6:20 p.m.
Hi Adam,
The relevant issues:
HHH-8908 : Envers: Column of Embedded missing in Audit Table
HHH-9194 : Revert HHH-8908 fix
HHH-9193 : Default audit behavior of a mapped-superclass is inconsistent when extended by
an entity vs an embeddable
I created a pull request for reverting HHH-8908
(https://github.com/hibernate/hibernate-orm/pull/742). The fix is reverted for HHH-9194
and I've re-purposed the testcases that were added to HHH-8908 for HHH-9193. I'm
still a little fuzzy of the expectations of these tests, so please take a look at the pull
request and let me know if anything needs to be changed.
I'm still unsure how on the ways to explicitly enable auditing for a mapped-superclass
as a whole or particular fields/methods. Here are some guesses on how I think it should
work. Assume the following uses AccessType.FIELD.
In the following, A.b.intValue should be audited; A.b.strValue should not be audited.
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
In the following, both A.b.intValue and A.b.strValue should be audited:
@Entity
@Audited
@AuditOverride( name="b.strValue" )
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
In the following, both A.b.intValue and A.b.strValue should be audited:
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
@Audited
public class AbstractB {
private String strValue;
}
In the following, both A.b.intValue and A.b.strValue should be audited.
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
@AuditOverride( class=AbstractB.class )
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
What should be the outcome of the following? Should A.b.strValue still be audited even
though A.b is explicitly not audited?
@Entity
@Audited
public class A{
...
@NotAudited
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
@Audited
public class AbstractB {
private String strValue;
}
Please clarify or correct as necessary. At this point, I'm not sure which of the above
cases work. Once the expected behavior is clarified, tests should be added to ensure that
envers operates as expected. Jira issues should be added for cases that don't work.
Thanks,
Gail
11:45 p.m.
Sorry, no idea why I missed that email.
So the basic rule is:
- fields from a non-audited mapped superclass are never audited, unless an @AuditOverride
is specified
- if the mapped superclass is audited, then its fields are of course audited as well
I don’t think we want to get into supporting a @AuditOverride(“b.field”) syntax, as it
complicates the whole thing. When an @AO is placed on a component, the names refer to what
is inside the component, so I guess we can use it here?
To address the specific questions:
In the following, A.b.intValue should be audited; A.b.strValue should
not be audited.
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
Looks good
In the following, both A.b.intValue and A.b.strValue should be
audited:
@Entity
@Audited
@AuditOverride( name="b.strValue" )
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
As above, I don’t think we want to supoprt @AO(name=“b.strValue”)? To audit b.strValue,
you’d have to add an @AO(name=“strValue”, forClass=AbstractB.class) on the b field
directly.
In the following, both A.b.intValue and A.b.strValue should be
audited:
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
@Audited
public class AbstractB {
private String strValue;
}
Yes
In the following, both A.b.intValue and A.b.strValue should be
audited.
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
@AuditOverride( class=AbstractB.class )
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
public class AbstractB {
private String strValue;
}
Yes
What should be the outcome of the following? Should A.b.strValue
still be audited even though A.b is explicitly not audited?
@Entity
@Audited
public class A{
...
@NotAudited
private B b;
...
}
@Embeddable
public class B extends AbstractB {
private int intValue;
}
@MappedSuperclass
@Audited
public class AbstractB {
private String strValue;
}
@NotAudited has precedence - so not audited.
I hope things are a bit clearer :). I suppose we should document these rules. If, of
course, you think these rules are sound - any other ideas are always welcome :)
Adam
--
Adam Warski
http://twitter.com/#!/adamwarski
http://www.softwaremill.com
http://www.warski.org
1:39 a.m.
Hi Adam,
Currently, the ways to enable auditing on a mapped-superclass that we discussed below do
not work when an embeddable class has no declared data. The only way I can find to enable
auditing for the mapped-superclass is to annotate the embeddable class with @Audited.
For example:
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
@Audited // currently, this must be here in order for the mapped-superclass to be audited
public class B extends AbstractB {
// no declared data
}
@MappedSuperclass
@Audited // does nothing due to HHH-9193, but will be required after
// HHH-9193 is fixed, unless there is an @AuditOverride
public class AbstractB {
private String strValue;
}
Annotating the embeddable class makes it work, but does this really make sense? Is this a
reasonable workaround? Could this cause problems in future versions?
The test case attached to HHH-8908 illustrates this.
Thanks,
Gail
----- Original Message -----
From: "Adam Warski" <adam(a)warski.org>
To: "Gail Badner" <gbadner(a)redhat.com>
Cc: adam(a)hibernate.org, "Hibernate" <hibernate-dev(a)lists.jboss.org>,
"Łukasz Antoniak" <lukasz.antoniak(a)gmail.com>
Sent: Tuesday, May 20, 2014 9:45:28 PM
Subject: Re: Envers: Mapped-superclasses extended by embeddabables
Sorry, no idea why I missed that email.
So the basic rule is:
- fields from a non-audited mapped superclass are never audited, unless an
@AuditOverride is specified
- if the mapped superclass is audited, then its fields are of course audited
as well
I don’t think we want to get into supporting a @AuditOverride(“b.field”)
syntax, as it complicates the whole thing. When an @AO is placed on a
component, the names refer to what is inside the component, so I guess we
can use it here?
To address the specific questions:
> In the following, A.b.intValue should be audited; A.b.strValue should not
> be audited.
>
> @Entity
> @Audited
> public class A{
> ...
> private B b;
> ...
> }
>
> @Embeddable
> public class B extends AbstractB {
> private int intValue;
> }
>
> @MappedSuperclass
> public class AbstractB {
> private String strValue;
> }
Looks good
> In the following, both A.b.intValue and A.b.strValue should be audited:
>
> @Entity
> @Audited
> @AuditOverride( name="b.strValue" )
> public class A{
> ...
> private B b;
> ...
> }
>
> @Embeddable
> public class B extends AbstractB {
> private int intValue;
> }
>
> @MappedSuperclass
> public class AbstractB {
> private String strValue;
> }
As above, I don’t think we want to supoprt @AO(name=“b.strValue”)? To audit
b.strValue, you’d have to add an @AO(name=“strValue”,
forClass=AbstractB.class) on the b field directly.
> In the following, both A.b.intValue and A.b.strValue should be audited:
>
> @Entity
> @Audited
> public class A{
> ...
> private B b;
> ...
> }
>
> @Embeddable
> public class B extends AbstractB {
> private int intValue;
> }
>
> @MappedSuperclass
> @Audited
> public class AbstractB {
> private String strValue;
> }
Yes
> In the following, both A.b.intValue and A.b.strValue should be audited.
>
> @Entity
> @Audited
> public class A{
> ...
> private B b;
> ...
> }
>
> @Embeddable
> @AuditOverride( class=AbstractB.class )
> public class B extends AbstractB {
> private int intValue;
> }
>
> @MappedSuperclass
> public class AbstractB {
> private String strValue;
> }
Yes
> What should be the outcome of the following? Should A.b.strValue still be
> audited even though A.b is explicitly not audited?
>
> @Entity
> @Audited
> public class A{
> ...
> @NotAudited
> private B b;
> ...
> }
>
> @Embeddable
> public class B extends AbstractB {
> private int intValue;
> }
>
> @MappedSuperclass
> @Audited
> public class AbstractB {
> private String strValue;
> }
@NotAudited has precedence - so not audited.
I hope things are a bit clearer :). I suppose we should document these rules.
If, of course, you think these rules are sound - any other ideas are always
welcome :)
Adam
--
Adam Warski
http://twitter.com/#!/adamwarski
http://www.softwaremill.com
http://www.warski.org
8:17 a.m.
I just want to make sure this is consistent across uses. What are the
rules for Audited, MappedSuperclass and Entity? IMO, that is what should
happen for Audited, MappedSuperclass and Embeddable as well. Are those
consistent?
Adam, what specifically is complicated by supporting AO paths? Is it
handling the path and targeting the proper attribute? Or is it that envers
assumes composites are either audited or not in total? Allowing paths here
would be much more natural/consistent with regard to
AttributeOverride/AssociationOverride.
On Fri, May 30, 2014 at 1:39 AM, Gail Badner <gbadner(a)redhat.com> wrote:
Hi Adam,
Currently, the ways to enable auditing on a mapped-superclass that we
discussed below do not work when an embeddable class has no declared data.
The only way I can find to enable auditing for the mapped-superclass is to
annotate the embeddable class with @Audited.
For example:
@Entity
@Audited
public class A{
...
private B b;
...
}
@Embeddable
@Audited // currently, this must be here in order for the
mapped-superclass to be audited
public class B extends AbstractB {
// no declared data
}
@MappedSuperclass
@Audited // does nothing due to HHH-9193, but will be required after
// HHH-9193 is fixed, unless there is an @AuditOverride
public class AbstractB {
private String strValue;
}
Annotating the embeddable class makes it work, but does this really make
sense? Is this a reasonable workaround? Could this cause problems in future
versions?
The test case attached to HHH-8908 illustrates this.
Thanks,
Gail
----- Original Message -----
> From: "Adam Warski" <adam(a)warski.org>
> To: "Gail Badner" <gbadner(a)redhat.com>
> Cc: adam(a)hibernate.org, "Hibernate"
<hibernate-dev(a)lists.jboss.org>,
"Łukasz Antoniak" <lukasz.antoniak(a)gmail.com>
> Sent: Tuesday, May 20, 2014 9:45:28 PM
> Subject: Re: Envers: Mapped-superclasses extended by embeddabables
>
> Sorry, no idea why I missed that email.
>
> So the basic rule is:
> - fields from a non-audited mapped superclass are never audited, unless
an
> @AuditOverride is specified
> - if the mapped superclass is audited, then its fields are of course
audited
> as well
>
> I don’t think we want to get into supporting a @AuditOverride(“b.field”)
> syntax, as it complicates the whole thing. When an @AO is placed on a
> component, the names refer to what is inside the component, so I guess we
> can use it here?
>
> To address the specific questions:
>
> > In the following, A.b.intValue should be audited; A.b.strValue should
not
> > be audited.
> >
> > @Entity
> > @Audited
> > public class A{
> > ...
> > private B b;
> > ...
> > }
> >
> > @Embeddable
> > public class B extends AbstractB {
> > private int intValue;
> > }
> >
> > @MappedSuperclass
> > public class AbstractB {
> > private String strValue;
> > }
>
> Looks good
>
> > In the following, both A.b.intValue and A.b.strValue should be audited:
> >
> > @Entity
> > @Audited
> > @AuditOverride( name="b.strValue" )
> > public class A{
> > ...
> > private B b;
> > ...
> > }
> >
> > @Embeddable
> > public class B extends AbstractB {
> > private int intValue;
> > }
> >
> > @MappedSuperclass
> > public class AbstractB {
> > private String strValue;
> > }
>
> As above, I don’t think we want to supoprt @AO(name=“b.strValue”)? To
audit
> b.strValue, you’d have to add an @AO(name=“strValue”,
> forClass=AbstractB.class) on the b field directly.
>
> > In the following, both A.b.intValue and A.b.strValue should be audited:
> >
> > @Entity
> > @Audited
> > public class A{
> > ...
> > private B b;
> > ...
> > }
> >
> > @Embeddable
> > public class B extends AbstractB {
> > private int intValue;
> > }
> >
> > @MappedSuperclass
> > @Audited
> > public class AbstractB {
> > private String strValue;
> > }
>
> Yes
>
> > In the following, both A.b.intValue and A.b.strValue should be audited.
> >
> > @Entity
> > @Audited
> > public class A{
> > ...
> > private B b;
> > ...
> > }
> >
> > @Embeddable
> > @AuditOverride( class=AbstractB.class )
> > public class B extends AbstractB {
> > private int intValue;
> > }
> >
> > @MappedSuperclass
> > public class AbstractB {
> > private String strValue;
> > }
>
> Yes
>
> > What should be the outcome of the following? Should A.b.strValue still
be
> > audited even though A.b is explicitly not audited?
> >
> > @Entity
> > @Audited
> > public class A{
> > ...
> > @NotAudited
> > private B b;
> > ...
> > }
> >
> > @Embeddable
> > public class B extends AbstractB {
> > private int intValue;
> > }
> >
> > @MappedSuperclass
> > @Audited
> > public class AbstractB {
> > private String strValue;
> > }
>
> @NotAudited has precedence - so not audited.
>
> I hope things are a bit clearer :). I suppose we should document these
rules.
> If, of course, you think these rules are sound - any other ideas are
always
> welcome :)
>
> Adam
>
> --
> Adam Warski
>
> http://twitter.com/#!/adamwarski
> http://www.softwaremill.com
> http://www.warski.org
>
>
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3 comments
3 participants
participants (3)
-
Adam Warski -
Gail Badner -
Steve Ebersole