protected override void Write(ObjectBinaryWriter writer)
{
writer.Write(MAGIC);
writer.Write(Version);
writer.Write(Field08);
writer.Write(FILE_SIZE);
writer.Write(Field10);
writer.Write(Field14);
writer.Write(Field18);
writer.Write(Field1C);
writer.Write(Field20);
writer.Write(Field24);
writer.Write(Field28);
writer.Write(Field2C);
writer.Write(Field30);
writer.Write(Field34);
writer.Write(Field38);
writer.Write(Field3C);
writer.Write(Field40);
writer.Write(Field44);
writer.Write(Field48);
writer.Write(Field4C);
writer.Write(Field50);
writer.Write(Field54);
writer.Write(Field58);
writer.Write(Field5C);
writer.Write(Field60);
writer.Write(Field64);
writer.Write(Field68);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00.IntValue);
writer.Write(Field04.IntValue);
writer.Write(Field08.IntValue);
writer.Write(Field0C.IntValue);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field04);
writer.Write(Field06);
writer.Write(Field08);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field04);
writer.Write(Position);
writer.Write(Rotation);
writer.Write(Id);
writer.Write(Field22);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field18);
writer.Write(Field1A);
writer.Write(ProcedureId);
writer.Write(Type);
writer.Write(Field1F);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Position);
writer.Write(Field10);
writer.Write(Field20);
writer.Write(Field22);
writer.Write(Field24);
writer.Write(Field26);
}
public static void Save(this IBinarySerializable @this, string filePath)
{
using (var writer = new ObjectBinaryWriter(new MemoryStream(), Endianness.Little))
{
@this.Write(writer);
using (var fileStream = File.Create(filePath))
{
writer.BaseStream.Position = 0;
writer.BaseStream.CopyTo(fileStream);
}
}
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field04);
writer.Write(Field08);
writer.Write(Field0C);
writer.Write(Field10);
writer.Write(Field14);
writer.Write(( short )Entries.Count);
writer.Write(Field1A);
writer.WriteObjects(Entries);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field04);
writer.Write(Field08);
writer.Write(Field68);
writer.Write(Field6C);
writer.Write(Field70);
writer.Write(Field74);
writer.Write(Field78);
writer.Write(Field7A);
writer.Write(Field7C);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field04);
writer.Write(Field10);
writer.Write(Field1C);
writer.Write(Field1E);
writer.Write(Field20);
writer.Write(Field24);
writer.Write(Field28);
writer.Write(( short )Positions.Count);
writer.Write(Field2E);
writer.Write(Positions);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context)
{
writer.Write(Field00);
writer.Write(Field02);
writer.Write(Field04);
writer.Write(Field06);
writer.Write(Center);
writer.Write(Field14);
writer.Write(Field18);
writer.Write(Field1C);
writer.Write(Field20);
writer.Write(Field24);
writer.Write(Field28);
writer.Write(BottomRight);
writer.Write(TopRight);
writer.Write(BottomLeft);
writer.Write(TopLeft);
writer.Write(Field5C);
writer.Write(Field60);
}
public static void Save(this IBinarySerializable @this, Stream stream, bool leaveOpen = true)
{
using (var writer = new ObjectBinaryWriter(stream, leaveOpen, Endianness.Little))
@this.Write(writer);
}
void IBinarySerializable.Write(ObjectBinaryWriter writer, object context) => Write(writer);
protected virtual void Write(ObjectBinaryWriter writer)
{
}
protected virtual void Write(Stream stream, bool leaveOpen)
{
using (var writer = new ObjectBinaryWriter(stream, Encoding.Default, leaveOpen, Endianness.Big))
Write(writer);
}
