public int Code2(ref int i, int j, ref int k)
{
var types = new Type[] { typeof(int).MakeByRefType() };
var codeMethod = developer.GetType().GetMethod("Code", types);
var aspectArgs = new FunctionExecutionArgsImpl <CSharpDeveloperMixin, int, int, int, int>(developer, codeMethod, i, j, k);
Aspects.traceAspect3.OnEntry(aspectArgs);
try {
i = aspectArgs.Arg1;
k = aspectArgs.Arg3;
aspectArgs.ReturnValue = developer.Code(ref i, aspectArgs.Arg2, ref k);
aspectArgs.Arg1 = i;
aspectArgs.Arg3 = j;
Aspects.traceAspect3.OnSuccess(aspectArgs);
}
//catch (Exception ex) {
// aspectArgs.Exception = ex;
// Aspects.traceAspect3.OnException(aspectArgs);
// if (aspectArgs.FlowBehavior == FlowBehavior.RethrowException) {
// throw;
// }
//}
finally {
Aspects.traceAspect3.OnExit(aspectArgs);
}
return(aspectArgs.ReturnValue);
}
public int Proceed(ref CSharpDeveloperMixin instance, IFunctionArgs <int, int, int, int> args)
{
//var aspectArgs = new FunctionInterceptionArgsImpl<CSharpDeveloperMixin, int, int, int, int>(instance, args.Method, MethodDecoratorFunctionBinding.singleton, args.Arg1, args.Arg2, args.Arg3);
//Aspects.traceAspect.OnInvoke(aspectArgs);
//FunctionArgsMapper.Map<int, int, int, int>(aspectArgs, args);
//return args.ReturnValue;
//var binding = MethodDecoratorFunctionBinding.singleton;
var aspectArgs = new FunctionExecutionArgsImpl <CSharpDeveloperMixin, int, int, int, int>(instance, args.Method, args.Arg1, args.Arg2, args.Arg3);
Aspects.traceAspect3.OnEntry(aspectArgs);
try {
var i = aspectArgs.Arg1;
var k = aspectArgs.Arg3;
aspectArgs.ReturnValue = instance.Code(ref i, aspectArgs.Arg2, ref k);
aspectArgs.Arg1 = i;
aspectArgs.Arg3 = k;
Aspects.traceAspect3.OnSuccess(aspectArgs);
}
finally {
Aspects.traceAspect3.OnExit(aspectArgs);
}
return(aspectArgs.ReturnValue);
}
