/// <summary>
/// Saves the contents in the file with the given <paramref name="fileName"/>.
/// </summary>
/// <param name="fileName">The name of the file to save the contents into.</param>
public void Save(string fileName)
{
using (BfshaFileSaver saver = new BfshaFileSaver(this, fileName))
{
saver.Execute();
}
}
void IResData.Save(BfshaFileSaver saver)
{
// Update the Patricia trie values in the nodes.
UpdateNodes();
// Write header.
// saver.WriteSignature("_DIC");
saver.Write(0);
saver.Write(Count);
// Write nodes.
int index = -1; // Start at -1 due to root node.
int curNode = 0;
foreach (Node node in _nodes)
{
saver.Write(node.Reference);
saver.Write(node.IdxLeft);
saver.Write(node.IdxRight);
if (curNode == 0)
{
saver.SaveRelocateEntryToSection(saver.Position, 1, (uint)_nodes.Count, 1, BfshaFileSaver.Section1, ""); // <------------ Entry Set
saver.SaveString("");
}
else
{
saver.SaveString(node.Key);
}
curNode++;
}
}
void IResData.Save(BfshaFileSaver saver)
{
saver.WriteSignature(_signature);
saver.Write(position);
saver.Write(5);
saver.Write(0);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveCustom(Frames, () =>
{
switch (FrameType)
{
case AnimCurveFrameType.Single:
saver.Write(Frames);
break;
case AnimCurveFrameType.Decimal10x5:
foreach (float frame in Frames)
{
saver.Write((Decimal10x5)frame);
}
break;
case AnimCurveFrameType.Byte:
foreach (float frame in Frames)
{
saver.Write((byte)frame);
}
break;
}
});
saver.SaveCustom(Keys, () =>
{
switch (KeyType)
{
case AnimCurveKeyType.Single:
foreach (float key in Keys)
{
saver.Write(key);
}
break;
case AnimCurveKeyType.Int16:
foreach (float key in Keys)
{
saver.Write((short)key);
}
break;
case AnimCurveKeyType.SByte:
foreach (float key in Keys)
{
saver.Write((sbyte)key);
}
break;
}
});
saver.Write(_flags);
saver.Write((ushort)Frames.Length);
saver.Write(AnimDataOffset);
saver.Write(StartFrame);
saver.Write(EndFrame);
saver.Write(Scale);
saver.Write(Offset);
saver.Write(Delta);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write(Property);
saver.Write(0);
saver.Write(0);
saver.Write(Reserved);
}
void IResData.Save(BfshaFileSaver saver)
{
// PreSave();
Version = SaveVersion();
saver.WriteSignature(_signature);
saver.Write(0x20202020);
saver.Write(Version);
saver.Write(ByteOrder, true);
saver.Write((byte)Alignment);
saver.Write((byte)TargetAddressSize);
saver.SaveFileNameString(Name);
saver.Write((ushort)Flag);
saver.SaveHeaderBlock(true);
saver.SaveRelocationTablePointerPointer();
saver.SaveFieldFileSize();
saver.Write(new byte[64]);
//GRSC
saver.WriteSignature(_grscSignature);
saver.SaveHeaderBlock();
saver.Write(Unknown);
saver.Write(Unknown2);
saver.Write(Unknown3);
saver.Write(Unknown4);
saver.Write(ShaderVariations.Count);
shaderVariationArrayOffset = saver.SaveOffset();
saver.Write(0L);
saver.Write(Unknown5);
saver.Write(new byte[40]); //reserved
}
// ---- METHODS (PUBLIC) ---------------------------------------------------------------------------------------
/// <summary>
/// Saves the contents in the given <paramref name="stream"/> and optionally leaves it open
/// </summary>
/// <param name="stream">The <see cref="Stream"/> to save the contents into.</param>
/// <param name="leaveOpen"><c>true</c> to leave the stream open after writing, otherwise <c>false</c>.</param>
public void Save(Stream stream, bool leaveOpen = false)
{
using (BfshaFileSaver saver = new BfshaFileSaver(this, stream, leaveOpen))
{
saver.Execute();
}
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(Name);
saver.Write(Index);
saver.Write((ushort)Offset);
saver.Write((byte)BlockIndex);
saver.Seek(1);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write((ushort)SourceData.Count);
saver.Write(new byte[6]); //reserved
PtrCodeSizesPos = saver.SaveOffset();
PtrCodeOffsetsPos = saver.SaveOffset();
saver.Write(new byte[8]); //reserved
}
void IResData.Save(BfshaFileSaver saver)
{
PtrVertexShaderCodePos = saver.SaveOffset();
PtrTess0ShaderCodePos = saver.SaveOffset();
PtrTess1ShaderCodePos = saver.SaveOffset();
PtrGeometryShaderCodePos = saver.SaveOffset();
PtrPixelShaderCodePos = saver.SaveOffset();
PtrComputeShaderCodePos = saver.SaveOffset();
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write(new byte[8]); //padding
PtrCodeOffset1Pos = saver.SaveOffset();
PtrCodeOffset2Pos = saver.SaveOffset();
saver.Write(BinaryData[1].Length);
saver.Write(BinaryData[0].Length);
saver.Write(new byte[32]); //padding
}
void IResData.Save(BfshaFileSaver saver)
{
_position = saver.Position;
saver.Write(0L); //source pointer
saver.Write(0L);
saver.Write(0L); //binary pointer
saver.Write(saver.BnshFile.SizeOfGRSC);
saver.Write(new byte[32]); //reserved
}
void IResData.Save(BfshaFileSaver saver)
{
saver.WriteSection(ShaderInfoData);
saver.Write(MemoryData.Length);
saver.Write(0); //padding
PtrMemPos = saver.SaveOffset();
saver.Write(ParentShaderVariation._position);
PtrRefelctionPos = saver.SaveOffset();
saver.Write(new byte[32]); //padding
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write(Type);
saver.Write(Format, false);
saver.Write(new byte[2]); //padding
saver.Write(CompressionType);
PtrVertexShaderCodePos = saver.SaveOffset();
PtrTessellatioControlShaderCodePos = saver.SaveOffset();
PtrTessellationEvaluationShaderCodePos = saver.SaveOffset();
PtrGeometryShaderCodePos = saver.SaveOffset();
PtrPixelShaderCodePos = saver.SaveOffset();
PtrComputeShaderCodePos = saver.SaveOffset();
saver.Write(new byte[40]); //padding
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write(0); // DataPointer
saver.Write(Data[0].Length); // Size
saver.Write(0); // Handle
saver.Write(Stride);
saver.Write((ushort)Data.Length); // NumBuffering
saver.Write(0); // ContextPointer
saver.SaveBlock(Data, BfshaFileSaver.AlignmentSmall, () =>
{
for (int i = 0; i < Data.Length; i++)
{
saver.Write(Data[i]);
}
});
}
void IResData.Save(BfshaFileSaver saver)
{
// PreSave();
saver.WriteSignature(_signature);
saver.Write(0x20202020);
saver.Write(VersionMajor);
saver.Write(VersionMinor);
saver.Write(VersionMicro);
saver.Write(ByteOrder, true);
saver.Write((byte)Alignment);
saver.Write((byte)TargetAddressSize);
saver.Write(0);
saver.Write((ushort)Flag);
saver.Write((ushort)BlockOffset);
// saver.Save(RelocationTable, true);
saver.SaveFieldFileSize();
saver.SaveString(Name);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(Name);
saver.SaveDict(ChoiceDict);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(Name);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveList(Uniforms);
saver.SaveDict(UniformDict);
}
void IResData.Save(BfshaFileSaver saver)
{
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write((byte)Index);
saver.Write((byte)Location);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.Write(CompressedData.Length);
saver.Write(DecompressedSize);
PtrCodeOffsetsPos = saver.SaveOffset();
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(String, Encoding);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(Extra);
saver.Write((byte)Index);
saver.Seek(7);
}
void IResData.Save(BfshaFileSaver saver)
{
saver.SaveString(Name);
saver.Write((ushort)((Array)_value).Length); // Unsafe cast, but _value should always be Array.
saver.Write(Type, true);
}