.WriteLine("{0}", hexName);
// Console.WriteLine("{0}", hexNameU);
// UInt32 left = entry.LeftSiblingSid;
// UInt32 right = entry.RightSiblingSid;
// UInt32 child = entry.ChildSiblingSid;
// Console.WriteLine("{0:X02}: Left: {2:X02}, Right: {3:X02}, Child: {4:X02}, Name: {1}, Color: {5}", entry.Sid, entry.Name, (left > 0xFF) ? 0xFF : left, (right > 0xFF) ? 0xFF : right, (child > 0xFF) ? 0xFF : child, entry.Color.ToString());
// Console.WriteLine("----------");
// Console.WriteLine("");
//}
// write Streams
foreach (BaseDirectoryEntry entry in allEntries)
{
if (entry.Sid == 0x0)
{
// root entry
continue;
}
entry.writeReferencedStream();
}
// root entry has to be written after all other streams as it contains the ministream to which other _entries write to
_context.RootDirectoryEntry.writeReferencedStream();
// write Directory Entries to directory stream
foreach (BaseDirectoryEntry entry in allEntries)
{
entry.write();
}
// Directory Entry: 128 bytes
UInt32 dirEntriesPerSector = _context.Header.SectorSize / 128u;
UInt32 numToPad = dirEntriesPerSector - ((UInt32)allEntries.Count % dirEntriesPerSector);
EmptyDirectoryEntry emptyEntry = new EmptyDirectoryEntry(_context);
for (int i = 0; i < numToPad; i++)
{
emptyEntry.write();
}
// write directory stream
VirtualStream virtualDirectoryStream = new VirtualStream(_context.DirectoryStream.BaseStream, _context.Fat, _context.Header.SectorSize, _context.TempOutputStream);
virtualDirectoryStream.write();
_context.Header.DirectoryStartSector = virtualDirectoryStream.StartSector;
if (_context.Header.SectorSize == 0x1000)
{
_context.Header.NoSectorsInDirectoryChain4KB = (UInt32)virtualDirectoryStream.SectorCount;
}
// write MiniFat
_context.MiniFat.write();
_context.Header.MiniFatStartSector = _context.MiniFat.MiniFatStart;
_context.Header.NoSectorsInMiniFatChain = _context.MiniFat.NumMiniFatSectors;
// write fat
_context.Fat.write();
// set header values
_context.Header.NoSectorsInDiFatChain = _context.Fat.NumDiFatSectors;
_context.Header.NoSectorsInFatChain = _context.Fat.NumFatSectors;
_context.Header.DiFatStartSector = _context.Fat.DiFatStartSector;
// write header
_context.Header.write();
// write temporary streams to the output streams.
_context.Header.writeToStream(outputStream);
_context.TempOutputStream.writeToStream(outputStream);
}