Without this fix, if you have a new view in a module with active=False, the active tag will be ignore when upgrading the module because of 'update' mode, and the view will be activated by default !
This is safer to avoid inadvertently dropping customizations,
and does not impact the normal update/uninstall process, which
is based on the dependency order.
* use static imports in java examples to make them terser
* inline ``domain`` in java and php example to make examples more
self-contained
* try to extend/improve Model.write's docstring
* add convenience kwarg to fields_get, mostly for user-driven
introspection
Closes#3689
commit f76d4525a was not actually working: extra keys from
config files are not yet into the config options dict at
import time. The fix is to move the logic inside the method,
like in `find_pg_tool` just below.
Also fix the use of `find_in_path` in report.py: the subprocess
may also raise AttributeError exception, so instead of listing
all the possible ones just re-raise the IOError shallowed by
`find_in_path` when the result is None.
Fixes#3809#3811
The openerp-server.conf now generates the bin_path record, in order
to resolve calls to external binaries served in the thirdparty dir.
Adpated report.py to use find_in_path and not directly which.
Changing the decimal precision of float fields is a rare
operation, while cache clearing occurs fairly frequently.
Signaling a full registry change when the decimal precision
is changed (instead of a mere cache change) is therefore
a better trade-off, and more semantically correct as well.
This way we avoid the decimal precision refresh for each
invalidation.
Registry invalidation implies cache invalidation.
When an onchange returns a change in a 2many field line (a '1' tuple, update), avoid to return all fields of the *2many field but only the altered field.
Otherwise, the web client regard all the fields of the 2many as dirty, and try to write on all fields (even if the value is the same, thus)
opw-615062
There was an issue in _setup_fields(): the method invokes _inherits_reload(),
which recomputes inherited fields, and invokes itself recursively on children
models. This may be problematic if the children models have already been set
up.
This optimization avoids recursive calls of method _inherits_reload(). In
_setup_fields(), first all parent models are set up, then their fields are
inspected to determine inherited fields, and their setup is done. This scheme
guarantees that inherited fields are computed once per model.
Creating custom fields would crash on a model that has a related field without
string. The crash was caused by the field not being set up, and method
BaseModel._field_create() violating a non-null constraint on the field string.
This has been fixed by setting up fields before updating ir_model_fields.
Deleting a custom field could also cause trouble when that field is inherited
in a child model. In that case, the registry was simply no longer consistent.
The fix is to reload completely the registry.
The modification of custom fields was not reflected on field objects. The fix
applies changes on fields before updating columns accordingly.
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
Clarify the semantics of field attributes:
- field.store is True when the field is actually stored in the database;
- field.column is the column corresponding to field or None.
The various field definitions correspond to:
- new-style stored field: field.store and field.column
- new-style non-stored field: not field.store and not field.column
- old-style regular field: field.store and field.column
- old-style function field: not field.store and field.column