private static void HookClassFromType()
{
LogSupport.Info("xref scanning type to class");
var lib = LoadLibrary("GameAssembly.dll");
LogSupport.Info($"lib: {lib}");
var classFromTypeEntryPoint = GetProcAddress(lib, nameof(IL2CPP.il2cpp_class_from_il2cpp_type));
LogSupport.Info($"hook_method: {classFromTypeEntryPoint}");
var scanner = new XrefScanner(classFromTypeEntryPoint);
var targetMethod = scanner.JumpTargets().Single();
LogSupport.Info($"target_method: {targetMethod}");
if (targetMethod == IntPtr.Zero)
{
return;
}
IntPtr *targetVarPointer = &targetMethod;
DoHook((IntPtr)targetVarPointer,
Marshal.GetFunctionPointerForDelegate(new TypeToClassDelegate(ClassFromTypePatch)));
ourOriginalTypeToClassMethod = Marshal.GetDelegateForFunctionPointer <TypeToClassDelegate>(targetMethod);
LogSupport.Info("patched");
}
public static void DoPass(RewriteGlobalContext context)
{
var targetAssembly = context.TryGetAssemblyByName("UnityEngine");
if (targetAssembly == null)
{
LogSupport.Info("No UnityEngine.dll, will not generate forwarders");
return;
}
var targetModule = targetAssembly.NewAssembly.MainModule;
foreach (var assemblyRewriteContext in context.Assemblies)
{
if (!assemblyRewriteContext.NewAssembly.Name.Name.StartsWith("UnityEngine."))
{
continue;
}
foreach (var mainModuleType in assemblyRewriteContext.NewAssembly.MainModule.Types)
{
var importedType = targetModule.ImportReference(mainModuleType);
var exportedType = new ExportedType(mainModuleType.Namespace, mainModuleType.Name, importedType.Module, importedType.Scope)
{
Attributes = TypeAttributes.Forwarder
};
targetModule.ExportedTypes.Add(exportedType);
AddNestedTypes(mainModuleType, exportedType, targetModule);
}
}
}
public void InitPrototype <T>(List <T> list, string path, string nameKey)
{
LogSupport.Info("start init " + typeof(T).Name);
try
{
list.Clear();
if (Directory.Exists(path))
{
var subDir = Directory.GetDirectories(path);
foreach (var dir in subDir)
{
var folder = new DirectoryInfo(dir);
foreach (FileInfo tFile in folder.GetFiles())
{
if ((tFile.Name.EndsWith("dll") || tFile.Name.EndsWith("exe")) && tFile.Name.Contains(nameKey))
{
Assembly ass = Assembly.LoadFile(tFile.DirectoryName + "\\" + tFile.Name);
var tl = ass.GetTypes().ToList();
tl.ForEach(v =>
{
if (v.GetInterface(typeof(T).Name) != null)
{
object obj = Activator.CreateInstance(v);
var dp = (T)obj;
if (dp != null)
{
LogSupport.Info("loading:" + tFile.Name);
//dp.Initialize();
list.Add(dp);
}
}
});
}
}
}
}
}
catch (Exception ex)
{
LogSupport.Error(ex);
}
LogSupport.Info("Loaded count:" + list.Count.ToString());
}
public static void DoPass(RewriteGlobalContext context)
{
int methodsUnstripped = 0;
int methodsIgnored = 0;
foreach (var unityAssembly in context.UnityAssemblies.Assemblies)
{
var processedAssembly = context.TryGetAssemblyByName(unityAssembly.Name.Name);
if (processedAssembly == null)
{
continue;
}
var imports = processedAssembly.Imports;
foreach (var unityType in unityAssembly.MainModule.Types)
{
var processedType = processedAssembly.TryGetTypeByName(unityType.FullName);
if (processedType == null)
{
continue;
}
foreach (var unityMethod in unityType.Methods)
{
if (unityMethod.Name == ".cctor" || unityMethod.Name == ".ctor")
{
continue;
}
if (unityMethod.IsAbstract)
{
continue;
}
var processedMethod = processedType.TryGetMethodByUnityAssemblyMethod(unityMethod);
if (processedMethod != null)
{
continue;
}
var returnType = ResolveTypeInNewAssemblies(context, unityMethod.ReturnType, imports);
if (returnType == null)
{
LogSupport.Trace($"Method {unityMethod} has unsupported return type {unityMethod.ReturnType}");
methodsIgnored++;
continue;
}
var newMethod = new MethodDefinition(unityMethod.Name, unityMethod.Attributes & ~MethodAttributes.MemberAccessMask | MethodAttributes.Public, returnType);
var hadBadParameter = false;
foreach (var unityMethodParameter in unityMethod.Parameters)
{
var convertedType = ResolveTypeInNewAssemblies(context, unityMethodParameter.ParameterType, imports);
if (convertedType == null)
{
hadBadParameter = true;
LogSupport.Trace($"Method {unityMethod} has unsupported parameter type {unityMethodParameter.ParameterType}");
break;
}
newMethod.Parameters.Add(new ParameterDefinition(unityMethodParameter.Name, unityMethodParameter.Attributes, convertedType));
}
if (hadBadParameter)
{
methodsIgnored++;
continue;
}
foreach (var unityMethodGenericParameter in unityMethod.GenericParameters)
{
var newParameter = new GenericParameter(unityMethodGenericParameter.Name, newMethod);
newParameter.Attributes = unityMethodGenericParameter.Attributes;
foreach (var genericParameterConstraint in unityMethodGenericParameter.Constraints)
{
if (genericParameterConstraint.ConstraintType.FullName == "System.ValueType")
{
continue;
}
if (genericParameterConstraint.ConstraintType.Resolve().IsInterface)
{
continue;
}
var newType = ResolveTypeInNewAssemblies(context, genericParameterConstraint.ConstraintType, imports);
if (newType != null)
{
newParameter.Constraints.Add(new GenericParameterConstraint(newType));
}
}
newMethod.GenericParameters.Add(newParameter);
}
if ((unityMethod.ImplAttributes & MethodImplAttributes.InternalCall) != 0)
{
var delegateType = UnstripGenerator.CreateDelegateTypeForICallMethod(unityMethod, newMethod, imports);
processedType.NewType.NestedTypes.Add(delegateType);
delegateType.DeclaringType = processedType.NewType;
processedType.NewType.Methods.Add(newMethod);
var delegateField = UnstripGenerator.GenerateStaticCtorSuffix(processedType.NewType, delegateType, unityMethod, imports);
UnstripGenerator.GenerateInvokerMethodBody(newMethod, delegateField, delegateType, processedType, imports);
}
else
{
Pass81FillUnstrippedMethodBodies.PushMethod(unityMethod, newMethod, processedType, imports);
processedType.NewType.Methods.Add(newMethod);
}
if (unityMethod.IsGetter)
{
GetOrCreateProperty(unityMethod, newMethod).GetMethod = newMethod;
}
else if (unityMethod.IsSetter)
{
GetOrCreateProperty(unityMethod, newMethod).SetMethod = newMethod;
}
var paramsMethod = context.CreateParamsMethod(unityMethod, newMethod, imports, type => ResolveTypeInNewAssemblies(context, type, imports));
if (paramsMethod != null)
{
processedType.NewType.Methods.Add(paramsMethod);
}
methodsUnstripped++;
}
}
}
LogSupport.Info(""); // finish the progress line
LogSupport.Info($"{methodsUnstripped} methods restored");
LogSupport.Info($"{methodsIgnored} methods failed to restore");
}
public static void RegisterTypeInIl2Cpp <T>() where T : class
{
var type = typeof(T);
if (type.IsGenericType || type.IsGenericTypeDefinition)
{
throw new ArgumentException($"Type {type} is generic and can't be used in il2cpp");
}
var currentPointer = Il2CppClassPointerStore <T> .NativeClassPtr;
if (currentPointer != IntPtr.Zero)
{
throw new ArgumentException($"Type {type} is already registered in il2cpp");
}
var baseType = type.BaseType;
var baseClassPointer = UnityVersionHandler.Wrap((Il2CppClass *)ReadClassPointerForType(baseType));
if (baseClassPointer == null)
{
throw new ArgumentException($"Base class {baseType} of class {type} is not registered in il2cpp");
}
if ((baseClassPointer.Bitfield1 & ClassBitfield1.valuetype) != 0 || (baseClassPointer.Bitfield1 & ClassBitfield1.enumtype) != 0)
{
throw new ArgumentException($"Base class {baseType} is value type and can't be inherited from");
}
if ((baseClassPointer.Bitfield1 & ClassBitfield1.is_generic) != 0)
{
throw new ArgumentException($"Base class {baseType} is generic and can't be inherited from");
}
if ((baseClassPointer.Flags & Il2CppClassAttributes.TYPE_ATTRIBUTE_SEALED) != 0)
{
throw new ArgumentException($"Base class {baseType} is sealed and can't be inherited from");
}
if ((baseClassPointer.Flags & Il2CppClassAttributes.TYPE_ATTRIBUTE_INTERFACE) != 0)
{
throw new ArgumentException($"Base class {baseType} is an interface and can't be inherited from");
}
lock (InjectedTypes)
if (!InjectedTypes.Add(typeof(T).FullName))
{
throw new ArgumentException($"Type with FullName {typeof(T).FullName} is already injected. Don't inject the same type twice, or use a different namespace");
}
if (ourOriginalTypeToClassMethod == null)
{
HookClassFromType();
}
var classPointer = UnityVersionHandler.NewClass(baseClassPointer.VtableCount);
classPointer.Image = FakeImage;
classPointer.Parent = baseClassPointer.ClassPointer;
classPointer.ElementClass = classPointer.Class = classPointer.CastClass = classPointer.ClassPointer;
classPointer.NativeSize = -1;
classPointer.ActualSize = classPointer.InstanceSize = baseClassPointer.InstanceSize + (uint)IntPtr.Size;
classPointer.Bitfield1 = ClassBitfield1.initialized | ClassBitfield1.initialized_and_no_error |
ClassBitfield1.size_inited;
classPointer.Bitfield2 = ClassBitfield2.has_finalize | ClassBitfield2.is_vtable_initialized;
classPointer.Name = Marshal.StringToHGlobalAnsi(type.Name);
classPointer.Namespace = Marshal.StringToHGlobalAnsi(type.Namespace);
classPointer.ThisArg.type = classPointer.ByValArg.type = Il2CppTypeEnum.IL2CPP_TYPE_CLASS;
classPointer.ThisArg.mods_byref_pin = 64;
classPointer.Flags = baseClassPointer.Flags; // todo: adjust flags?
var eligibleMethods = type.GetMethods(BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic | BindingFlags.DeclaredOnly).Where(IsMethodEligible).ToArray();
var methodCount = 2 + eligibleMethods.Length; // 1 is the finalizer, 1 is empty ctor
classPointer.MethodCount = (ushort)methodCount;
var methodPointerArray = (Il2CppMethodInfo **)Marshal.AllocHGlobal(methodCount * IntPtr.Size);
classPointer.Methods = methodPointerArray;
methodPointerArray[0] = ConvertStaticMethod(FinalizeDelegate, "Finalize", classPointer);
methodPointerArray[1] = ConvertStaticMethod(CreateEmptyCtor(type), ".ctor", classPointer);
for (var i = 0; i < eligibleMethods.Length; i++)
{
var methodInfo = eligibleMethods[i];
methodPointerArray[i + 2] = ConvertMethodInfo(methodInfo, classPointer);
}
var vTablePointer = (VirtualInvokeData *)classPointer.VTable;
var baseVTablePointer = (VirtualInvokeData *)baseClassPointer.VTable;
classPointer.VtableCount = baseClassPointer.VtableCount;
for (var i = 0; i < classPointer.VtableCount; i++)
{
vTablePointer[i] = baseVTablePointer[i];
if (Marshal.PtrToStringAnsi(vTablePointer[i].method->name) == "Finalize") // slot number is not static
{
vTablePointer[i].method = methodPointerArray[0];
vTablePointer[i].methodPtr = methodPointerArray[0]->methodPointer;
}
}
var newCounter = Interlocked.Decrement(ref ourClassOverrideCounter);
FakeTokenClasses[newCounter] = classPointer.Pointer;
classPointer.ByValArg.data = classPointer.ThisArg.data = (IntPtr)newCounter;
RuntimeSpecificsStore.SetClassInfo(classPointer.Pointer, true, true);
Il2CppClassPointerStore <T> .NativeClassPtr = classPointer.Pointer;
LogSupport.Info($"Registered mono type {typeof(T)} in il2cpp domain");
}
public static void Main(UnhollowerOptions options)
{
if (string.IsNullOrEmpty(options.SourceDir))
{
Console.WriteLine("No input dir specified; use -h for help");
return;
}
if (string.IsNullOrEmpty(options.OutputDir))
{
Console.WriteLine("No target dir specified; use -h for help");
return;
}
if (string.IsNullOrEmpty(options.MscorlibPath))
{
Console.WriteLine("No mscorlib specified; use -h for help");
return;
}
if (!Directory.Exists(options.OutputDir))
{
Directory.CreateDirectory(options.OutputDir);
}
RewriteGlobalContext rewriteContext;
using (new TimingCookie("Reading assemblies"))
rewriteContext = new RewriteGlobalContext(options, Directory.EnumerateFiles(options.SourceDir, "*.dll"));
using (new TimingCookie("Computing renames"))
Pass05CreateRenameGroups.DoPass(rewriteContext);
using (new TimingCookie("Creating typedefs"))
Pass10CreateTypedefs.DoPass(rewriteContext);
using (new TimingCookie("Computing struct blittability"))
Pass11ComputeTypeSpecifics.DoPass(rewriteContext);
using (new TimingCookie("Filling typedefs"))
Pass12FillTypedefs.DoPass(rewriteContext);
using (new TimingCookie("Filling generic constraints"))
Pass13FillGenericConstraints.DoPass(rewriteContext);
using (new TimingCookie("Creating members"))
Pass15GenerateMemberContexts.DoPass(rewriteContext);
using (new TimingCookie("Scanning method cross-references"))
Pass16ScanMethodRefs.DoPass(rewriteContext, options);
using (new TimingCookie("Finalizing method declarations"))
Pass18FinalizeMethodContexts.DoPass(rewriteContext);
LogSupport.Info($"{Pass18FinalizeMethodContexts.TotalPotentiallyDeadMethods} total potentially dead methods");
using (new TimingCookie("Filling method parameters"))
Pass19CopyMethodParameters.DoPass(rewriteContext);
using (new TimingCookie("Creating static constructors"))
Pass20GenerateStaticConstructors.DoPass(rewriteContext);
using (new TimingCookie("Creating value type fields"))
Pass21GenerateValueTypeFields.DoPass(rewriteContext);
using (new TimingCookie("Creating enums"))
Pass22GenerateEnums.DoPass(rewriteContext);
using (new TimingCookie("Creating IntPtr constructors"))
Pass23GeneratePointerConstructors.DoPass(rewriteContext);
using (new TimingCookie("Creating type getters"))
Pass24GenerateTypeStaticGetters.DoPass(rewriteContext);
using (new TimingCookie("Creating non-blittable struct constructors"))
Pass25GenerateNonBlittableValueTypeDefaultCtors.DoPass(rewriteContext);
using (new TimingCookie("Creating generic method static constructors"))
Pass30GenerateGenericMethodStoreConstructors.DoPass(rewriteContext);
using (new TimingCookie("Creating field accessors"))
Pass40GenerateFieldAccessors.DoPass(rewriteContext);
using (new TimingCookie("Filling methods"))
Pass50GenerateMethods.DoPass(rewriteContext);
using (new TimingCookie("Generating implicit conversions"))
Pass60AddImplicitConversions.DoPass(rewriteContext);
using (new TimingCookie("Creating properties"))
Pass70GenerateProperties.DoPass(rewriteContext);
if (options.UnityBaseLibsDir != null)
{
using (new TimingCookie("Unstripping types"))
Pass79UnstripTypes.DoPass(rewriteContext);
using (new TimingCookie("Unstripping fields"))
Pass80UnstripFields.DoPass(rewriteContext);
using (new TimingCookie("Unstripping methods"))
Pass80UnstripMethods.DoPass(rewriteContext);
using (new TimingCookie("Unstripping method bodies"))
Pass81FillUnstrippedMethodBodies.DoPass(rewriteContext);
}
else
{
LogSupport.Warning("Not performing unstripping as unity libs are not specified");
}
using (new TimingCookie("Generating forwarded types"))
Pass89GenerateForwarders.DoPass(rewriteContext);
using (new TimingCookie("Writing xref cache"))
Pass89GenerateMethodXrefCache.DoPass(rewriteContext, options);
using (new TimingCookie("Writing assemblies"))
Pass90WriteToDisk.DoPass(rewriteContext, options);
using (new TimingCookie("Writing method pointer map"))
Pass91GenerateMethodPointerMap.DoPass(rewriteContext, options);
if (!options.NoCopyUnhollowerLibs)
{
File.Copy(typeof(IL2CPP).Assembly.Location, Path.Combine(options.OutputDir, typeof(IL2CPP).Assembly.GetName().Name + ".dll"), true);
File.Copy(typeof(RuntimeLibMarker).Assembly.Location, Path.Combine(options.OutputDir, typeof(RuntimeLibMarker).Assembly.GetName().Name + ".dll"), true);
File.Copy(typeof(Decoder).Assembly.Location, Path.Combine(options.OutputDir, typeof(Decoder).Assembly.GetName().Name + ".dll"), true);
}
LogSupport.Info("Done!");
rewriteContext.Dispose();
}
public void Dispose()
{
LogSupport.Info($"Done in {myStopwatch.Elapsed}");
}
public TimingCookie(string message)
{
LogSupport.Info(message + "... ");
myStopwatch = Stopwatch.StartNew();
}
public static void GenerateDeobfuscationMap(UnhollowerOptions options)
{
if (string.IsNullOrEmpty(options.SourceDir))
{
Console.WriteLine("No input dir specified; use -h for help");
return;
}
if (string.IsNullOrEmpty(options.OutputDir))
{
Console.WriteLine("No target dir specified; use -h for help");
return;
}
if (string.IsNullOrEmpty(options.DeobfuscationNewAssembliesPath))
{
Console.WriteLine("No obfuscated assembly path specified; use -h for help");
return;
}
if (!Directory.Exists(options.OutputDir))
{
Directory.CreateDirectory(options.OutputDir);
}
RewriteGlobalContext rewriteContext;
IIl2CppMetadataAccess inputAssemblies;
IIl2CppMetadataAccess systemAssemblies;
using (new TimingCookie("Reading assemblies"))
inputAssemblies = new CecilMetadataAccess(Directory.EnumerateFiles(options.DeobfuscationNewAssembliesPath, "*.dll"));
using (new TimingCookie("Reading system assemblies"))
{
if (!string.IsNullOrEmpty(options.SystemLibrariesPath))
{
systemAssemblies = new CecilMetadataAccess(Directory.EnumerateFiles(options.SystemLibrariesPath, "*.dll")
.Where(it => Path.GetFileName(it).StartsWith("System.") || Path.GetFileName(it) == "mscorlib.dll" || Path.GetFileName(it) == "netstandard.dll"));
}
else
{
systemAssemblies = new CecilMetadataAccess(new[] { options.MscorlibPath });
}
}
using (new TimingCookie("Creating rewrite assemblies"))
rewriteContext = new RewriteGlobalContext(options, inputAssemblies, systemAssemblies, NullMetadataAccess.Instance);
using (new TimingCookie("Computing renames"))
Pass05CreateRenameGroups.DoPass(rewriteContext);
using (new TimingCookie("Creating typedefs"))
Pass10CreateTypedefs.DoPass(rewriteContext);
using (new TimingCookie("Computing struct blittability"))
Pass11ComputeTypeSpecifics.DoPass(rewriteContext);
using (new TimingCookie("Filling typedefs"))
Pass12FillTypedefs.DoPass(rewriteContext);
using (new TimingCookie("Filling generic constraints"))
Pass13FillGenericConstraints.DoPass(rewriteContext);
using (new TimingCookie("Creating members"))
Pass15GenerateMemberContexts.DoPass(rewriteContext);
RewriteGlobalContext cleanContext;
IIl2CppMetadataAccess cleanAssemblies;
using (new TimingCookie("Reading clean assemblies"))
cleanAssemblies = new CecilMetadataAccess(Directory.EnumerateFiles(options.SourceDir, "*.dll"));
using (new TimingCookie("Creating clean rewrite assemblies"))
cleanContext = new RewriteGlobalContext(options, cleanAssemblies, systemAssemblies, NullMetadataAccess.Instance);
using (new TimingCookie("Computing clean assembly renames"))
Pass05CreateRenameGroups.DoPass(cleanContext);
using (new TimingCookie("Creating clean assembly typedefs"))
Pass10CreateTypedefs.DoPass(cleanContext);
var usedNames = new Dictionary <TypeDefinition, (string OldName, int Penalty, bool ForceNs)>();
using var fileOutput = new FileStream(options.OutputDir + Path.DirectorySeparatorChar + "RenameMap.csv.gz", FileMode.Create, FileAccess.Write);
using var gzipStream = new GZipStream(fileOutput, CompressionLevel.Optimal, true);
using var writer = new StreamWriter(gzipStream, Encoding.UTF8, 65536, true);
void DoEnum(TypeRewriteContext obfuscatedType, TypeRewriteContext cleanType)
{
foreach (var originalTypeField in obfuscatedType.OriginalType.Fields)
{
if (!originalTypeField.Name.IsObfuscated(obfuscatedType.AssemblyContext.GlobalContext.Options))
{
continue;
}
var matchedField = cleanType.OriginalType.Fields[obfuscatedType.OriginalType.Fields.IndexOf(originalTypeField)];
writer.WriteLine(obfuscatedType.NewType.GetNamespacePrefix() + "." + obfuscatedType.NewType.Name + "::" + Pass22GenerateEnums.GetUnmangledName(originalTypeField) + ";" + matchedField.Name + ";0");
}
}
foreach (var assemblyContext in rewriteContext.Assemblies)
{
if (options.DeobfuscationGenerationAssemblies.Count > 0 &&
!options.DeobfuscationGenerationAssemblies.Contains(assemblyContext.NewAssembly.Name.Name))
{
continue;
}
var cleanAssembly = cleanContext.GetAssemblyByName(assemblyContext.OriginalAssembly.Name.Name);
void DoType(TypeRewriteContext typeContext, TypeRewriteContext?enclosingType)
{
if (!typeContext.OriginalNameWasObfuscated)
{
return;
}
var cleanType = FindBestMatchType(typeContext, cleanAssembly, enclosingType);
if (cleanType.Item1 == null)
{
return;
}
if (!usedNames.TryGetValue(cleanType.Item1.NewType, out var existing) || existing.Item2 < cleanType.Item2)
{
usedNames[cleanType.Item1.NewType] = (typeContext.NewType.GetNamespacePrefix() + "." + typeContext.NewType.Name, cleanType.Item2, typeContext.OriginalType.Namespace != cleanType.Item1.OriginalType.Namespace);
}
else
{
return;
}
if (typeContext.OriginalType.IsEnum)
{
DoEnum(typeContext, cleanType.Item1);
}
foreach (var originalTypeNestedType in typeContext.OriginalType.NestedTypes)
{
DoType(typeContext.AssemblyContext.GetContextForOriginalType(originalTypeNestedType), cleanType.Item1);
}
}
foreach (var typeContext in assemblyContext.Types)
{
if (typeContext.NewType.DeclaringType != null)
{
continue;
}
DoType(typeContext, null);
}
}
foreach (var keyValuePair in usedNames)
{
writer.WriteLine(keyValuePair.Value.Item1 + ";" + (keyValuePair.Value.ForceNs ? keyValuePair.Key.Namespace + "." : "") + keyValuePair.Key.Name + ";" + keyValuePair.Value.Item2);
}
LogSupport.Info("Done!");
rewriteContext.Dispose();
}
private static void CurrentDomain_UnhandledException(object sender, UnhandledExceptionEventArgs e)
{
LogSupport.Info(e.ToString());
}
public static void DoPass(RewriteGlobalContext context)
{
int fieldsUnstripped = 0;
int fieldsIgnored = 0;
foreach (var unityAssembly in context.UnityAssemblies.Assemblies)
{
var processedAssembly = context.TryGetAssemblyByName(unityAssembly.Name.Name);
if (processedAssembly == null)
{
continue;
}
var imports = processedAssembly.Imports;
foreach (var unityType in unityAssembly.MainModule.Types)
{
var processedType = processedAssembly.TryGetTypeByName(unityType.FullName);
if (processedType == null)
{
continue;
}
if (!unityType.IsValueType || unityType.IsEnum)
{
continue;
}
foreach (var unityField in unityType.Fields)
{
if (unityField.IsStatic && !unityField.HasConstant)
{
continue;
}
if (processedType.NewType.IsExplicitLayout && !unityField.IsStatic)
{
continue;
}
var processedField = processedType.TryGetFieldByUnityAssemblyField(unityField);
if (processedField != null)
{
continue;
}
var fieldType = Pass80UnstripMethods.ResolveTypeInNewAssemblies(context, unityField.FieldType, imports);
if (fieldType == null)
{
LogSupport.Trace($"Field {unityField} on type {unityType.FullName} has unsupported type {unityField.FieldType}, the type will be unusable");
fieldsIgnored++;
continue;
}
var newField = new FieldDefinition(unityField.Name, unityField.Attributes & ~FieldAttributes.FieldAccessMask | FieldAttributes.Public, fieldType);
if (unityField.HasConstant)
{
newField.Constant = unityField.Constant;
}
processedType.NewType.Fields.Add(newField);
fieldsUnstripped++;
}
}
}
LogSupport.Info(""); // finish the progress line
LogSupport.Info($"{fieldsUnstripped} fields restored");
LogSupport.Info($"{fieldsIgnored} fields failed to restore");
}
public static void DoPass(RewriteGlobalContext context)
{
var unityAssemblyFiles = Directory.EnumerateFiles(context.Options.UnityBaseLibsDir, "*.dll");
var loadedAssemblies = unityAssemblyFiles.Select(it =>
AssemblyDefinition.ReadAssembly(it, new ReaderParameters(ReadingMode.Deferred))).ToList();
int fieldsUnstripped = 0;
int fieldsIgnored = 0;
foreach (var unityAssembly in loadedAssemblies)
{
var processedAssembly = context.TryGetAssemblyByName(unityAssembly.Name.Name);
if (processedAssembly == null)
{
continue;
}
var imports = processedAssembly.Imports;
foreach (var unityType in unityAssembly.MainModule.Types)
{
var processedType = processedAssembly.TryGetTypeByName(unityType.FullName);
if (processedType == null)
{
continue;
}
if (!unityType.IsValueType || unityType.IsEnum)
{
continue;
}
foreach (var unityField in unityType.Fields)
{
if (unityField.IsStatic)
{
continue;
}
var processedField = processedType.TryGetFieldByUnityAssemblyField(unityField);
if (processedField != null)
{
continue;
}
var fieldType = Pass80UnstripMethods.ResolveTypeInNewAssemblies(context, unityField.FieldType, imports);
if (fieldType == null)
{
LogSupport.Trace($"Field {unityField} on type {unityType.FullName} has unsupported type {unityField.FieldType}, the type will be unusable");
fieldsIgnored++;
continue;
}
var newMethod = new FieldDefinition(unityField.Name, unityField.Attributes & ~FieldAttributes.FieldAccessMask | FieldAttributes.Public, fieldType);
processedType.NewType.Fields.Add(newMethod);
fieldsUnstripped++;
}
}
}
LogSupport.Info(""); // finish the progress line
LogSupport.Info($"{fieldsUnstripped} fields restored");
LogSupport.Info($"{fieldsIgnored} fields failed to restore");
}