When droping a column, remove also the relation table in case of custom m2m field.
The relation table needs to be dropped otherwise an unremovable constraint to the targetted table is kept (and anyway is not needed anymore).
[IMP] mail: store the reason when failing to send an email; usability improvements in configuration, now showing the number of failed emails + links for easier configuration.
When the cron for autovacuum runs, the osv_memory objects are deleted. The portal.wizard.user object has a required field (wizard_id) linked to another osv_memory object (portal.user) which causes a traceback when the cron tries to delete portal.user object before the portal.wizard.user. opw 609918
- sessions are now shared between series.
- use site data dir instead of user data dir if user has no home dir.
- in http and module handling, `data-dir` was used before being
initialized, using the default value instead of user input
(fixes#308, #904)
Fixes#971:
File "/Users/keje/src/odoo/addons/account/partner.py", line 107, in get_fiscal_position
return part.property_account_position.id
NameError: global name 'part' is not defined
* Either further operations don't really care (e.g. ``str.join`` takes any
iterable)
* Or they do their own seq (``browse`` calls ``tuple()`` on iterable params)
Fixes#966
* As a preallocation optimization, ``list()`` calls ``__len__`` on its
parameter if it's available
* Before Python 2.7.4, WeakSet has a bug[0] where ``len()`` is unsafe: it is
done by iteration and weakrefs may be removed from the underlying set during
the iteration
As a result, the safety feature of listifying a WeakSet to ensure we have
strong refs on all items during iteration may blow up.
Wrapping the weakset in a ``iter()`` makes ``__len__()`` invisible and ensures
we're within the IterationGuard[1].
Which now that I think about it means we *should* be able to safely iterate
weaksets in the first place and may not have needed to listify them...
[0] http://bugs.python.org/issue14159
[1] http://hg.python.org/cpython/file/b6acfbe2bdbe/Lib/_weakrefset.py#l58
Likely caused by a type incoherence e.g. providing an id as string when the
table uses integer ids. Postgres performs an implicit conversion from string
to integer[0], this wasn't much of an issue in the old API, whatever cache was
there would simply not be used, but because the new API's cache is part of its
behavior it has a semantic impact and can lead to infinite recursion.
[0] more precisely from quoted value, which is untyped
Raphael Collet