public void Serialize(Stream output, ArchiveSerializeOptions options)
{
var compress = (options & ArchiveSerializeOptions.Compress) != 0;
var basePosition = output.Position;
var endian = this._Endian;
using (var data = new MemoryStream(12))
{
data.WriteValueU32(Signature, Endian.Big);
data.WriteValueU32(19, endian);
data.WriteValueU32((uint)this._Platform, Endian.Big);
data.Flush();
output.WriteFromMemoryStreamSafe(data, endian);
}
var headerPosition = output.Position;
Archive.FileHeader fileHeader;
output.Seek(56, SeekOrigin.Current);
fileHeader.ResourceTypeTableOffset = (uint)(output.Position - basePosition);
output.WriteValueS32(this._ResourceTypes.Count, endian);
foreach (var resourceType in this._ResourceTypes)
{
resourceType.Write(output, endian);
}
var blockAlignment = (options & ArchiveSerializeOptions.OneBlock) != 0
? (uint)this._ResourceEntries.Sum(re => 30 + (re.Data == null ? 0 : re.Data.Length))
: 0x4000;
fileHeader.BlockTableOffset = (uint)(output.Position - basePosition);
fileHeader.ResourceCount = 0;
var blockStream = BlockWriterStream.ToStream(output, blockAlignment, endian, compress);
foreach (var resourceEntry in this._ResourceEntries)
{
Archive.ResourceHeader resourceHeader;
resourceHeader.TypeId = (uint)resourceEntry.TypeId;
resourceHeader.Size = 30 + (uint)(resourceEntry.Data == null ? 0 : resourceEntry.Data.Length);
resourceHeader.Version = resourceEntry.Version;
resourceHeader.SlotRamRequired = resourceEntry.SlotRamRequired;
resourceHeader.SlotVramRequired = resourceEntry.SlotVramRequired;
resourceHeader.OtherRamRequired = resourceEntry.OtherRamRequired;
resourceHeader.OtherVramRequired = resourceEntry.OtherVramRequired;
using (var data = new MemoryStream())
{
resourceHeader.Write(data, endian);
data.Flush();
blockStream.WriteFromMemoryStreamSafe(data, endian);
}
blockStream.WriteBytes(resourceEntry.Data);
fileHeader.ResourceCount++;
}
blockStream.Flush();
blockStream.Finish();
fileHeader.XmlOffset = (uint)(output.Position - basePosition);
if (string.IsNullOrEmpty(this._ResourceInfoXml) == false)
{
output.WriteString(this._ResourceInfoXml, Encoding.ASCII);
}
fileHeader.SlotRamRequired = this.SlotRamRequired;
fileHeader.SlotVramRequired = this.SlotVramRequired;
fileHeader.OtherRamRequired = this.OtherRamRequired;
fileHeader.OtherVramRequired = this.OtherVramRequired;
fileHeader.Flags = 1;
fileHeader.Unknown20 = this._Unknown20 ?? new byte[16];
output.Position = headerPosition;
using (var data = new MemoryStream())
{
fileHeader.Write(data, endian);
data.Flush();
output.WriteFromMemoryStreamSafe(data, endian);
}
}
public void Serialize(Stream output, ArchiveSerializeOptions options)
{
// If ratio isn't 0.0f, we'll try to compress.
// If the user sets it to 0.0f, then we should skip any attempt to compress.
var compress = (options & ArchiveSerializeOptions.Compress) > 0;
compress &= ToolkitSettings.CompressionRatio != 0.0f;
var basePosition = output.Position;
var endian = this._Endian;
using (var data = new MemoryStream(12))
{
data.WriteValueU32(Signature, Endian.Big);
data.WriteValueU32(Version, endian);
data.WriteValueU32((uint)this._Platform, Endian.Big);
data.Flush();
output.WriteFromMemoryStreamSafe(data, endian);
}
var headerPosition = output.Position;
Archive.FileHeader fileHeader;
output.Seek(56, SeekOrigin.Current);
fileHeader.ResourceTypeTableOffset = (uint)(output.Position - basePosition);
output.WriteValueS32(this._ResourceTypes.Count, endian);
foreach (var resourceType in this._ResourceTypes)
{
resourceType.Write(output, endian);
}
uint stride = (uint)(Version == 20 ? 38 : 30);
uint alignment = (uint)(Version == 20 ? 0x10000 : 0x4000);
var blockAlignment = (options & ArchiveSerializeOptions.OneBlock) != ArchiveSerializeOptions.None ? (uint)this._ResourceEntries.Sum(re => stride + (re.Data == null ? 0 : re.Data.Length)) : alignment;
fileHeader.BlockTableOffset = (uint)(output.Position - basePosition);
fileHeader.ResourceCount = 0;
var blockStream = BlockWriterStream.ToStream(output, blockAlignment, endian, compress, ChosenGameType == GamesEnumerator.MafiaI_DE);
foreach (var resourceEntry in this._ResourceEntries)
{
Archive.ResourceHeader resourceHeader;
resourceHeader.TypeId = (uint)resourceEntry.TypeId;
resourceHeader.Size = stride + (uint)(resourceEntry.Data == null ? 0 : resourceEntry.Data.Length);
resourceHeader.Version = resourceEntry.Version;
resourceHeader.FileHash = resourceEntry.FileHash;
resourceHeader.SlotRamRequired = resourceEntry.SlotRamRequired;
resourceHeader.SlotVramRequired = resourceEntry.SlotVramRequired;
resourceHeader.OtherRamRequired = resourceEntry.OtherRamRequired;
resourceHeader.OtherVramRequired = resourceEntry.OtherVramRequired;
using (var data = new MemoryStream())
{
resourceHeader.Write(data, endian, Version);
data.Flush();
blockStream.WriteFromMemoryStreamSafe(data, endian);
}
blockStream.WriteBytes(resourceEntry.Data);
fileHeader.ResourceCount++;
}
blockStream.Flush();
blockStream.Finish();
fileHeader.XmlOffset = (uint)(output.Position - basePosition);
if (string.IsNullOrEmpty(this._ResourceInfoXml) == false)
{
output.WriteString(this._ResourceInfoXml, Encoding.ASCII);
}
fileHeader.SlotRamRequired = this.SlotRamRequired;
fileHeader.SlotVramRequired = this.SlotVramRequired;
fileHeader.OtherRamRequired = this.OtherRamRequired;
fileHeader.OtherVramRequired = this.OtherVramRequired;
fileHeader.Flags = 1;
fileHeader.Unknown20 = this._Unknown20 ?? new byte[16];
output.Position = headerPosition;
using (var data = new MemoryStream())
{
fileHeader.Write(data, endian);
data.Flush();
output.WriteFromMemoryStreamSafe(data, endian);
}
}