Hi Michael,

On Nov 29, 2005, at 2:02 AM, Michael Watzek wrote:

Hi Craig,

Hi Michael,
Test class DeleteQueryElements has INVALID_QUERIES for which the comments are incorrect. They should all start with "The query is invalid because...". I suspect that you copied some of these from other query tests, but there are more requirements for delete. For example, I suggest changing "The query may fail because there is a grouping clause, or because there is a grouping clause w/o result" to "The query is invalid because there is a grouping clause".
Ok.

I'd also suggest making two test cases from the test case"The query may fail because there is a result, or because there is a result class". These sound like different cases.
I assume, you mean two different test methods, rather than two different test classes?

Different cases == different situations, not different "test classes".

Up to now, all JDO2 query test classes implementing negative test cases execute those within the same method (testNegative()). For example, test class DeleteQueryElements executes the following test cases within testNegative():

1) invalid result clause,
2) invalid result class,
3) invalid grouping,
4) invalid ordering,
5) invalid range.

Is your suggestion to split up 1) - 5) into different negative test methods?

No, it's simply to make two queries instead of one. There's nothing wrong with your strategy.

If I read the negative queries correctly, you have a delete query with both result class and result.

So, my suggestion is to split out the query into two so that one invalid query has a result class and another invalid query has a result.

Regards,

Craig

If yes, I propose to make a separate issue out of it because this affects more classes than just DeleteQueryElements. There are several JDO2 query test classes executing more than one test case within testNegative().

Regards,
Michael
I notice in QueryTest that the execute method always starts a transaction. Are there any tests that query outside a transaction?
Thanks,
Craig
On Nov 28, 2005, at 5:08 AM, Michael Watzek (JIRA) wrote:
     [ http://issues.apache.org/jira/browse/JDO-166?page=all ]

Michael Watzek updated JDO-166:
-------------------------------

    Attachment: JDO-166.patch2

The second patch implements the comments above.


Implement new JDO 2 query tests cases concerning deletion by query.
-------------------------------------------------------------------

         Key: JDO-166
         URL: http://issues.apache.org/jira/browse/JDO-166
     Project: JDO
        Type: New Feature
  Components: tck20
    Reporter: Michael Watzek
    Assignee: Michael Watzek
 Attachments: JDO-166.patch, JDO-166.patch2

We need 4 new test classes, one for each of the following assertions: - A14.8-1: These methods delete the instances of affected classes that pass the filter, and all dependent instances. Affected classes are the candidate class and its persistence- capable subclasses. - A14.8-2: The number of instances of affected classes that were deleted is returned. Embedded instances and dependent instances are not counted in the return value. - A14.8-3: Query elements filter, parameters, imports, variables, and unique are valid in queries used for delete. Elements result, result class, range, grouping, and ordering are invalid. If any of these elements is set to its non-default value when one of the deletePersistentAll methods is called, a JDOUserException is thrown and no instances are deleted. - A14.8-4: Dirty instances of affected classes are first flushed to the datastore. Instances already in the cache when deleted via these methods or brought into the cache as a result of these methods undergo the life cycle transitions as if deletePersistent had been called on them. That is, if an affected class implements the DeleteCallback interface, the instances to be deleted are instantiated in memory and the jdoPreDelete method is called prior to deleting the instance in the datastore. If any LifecycleListener instances are registered with affected classes, these listeners are called for each deleted instance. Before returning control to the application, instances of affected classes in the cache are refreshed by the implementation so their status in the cache reflects whether they were deleted from the datastore. Details can be found on Wiki page http://wiki.apache.org/jdo/ QueryTests#DeletionByQuery.


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Craig Russell
Architect, Sun Java Enterprise System http://java.sun.com/products/ jdo
408 276-5638 mailto:[EMAIL PROTECTED]
P.S. A good JDO? O, Gasp!


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Craig Russell
Architect, Sun Java Enterprise System http://java.sun.com/products/jdo
408 276-5638 mailto:[EMAIL PROTECTED]
P.S. A good JDO? O, Gasp!

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