Before this commit, if a related field's path definition contained a
non-existing field (either because of a typo or field removal) the ORM
would simply send a generic Python KeyError that didn't really help in
debugging.
With this commit, we raise our own KeyError stating which related field
has the wrong path definition and exactly which field within the path is
incorrect.
See test for an example.
closesodoo/odoo#31889
Signed-off-by: Adrian Torres (adt) <adt@odoo.com>
When invoking onchange() on a line in a one2many field, the inverse
many2one field is given as a dict of values. Those values are the ones
of the "container" record in the form view, and they include the "id" of
the container record. The method onchange() instantiates the container
record as a new record with the given values. Fix the code to set the
expected "origin" of that record to the record with the given "id".
closesodoo/odoo#71491
X-original-commit: ebfb5d90fd4ff65ee1d2fc73faf8f9eaa18f4521
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Manually adding a line should not trigger the computation of the field,
just like modifying the line fields that occur in the field's domain.
In other words, the dependencies of the field should be limited to the
ones declared on field or its compute method.
closesodoo/odoo#71049
X-original-commit: 1c39814bd729cc08882f1545c7d88b0592e63f9a
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This makes the union of many dicts into a single dict.
On a registry with 296 modules, this saves 300 kilobytes of memory,
which is about 3% of the registry's memory footprint.
This keeps field.__dict__ as small as possible.
On a registry with 296 modules, this saves 40 kilobytes of memory,
which is about 0.35% of the registry's memory footprint.
This mainly keeps field.related's type consistent.
On a registry with 296 modules, this saves 325 kilobytes of memory,
which is about 3% of the registry's memory footprint.
Also speed up the basic setup of fields that are always duplicated
top-level (on the model's registry class). This saves time and memory,
as we also discard field.args and field._base_fields on toplevel fields
(those values are no longer useful after setup).
This replaces the setup of the attribute 'currency_field', which depends
on the presence of other fields on the model, and may therefore vary
from one registry to another. This is necessary to make monetary fields
shareable across registries.
The attributes field.depends and field.depends_context are problematic
for sharing fields across registries, because they depend on the model's
registry class, which may vary from one registry to another. In order
to make computed fields shareable, we have to move those values away
from fields.
For the same reason, field.recursive should not be inferred, because its
value may depend on the registry, although it is generally not the case.
Moreover, the flag recursive=True is set on a field when field triggers
are determined (on the registry). A compute method may be called before
the flag is set (if no update has been done yet), and that can lead to
incorrect computations.
This happened in test TestUsers2.test_reified_groups in module 'base'.
The user groups view was apparently determined without the flag being
set, and the view depends on the recursive field 'trans_implied_ids',
which was not correctly computed.
We thus force developers to be explicit about recursive computed fields.
The code now logs a warning when the flag is not set up properly.
The basic setup of fields is now made in Field.__set_name__(), which
automatically makes this information shared across registries, because
it is done when importing Odoo modules.
Fields are no longer retrieved with inspect.getmembers(), which is
time-consuming. Instead, the classes defining models automatically
collect their own fields (via Field.__set_name__()), and the field
retrieval is done by using those collections. Also, a field no longer
needs to introspect its model class to find its field definitions.
A class that defines a model automatically determines its '_name',
'_inherit' and '_module' upon creation, and the fields determine their
'name', 'model_name' and '_module' via Field.__set_name__().
Loading a registry with 290 modules from scratch is now 25% faster.
Add a big fat warning when the qweb compiler finds a `t-raw`.
`t-esc` should now be used everywhere, the use-case for `t-raw` should
be handled by converting the corresponding values to `Markup`
objects. Even though it's convenient, this constructor *should never
be made available in the qweb rendering context* (maybe that should be
checked for explicitely?).
Replace `werkzeug.escape` by `markupsafe.escape` in
`odoo.tools.html_escape`, this means the output of `html_escape` is
markup-safe.
Updated qweb to work correctly with escaping and `Markup`, amongst
other things QWeb bodies should be markup-safe internally (so that a
`t-set` value can be fed into a `t-esc`). See at the bottom for the
attributes handling as it's a bit complicated.
`to_text` needed updating: `markupsafe.Markup` is a subclass of `str`,
but `str` is not a passthrough for strings. So `Markup` instances
going through would be converted to normal `str`, losing their safety
flag. Since qweb internally uses `to_text` on pretty much
everything (in order to handle None / False), this would then cause
almost every `Markup` to get mistakenly double-escaped.
Also mark a bunch of APIs as markup-safe by default
* html_sanitize output.
* HTML fields content, sanitization is applied on intake (so stripped
by the trip through the database) and if the field is unsanitised
the injection is very much intentional, probably. Note: this
includes automatically decoding bytes as a number of default values
& computes yield bytes, which Markup will happily accept... by
repr-ing them which is useless. This is hard to notice without `-b`.
* Script-safe json, it's rather the point (though it uses a
non-standard escaping scheme).
* Note that `nl2br`, kinda: it should work correctly whether or not
the input is markup-safe, this means we should not need to escape
values fed to `nl2br`, but it doesn't hurt either.
Update some qweb field serialisations to mark their output as
markup-safe when necessary (e.g. monetary, barcode,
contact). Otherwise either using proper escaping internally or doing
nothing should do the trick.
Also update qweb to return markup-safe bytes: we want qweb to return
markup-safe contents as a common use-case is to render something with
one template, and inject its content in an other one (with Python code
inbetween, as `t-call` works a bit differently and does not go through
the external rendering interface).
However qweb returns `bytes` while `Markup` extends `str`. After a
quick experiment with changing qweb rendering to return `str` (rather
unmitigated failure I fear), it looks like the safest tack is to add a
somewhat similar bytes-based type, which decodes to a `Markup` but
keeps to bytes semantics.
For debugging and convenience reasons, MarkupSafeBytes does *not*
stringify and raises an error instead (`__repr__` works fine). This is
to avoid implicit stringifications which do the wrong thing (namely
create a string `"b'foo'"`).
Also add some configuration around BytesWarning (which still has to be
enabled at the interpreter level via `-b`, there's no way to enable it
programmatically smh), and monkeypatch `showwarning` to show warning
tracebacks, as it's common for warnings to be triggered in the bowels
of the application, and hard to relate to business logic without the
complete traceback.
`t-out`
=======
`t-esc` is a bit confusing for the new behaviour of "maybe escape
maybe not", so add a `t-out` alias with the same behaviour.
Unlike `t-raw`, `t-esc` is only soft-deprecated for now: there are
thousands of instances, so editing all the templates is not
great. Eventually we'll add a `ci/style` to prevent addition of new
ones, and eventually we might do a bulk-replace and hard-deprecate.
Attributes handling
===================
There are a few issues with respect to attributes. The first issue is
that markup-safe content is not necessarily attributes-safe
e.g. markup-safe content can contain unescaped `<` or double-quotes
while attributes can not. So we must forcefully escape the input, even
if it's supposedly markup-safe already.
This causes a problem for script-safe JSON: it's markup-safe but
really does its own thing. So instead of escaping it up-front and
wrapping it in Markup, make script-safe JSON its own type which
applies JSON-escaping *during the `__html__` call.
This way if a script-safe JSON object goes through `markupsafe.escape`
we'll apply script-safe escaping, otherwise it'll be treated as a
regular strings and eventually escaped the normal way.
A second issue was the processing of format-valued
attributes (`t-attf`): literal segments should always be markup-safe,
while non-literal may or may not be. This turns out to be an issue if
the non-literal segment *is* markup-safe: in that case when the
literal and non-literal segments get concatenated the literal segments
will get escaped, then attributes serialization will escape
them *again* leading to doubly-escaped content in attributes.
The most visible instance of this was the `snippet_options` template,
specifically:
<t t-set="so_content_addition_selector" t-translation="off">blockquote, ...</t>
<div id="so_content_addition"
t-att-data-selector="so_content_addition_selector"
t-attf-data-drop-near="p, h1, h2, h3, .row > div > img, #{so_content_addition_selector}"
data-drop-in=".content, nav"/>
Here `so_content_addition_selector` is a qweb body therefore
markup-safe, When concatenated with the literal part of
`t-atff-data-drop-near` it would cause the HTML-escaping of that
yielding a new Markup object. Normal attributes processing would then
strip the markup flag (using `str()`) and escape it again, leading to
doubly-escaped literals.
The original hack around was to unescape() `Markup` content before
stringifying it and escaping it again, in the attribute serialization
method (`_append_attributes`).
That's pretty disgusting, after some more consideration & testing it
looks like a much better and safer fix is to ensure the
expression (non-literal) segments of format strings always result in
`str`, never `Markup`, which is easy enough: just all `str()` on the
output of strexpr. We could also have concatenated all the bits using
`''.join` instead of repeated concatenation (`+`).
Also add a check on the type of the format string for safety, I think
it should always be a proper str and the bytes thing is only when
running in py2 (where lxml uses bytestrings as a space optimization
for ascii-only values) but it should not hurt too much to perform a
single typecheck assertion on the value... instead of performing one
per literal segment.
Note: we may need to implement unescape anyway, because it's still
possible to get double-escaping with the current scheme: given an
explicitly escape-ed `foo` and `t-att-foo="foo"`, `foo` will be
re-escaped.
fixup! [CHG] core, web: deprecate t-raw
Magic and inherited fields are not really useful on abstract models.
The _inherits specification is used anyway by models that inherit from
those abstract models.
The main goal of this change is to prepare a refactoring of models where
fields are no longer duplicated on the registry classes, but fields
defined on classes are used directly. But this new design cannot be
applied to all fields: a field being overridden simply cannot be used
directly. This branch improves the situation by avoiding unnecessary
field overridings.
closesodoo/odoo#69372
Related: odoo/upgrade#2409
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
With this commit, it is now possible to group the records of a model by
a Many2many field of said model.
The result of a read_group grouped by a m2m will return as many entries
or "groups" as there are different records in the comodel that are
linked to the model through the m2m, plus a null/false group, for records
of the model that have no linked records of the comodel or for records
of the comodel for which the current user has no read access to due to
ir.rules.
For a more illustrated explanation, the tests should cover all cases in
detail.
Note that this commit only introduces this change at the ORM level, the
frontend does not yet handle grouping by m2m fields but it is planned
in the near future.
Task-2428971
closesodoo/odoo#68958
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Co-authored-by: Raphael Collet <rco@odoo.com>
The field that supports inheritance should be auto_join=True. This
guarantees that searching on an inherited field (X) or its explicit
related expression (foo_id.X) gives the same query.
Note that adding auto_join=True on that field does not weakens the
model's security, since searching on the model automatically injects the
parent model's security rules into the query (see _apply_ir_rules).
closesodoo/odoo#66925
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
When comparing the values of a new record with its origin, x2many fields
are always different because we compare new records with real records.
For instance, converting the value of a one2many field where lines have
a many2many field always returns update commands for the many2many
field.
closesodoo/odoo#66950
X-original-commit: 03a4137cc3fa398dbd0cb214dc5472a083ae33b8
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Writing on x2many field should be done last, because deleting x2many
lines causes pending computations and updates to be flushed. Writing on
column fields after that inevitably adds extra update queries.
We introduce an attribute `write_sequence` on fields to order fields for
write. The prescribed order is: all fields except monetary and x2many,
monetary fields, x2many fields.
closesodoo/odoo#65959
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This guarantees the cache consistency of the many2many field values.
closesodoo/odoo#66299
X-original-commit: 421631d7f222f1fcc3381c79320e109562533f22
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
When using command "6" (SET), the one2many field's inverse was not
assigned on the lines.
closesodoo/odoo#65675
X-original-commit: ba733a9ac73dcf978ed7eaab7681781b2d5a9bfc
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
When retrieving company dependant values, the computed domain called
search_multi method of ir.property as normal user.
Since odoo/odoo@8f57863707 ir.property records are no longer
readable by a normal classical user.
To reproduce:
Add a domain using a company_dependant field
e.g. on res.partner, with purchase installed, modify the parent_id
field in form view to
<field name="parent_id" ... domain="[('property_purchase_currency_id','=',property_purchase_currency_id)]" />
When clicking on the parent_id with a low priviledge user, an
access-right error is raised, as the user doesn't have access to
ir.property records
Fixesodoo/odoo#65450closesodoo/odoo#65643
X-original-commit: 33868b4e14124800035ea99df111b35b4199ae60
Signed-off-by: Martin Trigaux (mat) <mat@odoo.com>
Filling the new column in SQL is dramatically faster than doing it via
the ORM, which iterates over all the records in the table.
The test case is creating a related field for 100+ records with distinct
values. Setting the field's value was taking more than 100 queries. It
now takes 3 queries.
task-2449313
opw-2380445
opw-2389376
https://github.com/odoo/enterprise/pull/15910closesodoo/odoo#65432
X-original-commit: d66652b4aa514546356306e3eb48eaecaba07c33
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
cache_value could be empty string rather than None. I'm not sure why it was
different before.
STEPS:
* install an app that adds menu Products (e.g. Sales)
* activate second language and switch to it
* create new product, set some value to field description ("Internal Notes"),
save
* click edit, remove description, save
closesodoo/odoo#64752
Before: the value is not removed
After: value is empty, translations are removed
X-original-commit: 3ef5e63f62f0f84d6e92cb55eb112ab2f2924faa
Signed-off-by: Ivan Yelizariev // IEL <yelizariev@users.noreply.github.com>
This takes a former patch one step further.
Assume you recompute a field on two records, and the computation assigns
the first record but not the second one. Before this patch, the
recomputation process was accessing the field on both records. When
accessing the first record, both records are recomputed, and the value
of the first one is found in cache. When accessing the second record,
no recomputation is made (it has been done already), and the cache is
empty. The field is thus fetched from database, and this crashes because
of insufficient access rights.
This scenario was causing some obscure nondeterministic crashes in
tests. The nondeterminism comes from the choice of the environment for
flushing (it should not be in superuser mode); the order of records in
the set to compute; the order in which records are assigned in the
compute method; the fact that the compute method should assign some
records and some not.
The fix consists in adding a method that processes pending computations,
without doing anything special for unassigned records. The method is
used in field accessors (__get__ and mapped) and in method recompute().
The access error is gone because the recomputation no longer tries to
get the value of a field to compute.
closesodoo/odoo#64264
X-original-commit: b7676ec33172e6196b5fd1eda4df730ebf90eb6b
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This fixes an issue that occurs when marking fields to compute in the
following situation:
- it occurs before the actual modification,
- a relational field is marked to compute,
- the same field is traversed to inverse some dependency.
When the marking occurs after the modification, the traversal of the
field should actually recompute the field. However, if the marking
occurs before the modification, the inversion of dependencies must be
based on the current value of the field. This is the case with method
unlink(): we call method modified() to mark the fields that currently
depend on the records to be deleted, and the fields must be computed
only after the deletion!
X-original-commit: cd19c2d93db8911fe42802640ea32e5d87aadeec
Create a model as follow:
class FooModel(models.Model):
_name = 'foo'
bar = fields.Char(compute="compute_bar")
@depends('bazz') # wrong dependency, bazz does not exist
def compute_bar(self):
for rec in self:
rec.bar = "Babar raconte des beaux bobards."
Uppon -u foo_module, a ValueError is rose for the invalid dependency
with the following message:
> Field foo.bar cannot find dependency bazz on model foo.
We had feedback the error message was not very clear to some users,
the new error message is:
> Wrong @depends on 'compute_bar' (compute method of field foo.bar).
> Dependency field 'bazz' not found in model foo.
closesodoo/odoo#62328
Task: 2366612
Signed-off-by: Julien Castiaux <Julien00859@users.noreply.github.com>
This fixes the issue introduced by revision fd50ba9fb8
The way computed fields are invalidated depends on the order of the dict
passed as a parameter to method onchange(). This causes some unexpected
behavior when dealing with computed editable fields: the user loses the
value in that field because of the onchange.
Explanation: during the onchange, the modified field is cached by
record._update_cache(changed_values, validate=True)
If the field is a one2many, 'value' contains an update command for each
modified line. Because of 'validate=True', the assignment triggers
field computations on the lines, which are already handled by another
call to onchange(). In case anything on the parent model modifies some
line, the whole one2many values are returned to the user, and
accidentally recomputed fields show up in the interface.
closesodoo/odoo#62748
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
We provide a new helper class to help redact x2many commands for create
and write methods. To ensure best compatibility with the xmlrpc layer we
do not change the protocole, the commands are still 3-elements tuples
where the first element is still an integer in between 0 and 6. The
helper class provide the cannonical constants and static methods to ease
working with the commands. The new helper class is also available in QWeb.
Developers are encouraged to transition their code so it uses this new
helper class.
Task: 2366606
From python code, import a module class and print one of its field, it
shows garbage because the `model_name` and `name` fields are None. We
provide a default str/repr of the field.
closesodoo/odoo#46996
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Before this commit, it was impossible to write to a delegated m2o field
if the length of the recordset was greater than 1.
The reason was because the special case for delegated fields inside
fields.Many2one.convert_to_cache would check for `record.id` which is a
bit misleading, since record can be greater than one.
The solution is to check whether any of the records are real records
instead, as if all of the records are NewRecords, then the parent is a
NewRecord too.
Fixes#62069closesodoo/odoo#62343
X-original-commit: 76bf9dc94165c79be873a8864bfdb50a0a636084
Signed-off-by: Adrian Torres (adt) <adt@odoo.com>
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This patch guarantees that computed fields with `compute_sudo=True` do
not cause access errors when fetched from database.
This fixes a non-deterministic access error upon `commit`, where fields
are recomputed and flushed with some random environment. The method
`recompute` performs its duty by accessing the fields to recompute. The
compute method of a field is called but does not assign it. As the
field is not in cache, its value is read from database. However, as the
latter is not done in superuser mode, it may cause some access error.
closesodoo/odoo#61842
X-original-commit: cfb942ab5902e0992434eb2c7db2940526df404e
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This fixes a very obscure bug that happens on workers serving multiple
databases. Consider two databases A and B with the same model M, that
does not have a field 'name', but has a custom field 'x_name' only on
database A. The bug can be reproduced with the module 'account' and its
model 'account.register.payments'.
Assume the server loads a registry for database A. In that registry,
the model M uses 'x_name' as its _rec_name, and the field 'display_name'
on model M determines its dependencies to be the field 'x_name'.
Now assume the server load a registry for database B. In that registry,
the model M has no _rec_name. However, an optimization reuses the field
'display_name' for the model M on the registry of A. The field's
attribute 'depends' is equal to the tuple ('x_name',). When the ORM
tries to resolve the field's dependencies, it does not find the field
'x_name' on M and crashes.
In order to avoid this situation, we forbid the usage of 'x_name' as
_rec_name on non-custom models.
OPW 2349238
closesodoo/odoo#61534
X-original-commit: 731e676fa8a9f7bdc6a66056c124c3b39a0800ad
Signed-off-by: Olivier Dony (odo) <odo@openerp.com>
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
The feature was actually not working as expected. It has been fixed,
and a test now ensures it does work as expected. This commit also fixes
some invalid parameters, hopefully nothing critical.
closesodoo/odoo#60429
X-original-commit: 231bdca3f26d96f578503694e5aec062de2317ed
Related: odoo/enterprise#14285
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
The assignment of a binary field on a new record with origin did
actually modify the attachment storing the value of the field on the
origin record! The fix is simply to avoid messing up with attachments
when updating new records.
closesodoo/odoo#59919
X-original-commit: 6778c4c10fa68c46bde6fae176f547f905e9c02f
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Upon onchange, the web client sends unchanged image fields on one2many
lines as "bin size" values, while changed image fields are sent as their
full value. As the value is not base64-encoded, the assignment of that
value crashes.
Fix it by making assignment on new records not crash when decoding the
image: the value is simply not assigned to the field. In the situation
described above, the record being assigned is a new record with a real
record as origin. Because the field is actually not assigned, its value
is implicitly the value of the field on the origin record, which is
consistent with the fact that the field was not modified in the form.
X-original-commit: 4442d6f0f29a2bf6e992515cd535c88215855a36
Consider a one2many field with a corresponding many2one field that is
computed. After modifying the many2one field's dependencies, the cached
value of the one2many field is inconsistent until the many2one field has
been recomputed. Therefore, one has to force the computation of the
many2one field before accessing the cached value of the one2many field.
closesodoo/odoo#59034
X-original-commit: b9201ebdd65eaabab9257cf97c58410681783fa6
Signed-off-by: Xavier Dollé (xdo) <xdo@odoo.com>
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Calling a compute method on 1M records inevitably brings a worst case in
cache prefetching: the code that determines which records to fetch has
time complexity O(N²). We avoid this situation by calling the compute
method on maximum 1K records. Each computed batch has a "prefetch set"
of maximum 1K records too, which avoids the worst-case scenario above.
closesodoo/odoo#58664
X-original-commit: 0b1aa660b1d94fe46dea09670b875f2d81ca36a3
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This is necessary when a field's dependencies are given by a callable.
This functionality was broken with the support for an explicit parameter
`depends` in the fields' definition, because the implementation could
not distinguish between the field parameter `depends` and the `depends`
evaluated from compute functions.
The fix consists in storing the field parameter `depends` into
`field._depends`, and the result of the setup into `field.depends`.
closesodoo/odoo#58144
X-original-commit: aebe9a76c9b35e84eda1f46bec3ef6da152b1539
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
This prevents some code (in controllers) to retrieve an attachment for a
field that is not stored, as the code only relies on `field.attachment`.
This also makes the field definition more consistent.
closesodoo/odoo#57980
X-original-commit: 7325c3f8c538a8b8c0435963cdda3ced6fe4b324
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Non-stored readonly computed fields must be assigned by compute method.
Make the error message more explicit.
closesodoo/odoo#56269
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Consider models `M` and `L`, with a one2many field `M.l_ids` with
inverse `L.m_id`. Consider also a computed field `L.foo` that depends
on `L.m_id`.
The field `L.foo` is not computed correctly by `onchange` on a new line
in the form view of `M`: its value is forced to `False` because it has
no default, and is not recomputed by `onchange` since the field `L.m_id`
is never triggered an `onchange`.
Modify the method `onchange` to not force fields without a default to
`False`, and return all fields.
When setting the inverse many2one field on a record, the record is not
removed from its inverse relation if the field's current value is not in
cache. Fix this by setting the field's value in cache before updating.
closesodoo/odoo#54711
X-original-commit: df12c85816dfa59f298c3e6a077bd88e4b7aa6a6
Signed-off-by: Xavier Morel (xmo) <xmo@odoo.com>
Before this commit, calling `mapped()` on a relational field of a single
record inside a for loop does not correctly propagate the prefetch ids
from the bigger recordset down to the record inside the loop:
[rec.line_ids.mapped('name') for rec in recs]
To be more precise, `recs` correctly propagates prefetching information
down to `rec.line_ids`, but method `mapped()` does not pass it along to
the record that triggers the prefetching.
This resulted in one query per record in `recs`, so if `recs` were a
1000 records recordset, at least 1000 queries would be necessary.
With this commit, the `mapped()` function correctly propagates the
`_prefetch_ids` of the larger recordset (`rec.line_ids`) so that the
prefetching works properly and the 1000 queries are brought down to 1.
This commit is a followup on #42611.
closesodoo/odoo#54565
X-original-commit: 0e97053fee36c0c76b70cb94be5340c3144b178b
Signed-off-by: Raphael Collet (rco) <rco@openerp.com>
Signed-off-by: Adrian Torres (adt) <adt@odoo.com>
Florent de Labarre