12284684366

Committed 11 Dec 2024 08:50PM UTC coverage: 28.154% (-0.02%) from 28.172%

Build # 12284684366

Build Type

Pull #390

github

Committed by

web-flow

Commit Message

Merge a07e6a76a into edbb9949b

Pull Request Pull Request #390: Set AssemblyDefinition::PublicKey when generating AsmResolver assemblies

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1266 of 6242 branches covered (20.28%)

Branch coverage included in aggregate %.

1 of 12 new or added lines in 4 files covered. (8.33%)

1 existing line in 1 file now uncovered.

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0.0

/Cpp2IL.Core/OutputFormats/AsmResolverDummyDllOutputFormat.cs

// #define VERBOSE_LOGGING

using System;
using System.Collections.Generic;
using System.IO;
using System.Linq;
using System.Threading.Tasks;
using AsmResolver.DotNet;
using AsmResolver.DotNet.Builder;
using AsmResolver.PE.Builder;
using AsmResolver.PE.DotNet.Metadata.Tables;
using Cpp2IL.Core.Api;
using Cpp2IL.Core.Logging;
using Cpp2IL.Core.Model.Contexts;
using Cpp2IL.Core.Utils;
using Cpp2IL.Core.Utils.AsmResolver;
using LibCpp2IL.Metadata;

namespace Cpp2IL.Core.OutputFormats;

public abstract class AsmResolverDllOutputFormat : Cpp2IlOutputFormat
{
    private AssemblyDefinition? MostRecentCorLib { get; set; }

    public sealed override void DoOutput(ApplicationAnalysisContext context, string outputRoot)
    {
        var ret = BuildAssemblies(context);

        var start = DateTime.Now;
        Logger.Verbose("Generating PE images...", "DllOutput");

        if (!Directory.Exists(outputRoot))
            Directory.CreateDirectory(outputRoot);

        //Convert assembly definitions to PE files
        var peImagesToWrite = ret
            .AsParallel()
            .Select(a => (image: a.ManifestModule!.ToPEImage(new ManagedPEImageBuilder()), name: a.ManifestModule.Name!))
            .ToList();

        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");

        start = DateTime.Now;
        Logger.Verbose("Building and writing managed PE files to disk...", "DllOutput");

        //Save them
        var fileBuilder = new ManagedPEFileBuilder();
        foreach (var (image, name) in peImagesToWrite)
        {
            var dllPath = Path.Combine(outputRoot, name);
            fileBuilder.CreateFile(image).Write(dllPath);
        }

        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");
    }

    public List<AssemblyDefinition> BuildAssemblies(ApplicationAnalysisContext context)
    {
#if VERBOSE_LOGGING
        var asmCount = context.Assemblies.Count;
        var typeCount = context.AllTypes.Count();
        var methodCount = context.AllTypes.SelectMany(t => t.Methods).Count();
        var fieldCount = context.AllTypes.SelectMany(t => t.Fields).Count();
        var propertyCount = context.AllTypes.SelectMany(t => t.Properties).Count();
        var eventCount = context.AllTypes.SelectMany(t => t.Events).Count();
#endif

        //Build the stub assemblies
        var start = DateTime.Now;
#if VERBOSE_LOGGING
        Logger.Verbose($"Building stub assemblies ({asmCount} assemblies, {typeCount} types)...", "DllOutput");
#else
        Logger.Verbose($"Building stub assemblies...", "DllOutput");
#endif
        List<AssemblyDefinition> ret = BuildStubAssemblies(context);
        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");

        start = DateTime.Now;
        Logger.Verbose("Configuring inheritance and generics...", "DllOutput");

        Parallel.ForEach(context.Assemblies, AsmResolverAssemblyPopulator.ConfigureHierarchy);

        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");

        //Populate them
        start = DateTime.Now;

#if VERBOSE_LOGGING
        Logger.Verbose($"Adding {fieldCount} fields, {methodCount} methods, {propertyCount} properties, and {eventCount} events (in parallel)...", "DllOutput");
#else
        Logger.Verbose($"Adding fields, methods, properties, and events (in parallel)...", "DllOutput");
#endif

        MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.CopyDataFromIl2CppToManaged);
        MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.InferExplicitInterfaceImplementations);
        MiscUtils.ExecuteParallel(context.Assemblies, FillMethodBodies);

        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");

        //Populate custom attributes
        start = DateTime.Now;
        Logger.Verbose("Adding custom attributes to all of the above...", "DllOutput");
        MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.PopulateCustomAttributes);

        Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");

        TypeDefinitionsAsmResolver.Reset();

        return ret;
    }

    protected abstract void FillMethodBody(MethodDefinition methodDefinition, MethodAnalysisContext methodContext);

    protected virtual void FillMethodBodies(AssemblyAnalysisContext context)
    {
        foreach (var typeContext in context.Types)
        {
            if (AsmResolverAssemblyPopulator.IsTypeContextModule(typeContext))
                continue;

#if !DEBUG
            try
#endif
            {
                foreach (var methodCtx in typeContext.Methods)
                {
                    var managedMethod = methodCtx.GetExtraData<MethodDefinition>("AsmResolverMethod") ?? throw new($"AsmResolver method not found in method analysis context for {typeContext.Definition?.FullName}.{methodCtx.Definition?.Name}");

                    FillMethodBody(managedMethod, methodCtx);
                }
            }
#if !DEBUG
            catch (System.Exception e)
            {
                var managedType = typeContext.GetExtraData<TypeDefinition>("AsmResolverType") ?? throw new($"AsmResolver type not found in type analysis context for {typeContext.Definition?.FullName}");
                throw new($"Failed to process type {managedType.FullName} (module {managedType.Module?.Name}, declaring type {managedType.DeclaringType?.FullName}) in {context.Definition.AssemblyName.Name}", e);
            }
#endif
        }
    }

    private List<AssemblyDefinition> BuildStubAssemblies(ApplicationAnalysisContext context)
    {
        var assemblyResolver = new Il2CppAssemblyResolver();
        var metadataResolver = new DefaultMetadataResolver(assemblyResolver);

        var corlib = context.Assemblies.First(a => a.Definition.AssemblyName.Name == "mscorlib");
        MostRecentCorLib = BuildStubAssembly(corlib, null, metadataResolver);
        assemblyResolver.DummyAssemblies.Add(MostRecentCorLib.Name!, MostRecentCorLib);

        var ret = context.Assemblies
            // .AsParallel()
            .Where(a => a.Definition.AssemblyName.Name != "mscorlib")
            .Select(a => BuildStubAssembly(a, MostRecentCorLib, metadataResolver))
            .ToList();

        ret.ForEach(a => assemblyResolver.DummyAssemblies.Add(a.Name!, a));

        ret.Add(MostRecentCorLib);
        return ret;
    }

    private static AssemblyDefinition BuildStubAssembly(AssemblyAnalysisContext assemblyContext, AssemblyDefinition? corLib, IMetadataResolver metadataResolver)
    {
        var assemblyDefinition = assemblyContext.Definition;

        var imageDefinition = assemblyDefinition.Image;

        //Get the name of the assembly (= the name of the DLL without the file extension)
        var assemblyNameString = assemblyDefinition.AssemblyName.Name;

        //Build an AsmResolver assembly from this definition
        Version version;
        if (assemblyDefinition.AssemblyName.build >= 0)
            version = new(assemblyDefinition.AssemblyName.major, assemblyDefinition.AssemblyName.minor, assemblyDefinition.AssemblyName.build, assemblyDefinition.AssemblyName.revision);
        else
            //handle __Generated assembly on v29, which has a version of 0.0.-1.-1
            version = new(0, 0, 0, 0);

        var ourAssembly = new AssemblyDefinition(assemblyNameString, version)
        {
            HashAlgorithm = (AssemblyHashAlgorithm)assemblyDefinition.AssemblyName.hash_alg,
            Attributes = (AssemblyAttributes)assemblyDefinition.AssemblyName.flags,
            Culture = assemblyDefinition.AssemblyName.Culture,
            PublicKey = assemblyDefinition.AssemblyName.PublicKey,
        };

        //Setting the corlib module allows element types in references to that assembly to be set correctly without us having to manually set them.
        var moduleName = imageDefinition.Name;
        if (moduleName == "__Generated")
            moduleName += ".dll"; //__Generated doesn't have a .dll extension in the metadata but it is still of course a DLL

        var managedModule = new ModuleDefinition(moduleName, new(corLib ?? ourAssembly)) //Use either ourself as corlib, if we are corlib, otherwise the provided one
        {
            MetadataResolver = metadataResolver
        };
        ourAssembly.Modules.Add(managedModule);

        foreach (var il2CppTypeDefinition in assemblyContext.TopLevelTypes)
        {
            if (il2CppTypeDefinition.Name != "<Module>")
                //We skip module because I've never come across an il2cpp assembly with any top-level functions, and it's simpler to skip it as AsmResolver adds one by default.
                managedModule.TopLevelTypes.Add(BuildStubType(il2CppTypeDefinition));
        }

        if (corLib == null)
        {
            //We *are* the corlib, so cache defs now
            TypeDefinitionsAsmResolver.CacheNeededTypeDefinitions();
        }

        //We can get issues with consumers of the API if the base type is not set correctly for value types or enums, so we set it here (as early as possible) if we can
        foreach (var assemblyContextType in assemblyContext.Types)
        {
            if (assemblyContextType.Definition is not { } def || assemblyContextType.GetExtraData<TypeDefinition>("AsmResolverType") is not { } asmResolverType)
                continue;

            if (def.IsValueType)
                asmResolverType.BaseType = managedModule.DefaultImporter.ImportType(TypeDefinitionsAsmResolver.ValueType);
            else if (def.IsEnumType)
                asmResolverType.BaseType = managedModule.DefaultImporter.ImportType(TypeDefinitionsAsmResolver.Enum);
        }

        //Store the managed assembly in the context so we can use it later.
        assemblyContext.PutExtraData("AsmResolverAssembly", ourAssembly);

        return ourAssembly;
    }

    private static TypeDefinition BuildStubType(TypeAnalysisContext typeContext)
    {
        var typeDef = typeContext.Definition;

        //Initialize an empty type definition
        var ret = new TypeDefinition(typeContext.Namespace, typeContext.Name, (TypeAttributes)typeContext.TypeAttributes);

        //Set up its layout
        if (typeDef != null && typeDef.BaseType?.ToString() != "System.Enum")
            ConfigureTypeSize(typeDef, ret);

        //Create nested types
        foreach (var cppNestedType in typeContext.NestedTypes)
            ret.NestedTypes.Add(BuildStubType(cppNestedType));

        //Associate this asm resolve td with the type context
        typeContext.PutExtraData("AsmResolverType", ret);

        //Add to the lookup-by-id table used by the resolver
        if (typeDef != null)
            AsmResolverUtils.TypeDefsByIndex[typeDef.TypeIndex] = ret;

        return ret;
    }

    private static void ConfigureTypeSize(Il2CppTypeDefinition il2CppDefinition, TypeDefinition asmResolverDefinition)
    {
        ushort packingSize = 0;
        var classSize = 0U;
        if (!il2CppDefinition.PackingSizeIsDefault)
            packingSize = (ushort)il2CppDefinition.PackingSize;

        if (!il2CppDefinition.ClassSizeIsDefault && !il2CppDefinition.IsEnumType)
        {
            if (il2CppDefinition.Size > 1 << 30)
                throw new Exception($"Got invalid size for type {il2CppDefinition}: {il2CppDefinition.RawSizes}");

            if (il2CppDefinition.Size != -1)
                classSize = (uint)il2CppDefinition.Size;
            else
                classSize = 0; //Not sure what this value actually implies but it seems to work
        }

        if (packingSize != 0 || classSize != 0)
            asmResolverDefinition.ClassLayout = new(packingSize, classSize);
    }
}

1	// #define VERBOSE_LOGGING
2
3	using System;
4	using System.Collections.Generic;
5	using System.IO;
6	using System.Linq;
7	using System.Threading.Tasks;
8	using AsmResolver.DotNet;
9	using AsmResolver.DotNet.Builder;
10	using AsmResolver.PE.Builder;
11	using AsmResolver.PE.DotNet.Metadata.Tables;
12	using Cpp2IL.Core.Api;
13	using Cpp2IL.Core.Logging;
14	using Cpp2IL.Core.Model.Contexts;
15	using Cpp2IL.Core.Utils;
16	using Cpp2IL.Core.Utils.AsmResolver;
17	using LibCpp2IL.Metadata;
18
19	namespace Cpp2IL.Core.OutputFormats;
20
21	public abstract class AsmResolverDllOutputFormat : Cpp2IlOutputFormat
22	{
23	private AssemblyDefinition? MostRecentCorLib { get; set; }	×
24
25	public sealed override void DoOutput(ApplicationAnalysisContext context, string outputRoot)
26	{
27	var ret = BuildAssemblies(context);	×
28
29	var start = DateTime.Now;	×
30	Logger.Verbose("Generating PE images...", "DllOutput");	×
31
32	if (!Directory.Exists(outputRoot))	×
33	Directory.CreateDirectory(outputRoot);	×
34
35	//Convert assembly definitions to PE files
36	var peImagesToWrite = ret	×
37	.AsParallel()	×
38	.Select(a => (image: a.ManifestModule!.ToPEImage(new ManagedPEImageBuilder()), name: a.ManifestModule.Name!))	×
39	.ToList();	×
40
41	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
42
43	start = DateTime.Now;	×
44	Logger.Verbose("Building and writing managed PE files to disk...", "DllOutput");	×
45
46	//Save them
47	var fileBuilder = new ManagedPEFileBuilder();	×
48	foreach (var (image, name) in peImagesToWrite)	×
49	{
50	var dllPath = Path.Combine(outputRoot, name);	×
51	fileBuilder.CreateFile(image).Write(dllPath);	×
52	}
53
54	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
55	}	×
56
57	public List<AssemblyDefinition> BuildAssemblies(ApplicationAnalysisContext context)
58	{
59	#if VERBOSE_LOGGING
60	var asmCount = context.Assemblies.Count;
61	var typeCount = context.AllTypes.Count();
62	var methodCount = context.AllTypes.SelectMany(t => t.Methods).Count();
63	var fieldCount = context.AllTypes.SelectMany(t => t.Fields).Count();
64	var propertyCount = context.AllTypes.SelectMany(t => t.Properties).Count();
65	var eventCount = context.AllTypes.SelectMany(t => t.Events).Count();
66	#endif
67
68	//Build the stub assemblies
69	var start = DateTime.Now;	×
70	#if VERBOSE_LOGGING
71	Logger.Verbose($"Building stub assemblies ({asmCount} assemblies, {typeCount} types)...", "DllOutput");
72	#else
73	Logger.Verbose($"Building stub assemblies...", "DllOutput");	×
74	#endif
75	List<AssemblyDefinition> ret = BuildStubAssemblies(context);	×
76	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
77
78	start = DateTime.Now;	×
79	Logger.Verbose("Configuring inheritance and generics...", "DllOutput");	×
80
81	Parallel.ForEach(context.Assemblies, AsmResolverAssemblyPopulator.ConfigureHierarchy);	×
82
83	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
84
85	//Populate them
86	start = DateTime.Now;	×
87
88	#if VERBOSE_LOGGING
89	Logger.Verbose($"Adding {fieldCount} fields, {methodCount} methods, {propertyCount} properties, and {eventCount} events (in parallel)...", "DllOutput");
90	#else
91	Logger.Verbose($"Adding fields, methods, properties, and events (in parallel)...", "DllOutput");	×
92	#endif
93
94	MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.CopyDataFromIl2CppToManaged);	×
95	MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.InferExplicitInterfaceImplementations);	×
96	MiscUtils.ExecuteParallel(context.Assemblies, FillMethodBodies);	×
97
98	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
99
100	//Populate custom attributes
101	start = DateTime.Now;	×
102	Logger.Verbose("Adding custom attributes to all of the above...", "DllOutput");	×
103	MiscUtils.ExecuteParallel(context.Assemblies, AsmResolverAssemblyPopulator.PopulateCustomAttributes);	×
104
105	Logger.VerboseNewline($"{(DateTime.Now - start).TotalMilliseconds:F1}ms", "DllOutput");	×
106
107	TypeDefinitionsAsmResolver.Reset();	×
108
109	return ret;	×
110	}
111
112	protected abstract void FillMethodBody(MethodDefinition methodDefinition, MethodAnalysisContext methodContext);
113
114	protected virtual void FillMethodBodies(AssemblyAnalysisContext context)
115	{
116	foreach (var typeContext in context.Types)	×
117	{
118	if (AsmResolverAssemblyPopulator.IsTypeContextModule(typeContext))	×
119	continue;
120
121	#if !DEBUG
122	try
123	#endif
124	{
125	foreach (var methodCtx in typeContext.Methods)	×
126	{
127	var managedMethod = methodCtx.GetExtraData<MethodDefinition>("AsmResolverMethod") ?? throw new($"AsmResolver method not found in method analysis context for {typeContext.Definition?.FullName}.{methodCtx.Definition?.Name}");	×
128
129	FillMethodBody(managedMethod, methodCtx);	×
130	}
131	}	×
132	#if !DEBUG
133	catch (System.Exception e)	×
134	{
135	var managedType = typeContext.GetExtraData<TypeDefinition>("AsmResolverType") ?? throw new($"AsmResolver type not found in type analysis context for {typeContext.Definition?.FullName}");	×
136	throw new($"Failed to process type {managedType.FullName} (module {managedType.Module?.Name}, declaring type {managedType.DeclaringType?.FullName}) in {context.Definition.AssemblyName.Name}", e);	×
137	}
138	#endif
139	}
140	}	×
141
142	private List<AssemblyDefinition> BuildStubAssemblies(ApplicationAnalysisContext context)
143	{
144	var assemblyResolver = new Il2CppAssemblyResolver();	×
145	var metadataResolver = new DefaultMetadataResolver(assemblyResolver);	×
146
147	var corlib = context.Assemblies.First(a => a.Definition.AssemblyName.Name == "mscorlib");	×
148	MostRecentCorLib = BuildStubAssembly(corlib, null, metadataResolver);	×
149	assemblyResolver.DummyAssemblies.Add(MostRecentCorLib.Name!, MostRecentCorLib);	×
150
151	var ret = context.Assemblies	×
152	// .AsParallel()	×
153	.Where(a => a.Definition.AssemblyName.Name != "mscorlib")	×
154	.Select(a => BuildStubAssembly(a, MostRecentCorLib, metadataResolver))	×
155	.ToList();	×
156
157	ret.ForEach(a => assemblyResolver.DummyAssemblies.Add(a.Name!, a));	×
158
159	ret.Add(MostRecentCorLib);	×
160	return ret;	×
161	}
162
163	private static AssemblyDefinition BuildStubAssembly(AssemblyAnalysisContext assemblyContext, AssemblyDefinition? corLib, IMetadataResolver metadataResolver)
164	{
165	var assemblyDefinition = assemblyContext.Definition;	×
166
167	var imageDefinition = assemblyDefinition.Image;	×
168
169	//Get the name of the assembly (= the name of the DLL without the file extension)
170	var assemblyNameString = assemblyDefinition.AssemblyName.Name;	×
171
172	//Build an AsmResolver assembly from this definition
173	Version version;
174	if (assemblyDefinition.AssemblyName.build >= 0)	×
175	version = new(assemblyDefinition.AssemblyName.major, assemblyDefinition.AssemblyName.minor, assemblyDefinition.AssemblyName.build, assemblyDefinition.AssemblyName.revision);	×
176	else
177	//handle __Generated assembly on v29, which has a version of 0.0.-1.-1
178	version = new(0, 0, 0, 0);	×
179
180	var ourAssembly = new AssemblyDefinition(assemblyNameString, version)	×
181	{	×
NEW 182	HashAlgorithm = (AssemblyHashAlgorithm)assemblyDefinition.AssemblyName.hash_alg,	×
NEW 183	Attributes = (AssemblyAttributes)assemblyDefinition.AssemblyName.flags,	×
NEW 184	Culture = assemblyDefinition.AssemblyName.Culture,	×
NEW 185	PublicKey = assemblyDefinition.AssemblyName.PublicKey,	×
UNCOV 186	};	×
187
188	//Setting the corlib module allows element types in references to that assembly to be set correctly without us having to manually set them.
189	var moduleName = imageDefinition.Name;	×
190	if (moduleName == "__Generated")	×
191	moduleName += ".dll"; //__Generated doesn't have a .dll extension in the metadata but it is still of course a DLL	×
192
193	var managedModule = new ModuleDefinition(moduleName, new(corLib ?? ourAssembly)) //Use either ourself as corlib, if we are corlib, otherwise the provided one	×
194	{	×
195	MetadataResolver = metadataResolver	×
196	};	×
197	ourAssembly.Modules.Add(managedModule);	×
198
199	foreach (var il2CppTypeDefinition in assemblyContext.TopLevelTypes)	×
200	{
201	if (il2CppTypeDefinition.Name != "<Module>")	×
202	//We skip module because I've never come across an il2cpp assembly with any top-level functions, and it's simpler to skip it as AsmResolver adds one by default.
203	managedModule.TopLevelTypes.Add(BuildStubType(il2CppTypeDefinition));	×
204	}
205
206	if (corLib == null)	×
207	{
208	//We are the corlib, so cache defs now
209	TypeDefinitionsAsmResolver.CacheNeededTypeDefinitions();	×
210	}
211
212	//We can get issues with consumers of the API if the base type is not set correctly for value types or enums, so we set it here (as early as possible) if we can
213	foreach (var assemblyContextType in assemblyContext.Types)	×
214	{
215	if (assemblyContextType.Definition is not { } def \|\| assemblyContextType.GetExtraData<TypeDefinition>("AsmResolverType") is not { } asmResolverType)	×
216	continue;
217
218	if (def.IsValueType)	×
219	asmResolverType.BaseType = managedModule.DefaultImporter.ImportType(TypeDefinitionsAsmResolver.ValueType);	×
220	else if (def.IsEnumType)	×
221	asmResolverType.BaseType = managedModule.DefaultImporter.ImportType(TypeDefinitionsAsmResolver.Enum);	×
222	}
223
224	//Store the managed assembly in the context so we can use it later.
225	assemblyContext.PutExtraData("AsmResolverAssembly", ourAssembly);	×
226
227	return ourAssembly;	×
228	}
229
230	private static TypeDefinition BuildStubType(TypeAnalysisContext typeContext)
231	{
232	var typeDef = typeContext.Definition;	×
233
234	//Initialize an empty type definition
235	var ret = new TypeDefinition(typeContext.Namespace, typeContext.Name, (TypeAttributes)typeContext.TypeAttributes);	×
236
237	//Set up its layout
238	if (typeDef != null && typeDef.BaseType?.ToString() != "System.Enum")	×
239	ConfigureTypeSize(typeDef, ret);	×
240
241	//Create nested types
242	foreach (var cppNestedType in typeContext.NestedTypes)	×
243	ret.NestedTypes.Add(BuildStubType(cppNestedType));	×
244
245	//Associate this asm resolve td with the type context
246	typeContext.PutExtraData("AsmResolverType", ret);	×
247
248	//Add to the lookup-by-id table used by the resolver
249	if (typeDef != null)	×
250	AsmResolverUtils.TypeDefsByIndex[typeDef.TypeIndex] = ret;	×
251
252	return ret;	×
253	}
254
255	private static void ConfigureTypeSize(Il2CppTypeDefinition il2CppDefinition, TypeDefinition asmResolverDefinition)
256	{
257	ushort packingSize = 0;	×
258	var classSize = 0U;	×
259	if (!il2CppDefinition.PackingSizeIsDefault)	×
260	packingSize = (ushort)il2CppDefinition.PackingSize;	×
261
262	if (!il2CppDefinition.ClassSizeIsDefault && !il2CppDefinition.IsEnumType)	×
263	{
264	if (il2CppDefinition.Size > 1 << 30)	×
265	throw new Exception($"Got invalid size for type {il2CppDefinition}: {il2CppDefinition.RawSizes}");	×
266
267	if (il2CppDefinition.Size != -1)	×
268	classSize = (uint)il2CppDefinition.Size;	×
269	else
270	classSize = 0; //Not sure what this value actually implies but it seems to work	×
271	}
272
273	if (packingSize != 0 \|\| classSize != 0)	×
274	asmResolverDefinition.ClassLayout = new(packingSize, classSize);	×
275	}	×
276	}

SamboyCoding / Cpp2IL / 12284684366

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