Hi,

same here. I don't have really have a strong opinion, but the argument
that constraints are determined based on the runtime type seems reasonable.

The good news is that we would have to move and modify only one single line
to make this happen :-)
I created a test locally and w/ a small change in  
ValidatorImpl.validateCascadedConstraints
we would get the result we want.

I created HV-468

--Hardy


On Thu, 21 Apr 2011 10:04:19 +0200, Emmanuel Bernard  
<emman...@hibernate.org> wrote:

> I don't have any strong opinion.
> I'd be tempted to say you are right. It seems to be somebody expecting a  
> non indexable path would not be hurt if the Path structure returned an  
> indexable version. Can you also create a BVAL issue so that the spec  
> gets clarified.
>
> On 21 avr. 2011, at 00:11, Gunnar Morling wrote:
>
>> Hi guys,
>>
>> there was an interesting question on the Validator forum
>> (https://forum.hibernate.org/viewtopic.php?f=9&t=1010626&start=0)
>> which IMO boils down to the question whether the static or the runtime
>> type of an association should be considered when creating property
>> paths in case of cascading validations.
>>
>> An example:
>>
>> class Foo {
>>
>>    private Collection<Bar> bar1 = new ArrayList<Bar>();
>>
>>    private List<Bar> bar2 = new ArrayList<Bar>();
>>
>> }
>>
>> When validating an instance of Foo (which has invalid elements in
>> bar1/bar2) with HV, the resulting property path node for bar1 would be
>> iterable but not indexable ("bar1[]"), while the property path node
>> for bar2 would be iterable and indexable ("bar2[123]"). This is that
>> way because the static type of bar1/bar2 (Collection vs. List) is
>> considered when building the nodes, and not the runtime type
>> (ArrayList in both cases).
>>
>> That said, basing the path on the runtime type instead would seem
>> reasonable to me, too (as for instance the constraints to validate are
>> also determined based on the runtime type of references). I scanned
>> through the BV spec. (section 4.5) but didn't find a clear answer
>> which approach should be followed. Are there any opinions on that?
>>
>> Thanks,
>>
>> Gunnar
>
>
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