private void OpenInternal(Stream stream, bool cleanupStreamOnDispose)
{
_reader = new BinaryReader(stream, Encoding.UTF8);
_cleanupStreamOnDispose = cleanupStreamOnDispose;
UserDataHeader = ParseUserDataHeader(_reader);
if (UserDataHeader == null)
{
throw new MpqParsingException("Invalid MPQ header. This is probably not an MPQ archive.");
}
ParseArchiveHeader();
SectorSize = 512 << ArchiveHeader.SectorSizeShift;
var hashTableEntries = ReadTableEntires <HashTableEntry>("(hash table)", ArchiveHeader.HashTableOffset,
ArchiveHeader.HashTableEntryCount);
var blockTableEntries = ReadTableEntires <BlockTableEntry>("(block table)", ArchiveHeader.BlockTableOffset,
ArchiveHeader.BlockTableEntryCount);
BlockTable = blockTableEntries.ToList().AsReadOnly();
HashTable = new MpqHashTable(hashTableEntries.ToArray());
}
private void OpenInternal(Stream stream, bool cleanupStreamOnDispose)
{
_reader = new BinaryReader(stream, Encoding.UTF8);
_cleanupStreamOnDispose = cleanupStreamOnDispose;
UserDataHeader = ParseUserDataHeader(_reader);
if (UserDataHeader == null)
throw new MpqParsingException("Invalid MPQ header. This is probably not an MPQ archive.");
ParseArchiveHeader();
SectorSize = 512 << ArchiveHeader.SectorSizeShift;
var hashTableEntries = ReadTableEntires<HashTableEntry>("(hash table)", ArchiveHeader.HashTableOffset,
ArchiveHeader.HashTableEntryCount);
var blockTableEntries = ReadTableEntires<BlockTableEntry>("(block table)", ArchiveHeader.BlockTableOffset,
ArchiveHeader.BlockTableEntryCount);
BlockTable = blockTableEntries.ToList().AsReadOnly();
HashTable = new MpqHashTable(hashTableEntries.ToArray());
}
