private ArchiveFileInfo CreateAfi(Stream stream, int index, BlnSubEntry entry)
{
var compressionMagic = ReadInt32LittleEndian(stream);
if (compressionMagic != 0xa755aafc)
{
return(new BlnSubArchiveFileInfo(stream, CreateFileName(index, stream, false), entry));
}
stream.Position = 0;
return(new BlnSubArchiveFileInfo(stream, CreateFileName(index, stream, true), entry, Kompression.Implementations.Compressions.SpikeChunsoft, PeekDecompressedSize(stream)));
}
private ArchiveFileInfo CreateAfi(Stream stream, int index, BlnSubEntry entry)
{
// Every file not compressed with the headered Spike Chunsoft compression, is compressed headerless
var compressionMagic = PeekInt32LittleEndian(stream);
if (compressionMagic != 0xa755aafc)
{
return(new BlnSubArchiveFileInfo(stream, CreateFileName(index, stream, false), entry, Kompression.Implementations.Compressions.SpikeChunsoftHeaderless, SpikeChunsoftHeaderlessDecoder.CalculateDecompressedSize(stream)));
}
stream.Position = 0;
return(new BlnSubArchiveFileInfo(stream, CreateFileName(index, stream, true), entry, Kompression.Implementations.Compressions.SpikeChunsoft, PeekDecompressedSize(stream)));
}
public BlnSubArchiveFileInfo(Stream fileData, string filePath, BlnSubEntry entry, IKompressionConfiguration configuration, long decompressedSize) :
base(fileData, filePath, configuration, decompressedSize)
{
Entry = entry;
OriginalSize = fileData.Length;
}
public BlnSubArchiveFileInfo(Stream fileData, string filePath, BlnSubEntry entry) :
base(fileData, filePath)
{
Entry = entry;
OriginalSize = fileData.Length;
}