protected virtual void ValidateFragmentMethod(CompositeValidationResult result, CompositeModel compositeModel, CompositeMethodModel compositeMethod, AbstractFragmentMethodModel methodModel)
{
if (compositeMethod == null)
{
result.InternalValidationErrors.Add(ValidationErrorFactory.NewInternalError("Composite method model may not be null.", compositeModel));
}
if (methodModel != null)
{
var declType = methodModel.NativeInfo.DeclaringType;
if (!declType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsClass)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The declaring type of fragment method " + methodModel.NativeInfo + " must be a class, however " + declType + " is not a class.", compositeModel, compositeMethod));
}
if (!methodModel.IsGeneric && (!methodModel.NativeInfo.IsVirtual || methodModel.NativeInfo.IsFinal))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The method " + methodModel.NativeInfo + " in " + declType + " is not virtual, however, all composite methods must be virtual.", compositeModel, methodModel));
}
if (declType
#if WINDOWS_PHONE_APP
.GetTypeInfo()
#endif
.IsSealed)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is sealed, however, all fragment types must be non-sealed.", compositeModel, methodModel));
}
//if ( !declType.IsPublic && !declType.IsNestedPublic )
//{
// String msg = null;
// if ( methodModel.NativeInfo.IsAssembly || methodModel.NativeInfo.IsFamilyOrAssembly )
// {
// if ( !declType.Assembly.GetCustomAttributes( true ).OfType<InternalsVisibleToAttribute>().Any( attr => Qi4CSGeneratedAssemblyAttribute.ASSEMBLY_NAME.Equals( attr.AssemblyName ) ) )
// {
// msg = "The type " + declType + " is marked as internal, however, the " + typeof( InternalsVisibleToAttribute ) + " with argument " + typeof( Qi4CSGeneratedAssemblyAttribute ) + ".ASSEMBLY_NAME is not applied to the assembly";
// }
// }
// else
// {
// msg = "The type " + declType + " is not visible to the generated assembly.";
// }
// if ( msg != null )
// {
// result.AddStructureError( new StructureValidationErrorImpl( compositeModel, methodModel, msg ) );
// }
//}
var genName = Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(declType.GetAssembly());
if (!IsTypeVisible(declType, genName))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is not visible. Consider either making it public, or internal with combination of applying " + typeof(InternalsVisibleToAttribute) + " with argument " + typeof(Qi4CSGeneratedAssemblyAttribute) + ".ASSEMBLY_NAME to the assembly.", compositeModel, methodModel));
}
}
}
protected virtual void ValidateSpecialMethodModel(CompositeValidationResult result, CompositeModel compositeModel, SpecialMethodModel methodModel)
{
if (methodModel.NativeInfo.IsGenericMethodDefinition)
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("Special methods can not be generic method definitions.", compositeModel, methodModel));
}
else
{
var declType = methodModel.NativeInfo.DeclaringType;
var genName = Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(declType.GetAssembly());
if ((methodModel.NativeInfo.IsAssembly || methodModel.NativeInfo.IsFamilyAndAssembly) &&
!IsTypeVisible(declType, genName))
{
result.StructureValidationErrors.Add(ValidationErrorFactory.NewStructureError("The type " + declType + " is not visible. Consider either making it public, or internal with combination of applying " + typeof(InternalsVisibleToAttribute) + " with argument " + typeof(Qi4CSGeneratedAssemblyAttribute) + ".ASSEMBLY_NAME to the assembly.", compositeModel, methodModel));
}
foreach (var pModel in methodModel.Parameters)
{
this.ValidateParameter(result, compositeModel, pModel);
}
}
}
private static Assembly DoLoadGeneratedAssembly(Assembly assembly, ApplicationModel <Qi4CS.Core.SPI.Instance.ApplicationSPI> model, EventHandler <AssemblyLoadingArgs> loadingEvt)
{
var args = new AssemblyLoadingArgs(assembly.FullName, Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(assembly));
loadingEvt.InvokeEventIfNotNull(evt => evt(model, args));
var an = args.Qi4CSGeneratedAssemblyName;
if (args.Version != null)
{
an += ", Version=" + args.Version;
}
if (!String.IsNullOrEmpty(args.Culture))
{
an += ", Culture=" + args.Culture;
}
if (!args.PublicKey.IsNullOrEmpty())
{
an += ", PublicKey=" + StringConversions.ByteArray2HexStr(args.PublicKey);
}
else if (!args.PublicKeyToken.IsNullOrEmpty())
{
an += ", PublicKeyToken=" + StringConversions.ByteArray2HexStr(args.PublicKeyToken);
}
return(Assembly.Load(
#if WINDOWS_PHONE_APP
new AssemblyName(
#endif
an
#if WINDOWS_PHONE_APP
)
#endif
));
}
private IDictionary <Assembly, CILModule> PerformEmitting(Boolean isSilverlight, CILReflectionContext reflectionContext, out IDictionary <CompositeModel, CompositeEmittingInfo> cResultsOut)
{
var typeModelDic = this._typeModelDic.Value;
var assembliesArray = this._affectedAssemblies.Value.ToArray();
var models = this._models.CQ.Values.ToArray();
var supports = this._compositeModelTypeSupport;
var cResults = models.ToDictionary(muudel => muudel, muudel => new CompositeEmittingInfo(reflectionContext, models));
cResultsOut = cResults;
var codeGens = models
.Select(muudel => supports[muudel.ModelType])
.Distinct()
.ToDictionary(mt => mt.AssemblyScopeSupport.ModelType, mt => Tuple.Create(mt.NewCodeGenerator(isSilverlight, reflectionContext), mt.CodeGenerationInfo));
var assemblyDic = new Dictionary <Assembly, CILModule>();
foreach (var currentAssembly in assembliesArray)
{
if (!ReflectionHelper.QI4CS_ASSEMBLY.Equals(currentAssembly))
{
var assemblyBareFileName = Qi4CSGeneratedAssemblyAttribute.GetGeneratedAssemblyName(currentAssembly);
var ass = reflectionContext.NewBlankAssembly(assemblyBareFileName);
var eAss = currentAssembly.NewWrapper(reflectionContext);
ass.Name.MajorVersion = eAss.Name.MajorVersion;
ass.Name.MinorVersion = eAss.Name.MinorVersion;
ass.Name.BuildNumber = eAss.Name.BuildNumber;
ass.Name.Revision = eAss.Name.Revision;
ass.Name.Culture = eAss.Name.Culture;
ass.AddNewCustomAttributeTypedParams(ASS_TITLE_ATTRIBUTE_CTOR.NewWrapper(reflectionContext), CILCustomAttributeFactory.NewTypedArgument(assemblyBareFileName, reflectionContext));
ass.AddNewCustomAttributeTypedParams(ASS_DESCRIPTION_ATTRIBUTE_CTOR.NewWrapper(reflectionContext), CILCustomAttributeFactory.NewTypedArgument((assemblyBareFileName + " Enhanced by Qi4CS."), reflectionContext));
//ass.AddNewCustomAttributeTypedParams( ASS_DEFAULT_ALIAS_ATTRIBUTE_CTOR.NewWrapper( reflectionContext ), CILCustomAttributeFactory.NewTypedArgument( assemblyBareFileName, reflectionContext ) );
ass.AddNewCustomAttributeTypedParams(QI4CS_GENERATED_ATTRIBUTE_CTOR.NewWrapper(reflectionContext));
var mod = ass.AddModule(assemblyBareFileName + ".dll");
assemblyDic.Add(currentAssembly, mod);
}
}
// Phase 1: Emit empty types
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitTypesForModel(model, typeModelDic[model], currentAssembly, GetEmittingModule(model, assemblyDic, currentAssembly), tuple1.Item2, tuple2);
}
});
// Phase 2: Emit fragment methods
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitFragmentMethods(model, typeModelDic[model], currentAssembly, tuple1.Item2, tuple2);
}
});
// Phase 3: Emit composite methods and concern & side-effect invocation types
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitCompositeMethosAndInvocationInfos(model, typeModelDic[model], currentAssembly, tuple1.Item2, tuple2);
}
});
// Phase 4: Emit all composite extra methods (state check, pre-prototype, etc)
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitCompositeExtraMethods(model, typeModelDic[model], currentAssembly, tuple1.Item2, tuple2);
}
});
// Phase 5: Emit all composite constructors
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitCompositeConstructors(model, typeModelDic[model], currentAssembly, tuple1.Item2, tuple2);
}
});
// Phase 6: Emit all composite factory types
System.Threading.Tasks.Parallel.ForEach(assembliesArray, currentAssembly =>
{
foreach (var model in models)
{
var tuple1 = codeGens[model.ModelType];
var tuple2 = cResults[model];
tuple1.Item1.EmitCompositeFactory(model, currentAssembly, GetEmittingModule(model, assemblyDic, currentAssembly), tuple1.Item2, tuple2);
}
});
return(assemblyDic);
}
