Rebranding has been done in:
- data/demo files
- html templates
- help notices
- comments
- logger messages
- and other various messages
(Commit taken from odoo-dev:8.0-improve-openerp-odoo-rlu at rev 7deaa08)
Closes#1260
Loading the menus is the most expensive
operation for an average page load, and
the result does not change often.
The menu filtering already uses a separate
cache based on groups, but the rest of the
loading includes reading actions and
translating menu names, which is also
expensive.
Added a cache keyed on user + user
lang, plus relevant cache invalidation
when any of the following are touched:
access rights, user data including
groups and language, menus or mail.group
subscriptions.
The menu filtering cache is still
useful in parallel has it is invalidated
under different conditions.
User.has_group() is cheap but still
called very often, so it is an easy
win as well, and also frequently
used when rendering page templates.
16d6744 turns out to not be great, because it filters out the todos for
prefetched fields (rather than those just for the field being asked) there are
situations where it ends up not fetching the records it was originally asked
for and breaks a bunch of stuff e.g. unreconcile line in bank statements
Force the ids explicitly asked for back in the fetched set, so that the
prefetch is at most a noop, rco will have to take an actual look at it.
* fix#1149 courtesy of @andreparames
* remove useless threaded yaml import
* openerp.service.server thread spawning get an API environment further down
the stack
It's broken (though easy to fix) and not very useful, if third parties want to
create databases asynchronously they can handle the asynchronicity on the
client-side (an HTTP request is easy to make asynchronously after all) and
call the synchronous `create_database()`.
fixes#1137, after a fashion
fixes#1130
* provided `inner` data may or may not have been encoded
* `element.text` is either ascii-compatible `str` or `unicode` when
non-ascii-compatible, which could force the decoding of utf8-encoded content
during g_inner's join
A todo would only filter out records selectioned by the same field's caching,
it should filter out on the whole prefetching selection or an other field
could/would just add it back to the set of records to fetch (and lead to Bad
Things).
Note: this probably deserves a test somehow, but I'm not quite sure how the
todos thing works so...
If expansion of the recordset is done during _prefetch_field, if one of the
prefetches (not the base record(s) but one of those selected by
BaseModel._in_cache_without) can't be read by the current user (due to an
access rule or for field reading reasons, or whatever) the whole read is
failed, even if the record which was specifically asked for could be read on
its own.
By only expanding the read set in _read_from_database, the cache is correctly
set but read() and _prefetch_field() only check the records explicitly asked
for for AccessDenied, prefetched records will only be asked if they are ever
accessed.
fixes#1013
At rev 84e9a67cdf a check to avoid the creation of ir.model.relation for custom modules was added. The condition is not correct as based on the string instead of the field name. We do not have access to column name at this level but the the m2m relation table do start with x_ for custom fields (see __init__ method).
This should fix an issue discovered by tde when reading all fields on a record
on which you don't have access right:
- _read_from_database() fetches result and store it in cache
- read() retrieves values from cache, starting with field 'create_date'...
- ... which is not in cache, so prefetch that field, read it, which goes into
an infinite loop
The problem is that _read_from_database() finds out that you don't have access
on the record, and stores a FailedValue in cache on all fields... except magic
fields. Fix the problem by storing the FailedValue on all fields but 'id'.
orm: do not try to create ir.model.relation for custom m2m as self._module is either empty (for custom models), either the one of the last inheriting module (which is wrong). The field should be removed manually and should not be impacted by the uninstallation of modules. The removal of the relation table can be done when removing manually the custom field (see rev 6af3193).
ir.model: when removing a model, drop the table with the CASCADE instruction. This will remove left constraints from remaining m2m tables.
This means that dropping a table (either manually removing a custom model or uninstalling a module) will not drop the relation table for a custom m2m field. This is not ideal but better than the previous behaviour (which was to fail the DROP TABLE instruction and keep the table with a few columns and unconsistent data).
Richard Mathot
rlu-odoo
Olivier Dony
Christophe Matthieu
Xavier Morel
xmo-odoo
Christophe Simonis
andreparames
André Paramés
Thibault Delavallée
Martin Trigaux
Anand-Dharampuriya
Christophe Combelles
Raphael Collet