The old-api model._all_columns contains information about model._columns and
inherited columns. This dictionary is missing new-api computed non-stored
fields, and the new field objects provide a more readable api...
This commit contains the following changes:
- adapt several methods of BaseModel to use fields instead of columns and
_all_columns
- copy all semantic-free attributes of related fields from their source
- add attribute 'group_operator' on integer and float fields
- base, base_action_rule, crm, edi, hr, mail, mass_mailing, pad,
payment_acquirer, share, website, website_crm, website_mail: simply use
_fields instead of _all_columns
- base, decimal_precision, website: adapt qweb rendering methods to use fields
instead of columns
* document qweb based (mostly) on JS version
* convert JS qweb tests to (mostly) language-independent XML so they can be
used for JS and Python implementations
* add some more tests (e.g. precedence between t-value and body in t-set)
* remove ``t-import``
* fix parity in foreach(dict) (and rename some variables to make array and
object versions more similar)
As the whitespace is stripped when exporting terms
to translate, it must be done as well when matching
translations at runtime.
Fixes issue #1755 partly
Sometimes a node can't be translated using the website Translate
mode. The translation is added to the Application term list but
the id of the view is not correct.
This happen when a translatable node is a children of a inherited
node whose branding could not be kept. data-oe-source-id was left
over because it was not registered in MOVABLE_BRANDING
Fixes the translation term import/export logic to
support terms inside QWeb templates.
Refactored a bit the export code so the babel-based
QWeb terms extractor for ./static/src/*.xml files
uses the same logic as the regular extractor for
ir.ui.views with type QWeb.
Server-side QWeb rendering uses a mix of the native
view inheritance mechanism and the template inclusion
(t-call) mechanism. During rendering the translations
are only applied at "template" level, *after* the
view inheritance has already been resolved.
As a result translations are local to a template,
not to the inherited view in which they are actually
written.
In terms of exporting PO[T] files, this is done by
resolving the "root" QWeb template a view belongs
to, and using it as the location of the translated term.
During import there is one extra quirk for QWeb
terms: they need to be linked to the `website` model
rather than the actual `ir.ui.view` model they
are really pointing to, so the rendering phase can
properly recognize them.
A squashed merge is required as the conversion of the apiculture branch from
bzr to git was not correctly done. The git history contains irrelevant blobs
and commits. This branch brings a lot of changes and fixes, too many to list
exhaustively.
- New orm api, objects are now used instead of ids
- Environements to encapsulates cr uid context while maintaining backward compatibility
- Field compute attribute is a new object oriented way to define function fields
- Shared browse record cache
- New onchange protocol
- Optional copy flag on fields
- Documentation update
- Dead code cleanup
- Lots of fixes
An asset bundle is now versionned with the dates of the
ir.ui.views that compose it and also with the dates of
the files and ir.attachments linked inside the bundle.
This new behavior is reflected in the bundle's lru cache
managment.
Before this commit, @mode=primary would be sorta-ignored[0] if the current
view and its parent had the same model: the current view would *still* get
applied (as an extension) when asking OpenERP for its parent. This commit
makes mode=primary views behave regularly, they are *never* applied when
asking for their parent, only when asking for them or their children.
This allows "forking" views, and using extended views in some contexts without
breaking or duplicating the original view
[0] there was actually a problem when asking for the current view directly,
first its parent would be resolved by applying it, then it would be
applied to resolve itself, the view would thus get applied twice (oops)
Not used yet, only defined its relation to inherit_id:
not inherit_id + primary -> ok
not inherit_id + extension -> error
inherit_id + primary -> ok
inherit_id + extension -> ok
Server-side, view extension is done via xpath. This includes "template" views
full of HTML.
HTML elements often have a bunch of classes, sometimes even semantic
(!). XPath is generally great, but specifically lousy at dealing with
space-separated values: in standard XPath 1.0 to know if an element has a
class 'foo' the predicate is:
contains(concat(' ', normalize-space(@class), ' '), ' foo ')
and this has to be fully duplicated if there's a second class involved.
Things are slightly better with EXSLT/XPath 2.0 and tokenize, but still not
great:
tokenize(@class, '\s+') = 'foo'
and the equality check is very weird when unaware of XPath's evaluation rules.
``hasclass`` makes this much simpler to deal with: to get any ``foo`` node
with the class ``bar`` is as simple as:
//foo[hasclass('bar')
and it can take multiple class, as with e.g. jquery it will return elements
with all specified classes.
Beware though, the predicate function will be called once for each element to
check, since it's implemented in pure python and not profiled elements should
be filtered as much as possible before this point.
This was problematic on some views where two views with the same priority could be chosen depending on the server, postgresql version and the age of the captain
Raphael Collet
Christophe Simonis
Olivier Dony
Xavier Morel
Fabien Meghazi
Denis Ledoux
Antony Lesuisse
Martin Trigaux
Fabien Pinckaers
Jitendra Prajapati