internal AccessorWithMonoCecil(AssemblyWithMonoCecil assembly, MethodDefinition method)
{
MethodDefinition = method;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method, typeof(CompilerGeneratedAttribute)));
body = new Lazy <ILMethodBodyWithMonoCecilCil>(
() => method.IsDefined(assembly, typeof(CompilerGeneratedAttribute)) ? null : new ILMethodBodyWithMonoCecilCil(method));
}
internal ParameterWithMonoCecil(AssemblyWithMonoCecil assembly, ParameterDefinition parameter, MemberReference member)
{
this.assembly = assembly;
this.parameter = parameter;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, parameter, excludedAttributeTypes));
parameterType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, parameter.ParameterType, member);
}
internal DestructorWithMonoCecil(AssemblyWithMonoCecil assembly, IClassType declaringType, MethodDefinition method)
{
this.declaringType = declaringType;
this.method = method;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method));
body = new Lazy <ILMethodBodyWithMonoCecilCil>(() => new ILMethodBodyWithMonoCecilCil(method));
}
internal InterfaceEventWithMonoCecil(IInterfaceTypeWithMonoCecil declaringType, EventDefinition @event)
{
this.@event = @event;
this.declaringType = declaringType;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, @event));
eventType = new DelegateReferenceWithMonoCecil(assembly, @event.EventType);
}
private static ITypeReferenceWithMonoCecil CreateBuiltInReference(AssemblyWithMonoCecil assembly, TypeReference type)
{
TypeSystem typeSystem = assembly.Assembly.MainModule.TypeSystem;
BuiltInType?builtInType =
(from entry in builtInTypes
let typeReference = entry.Key(typeSystem)
where typeReference == type
select entry.Value).FirstOrDefault();
return(builtInType.HasValue ? new BuiltInTypeReferenceWithMonoCecil(builtInType.Value, type) : null);
}
internal ConversionOperatorWithMonoCecil(ITypeWithMonoCecil declaringType, MethodDefinition method)
{
this.declaringType = declaringType;
this.method = method;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method));
parameter = new OperatorParameterWithMonoCecil(new ParameterWithMonoCecil(assembly, method.Parameters[0], method));
returnType = TypeReferenceWithMonoCecilFactory.CreateReference(declaringType.Assembly, method.ReturnType, method);
returnAttributes = new Lazy <Attributes>(() => new Attributes(assembly, method.MethodReturnType));
body = new Lazy <ILMethodBodyWithMonoCecilCil>(() => new ILMethodBodyWithMonoCecilCil(method));
}
internal OperatorOverloadWithMonoCecil(ITypeWithMonoCecil declaringType, MethodDefinition method)
{
this.declaringType = declaringType;
this.method = method;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method));
returnType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, method.ReturnType, method);
parameters = new Lazy <Parameters <OperatorParameterWithMonoCecil> >(
() => new Parameters <OperatorParameterWithMonoCecil>(assembly, method, parameter => new OperatorParameterWithMonoCecil(parameter)));
body = new Lazy <ILMethodBodyWithMonoCecilCil>(() => new ILMethodBodyWithMonoCecilCil(method));
}
public static ITypeReferenceWithMonoCecil CreateReference(AssemblyWithMonoCecil assembly, TypeReference type, MemberReference member = null, bool ignoreNestedType = false)
{
if (type.IsByReference)
{
type = type.GetElementType();
}
if (type.IsArray)
{
return(new ArrayTypeReferenceWithMonoCecil(assembly, type, member));
}
if (type.DeclaringType != null && !ignoreNestedType && (member == null || !IsParentType(type, member.DeclaringType)))
{
return(new NestedTypeReferenceWithMonoCecil(assembly, type));
}
if (type.IsGenericParameter)
{
return(new GenericParameterReferenceWithMonoCecil(type));
}
ITypeReferenceWithMonoCecil typeReference = CreateBuiltInReference(assembly, type);
if (typeReference != null)
{
return(typeReference);
}
switch (type.Resolve().TypeClassification())
{
case TypeClassification.AbstractClass:
case TypeClassification.Class:
case TypeClassification.SealedClass:
case TypeClassification.StaticClass:
return(new ClassReferenceWithMonoCecil(assembly, type));
case TypeClassification.Delegate:
return(new DelegateReferenceWithMonoCecil(assembly, type));
case TypeClassification.Enum:
return(new EnumReferenceWithMonoCecil(type));
case TypeClassification.Interface:
return(new InterfaceReferenceWithMonoCecil(assembly, type));
case TypeClassification.Struct:
return(new StructReferenceWithMonoCecil(assembly, type));
default:
return(new UnspecifiedTypeReferenceWithMonoCecil(assembly, type));
}
}
internal InterfaceMethodWithMonoCecil(IInterfaceTypeWithMonoCecil declaringType, MethodDefinition method)
{
this.method = method;
this.declaringType = declaringType;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method));
returnAttributes = new Lazy <Attributes>(() => new Attributes(assembly, method.MethodReturnType));
genericParameters = new Lazy <GenericParameterDeclarations>(() => new GenericParameterDeclarations(assembly, method));
returnType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, method.ReturnType, method);
parameters = new Lazy <Parameters <MethodParameterWithMonoCecil> >(
() => new Parameters <MethodParameterWithMonoCecil>(assembly, method, parameter => new MethodParameterWithMonoCecil(parameter)));
}
internal InterfacePropertyWithMonoCecil(IInterfaceTypeWithMonoCecil declaringType, PropertyDefinition property)
{
this.property = property;
this.declaringType = declaringType;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, property));
propertyType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, property.PropertyType, property);
if (property.GetMethod != null)
{
getAccessor = new InterfaceAccessorWithMonoCecil(assembly, property.GetMethod);
}
if (property.SetMethod != null)
{
setAccessor = new InterfaceAccessorWithMonoCecil(assembly, property.SetMethod);
}
}
internal InterfaceIndexerWithMonoCecil(IInterfaceTypeWithMonoCecil declaringType, PropertyDefinition indexer)
{
this.indexer = indexer;
this.declaringType = declaringType;
AssemblyWithMonoCecil assembly = declaringType.Assembly;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, indexer));
indexerType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, indexer.PropertyType, indexer);
parameters = new Lazy <Parameters <IndexerParameterWithMonoCecil> >(
() => new Parameters <IndexerParameterWithMonoCecil>(assembly, indexer, parameter => new IndexerParameterWithMonoCecil(parameter)));
if (indexer.GetMethod != null)
{
getAccessor = new InterfaceAccessorWithMonoCecil(assembly, indexer.GetMethod);
}
if (indexer.SetMethod != null)
{
setAccessor = new InterfaceAccessorWithMonoCecil(assembly, indexer.SetMethod);
}
}
internal GenericParameterDeclarationWithMonoCecil(AssemblyWithMonoCecil assembly, GenericParameter type)
{
this.type = type;
attributes = new Lazy <Attributes>(() => new Attributes(assembly, type));
typeConstraint = GetTypeConstraint(type);
direction = GetDirection(type);
hasEmptyConstructorConstraint = type.HasDefaultConstructorConstraint && !type.HasNotNullableValueTypeConstraint;
genericParameterConstraints = new List <GenericParameterReferenceWithMonoCecil>();
interfaceConstraints = new List <InterfaceReferenceWithMonoCecil>();
foreach (TypeReference constraintType in type.Constraints)
{
TypeDefinition constraintTypeDefinition = constraintType.Resolve();
if (constraintType.IsGenericParameter)
{
genericParameterConstraints.Add(new GenericParameterReferenceWithMonoCecil(constraintType));
}
else if (constraintTypeDefinition.IsInterface)
{
interfaceConstraints.Add(new InterfaceReferenceWithMonoCecil(assembly, constraintType));
}
else if (constraintTypeDefinition.IsClass)
{
if (baseClassConstraint != null)
{
throw new InvalidOperationException("GenericParameterDeclaration appears to have 2 base classes.");
}
if (constraintType.FullName != "System.ValueType")
{
baseClassConstraint = new ClassReferenceWithMonoCecil(assembly, constraintType);
}
}
else
{
throw new InvalidOperationException("Unknown constraint type.");
}
}
}
internal NamedAttributeValueWithMonoCecil(AssemblyWithMonoCecil assembly, CustomAttributeNamedArgument attributeValue)
{
this.attributeValue = attributeValue;
value = ConstantExpressionFactory.CreateExpression(assembly, attributeValue.Argument.Value);
}
internal InterfaceAccessorWithMonoCecil(AssemblyWithMonoCecil assembly, MethodDefinition method)
{
attributes = new Lazy <Attributes>(() => new Attributes(assembly, method));
}
internal NestedTypeReferenceWithMonoCecil(AssemblyWithMonoCecil assembly, TypeReference nestedType)
{
type = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, nestedType.DeclaringType);
this.nestedType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, nestedType, ignoreNestedType: true);
}
internal ArrayTypeReferenceWithMonoCecil(AssemblyWithMonoCecil assembly, TypeReference type, MemberReference member)
{
this.type = type;
//dimensions = type..GetArrayRank();
elementType = TypeReferenceWithMonoCecilFactory.CreateReference(assembly, type.GetElementType(), member);
}
internal StructReferenceWithMonoCecil(AssemblyWithMonoCecil assembly, TypeReference type)
{
this.type = type;
genericParameters = new Lazy <GenericParameters>(() => new GenericParameters(assembly, type));
}
internal AttributeWithMonoCecil(AssemblyWithMonoCecil assembly, CustomAttribute attribute)
{
this.attribute = new InternalAttributeWithMonoCecil(assembly, attribute);
}