private IParameterInformation CreateThisParameterInformation(ITypeInformation thisType) =>
new ParameterInformation(
this,
0,
"this__",
thisType.IsValueType ? thisType.MakeByReference() : thisType,
emptyCustomAttribute);
private IResourceManager GetResourceManagerFromType(ITypeInformation typeInformation)
{
var type = typeInformation.AsRuntimeType();
if (type == null)
{
return(NullResourceManager.Instance);
}
var classContext = MixinConfiguration.ActiveConfiguration.GetContext(type);
if (classContext == null)
{
return(NullResourceManager.Instance);
}
var resourceMangers = new List <IResourceManager>();
CollectResourceManagersRecursively(classContext.Type, resourceMangers);
if (resourceMangers.Any())
{
return(new ResourceManagerSet(resourceMangers));
}
return(NullResourceManager.Instance);
}
public void AsRuntimeType_WithTypeAdapter_ReturnsRuntimeType()
{
var expectedType = typeof(TheType);
ITypeInformation typeInformation = TypeAdapter.Create(expectedType);
Assert.That(typeInformation.AsRuntimeType(), Is.SameAs(expectedType));
}
public RightExpressionGivenParameter(
ITypeInformation targetType, IVariableInformation symbolinformation, string expression = null)
{
this.TargetType = targetType;
this.SymbolInformation = symbolinformation;
this.Expression = expression;
}
private void CheckMethodInformation(
Type expectedType, ITypeInformation expectedPropertyDeclaringType, string expectedPropertyName, IMethodInformation actualMethodInformation)
{
Assert.That(actualMethodInformation, Is.TypeOf(expectedType));
Assert.That(actualMethodInformation.DeclaringType, Is.SameAs(expectedPropertyDeclaringType));
Assert.That(actualMethodInformation.Name, Is.EqualTo(expectedPropertyName));
}
/// <summary>
/// Gets the localized display name of a type.
/// </summary>
/// <param name="typeInformation">The <see cref="ITypeInformation"/> for which to lookup the resource.</param>
/// <param name="typeInformationForResourceResolution">The <see cref="ITypeInformation"/> providing the resources.</param>
/// <returns>The localized display name.</returns>
public string GetTypeDisplayName(ITypeInformation typeInformation, ITypeInformation typeInformationForResourceResolution)
{
ArgumentUtility.CheckNotNull("typeInformation", typeInformation);
ArgumentUtility.CheckNotNull("typeInformationForResourceResolution", typeInformationForResourceResolution);
return(_memberInformationGlobalizationService.GetTypeDisplayName(typeInformation, typeInformationForResourceResolution));
}
public override Func <IExtractContext, string[]> Apply(
ITypeInformation type, DecodeContext decodeContext)
{
decodeContext.SetPrefixCode();
return(emptyFunc);
}
private static string GetCLangaugeSafeConversionExpression(
ITypeInformation argumentType, Type constantType, string constantExpression)
{
if (constantType != null)
{
if (Utilities.GetCLanguageTypeName(constantType) == argumentType.CLanguageTypeName)
{
return(constantExpression);
}
else if (constantType == typeof(string))
{
return(string.Format("({0})il2c_new_string({1})",
argumentType.CLanguageTypeName,
constantExpression));
}
else if (argumentType.IsObjectType && constantType.IsValueType)
{
return(string.Format("(System_Object*)il2c_box(&{0}, {1})",
constantExpression,
Utilities.GetMangledName(constantType.FullName)));
}
}
return(string.Format("({0}){1}", argumentType.CLanguageTypeName, constantExpression));
}
public override ExpressionEmitter Prepare(
ITypeInformation type, DecodeContext decodeContext)
{
decodeContext.SetPrefixCode();
return(emptyEmitter);
}
private static Func <IExtractContext, string[]> Apply(
ILocalVariableInformation target,
ITypeInformation targetType,
DecodeContext decodeContext)
{
var si = decodeContext.PopStack();
var codeInformation = decodeContext.CurrentCode;
return(extractContext =>
{
var rightExpression = extractContext.GetRightExpression(targetType, si);
if (rightExpression == null)
{
throw new InvalidProgramSequenceException(
"Invalid store operation: Location={0}, StackType={1}, LocalType={2}, SymbolName={3}",
codeInformation.RawLocation,
si.TargetType.FriendlyName,
targetType.FriendlyName,
target);
}
return new[] { string.Format(
"{0} = {1}",
extractContext.GetSymbolName(target),
rightExpression) };
});
}
public override ExpressionEmitter Prepare(
ITypeInformation type, DecodeContext decodeContext)
{
var si = decodeContext.PopStack();
if (si.TargetType.IsByReference == false)
{
throw new InvalidProgramSequenceException(
"Invalid type at stack: Location={0}, TokenType={1}, StackType={2}",
decodeContext.CurrentCode.RawLocation,
type.FriendlyName,
si.TargetType.FriendlyName);
}
// Register target type (at the file scope).
decodeContext.PrepareContext.RegisterType(type, decodeContext.Method);
return((extractContext, _) =>
{
// IL2C can't understand the native type size.
// So, the expression will make calculation at the C compiler.
var memsetExpression =
(si.TargetType.ElementType.NativeType != null) ?
"memset({0}, 0x00, sizeof *{0})" :
"memset({0}, 0x00, {1})";
return new[] { string.Format(
memsetExpression,
extractContext.GetSymbolName(si),
si.TargetType.ElementType.CLanguageStaticSizeOfExpression) };
});
}
public void SetUp()
{
_globalizationServiceMock = MockRepository.GenerateStub <IGlobalizationService>();
_resourceManagerMock = MockRepository.GenerateStrictMock <IResourceManager>();
_resourceManagerMock.Stub(stub => stub.IsNull).Return(false);
_resourceManagerMock.Stub(stub => stub.Name).Return("RM1");
_typeInformationStub = MockRepository.GenerateStub <ITypeInformation>();
_typeInformationStub.Stub(stub => stub.Name).Return("TypeName");
_typeInformationForResourceResolutionStub = MockRepository.GenerateStub <ITypeInformation>();
_typeInformationForResourceResolutionStub.Stub(stub => stub.Name).Return("TypeNameForResourceResolution");
_propertyInformationStub = MockRepository.GenerateStub <IPropertyInformation>();
_propertyInformationStub.Stub(stub => stub.Name).Return("PropertyName");
_memberInformationNameResolverStub = MockRepository.GenerateStub <IMemberInformationNameResolver>();
_memberInformationNameResolverStub.Stub(stub => stub.GetPropertyName(_propertyInformationStub)).Return("FakePropertyFullName");
_memberInformationNameResolverStub.Stub(stub => stub.GetTypeName(_typeInformationStub)).Return("FakeTypeFullName");
_shortPropertyResourceID = "property:PropertyName";
_longPropertyResourceID = "property:FakePropertyFullName";
_shortTypeResourceID = "type:TypeName";
_longTypeResourceID = "type:FakeTypeFullName";
_service = new ResourceManagerBasedMemberInformationGlobalizationService(_globalizationServiceMock, _memberInformationNameResolverStub);
}
private static string BuildMessage(
ITypeInformation type,
IPropertyInformation property,
string relationID,
string messageFormat,
params object[] args)
{
var stringBuilder = new StringBuilder();
stringBuilder.AppendFormat(messageFormat, args);
if (type != null)
{
stringBuilder.AppendLine();
stringBuilder.AppendLine();
stringBuilder.AppendFormat("Declaring type: {0}", type);
if (property != null)
{
stringBuilder.AppendLine();
stringBuilder.AppendFormat("Property: {0}", property.Name);
}
if (relationID != null)
{
stringBuilder.AppendLine();
stringBuilder.AppendFormat("Relation ID: {0}", relationID);
}
}
return(stringBuilder.ToString());
}
public ILocalVariableInformation GetOrAdd(ITypeInformation targetType, IMethodInformation method, object hintInformation)
{
var index = typedStackInformation.
FindIndex(si => si.TargetType == targetType);
if (index >= 0)
{
selectedStackInformation = index;
return(typedStackInformation[index]);
}
var symbolName = string.Format(
"stack{0}_{1}__",
stackPointer,
typedStackInformation.Count);
selectedStackInformation = typedStackInformation.Count;
var stackInformation = new LocalVariableInformation(
method,
stackPointer,
symbolName,
targetType,
hintInformation);
typedStackInformation.Add(stackInformation);
return(stackInformation);
}
public override Func <IExtractContext, string[]> Apply(
ITypeInformation operand, DecodeContext decodeContext)
{
var si = decodeContext.PopStack();
if (si.TargetType.IsValueType || si.TargetType.IsByReference || si.TargetType.IsPointer)
{
throw new InvalidProgramSequenceException(
"Invalid type at stack: Location={0}, TokenType={1}, StackType={2}",
decodeContext.CurrentCode.RawLocation,
operand.FriendlyName,
si.TargetType.FriendlyName);
}
var symbol = decodeContext.PushStack(operand);
return(extractContext =>
{
return new[] { string.Format(
"{0} = *il2c_unbox({1}, {2})",
extractContext.GetSymbolName(symbol),
extractContext.GetSymbolName(si),
operand.MangledUniqueName) };
});
}
public static Func <IExtractContext, string[]> Apply(
Func <ITypeInformation, bool> validateElementType,
ITypeInformation elementType,
DecodeContext decodeContext)
{
return(Apply(validateElementType, _ => elementType, decodeContext));
}
public bool TryGetTypeDisplayName(ITypeInformation typeInformation, ITypeInformation typeInformationForResourceResolution, out string result)
{
ArgumentUtility.CheckNotNull("typeInformation", typeInformation);
ArgumentUtility.CheckNotNull("typeInformationForResourceResolution", typeInformationForResourceResolution);
return(_localizedNameForTypeInformationProvider.TryGetLocalizedNameForCurrentUICulture(typeInformation, out result));
}
private string GetStringOrDefault(ITypeInformation typeInformation, string shortMemberName, string longMemberName, string resourcePrefix)
{
var resourceManager = _globalizationService.GetResourceManager(typeInformation);
return(resourceManager.GetStringOrDefault(resourcePrefix + longMemberName)
?? resourceManager.GetStringOrDefault(resourcePrefix + shortMemberName));
}
public Constant(string symbolName, ITypeInformation targetType, Type expressionType, string expression)
{
this.SymbolName = symbolName;
this.TargetType = targetType;
this.ExpressionType = expressionType;
this.Expression = expression;
}
public static ExpressionEmitter Prepare(
ITypeInformation operand, DecodeContext decodeContext, bool check)
{
var si = decodeContext.PopStack();
if (si.TargetType.IsValueType || si.TargetType.IsByReference || si.TargetType.IsPointer)
{
throw new InvalidProgramSequenceException(
"Invalid {0} operation: Location={1}, StackType={2}",
check ? "castclass" : "isinst",
decodeContext.CurrentCode.RawLocation,
si.TargetType.FriendlyName);
}
// It's maybe boxed objref if operand is value type.
var resultType = operand.IsValueType ?
decodeContext.PrepareContext.MetadataContext.ValueTypeType :
operand;
var symbol = decodeContext.PushStack(resultType);
// If this type can cast statically:
if (operand.IsAssignableFrom(si.TargetType))
{
// To interface type
if (operand.IsInterface)
{
return((extractContext, _) =>
{
return new[] { string.Format(
"{0} = il2c_cast_to_interface({1}, {2}, {3})",
extractContext.GetSymbolName(symbol),
operand.MangledUniqueName,
si.TargetType.MangledUniqueName,
extractContext.GetSymbolName(si)) };
});
}
else
{
return((extractContext, _) =>
{
return new[] { string.Format(
"{0} = ({1}){2}",
extractContext.GetSymbolName(symbol),
operand.CLanguageTypeName,
extractContext.GetSymbolName(si)) };
});
}
}
return((extractContext, _) =>
{
return new[] { string.Format(
"{0} = {1}({2}, {3})",
extractContext.GetSymbolName(symbol),
check ? "il2c_castclass" : "il2c_isinst",
extractContext.GetSymbolName(si),
operand.MangledUniqueName) };
});
}
public static ExpressionEmitter Prepare(
Func <ITypeInformation, bool> validateElementType,
ITypeInformation elementType,
bool isByReference,
DecodeContext decodeContext)
{
return(Prepare(validateElementType, _ => elementType, isByReference, decodeContext));
}
public bool IsAssignableFrom(ITypeInformation rhs)
{
// untyped type <-- Class
// untyped type <-- Interface
// untyped type <-- ByReference (special case: this direction is valid, but reverse direction is invalid)
// untyped type <-- Pointer
return(rhs.IsClass || rhs.IsInterface || rhs.IsByReference || rhs.IsPointer);
}
public static void WriteTypePreDefinitions(
CodeTextWriter twHeader,
ITypeInformation targetType,
IReadOnlyDictionary <ITypeInformation, ITypeInformation[]> typesByDeclaring)
{
InternalWriteTypePreDefinitions(twHeader, targetType, typesByDeclaring);
InternalWriteVTableTypePreDefinitions(twHeader, targetType, typesByDeclaring);
}
public override Func <IExtractContext, string[]> Apply(ITypeInformation operand, DecodeContext decodeContext)
{
return(LdelemConverterUtilities.Apply(
elementType => operand.IsAssignableFrom(elementType),
operand.MakeByReference(),
true,
decodeContext));
}
private static int InternalGetStaticSizeOfValue(ITypeInformation type) => // Recently, the bool type is usually defined by 1byte space type. (type.IsByteType || type.IsSByteType || type.IsBooleanType) ? 1 : (type.IsInt16Type || type.IsUInt16Type || type.IsCharType) ? 2 : (type.IsInt32Type || type.IsUInt32Type || type.IsSingleType) ? 4 : (type.IsInt64Type || type.IsUInt64Type || type.IsDoubleType || type.IsIntPtrType || type.IsUIntPtrType) ? 8 : type.IsEnum ? InternalGetStaticSizeOfValue(type.ElementType) : // Enum size is element (underlying) type size. 0; // TODO: throw
public static MappingValidationResult CreateInvalidResultForType(ITypeInformation type, string messageFormat, params object[] args)
{
ArgumentUtility.CheckNotNull("type", type);
ArgumentUtility.CheckNotNullOrEmpty("messageFormat", messageFormat);
ArgumentUtility.CheckNotNull("args", args);
return(new MappingValidationResult(false, BuildMessage(type, null, null, messageFormat, args)));
}
public int CalculateInterfaceIndex(ITypeInformation interfaceType) =>
((ITypeInformation)this).
Traverse(type => type.BaseType).
SelectMany(type => type.InterfaceTypes).
Distinct(). // Important operator sequence: distinct --> reverse
Reverse(). // Because all interface types overrided by derived class type,
Select((t, i) => new { t, i }).
FirstOrDefault(entry => entry.t.Equals(interfaceType))?.i ?? -1;
public static TypeDesc FromInfo(ITypeInformation nfo)
{
if (nfo == null)
{
return(new TypeDesc());
}
return(new TypeDesc(nfo));
}
private static string GetCLanguagePrintArgumentExpression(ITypeInformation type, string symbolName)
{
return(type.IsBooleanType ?
symbolName + " ? L\"true\" : L\"false\"" :
type.IsStringType?
string.Format("il2c_c_str({0})", symbolName) :
symbolName);
}
public IParameterInformation[] GetParameters(ITypeInformation thisType)
{
Debug.Assert(this.Member.HasThis);
return(new[] { this.CreateThisParameterInformation(thisType) }.
Concat(this.Member.Parameters.Select(this.ToParameterInformation)).
ToArray());
}
internal DynamicInterceptorManager(
IDynamicInterceptorCollection interceptors,
ITargetInvocationFactory targetInvocationFactory,
IInvocationFactory invocationFactory,
ITypeInformation typeInformation)
{
this.targetInvocationFactory = targetInvocationFactory;
this.invocationFactory = invocationFactory;
this.typeInformation = typeInformation;
this.interceptors = interceptors;
this.implementationMethodTarget = null;
}
protected SearchController( TypeChart chart, ITypeInformation info )
{
_chart = chart;
_info = info;
}