public Expression DecompileInstanceDelegate() // TODO: check code, seems ok?
{
PopByte();
var name = PCC.GetName(ReadNameRef());
StartPositions.Pop();
return(new SymbolReference(null, null, null, "UNSUPPORTED: InstanceDelegate: " + name));
}
public NameLiteral DecompileNameConst()
{
PopByte();
var value = PCC.GetName(ReadNameRef());
StartPositions.Pop();
return(new NameLiteral(value, null, null));
}
public Expression DecompileDelegateProperty() // TODO: is this proper? Is it even used in ME3?
{
PopByte();
var name = PCC.GetName(ReadNameRef());
var obj = ReadObject(); // probably the delegate
StartPositions.Pop();
var objName = obj != null ? obj.ObjectName : "None";
return(new SymbolReference(null, null, null, name + "(" + objName + ")"));
}
public override bool Deserialize()
{
var result = base.Deserialize();
var nameCount = Data.ReadInt32();
_NameRefs = new List <NameReference>(nameCount);
Names = new List <String>();
for (int n = 0; n < nameCount; n++)
{
_NameRefs.Add(Data.ReadNameRef());
Names.Add(PCC.GetName(_NameRefs[n]));
}
return(result);
}
private void DecompileLabelTable()
{
PopByte();
var name = ReadNameRef();
var ofs = ReadUInt32();
while (ofs != 0x0000FFFF) // ends with non-ref + max-offset
{
var entry = new LabelTableEntry();
entry.NameRef = name;
entry.Name = PCC.GetName(name);
entry.Offset = ofs;
LabelTable.Add(entry);
name = ReadNameRef();
ofs = ReadUInt32();
}
}
public override bool Deserialize()
{
var result = base.Deserialize();
var ArrayInfo = Data.ReadInt32();
ArraySize = (UInt16)(ArrayInfo & 0x0000FFFFU);
ArrayElementSize = (UInt16)(ArrayInfo >> 16);
PropertyFlags = (PropertyFlags)Data.ReadUInt64();
if (PropertyFlags.HasFlag(PropertyFlags.Net))
{
ReplicateOffset = Data.ReadUInt16();
}
_CategoryNameRef = Data.ReadNameRef();
Category = PCC.GetName(_CategoryNameRef);
ReplicateOffset = Data.ReadUInt16(); // TODO: verify, see code
ReplicateIndex = Data.ReadUInt16();
return(result);
}
public override bool Deserialize()
{
EnumValue = PCC.GetName(Data.ReadNameRef());
return(true);
}
public override bool Deserialize()
{
OuterIndex = Data.ReadIndex();
DelegateValue = PCC.GetName(Data.ReadNameRef());
return(true);
}
public Expression DecompileFunctionCall(bool byName = false, bool withUnknShort = false, bool global = false)
{
PopByte();
String funcName;
if (byName)
{
funcName = PCC.GetName(ReadNameRef());
}
else
{
var funcObj = ReadObject();
funcName = funcObj.ObjectName;
if (funcName == DataContainer.Name && !isInClassContext) // If we're calling ourself, it's a super call
{
var str = "super";
var currentClass = DataContainer.ExportEntry.GetOuterOfType("Class").Object as ME3Class;
var funcOuterClass = funcObj.GetOuterOfType("Class").ObjectName;
if (currentClass != null && currentClass.SuperField != null && currentClass.SuperField.Name == funcOuterClass)
{
funcName = str + "." + funcName;
}
else
{
funcName = str + "(" + funcOuterClass + ")." + funcName;
}
}
}
if (global)
{
funcName = "global." + funcName;
}
if (withUnknShort)
{
ReadInt16(); // TODO: related to unkn65, split out? Possibly jump?
}
var parameters = new List <Expression>();
while (!CurrentIs(StandardByteCodes.EndFunctionParms))
{
if (CurrentIs(StandardByteCodes.Nothing))
{
PopByte(); // TODO: is this reasonable? what does it mean?
parameters.Add(new SymbolReference(null, null, null, "None"));
continue;
}
var param = DecompileExpression();
if (param == null)
{
return(null); // ERROR
}
parameters.Add(param);
}
PopByte();
StartPositions.Pop();
var func = new SymbolReference(null, null, null, funcName);
return(new FunctionCall(func, parameters, null, null));
}
