private uint GetFieldDataOrOffset(GffField f)
{
if (GffComponent.IsSimple(f.Type))
{
var lB = f.Bytes;
if (lB.Length < 4)
{
Array.Resize(ref lB, 4);
}
return(BitConverter.ToUInt32(lB, 0));
}
var br = new LatinBinaryWriter(_gb.FieldDataBlock);
var pos = _gb.FieldDataBlock.Position;
switch (f.Type)
{
case GffType.ResRef:
br.Write((byte)f.Bytes.Length);
break;
case GffType.CExoString:
case GffType.CExoLocString:
case GffType.Void:
br.Write((uint)f.Bytes.Length);
break;
}
br.Write(f.Bytes);
return((uint)pos);
}
public MemoryStream Save(GffRootStruct root)
{
_bw = new LatinBinaryWriter(new MemoryStream());
_rt = root;
_ext = root.Extention;
DfaF = new DoubleDictionary <GffFieldFrame, GffComponent>();
DsaS = new DoubleDictionary <GffStructFrame, GffStruct>();
CreateFrames(_rt);
FillFrames();
WriteData();
var res = _bw.BaseStream;
_bw.Close();
return((MemoryStream)res);
}
private uint GetListDataOrOffset(ICollection <GffComponent> lst)
{
var br = new LatinBinaryWriter(_gb.ListIndicesArray);
var pos = _gb.ListIndicesArray.Position;
br.Write((uint)lst.Count);
foreach (var cpnt in lst)
{
if (cpnt is GffInListStruct)
{
br.Write(_gb.StructArray.IndexOf(DsaS[cpnt as GffInListStruct]));
}
else
{
throw new CompositeException(ErrorLabels.AddWrongStructureClassToList);
}
}
return((uint)pos);
}
private uint GetStructDataOrOffset(IList <GffComponent> vs)
{
switch (vs.Count)
{
case 0:
return(uint.MaxValue);
case 1:
return((uint)_gb.FieldArray.IndexOf(DfaF[vs[0]]));
default:
{
var br = new LatinBinaryWriter(_gb.FieldIndicesArray);
var pos = _gb.FieldIndicesArray.Position;
foreach (var cpnt in vs)
{
br.Write(_gb.FieldArray.IndexOf(DfaF[cpnt]));
}
return((uint)pos);
}
}
}
