public static void ValidateMethodAspect(IAspect aspect, MethodInfo methodInfo)
{
MethodInfo method = null;
Type argumentsType = null;
Type[] genericArguments = null;
Type[] comparedTypes = Type.EmptyTypes;
ParameterInfo[] methodParameters = null;
ParameterInfo[] aspectParameters = null;
var overridenMethods = aspect.AspectType.GetOverridenMethods();
if (overridenMethods.Length == 0)
{
throw new AdviceNotFoundException(aspect.GetType());
}
if (aspect.Is <OnMethodBoundaryAspectAttribute>() && !typeof(IOnMethodBoundaryAspect).IsAssignableFrom(aspect.AspectType))
{
var argumentException = new ArgumentException(Resources.OnMethodBoundaryAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
if (aspect.Is <MethodInterceptionAspectAttribute>() && !typeof(IMethodInterceptionAspect).IsAssignableFrom(aspect.AspectType))
{
var argumentException = new ArgumentException(Resources.MethodInterceptionAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
method = overridenMethods[0];
aspectParameters = method.GetParameters();
if (aspectParameters.Length == 0)
{
throw new AspectTypeMismatchException(Resources.AspectParametersMismatach.Fmt(methodInfo.Name));
}
methodParameters = methodInfo.GetParameters();
argumentsType = aspectParameters[0].ParameterType;
genericArguments = argumentsType.GetGenericArguments();
if (methodInfo.HasReturnType())
{
int argumentsLength = 0;
Type aspectReturnType = null;
if (typeof(IActionExecutionArgs).IsAssignableFrom(argumentsType))
{
throw new AspectAnnotationException(Resources.FunctionAspectMismatch);
}
if (genericArguments.Length == 0)
{
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodInfo.Name));
}
argumentsLength = genericArguments.Length - 1;
aspectReturnType = genericArguments[argumentsLength];
if (genericArguments.Length > 1)
{
comparedTypes = genericArguments.Take(argumentsLength)
.ToArray();
}
if (!ValidateReturnType(methodInfo.ReturnType, aspectReturnType))
{
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodInfo.Name));
}
}
else
{
comparedTypes = genericArguments;
if (typeof(IFunctionExecutionArgs).IsAssignableFrom(argumentsType))
{
throw new AspectAnnotationException(Resources.FunctionAspectMismatch);
}
}
if (!ValidateParameters(methodParameters, comparedTypes))
{
throw new AspectTypeMismatchException(Resources.AspectParametersMismatach.Fmt(methodInfo.Name));
}
}
public static void ValidateMethodAspect(IAspect aspect, MethodInfo method)
{
var methodName = method.Name;
var comparedTypes = Type.EmptyTypes;
MethodInfo[] overridenMethods = null;
var methodIsFunction = method.IsFunction();
var methodParameters = method.GetParameters();
if (aspect.Is <OnMethodBoundaryAspectAttribute>())
{
if (!typeof(IOnMethodBoundaryAspect).IsAssignableFrom(aspect.AspectType))
{
var argumentException = new ArgumentException(Resources.OnMethodBoundaryAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
overridenMethods = aspect.AspectType.GetOverridenMethods()
.ToArray(overridenMethod => {
return(overridenMethod.Name.Equals("OnExit") ||
overridenMethod.Name.Equals("OnEntry") ||
overridenMethod.Name.Equals("OnSuccess") ||
overridenMethod.Name.Equals("OnException"));
});
}
else if (aspect.Is <MethodInterceptionAspectAttribute>())
{
if (!typeof(IMethodInterceptionAspect).IsAssignableFrom(aspect.AspectType))
{
var argumentException = new ArgumentException(Resources.MethodInterceptionAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
overridenMethods = aspect.AspectType.GetOverridenMethods()
.ToArray(overridenMethod => overridenMethod.Name.Equals("OnInvoke"));
}
if (overridenMethods.Length == 0)
{
throw new AdviceNotFoundException(aspect.GetType());
}
overridenMethods.ForEach(overridenMethod => {
Type argumentsType = null;
Type[] genericArguments = null;
var aspectParameters = overridenMethod.GetParameters();
var aspectMethodIsFunction = overridenMethod.IsFunction();
if (aspectParameters.Length != 1 || aspectMethodIsFunction)
{
throw new AspectTypeMismatchException(Resources.AspectMethodParametersMismatach.Fmt(methodName));
}
argumentsType = aspectParameters[0].ParameterType;
genericArguments = argumentsType.GetGenericArguments();
if (methodIsFunction)
{
var argumentsLength = 0;
Type aspectReturnType = null;
if (typeof(IActionExecutionArgs).IsAssignableFrom(argumentsType) || typeof(IActionInterceptionArgs).IsAssignableFrom(argumentsType))
{
throw new AspectAnnotationException(Resources.OnActionBoundaryAspcetMismatch);
}
if (genericArguments.Length == 0)
{
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodName));
}
argumentsLength = genericArguments.Length - 1;
aspectReturnType = genericArguments[argumentsLength];
if (genericArguments.Length > 1)
{
comparedTypes = genericArguments.Take(argumentsLength)
.ToArray();
}
if (!ValidateTypesAreEqual(method.ReturnType, aspectReturnType))
{
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodName));
}
}
else
{
comparedTypes = genericArguments;
if (typeof(IFunctionExecutionArgs).IsAssignableFrom(argumentsType) || typeof(IFunctionInterceptionArgs).IsAssignableFrom(argumentsType))
{
throw new AspectAnnotationException(Resources.OnFunctionBoundaryAspcetMismatch);
}
}
if (!ValidateParameters(methodParameters, comparedTypes))
{
throw new AspectTypeMismatchException(Resources.AspectMethodParametersMismatach.Fmt(methodName));
}
});
}
public static void ValidateMethodAspect(IAspect aspect, MethodInfo method)
{
var methodName = method.Name;
var comparedTypes = Type.EmptyTypes;
MethodInfo[] overridenMethods = null;
var methodIsFunction = method.IsFunction();
var methodParameters = method.GetParameters();
if (aspect.Is<OnMethodBoundaryAspectAttribute>()) {
if (!typeof(IOnMethodBoundaryAspect).IsAssignableFrom(aspect.AspectType)) {
var argumentException = new ArgumentException(Resources.OnMethodBoundaryAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
overridenMethods = aspect.AspectType.GetOverridenMethods()
.ToArray(overridenMethod => {
return overridenMethod.Name.Equals("OnExit") ||
overridenMethod.Name.Equals("OnEntry") ||
overridenMethod.Name.Equals("OnSuccess") ||
overridenMethod.Name.Equals("OnException");
});
}
else if (aspect.Is<MethodInterceptionAspectAttribute>()) {
if (!typeof(IMethodInterceptionAspect).IsAssignableFrom(aspect.AspectType)) {
var argumentException = new ArgumentException(Resources.MethodInterceptionAspectAttributeErrorInitialization, "aspectType");
throw new AspectAnnotationException(argumentException);
}
overridenMethods = aspect.AspectType.GetOverridenMethods()
.ToArray(overridenMethod => overridenMethod.Name.Equals("OnInvoke"));
}
if (overridenMethods.Length == 0) {
throw new AdviceNotFoundException(aspect.GetType());
}
overridenMethods.ForEach(overridenMethod => {
Type argumentsType = null;
Type[] genericArguments = null;
var aspectParameters = overridenMethod.GetParameters();
var aspectMethodIsFunction = overridenMethod.IsFunction();
if (aspectParameters.Length != 1 || aspectMethodIsFunction) {
throw new AspectTypeMismatchException(Resources.AspectMethodParametersMismatach.Fmt(methodName));
}
argumentsType = aspectParameters[0].ParameterType;
genericArguments = argumentsType.GetGenericArguments();
if (methodIsFunction) {
var argumentsLength = 0;
Type aspectReturnType = null;
if (typeof(IActionExecutionArgs).IsAssignableFrom(argumentsType) || typeof(IActionInterceptionArgs).IsAssignableFrom(argumentsType)) {
throw new AspectAnnotationException(Resources.OnActionBoundaryAspcetMismatch);
}
if (genericArguments.Length == 0) {
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodName));
}
argumentsLength = genericArguments.Length - 1;
aspectReturnType = genericArguments[argumentsLength];
if (genericArguments.Length > 1) {
comparedTypes = genericArguments.Take(argumentsLength)
.ToArray();
}
if (!ValidateTypesAreEqual(method.ReturnType, aspectReturnType)) {
throw new AspectTypeMismatchException(Resources.AspectReturnTypeMismatch.Fmt(methodName));
}
}
else {
comparedTypes = genericArguments;
if (typeof(IFunctionExecutionArgs).IsAssignableFrom(argumentsType) || typeof(IFunctionInterceptionArgs).IsAssignableFrom(argumentsType)) {
throw new AspectAnnotationException(Resources.OnFunctionBoundaryAspcetMismatch);
}
}
if (!ValidateParameters(methodParameters, comparedTypes)) {
throw new AspectTypeMismatchException(Resources.AspectMethodParametersMismatach.Fmt(methodName));
}
});
}
internal static bool IsNot <TAspect>(this IAspect aspect)
{
return(!aspect.Is <TAspect>());
}
