public override void ReadPointerData(Vault vault, BinaryReader br)
{
br.BaseStream.Position = _definitionsPtr;
for (int i = 0; i < NumDefinitions; i++)
{
AttribDefinition definition = new AttribDefinition();
definition.Read(vault, br);
if ((definition.Flags & DefinitionFlags.IsStatic) != 0)
{
throw new Exception("Legacy format does not support static fields");
}
VltClassField field = new VltClassField(
definition.Key,
HashManager.ResolveVLT((uint)definition.Key),
HashManager.ResolveVLT((uint)definition.Type),
definition.Flags,
definition.Alignment,
definition.Size,
definition.MaxCount,
definition.Offset);
Class.Fields.Add(definition.Key, field);
}
vault.Database.AddClass(Class);
}
public override void ReadPointerData(Vault vault, BinaryReader br)
{
br.BaseStream.Position = _definitionsPtr;
for (int i = 0; i < NumDefinitions; i++)
{
AttribDefinition definition = new AttribDefinition();
definition.Read(vault, br);
VltClassField field = new VltClassField(
definition.Key,
HashManager.ResolveVLT((uint)definition.Key),
HashManager.ResolveVLT((uint)definition.Type),
definition.Flags,
definition.Alignment,
definition.Size,
definition.MaxCount,
definition.Offset);
Class.Fields.Add(definition.Key, field);
//field.Key = definition.Key;
//field.Name = HashManager.ResolveVLT((uint) definition.Key);
//field.TypeName = HashManager.ResolveVLT((uint) definition.Type);
//field.Flags = definition.Flags;
//field.Size = definition.Size;
//field.MaxCount = definition.MaxCount;
//field.Offset = definition.Offset;
//field.Alignment = definition.Alignment;
//Class.Fields.Add(definition.Key, field);
}
if (_staticDataPtr != 0)
{
br.BaseStream.Position = _staticDataPtr;
foreach (VltClassField staticField in Class.StaticFields)
{
br.AlignReader(staticField.Alignment);
VLTBaseType staticData = TypeRegistry.CreateInstance(vault.Database.Options.GameId, Class, staticField, null);
staticData.Read(vault, br);
staticField.StaticValue = staticData;
}
}
foreach (var staticField in Class.StaticFields)
{
if (staticField.StaticValue is IPointerObject pointerObject)
{
pointerObject.ReadPointerData(vault, br);
}
}
vault.Database.AddClass(Class);
}
public override void WritePointerData(Vault vault, BinaryWriter bw)
{
_dstDefinitionsPtr = bw.BaseStream.Position;
foreach (var field in Class.Fields.Values)
{
AttribDefinition definition = new AttribDefinition();
definition.Key = VLT32Hasher.Hash(field.Name);
definition.Type = VLT32Hasher.Hash(field.TypeName);
definition.Flags = field.Flags;
definition.Size = field.Size;
definition.MaxCount = field.MaxCount;
definition.Offset = field.Offset;
definition.Alignment = field.Alignment;
definition.Write(vault, bw);
}
}
public override void WritePointerData(Vault vault, BinaryWriter bw)
{
_dstDefinitionsPtr = bw.BaseStream.Position;
foreach (var field in Class.Fields.Values)
{
AttribDefinition definition = new AttribDefinition();
definition.Key = VLT32Hasher.Hash(field.Name);
definition.Alignment = field.Alignment;
definition.Flags = field.Flags;
definition.MaxCount = field.MaxCount;
definition.Offset = field.Offset;
definition.Size = field.Size;
definition.Type = VLT32Hasher.Hash(field.TypeName);
definition.Write(vault, bw);
}
if (_srcStaticPtr != 0)
{
bw.AlignWriter(0x10);
_dstStaticPtr = bw.BaseStream.Position;
foreach (var staticField in Class.StaticFields)
{
bw.AlignWriter(staticField.Alignment);
staticField.StaticValue.Write(vault, bw);
}
foreach (var staticField in Class.StaticFields)
{
if (staticField.StaticValue is IPointerObject pointerObject)
{
pointerObject.WritePointerData(vault, bw);
}
}
}
}
