public ME3Class(ObjectReader data, ExportTableEntry exp, PCCFile pcc)
: base(data, exp, pcc)
{
_ImplInterfaces = new List<InterfaceMapEntry>();
_Components = new List<ComponentMapEntry>();
_FunctionRefs = new List<Int32>();
}
public bool LoadFromSource(PCCFile source)
{
SourcePCC = source;
var entry = PCCFile.GetExportFromImport(this);
if (entry == null)
return false;
SourceEntry = entry as ExportTableEntry;
Object = SourceEntry.Object;
ObjectType = SourceEntry.ObjectType;
OuterObject = entry.OuterObject;
OuterName = entry.OuterName;
FullyLoaded = true;
return true;
}
public ME3ArrayProperty(ObjectReader data, ExportTableEntry exp, PCCFile pcc)
: base(data, exp, pcc)
{
}
public ME3ScriptStruct(ObjectReader data, ExportTableEntry exp, PCCFile pccObj)
: base(data, exp, pccObj)
{
}
public ME3Object(ObjectReader data, ExportTableEntry exp, PCCFile pcc)
{
PCC = pcc;
Data = data;
ExportEntry = exp;
}
public ME3Enum(ObjectReader data, ExportTableEntry exp, PCCFile pcc)
: base(data, exp, pcc)
{
}
public ObjectReader GetReader(ExportTableEntry export)
{
return GetReader(export.FileOffset, export.Size);
}
public ME3State(ObjectReader data, ExportTableEntry exp, PCCFile pcc)
: base(data, exp, pcc)
{
_FunctionMap = new List<FunctionMapEntry>();
}
private bool DeserializeExports()
{
uint pos = 0;
for (int n = 0; n < _exportCount; n++)
{
var export = new ExportTableEntry(this,
Data.GetReader(_exportOffset + pos,
ExportTableEntry.SizeInBytes));
int result = export.Deserialize();
if (result == -1)
return false;
pos += (uint)result;
Exports.Add(export);
}
return true;
}
private bool DeserializeExportObject(ExportTableEntry entry)
{
switch (entry.ClassName)
{
case "Class":
var classObj = new ME3Class(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = classObj;
return classObj.Deserialize();
case "Function":
var funcObj = new ME3Function(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = funcObj;
return funcObj.Deserialize();
case "Struct":
var structObj = new ME3Struct(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = structObj;
return structObj.Deserialize();
case "ScriptStruct":
var scriptstructObj = new ME3ScriptStruct(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = scriptstructObj;
return scriptstructObj.Deserialize();
case "Enum":
var enumObj = new ME3Enum(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = enumObj;
return enumObj.Deserialize();
case "Const":
var constObj = new ME3Const(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = constObj;
return constObj.Deserialize();
case "State":
var stateObj = new ME3State(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = stateObj;
return stateObj.Deserialize();
case "ArrayProperty":
var arrayProp = new ME3ArrayProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = arrayProp;
return arrayProp.Deserialize();
case "IntProperty":
var intProp = new ME3IntProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = intProp;
return intProp.Deserialize();
case "BoolProperty":
var boolProp = new ME3BoolProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = boolProp;
return boolProp.Deserialize();
case "ByteProperty":
var byteProp = new ME3ByteProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = byteProp;
return byteProp.Deserialize();
case "ObjectProperty":
var objectProp = new ME3ObjectProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = objectProp;
return objectProp.Deserialize();
case "ClassProperty":
var classProp = new ME3ClassProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = classProp;
return classProp.Deserialize();
case "ComponentProperty":
var compProp = new ME3ComponentProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = compProp;
return compProp.Deserialize();
case "DelegateProperty":
var deleProp = new ME3DelegateProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = deleProp;
return deleProp.Deserialize();
case "FixedArrayProperty":
var fixedProp = new ME3FixedArrayProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = fixedProp;
return fixedProp.Deserialize();
case "FloatProperty":
var floatProp = new ME3FloatProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = floatProp;
return floatProp.Deserialize();
case "InterfaceProperty":
var interfaceProp = new ME3InterfaceProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = interfaceProp;
return interfaceProp.Deserialize();
case "NameProperty":
var nameProp = new ME3NameProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = nameProp;
return nameProp.Deserialize();
case "StrProperty":
var strProp = new ME3StrProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = strProp;
return strProp.Deserialize();
case "StructProperty":
var structProp = new ME3StructProperty(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = structProp;
return structProp.Deserialize();
default :
var obj = new ME3Object(Data.GetReader(entry.FileOffset, entry.Size), entry, this);
entry.Object = obj;
return obj.Deserialize();
}
}
public static ExportTableEntry GetExportFromImport(ImportTableEntry entry)
{
if (entry.ClassName == "Package")
{
return new ExportTableEntry(null, null);
// TODO: this imports the whole package?
}
var OuterTree = entry.GetOuterTreeString().Split(new char[] {'.'}, 2, StringSplitOptions.RemoveEmptyEntries);
if (OuterTree[0] == entry.CurrentPCC.Name
|| _NativeOnlyPackages.Contains(OuterTree[0])
|| _CoreObjectTypes.Contains(entry.ObjectName))
{
if (entry.ClassName == "Class")
{
// Quick hack until all classes are mapped
var nativeClass = new ExportTableEntry(null, null);
nativeClass.ObjectName = entry.ObjectName;
nativeClass.OuterName = "object";
nativeClass.ClassName = "Class";
nativeClass.Object = new NativeME3Class(entry.ObjectName);
nativeClass.FullyNative = true;
return nativeClass;
}
// Quick hack until all objects are mapped
var native = new ExportTableEntry(null, null);
native.ObjectName = entry.ObjectName;
native.OuterName = "object";
native.ClassName = "Class";
native.Object = new NativeME3Class(entry.ObjectName);
native.FullyNative = true;
return native;
//Console.WriteLine(entry.SourcePCCName + " to " + entry.CurrentPCC.Name + " | " + entry.ClassName + " | " + entry.GetOuterTreeString() + "." + entry.ObjectName);
// TODO: this means its a fully native object, we should create those for all types required by ME3.
}
if (entry.SourcePCCName != OuterTree[0])
{
var realPCC = entry.CurrentPCC.ImportPackages.FirstOrDefault(x => x.Name == OuterTree[0]);
if (realPCC == null)
return null; // Error, missing import?
entry.SourcePCC = realPCC;
}
var objects = entry.SourcePCC.Exports.Where(x => // TODO: can probably be much quicker, perhaps by outer tree traversal?
String.Equals(x.ObjectName, entry.ObjectName, StringComparison.OrdinalIgnoreCase) &&
String.Equals(x.ClassName, entry.ClassName, StringComparison.OrdinalIgnoreCase));
if (objects.Count() > 1)
{
if (OuterTree.Length == 2)
{
objects = objects.Where(x => String.Equals(x.GetOuterTreeString(), OuterTree[1], StringComparison.OrdinalIgnoreCase));
}
else
{
objects = objects.Where(x => x.GetOuterTreeString() == String.Empty); // should not happen?
}
}
if (objects.Count() != 1)
{
return null; // This should not happen unless we have a faulty import.
}
return objects.First();
}