public void Equality()
{
var id1 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false);
var id11 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false);
var id2 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id22 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id3 = new AssemblyIdentity("Foo!", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id4 = new AssemblyIdentity("Foo", new Version(1, 0, 1, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id5 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "en-US", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id6 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", default(ImmutableArray <byte>), hasPublicKey: false, isRetargetable: false);
var id7 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: true, isRetargetable: false);
var id8 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: true);
var win1 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
var win2 = new AssemblyIdentity("Bar", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
var win3 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
Assert.True(id1.Equals(id1));
Assert.True(id1.Equals(id2));
Assert.True(id2.Equals(id1));
Assert.True(id1.Equals(id11));
Assert.True(id11.Equals(id1));
Assert.True(id2.Equals(id22));
Assert.True(id22.Equals(id2));
Assert.False(id1.Equals(id3));
Assert.False(id1.Equals(id4));
Assert.False(id1.Equals(id5));
Assert.False(id1.Equals(id6));
Assert.False(id1.Equals(id7));
Assert.False(id1.Equals(id8));
Assert.Equal((object)id1, id1);
Assert.NotNull(id1);
Assert.False(id2.Equals((AssemblyIdentity)null));
Assert.Equal(id1.GetHashCode(), id2.GetHashCode());
Assert.False(win1.Equals(win2));
Assert.False(win1.Equals(id1));
Assert.True(win1.Equals(win3));
Assert.Equal(win1.GetHashCode(), win3.GetHashCode());
}
public void Equality()
{
var id1 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false);
var id11 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false);
var id2 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id22 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id3 = new AssemblyIdentity("Foo!", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id4 = new AssemblyIdentity("Foo", new Version(1, 0, 1, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id5 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "en-US", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var id6 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", default(ImmutableArray<byte>), hasPublicKey: false, isRetargetable: false);
var id7 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: true, isRetargetable: false);
var id8 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: true);
var win1 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
var win2 = new AssemblyIdentity("Bar", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
var win3 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKey1, hasPublicKey: true, isRetargetable: false, contentType: AssemblyContentType.WindowsRuntime);
Assert.True(id1.Equals(id1));
Assert.True(id1.Equals(id2));
Assert.True(id2.Equals(id1));
Assert.True(id1.Equals(id11));
Assert.True(id11.Equals(id1));
Assert.True(id2.Equals(id22));
Assert.True(id22.Equals(id2));
Assert.False(id1.Equals(id3));
Assert.False(id1.Equals(id4));
Assert.False(id1.Equals(id5));
Assert.False(id1.Equals(id6));
Assert.False(id1.Equals(id7));
Assert.False(id1.Equals(id8));
Assert.Equal((object)id1, id1);
Assert.NotNull(id1);
Assert.False(id2.Equals((AssemblyIdentity)null));
Assert.Equal(id1.GetHashCode(), id2.GetHashCode());
Assert.False(win1.Equals(win2));
Assert.False(win1.Equals(id1));
Assert.True(win1.Equals(win3));
Assert.Equal(win1.GetHashCode(), win3.GetHashCode());
}
public void Equality_InvariantCulture()
{
var neutral1 = new AssemblyIdentity("Goo", new Version(1, 0, 0, 0), "NEUtral", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var neutral2 = new AssemblyIdentity("Goo", new Version(1, 0, 0, 0), null, RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var neutral3 = new AssemblyIdentity("Goo", new Version(1, 0, 0, 0), "neutral", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var invariant = new AssemblyIdentity("Goo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
Assert.True(neutral1.Equals(invariant));
Assert.True(neutral2.Equals(invariant));
Assert.True(neutral3.Equals(invariant));
}
public void Equality_InvariantCulture()
{
var neutral1 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "NEUtral", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var neutral2 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), null, RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var neutral3 = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "neutral", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
var invariant = new AssemblyIdentity("Foo", new Version(1, 0, 0, 0), "", RoPublicKeyToken1, hasPublicKey: false, isRetargetable: false);
Assert.True(neutral1.Equals(invariant));
Assert.True(neutral2.Equals(invariant));
Assert.True(neutral3.Equals(invariant));
}
protected override int GetIndexOfReferencedAssembly(AssemblyIdentity identity)
{
var assemblies = this.moduleSymbol.GetReferencedAssemblySymbols();
for (int i = 0; i < assemblies.Length; i++)
{
if (identity.Equals(assemblies[i].Identity))
{
return(i);
}
}
return(-1);
}
public bool Equals(MissingAssemblySymbol other)
{
if ((object)other == null)
{
return(false);
}
if (ReferenceEquals(this, other))
{
return(true);
}
return(identity.Equals(other.Identity));
}
public bool Equals(MissingAssemblySymbol other, SymbolEqualityComparer _)
{
if (ReferenceEquals(other, null))
{
return(false);
}
if (ReferenceEquals(this, other))
{
return(true);
}
return(identity.Equals(other.Identity));
}
private Assembly TryGetAssemblyLoadedFromPath(AssemblyIdentity identity, string directory)
{
string pathWithoutExtension = Path.Combine(directory, identity.Name);
foreach (var extension in RuntimeMetadataReferenceResolver.AssemblyExtensions)
{
if (_assembliesLoadedFromLocationByFullPath.TryGetValue(pathWithoutExtension + extension, out var assemblyAndLocation) &&
identity.Equals(AssemblyIdentity.FromAssemblyDefinition(assemblyAndLocation.Assembly)))
{
return(assemblyAndLocation.Assembly);
}
}
return(null);
}
private static NamedTypeSymbol GetTopLevelTypeByMetadataName(AssemblySymbol assembly, ref MetadataTypeName metadataName, AssemblyIdentity assemblyOpt)
{
var result = assembly.LookupTopLevelMetadataType(ref metadataName, digThroughForwardedTypes: false);
if (!IsAcceptableMatchForGetTypeByMetadataName(result))
{
return null;
}
if (assemblyOpt != null && !assemblyOpt.Equals(assembly.Identity))
{
return null;
}
return result;
}
protected override int GetIndexOfReferencedAssembly(AssemblyIdentity identity)
{
// Go through all assemblies referenced by the current module and
// find the one which *exactly* matches the given identity.
// No unification will be performed
var assemblies = this.moduleSymbol.GetReferencedAssemblies();
for (int i = 0; i < assemblies.Length; i++)
{
if (identity.Equals(assemblies[i]))
{
return(i);
}
}
return(-1);
}
public static async Task <CodeAction> CreateAsync(Project project, AssemblyIdentity missingAssemblyIdentity, CancellationToken cancellationToken)
{
var dependencyGraph = project.Solution.GetProjectDependencyGraph();
// We want to find a project that generates this assembly, if one so exists. We therefore
// search all projects that our project with an error depends on. We want to do this for
// complicated and evil scenarios like this one:
//
// C -> B -> A
//
// A'
//
// Where, for some insane reason, A and A' are two projects that both emit an assembly
// by the same name. So imagine we are using a type in B from C, and we are missing a
// reference to A.dll. Both A and A' are candidates, but we know we can throw out A'
// since whatever type from B we are using that's causing the error, we know that type
// isn't referencing A'. Put another way: this code action adds a reference, but should
// never change the transitive closure of project references that C has.
//
// Doing this filtering also means we get to check less projects (good), and ensures that
// whatever project reference we end up adding won't add a circularity (also good.)
foreach (var candidateProjectId in dependencyGraph.GetProjectsThatThisProjectTransitivelyDependsOn(project.Id))
{
var candidateProject = project.Solution.GetRequiredProject(candidateProjectId);
if (candidateProject.SupportsCompilation &&
string.Equals(missingAssemblyIdentity.Name, candidateProject.AssemblyName, StringComparison.OrdinalIgnoreCase))
{
// The name matches, so let's see if the full identities are equal.
var compilation = await candidateProject.GetRequiredCompilationAsync(cancellationToken).ConfigureAwait(false);
if (missingAssemblyIdentity.Equals(compilation.Assembly.Identity))
{
// It matches, so just add a reference to this
return(new AddMissingReferenceCodeAction(project,
string.Format(FeaturesResources.Add_project_reference_to_0, candidateProject.Name),
new ProjectReference(candidateProjectId), missingAssemblyIdentity));
}
}
}
// No matching project, so metadata reference
var description = string.Format(FeaturesResources.Add_reference_to_0, missingAssemblyIdentity.GetDisplayName());
return(new AddMissingReferenceCodeAction(project, description, null, missingAssemblyIdentity));
}
public static async Task<CodeAction> CreateAsync(Project project, AssemblyIdentity missingAssemblyIdentity, CancellationToken cancellationToken)
{
var dependencyGraph = project.Solution.GetProjectDependencyGraph();
// We want to find a project that generates this assembly, if one so exists. We therefore
// search all projects that our project with an error depends on. We want to do this for
// complicated and evil scenarios like this one:
//
// C -> B -> A
//
// A'
//
// Where, for some insane reason, A and A' are two projects that both emit an assembly
// by the same name. So imagine we are using a type in B from C, and we are missing a
// reference to A.dll. Both A and A' are candidates, but we know we can throw out A'
// since whatever type from B we are using that's causing the error, we know that type
// isn't referencing A'. Put another way: this code action adds a reference, but should
// never change the transitive closure of project references that C has.
//
// Doing this filtering also means we get to check less projects (good), and ensures that
// whatever project reference we end up adding won't add a circularity (also good.)
foreach (var candidateProjectId in dependencyGraph.GetProjectsThatThisProjectTransitivelyDependsOn(project.Id))
{
var candidateProject = project.Solution.GetProject(candidateProjectId);
if (string.Equals(missingAssemblyIdentity.Name, candidateProject.AssemblyName, StringComparison.OrdinalIgnoreCase))
{
// The name matches, so let's see if the full identities are equal.
var compilation = await candidateProject.GetCompilationAsync(cancellationToken).ConfigureAwait(false);
if (missingAssemblyIdentity.Equals(compilation.Assembly.Identity))
{
// It matches, so just add a reference to this
return new AddMissingReferenceCodeAction(project,
string.Format(FeaturesResources.Add_project_reference_to_0, candidateProject.Name),
new ProjectReference(candidateProjectId), missingAssemblyIdentity);
}
}
}
// No matching project, so metadata reference
var description = string.Format(FeaturesResources.Add_reference_to_0, missingAssemblyIdentity.GetDisplayName());
return new AddMissingReferenceCodeAction(project, description, null, missingAssemblyIdentity);
}
public bool Equals(IgnoreAssemblyInfo other)
{
if (other == null)
{
return(false);
}
if (!AssemblyIdentity.Equals(other.AssemblyIdentity, StringComparison.OrdinalIgnoreCase))
{
return(false);
}
if (TargetsIgnored == null || TargetsIgnored.Count() == 0)
{
if (other.TargetsIgnored != null && other.TargetsIgnored.Count() > 0)
{
return(false);
}
}
else
{
// We could just look to see that all of the targets ignored by either object are ignored by the other, but this way
// will prevent duplicates which is desirable since the merge method should make it easy for user to not have duplicate targets
if (TargetsIgnored.Count() != (other.TargetsIgnored == null ? 0 : other.TargetsIgnored.Count()))
{
return(false);
}
var sortedTargetsEnum = TargetsIgnored.OrderBy(s => s).GetEnumerator();
var sortedOtherTargetsEnum = other.TargetsIgnored.OrderBy(s => s).GetEnumerator();
while (sortedTargetsEnum.MoveNext() && sortedOtherTargetsEnum.MoveNext())
{
if (!sortedTargetsEnum.Current.Equals(sortedOtherTargetsEnum.Current, StringComparison.OrdinalIgnoreCase))
{
return(false);
}
}
}
return(true);
}
public override async Task RegisterCodeFixesAsync(CodeFixContext context)
{
var cancellationToken = context.CancellationToken;
var root = await context.Document.GetSyntaxRootAsync(cancellationToken).ConfigureAwait(false);
var model = await context.Document.GetSemanticModelAsync(cancellationToken).ConfigureAwait(false);
var uniqueIdentities = new HashSet <AssemblyIdentity>();
foreach (var diagnostic in context.Diagnostics)
{
var nodes = FindNodes(root, diagnostic);
var types = GetTypesForNodes(model, nodes, cancellationToken).Distinct();
var message = diagnostic.GetMessage();
AssemblyIdentity identity = GetAssemblyIdentity(types, message);
if (identity != null && !uniqueIdentities.Contains(identity) && !identity.Equals(model.Compilation.Assembly.Identity))
{
uniqueIdentities.Add(identity);
context.RegisterCodeFix(
await AddMissingReferenceCodeAction.CreateAsync(context.Document.Project, identity, context.CancellationToken).ConfigureAwait(false),
diagnostic);
}
}
}
public SymbolXmlDocumentation GetXmlDocumentation(ISymbol symbol, string preferredCultureName = null)
{
if (_symbolData.TryGetValue(symbol, out SymbolDocumentationData data) &&
data.XmlDocumentation != null)
{
if (object.ReferenceEquals(data.XmlDocumentation, SymbolXmlDocumentation.Default))
{
return(null);
}
return(data.XmlDocumentation);
}
IAssemblySymbol assembly = FindAssembly();
if (assembly != null)
{
SymbolXmlDocumentation xmlDocumentation = GetXmlDocumentation(assembly, preferredCultureName)?.GetXmlDocumentation(symbol);
if (xmlDocumentation != null)
{
_symbolData[symbol] = data.WithXmlDocumentation(xmlDocumentation);
return(xmlDocumentation);
}
CultureInfo preferredCulture = null;
if (preferredCultureName != null &&
!_cultures.TryGetValue(preferredCultureName, out preferredCulture))
{
preferredCulture = ImmutableInterlocked.GetOrAdd(ref _cultures, preferredCultureName, f => new CultureInfo(f));
}
string xml = symbol.GetDocumentationCommentXml(preferredCulture: preferredCulture, expandIncludes: true);
if (!string.IsNullOrEmpty(xml))
{
xml = XmlDocumentation.Unindent(xml);
XElement element = XElement.Parse(xml, LoadOptions.PreserveWhitespace);
xmlDocumentation = new SymbolXmlDocumentation(symbol, element);
_symbolData[symbol] = data.WithXmlDocumentation(xmlDocumentation);
return(xmlDocumentation);
}
}
if (!_additionalXmlDocumentationPaths.IsDefault)
{
if (_additionalXmlDocumentations.IsDefault)
{
_additionalXmlDocumentations = _additionalXmlDocumentationPaths
.Select(f => XmlDocumentation.Load(f))
.ToImmutableArray();
}
string commentId = symbol.GetDocumentationCommentId();
foreach (XmlDocumentation xmlDocumentation in _additionalXmlDocumentations)
{
SymbolXmlDocumentation documentation = xmlDocumentation.GetXmlDocumentation(symbol, commentId);
if (documentation != null)
{
_symbolData[symbol] = data.WithXmlDocumentation(documentation);
return(documentation);
}
}
}
_symbolData[symbol] = data.WithXmlDocumentation(SymbolXmlDocumentation.Default);
return(null);
IAssemblySymbol FindAssembly()
{
IAssemblySymbol containingAssembly = symbol.ContainingAssembly;
if (containingAssembly != null)
{
AssemblyIdentity identity = containingAssembly.Identity;
foreach (IAssemblySymbol a in Assemblies)
{
if (identity.Equals(a.Identity))
{
return(a);
}
}
}
return(null);
}
}
// Caller should lock peFileToObjectModel
internal CoreTypes(PEFileToObjectModel peFileToObjectModel)
{
INameTable nameTable = peFileToObjectModel.NameTable;
PEFileReader peFileReader = peFileToObjectModel.PEFileReader;
PeReader peReader = peFileToObjectModel.ModuleReader;
Module module = peFileToObjectModel.Module;
AssemblyIdentity /*?*/ assemblyIdentity = module.ModuleIdentity as AssemblyIdentity;
int systemName = nameTable.System.UniqueKey;
int voidName = nameTable.Void.UniqueKey;
int booleanName = nameTable.Boolean.UniqueKey;
int charName = nameTable.Char.UniqueKey;
int byteName = nameTable.Byte.UniqueKey;
int sByteName = nameTable.SByte.UniqueKey;
int int16Name = nameTable.Int16.UniqueKey;
int uint16Name = nameTable.UInt16.UniqueKey;
int int32Name = nameTable.Int32.UniqueKey;
int uint32Name = nameTable.UInt32.UniqueKey;
int int64Name = nameTable.Int64.UniqueKey;
int uint64Name = nameTable.UInt64.UniqueKey;
int stringName = nameTable.String.UniqueKey;
int intPtrName = nameTable.IntPtr.UniqueKey;
int uintPtrName = nameTable.UIntPtr.UniqueKey;
int objectName = nameTable.Object.UniqueKey;
int singleName = nameTable.Single.UniqueKey;
int doubleName = nameTable.Double.UniqueKey;
int decimalName = nameTable.Decimal.UniqueKey;
int typedReference = nameTable.TypedReference.UniqueKey;
int enumName = nameTable.Enum.UniqueKey;
int valueTypeName = nameTable.ValueType.UniqueKey;
int multicastDelegateName = nameTable.MulticastDelegate.UniqueKey;
int typeName = nameTable.Type.UniqueKey;
int arrayName = nameTable.Array.UniqueKey;
int paramArrayAttributeName = peReader.ParamArrayAttribute.UniqueKey;
if (assemblyIdentity != null && assemblyIdentity.Equals(peReader.metadataReaderHost.CoreAssemblySymbolicIdentity))
{
peReader.RegisterCoreAssembly(module as Assembly);
uint numberOfTypeDefs = peFileReader.TypeDefTable.NumberOfRows;
for (uint i = 1; i <= numberOfTypeDefs; ++i)
{
TypeDefRow typeDefRow = peFileReader.TypeDefTable[i];
if (!typeDefRow.IsNested)
{
int namespaceName = peFileToObjectModel.GetNameFromOffset(typeDefRow.Namespace).UniqueKey;
if (namespaceName == systemName)
{
int typeDefName = peFileToObjectModel.GetNameFromOffset(typeDefRow.Name).UniqueKey;
if (typeDefName == voidName)
{
this.SystemVoid = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Void);
}
else if (typeDefName == booleanName)
{
this.SystemBoolean = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Boolean);
}
else if (typeDefName == charName)
{
this.SystemChar = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Char);
}
else if (typeDefName == byteName)
{
this.SystemByte = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Byte);
}
else if (typeDefName == sByteName)
{
this.SystemSByte = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.SByte);
}
else if (typeDefName == int16Name)
{
this.SystemInt16 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Int16);
}
else if (typeDefName == uint16Name)
{
this.SystemUInt16 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.UInt16);
}
else if (typeDefName == int32Name)
{
this.SystemInt32 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Int32);
}
else if (typeDefName == uint32Name)
{
this.SystemUInt32 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.UInt32);
}
else if (typeDefName == int64Name)
{
this.SystemInt64 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Int64);
}
else if (typeDefName == uint64Name)
{
this.SystemUInt64 = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.UInt64);
}
else if (typeDefName == stringName)
{
this.SystemString = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.String);
}
else if (typeDefName == intPtrName)
{
this.SystemIntPtr = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.IntPtr);
}
else if (typeDefName == uintPtrName)
{
this.SystemUIntPtr = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.UIntPtr);
}
else if (typeDefName == objectName)
{
this.SystemObject = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Object);
}
else if (typeDefName == singleName)
{
this.SystemSingle = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Single);
}
else if (typeDefName == doubleName)
{
this.SystemDouble = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.Double);
}
else if (typeDefName == decimalName)
{
this.SystemDecimal = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typedReference)
{
this.SystemTypedReference = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.TypedReference);
}
else if (typeDefName == enumName)
{
this.SystemEnum = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == valueTypeName)
{
this.SystemValueType = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == multicastDelegateName)
{
this.SystemMulticastDelegate = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typeName)
{
this.SystemType = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == arrayName)
{
this.SystemArray = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == paramArrayAttributeName)
{
this.SystemParamArrayAttribute = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
}
}
}
}
else
{
uint numberOfTypeRefs = peFileReader.TypeRefTable.NumberOfRows;
AssemblyReference /*?*/ coreAssemblyRef = peFileToObjectModel.FindAssemblyReference(peReader.metadataReaderHost.CoreAssemblySymbolicIdentity);
if (coreAssemblyRef == null)
{
// Error...
coreAssemblyRef = new AssemblyReference(peFileToObjectModel, 0, peReader.metadataReaderHost.CoreAssemblySymbolicIdentity, AssemblyFlags.Retargetable);
}
uint coreAssemblyRefToken = coreAssemblyRef.TokenValue;
for (uint i = 1; i <= numberOfTypeRefs; ++i)
{
TypeRefRow typeRefRow = peFileReader.TypeRefTable[i];
if (typeRefRow.ResolutionScope != coreAssemblyRefToken)
{
continue;
}
int namespaceName = peFileToObjectModel.GetNameFromOffset(typeRefRow.Namespace).UniqueKey;
if (namespaceName == systemName)
{
int typeDefName = peFileToObjectModel.GetNameFromOffset(typeRefRow.Name).UniqueKey;
if (typeDefName == voidName)
{
this.SystemVoid = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Void);
}
else if (typeDefName == booleanName)
{
this.SystemBoolean = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Boolean);
}
else if (typeDefName == charName)
{
this.SystemChar = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Char);
}
else if (typeDefName == byteName)
{
this.SystemByte = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Byte);
}
else if (typeDefName == sByteName)
{
this.SystemSByte = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.SByte);
}
else if (typeDefName == int16Name)
{
this.SystemInt16 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Int16);
}
else if (typeDefName == uint16Name)
{
this.SystemUInt16 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.UInt16);
}
else if (typeDefName == int32Name)
{
this.SystemInt32 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Int32);
}
else if (typeDefName == uint32Name)
{
this.SystemUInt32 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.UInt32);
}
else if (typeDefName == int64Name)
{
this.SystemInt64 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Int64);
}
else if (typeDefName == uint64Name)
{
this.SystemUInt64 = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.UInt64);
}
else if (typeDefName == stringName)
{
this.SystemString = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.String);
}
else if (typeDefName == intPtrName)
{
this.SystemIntPtr = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.IntPtr);
}
else if (typeDefName == uintPtrName)
{
this.SystemUIntPtr = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.UIntPtr);
}
else if (typeDefName == objectName)
{
this.SystemObject = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Object);
}
else if (typeDefName == singleName)
{
this.SystemSingle = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Single);
}
else if (typeDefName == doubleName)
{
this.SystemDouble = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.Double);
}
else if (typeDefName == decimalName)
{
this.SystemDecimal = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typedReference)
{
this.SystemTypedReference = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.TypedReference);
}
else if (typeDefName == enumName)
{
this.SystemEnum = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == valueTypeName)
{
this.SystemValueType = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == multicastDelegateName)
{
this.SystemMulticastDelegate = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typeName)
{
this.SystemType = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == arrayName)
{
this.SystemArray = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == paramArrayAttributeName)
{
this.SystemParamArrayAttribute = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, ModuleSignatureTypeCode.NotModulePrimitive);
}
}
}
NamespaceReference systemNSR = peFileToObjectModel.GetNamespaceReferenceForString(coreAssemblyRef, nameTable.System);
if (this.SystemVoid == null)
{
this.SystemVoid = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Void, ModuleSignatureTypeCode.Void);
}
if (this.SystemBoolean == null)
{
this.SystemBoolean = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Boolean, ModuleSignatureTypeCode.Boolean);
}
if (this.SystemChar == null)
{
this.SystemChar = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Char, ModuleSignatureTypeCode.Char);
}
if (this.SystemByte == null)
{
this.SystemByte = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Byte, ModuleSignatureTypeCode.Byte);
}
if (this.SystemSByte == null)
{
this.SystemSByte = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.SByte, ModuleSignatureTypeCode.SByte);
}
if (this.SystemInt16 == null)
{
this.SystemInt16 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Int16, ModuleSignatureTypeCode.Int16);
}
if (this.SystemUInt16 == null)
{
this.SystemUInt16 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.UInt16, ModuleSignatureTypeCode.UInt16);
}
if (this.SystemInt32 == null)
{
this.SystemInt32 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Int32, ModuleSignatureTypeCode.Int32);
}
if (this.SystemUInt32 == null)
{
this.SystemUInt32 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.UInt32, ModuleSignatureTypeCode.UInt32);
}
if (this.SystemInt64 == null)
{
this.SystemInt64 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Int64, ModuleSignatureTypeCode.Int64);
}
if (this.SystemUInt64 == null)
{
this.SystemUInt64 = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.UInt64, ModuleSignatureTypeCode.UInt64);
}
if (this.SystemString == null)
{
this.SystemString = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.String, ModuleSignatureTypeCode.String);
}
if (this.SystemIntPtr == null)
{
this.SystemIntPtr = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.IntPtr, ModuleSignatureTypeCode.IntPtr);
}
if (this.SystemUIntPtr == null)
{
this.SystemUIntPtr = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.UIntPtr, ModuleSignatureTypeCode.UIntPtr);
}
if (this.SystemObject == null)
{
this.SystemObject = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Object, ModuleSignatureTypeCode.Object);
}
if (this.SystemSingle == null)
{
this.SystemSingle = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Single, ModuleSignatureTypeCode.Single);
}
if (this.SystemDouble == null)
{
this.SystemDouble = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Double, ModuleSignatureTypeCode.Double);
}
if (this.SystemDecimal == null)
{
this.SystemDecimal = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Decimal, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemTypedReference == null)
{
this.SystemTypedReference = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.TypedReference, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemEnum == null)
{
this.SystemEnum = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Enum, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemValueType == null)
{
this.SystemValueType = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.ValueType, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemMulticastDelegate == null)
{
this.SystemMulticastDelegate = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.MulticastDelegate, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemType == null)
{
this.SystemType = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Type, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemArray == null)
{
this.SystemArray = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, nameTable.Array, ModuleSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemParamArrayAttribute == null)
{
this.SystemParamArrayAttribute = peFileToObjectModel.typeCache.CreateCoreTypeReference(coreAssemblyRef, systemNSR, peReader.ParamArrayAttribute, ModuleSignatureTypeCode.NotModulePrimitive);
}
}
}
private Assembly TryGetAssemblyLoadedFromPath(AssemblyIdentity identity, string directory)
{
string pathWithoutExtension = Path.Combine(directory, identity.Name);
foreach (var extension in RuntimeMetadataReferenceResolver.AssemblyExtensions)
{
AssemblyAndLocation assemblyAndLocation;
if (_assembliesLoadedFromLocationByFullPath.TryGetValue(pathWithoutExtension + extension, out assemblyAndLocation) &&
identity.Equals(AssemblyIdentity.FromAssemblyDefinition(assemblyAndLocation.Assembly)))
{
return assemblyAndLocation.Assembly;
}
}
return null;
}
// Caller should lock peFileToObjectModel
internal CoreTypes(PEFileToObjectModel peFileToObjectModel)
{
INameTable nameTable = peFileToObjectModel.NameTable;
PEFileReader peFileReader = peFileToObjectModel.PEFileReader;
PeReader peReader = peFileToObjectModel.ModuleReader;
Module module = peFileToObjectModel.Module;
AssemblyIdentity /*?*/ assemblyIdentity = module.ModuleIdentity as AssemblyIdentity;
//This does more than just initialize the five types exposed above, since it is also
//necessary to initialize any typedefs and typerefs to types with short forms
//in such a way that they have the correct type codes.
int systemName = nameTable.System.UniqueKey;
int voidName = nameTable.Void.UniqueKey;
int booleanName = nameTable.Boolean.UniqueKey;
int charName = nameTable.Char.UniqueKey;
int byteName = nameTable.Byte.UniqueKey;
int sByteName = nameTable.SByte.UniqueKey;
int int16Name = nameTable.Int16.UniqueKey;
int uint16Name = nameTable.UInt16.UniqueKey;
int int32Name = nameTable.Int32.UniqueKey;
int uint32Name = nameTable.UInt32.UniqueKey;
int int64Name = nameTable.Int64.UniqueKey;
int uint64Name = nameTable.UInt64.UniqueKey;
int stringName = nameTable.String.UniqueKey;
int intPtrName = nameTable.IntPtr.UniqueKey;
int uintPtrName = nameTable.UIntPtr.UniqueKey;
int objectName = nameTable.Object.UniqueKey;
int singleName = nameTable.Single.UniqueKey;
int doubleName = nameTable.Double.UniqueKey;
int decimalName = nameTable.Decimal.UniqueKey;
int typedReference = nameTable.TypedReference.UniqueKey;
int enumName = nameTable.Enum.UniqueKey;
int valueTypeName = nameTable.ValueType.UniqueKey;
int multicastDelegateName = nameTable.MulticastDelegate.UniqueKey;
int typeName = nameTable.Type.UniqueKey;
int arrayName = nameTable.Array.UniqueKey;
int paramArrayAttributeName = peReader.ParamArrayAttribute.UniqueKey;
if (assemblyIdentity != null && assemblyIdentity.Equals(peReader.metadataReaderHost.CoreAssemblySymbolicIdentity))
{
peReader.RegisterCoreAssembly(module as Assembly);
uint numberOfTypeDefs = peFileReader.TypeDefTable.NumberOfRows;
for (uint i = 1; i <= numberOfTypeDefs; ++i)
{
TypeDefRow typeDefRow = peFileReader.TypeDefTable[i];
if (!typeDefRow.IsNested)
{
int namespaceName = peFileToObjectModel.GetNameFromOffset(typeDefRow.Namespace).UniqueKey;
if (namespaceName == systemName)
{
int typeDefName = peFileToObjectModel.GetNameFromOffset(typeDefRow.Name).UniqueKey;
if (typeDefName == voidName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Void);
}
else if (typeDefName == booleanName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Boolean);
}
else if (typeDefName == charName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Char);
}
else if (typeDefName == byteName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Byte);
}
else if (typeDefName == sByteName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.SByte);
}
else if (typeDefName == int16Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Int16);
}
else if (typeDefName == uint16Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt16);
}
else if (typeDefName == int32Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Int32);
}
else if (typeDefName == uint32Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt32);
}
else if (typeDefName == int64Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Int64);
}
else if (typeDefName == uint64Name)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt64);
}
else if (typeDefName == stringName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.String);
}
else if (typeDefName == intPtrName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.IntPtr);
}
else if (typeDefName == uintPtrName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.UIntPtr);
}
else if (typeDefName == objectName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Object);
}
else if (typeDefName == singleName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Single);
}
else if (typeDefName == doubleName)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.Double);
}
else if (typeDefName == typedReference)
{
peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.TypedReference);
}
else if (typeDefName == enumName)
{
this.SystemEnum = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == valueTypeName)
{
this.SystemValueType = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == multicastDelegateName)
{
this.SystemMulticastDelegate = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typeName)
{
this.SystemType = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == paramArrayAttributeName)
{
this.SystemParamArrayAttribute = peFileToObjectModel.GetPredefinedTypeDefinitionAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
}
}
}
}
else
{
uint numberOfTypeRefs = peFileReader.TypeRefTable.NumberOfRows;
AssemblyReference /*?*/ coreAssemblyRef = peFileToObjectModel.FindAssemblyReference(peFileToObjectModel.CoreAssemblySymbolicIdentity);
if (coreAssemblyRef == null)
{
// Error...
coreAssemblyRef = new AssemblyReference(peFileToObjectModel, 1, peFileToObjectModel.CoreAssemblySymbolicIdentity, AssemblyFlags.Retargetable);
}
uint coreAssemblyRefToken = coreAssemblyRef.TokenValue;
for (uint i = 1; i <= numberOfTypeRefs; ++i)
{
TypeRefRow typeRefRow = peFileReader.TypeRefTable[i];
if (typeRefRow.ResolutionScope != coreAssemblyRefToken)
{
continue;
}
int namespaceName = peFileToObjectModel.GetNameFromOffset(typeRefRow.Namespace).UniqueKey;
if (namespaceName == systemName)
{
int typeDefName = peFileToObjectModel.GetNameFromOffset(typeRefRow.Name).UniqueKey;
if (typeDefName == voidName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Void);
}
else if (typeDefName == booleanName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Boolean);
}
else if (typeDefName == charName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Char);
}
else if (typeDefName == byteName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Byte);
}
else if (typeDefName == sByteName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.SByte);
}
else if (typeDefName == int16Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Int16);
}
else if (typeDefName == uint16Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt16);
}
else if (typeDefName == int32Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Int32);
}
else if (typeDefName == uint32Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt32);
}
else if (typeDefName == int64Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Int64);
}
else if (typeDefName == uint64Name)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.UInt64);
}
else if (typeDefName == stringName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.String);
}
else if (typeDefName == intPtrName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.IntPtr);
}
else if (typeDefName == uintPtrName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.UIntPtr);
}
else if (typeDefName == objectName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Object);
}
else if (typeDefName == singleName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Single);
}
else if (typeDefName == doubleName)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.Double);
}
else if (typeDefName == typedReference)
{
peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.TypedReference);
}
else if (typeDefName == enumName)
{
this.SystemEnum = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == valueTypeName)
{
this.SystemValueType = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == multicastDelegateName)
{
this.SystemMulticastDelegate = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == typeName)
{
this.SystemType = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
else if (typeDefName == paramArrayAttributeName)
{
this.SystemParamArrayAttribute = peFileToObjectModel.GetPredefinedTypeRefReferenceAtRowWorker(i, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
}
}
NamespaceReference systemNSR = peFileToObjectModel.GetNamespaceReferenceForString(coreAssemblyRef, nameTable.System);
if (this.SystemEnum == null || (peFileToObjectModel.SystemEnumAssembly != null && coreAssemblyRef != peFileToObjectModel.SystemEnumAssembly))
{
this.SystemEnum = peFileToObjectModel.typeCache.CreateCoreTypeReference(peFileToObjectModel.SystemEnumAssembly ?? coreAssemblyRef, systemNSR, nameTable.Enum, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemValueType == null || (peFileToObjectModel.SystemValueTypeAssembly != null && coreAssemblyRef != peFileToObjectModel.SystemValueTypeAssembly))
{
this.SystemValueType = peFileToObjectModel.typeCache.CreateCoreTypeReference(peFileToObjectModel.SystemValueTypeAssembly ?? coreAssemblyRef, systemNSR, nameTable.ValueType, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemMulticastDelegate == null || (peFileToObjectModel.SystemMulticastDelegateAssembly != null && coreAssemblyRef != peFileToObjectModel.SystemMulticastDelegateAssembly))
{
this.SystemMulticastDelegate = peFileToObjectModel.typeCache.CreateCoreTypeReference(peFileToObjectModel.SystemMulticastDelegateAssembly ?? coreAssemblyRef, systemNSR, nameTable.MulticastDelegate, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemType == null || (peFileToObjectModel.SystemTypeAssembly != null && coreAssemblyRef != peFileToObjectModel.SystemTypeAssembly))
{
this.SystemType = peFileToObjectModel.typeCache.CreateCoreTypeReference(peFileToObjectModel.SystemTypeAssembly ?? coreAssemblyRef, systemNSR, nameTable.Type, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
if (this.SystemParamArrayAttribute == null || (peFileToObjectModel.SystemParamArrayAttributeAssembly != null && coreAssemblyRef != peFileToObjectModel.SystemParamArrayAttributeAssembly))
{
this.SystemParamArrayAttribute = peFileToObjectModel.typeCache.CreateCoreTypeReference(peFileToObjectModel.SystemParamArrayAttributeAssembly ?? coreAssemblyRef, systemNSR, peReader.ParamArrayAttribute, MetadataReaderSignatureTypeCode.NotModulePrimitive);
}
}
}