raise KeyError(error_msg)
# if the field is a classic one or a many2one, we'll fetch all classic and many2one fields
- if col._prefetch:
+ if col._prefetch and not col.groups:
# gen the list of "local" (ie not inherited) fields which are classic or many2one
- fields_to_fetch = filter(lambda x: x[1]._classic_write, self._table._columns.items())
+ field_filter = lambda x: x[1]._classic_write and x[1]._prefetch and not x[1].groups
+ fields_to_fetch = filter(field_filter, self._table._columns.items())
# gen the list of inherited fields
inherits = map(lambda x: (x[0], x[1][2]), self._table._inherit_fields.items())
# complete the field list with the inherited fields which are classic or many2one
- fields_to_fetch += filter(lambda x: x[1]._classic_write, inherits)
+ fields_to_fetch += filter(field_filter, inherits)
# otherwise we fetch only that field
else:
fields_to_fetch = [(name, col)]
+
ids = filter(lambda id: name not in self._data[id], self._data.keys())
# read the results
field_names = map(lambda x: x[0], fields_to_fetch)
- field_values = self._table.read(self._cr, self._uid, ids, field_names, context=self._context, load="_classic_write")
+ try:
+ field_values = self._table.read(self._cr, self._uid, ids, field_names, context=self._context, load="_classic_write")
+ except (openerp.exceptions.AccessError, except_orm):
+ if len(ids) == 1:
+ raise
+ # prefetching attempt failed, perhaps we're violating ACL restrictions involuntarily
+ _logger.info('Prefetching attempt for fields %s on %s failed for ids %s, re-trying just for id %s', field_names, self._model._name, ids, self._id)
+ ids = [self._id]
+ field_values = self._table.read(self._cr, self._uid, ids, field_names, context=self._context, load="_classic_write")
# TODO: improve this, very slow for reports
if self._fields_process:
new_data[field_name] = browse_null()
elif field_column._type in ('one2many', 'many2many') and len(result_line[field_name]):
new_data[field_name] = self._list_class([browse_record(self._cr, self._uid, id, self._table.pool.get(field_column._obj), self._cache, context=self._context, list_class=self._list_class, fields_process=self._fields_process) for id in result_line[field_name]], self._context)
- elif field_column._type in ('reference'):
+ elif field_column._type == 'reference':
if result_line[field_name]:
if isinstance(result_line[field_name], browse_record):
new_data[field_name] = result_line[field_name]
self._module = module_name
# Remember which models to instanciate for this module.
- self.module_to_models.setdefault(self._module, []).append(self)
+ if not self._custom:
+ self.module_to_models.setdefault(self._module, []).append(self)
# Definition of log access columns, automatically added to models if
_name = None
_columns = {}
_constraints = []
+ _custom = False
_defaults = {}
_rec_name = None
_parent_name = 'parent_id'
# Transience
_transient = False # True in a TransientModel
- _transient_max_count = None
- _transient_max_hours = None
- _transient_check_time = 20
# structure:
# { 'parent_model': 'm2o_field', ... }
parent_names = [parent_names]
else:
name = cls._name
- # for res.parnter.address compatiblity, should be remove in v7
- if 'res.partner.address' in parent_names:
- parent_names.pop(parent_names.index('res.partner.address'))
- parent_names.append('res.partner')
if not name:
raise TypeError('_name is mandatory in case of multiple inheritance')
# managed by the metaclass.
module_model_list = MetaModel.module_to_models.setdefault(cls._module, [])
if cls not in module_model_list:
- module_model_list.append(cls)
+ if not cls._custom:
+ module_model_list.append(cls)
# Since we don't return an instance here, the __init__
# method won't be called.
raise except_orm('Error',
('Invalid function definition %s in object %s !\nYou must use the definition: store={object:(fnct, fields, priority, time length)}.' % (store_field, self._name)))
self.pool._store_function.setdefault(object, [])
- self.pool._store_function[object].append((self._name, store_field, fnct, tuple(fields2) if fields2 else None, order, length))
- self.pool._store_function[object].sort(lambda x, y: cmp(x[4], y[4]))
+ t = (self._name, store_field, fnct, tuple(fields2) if fields2 else None, order, length)
+ if not t in self.pool._store_function[object]:
+ self.pool._store_function[object].append((self._name, store_field, fnct, tuple(fields2) if fields2 else None, order, length))
+ self.pool._store_function[object].sort(lambda x, y: cmp(x[4], y[4]))
for (key, _, msg) in self._sql_constraints:
self.pool._sql_error[self._table+'_'+key] = msg
# Load manual fields
- cr.execute("SELECT id FROM ir_model_fields WHERE name=%s AND model=%s", ('state', 'ir.model.fields'))
- if cr.fetchone():
+ # Check the query is already done for all modules of if we need to
+ # do it ourselves.
+ if self.pool.fields_by_model is not None:
+ manual_fields = self.pool.fields_by_model.get(self._name, [])
+ else:
cr.execute('SELECT * FROM ir_model_fields WHERE model=%s AND state=%s', (self._name, 'manual'))
- for field in cr.dictfetchall():
- if field['name'] in self._columns:
- continue
- attrs = {
- 'string': field['field_description'],
- 'required': bool(field['required']),
- 'readonly': bool(field['readonly']),
- 'domain': eval(field['domain']) if field['domain'] else None,
- 'size': field['size'],
- 'ondelete': field['on_delete'],
- 'translate': (field['translate']),
- 'manual': True,
- #'select': int(field['select_level'])
- }
+ manual_fields = cr.dictfetchall()
+ for field in manual_fields:
+ if field['name'] in self._columns:
+ continue
+ attrs = {
+ 'string': field['field_description'],
+ 'required': bool(field['required']),
+ 'readonly': bool(field['readonly']),
+ 'domain': eval(field['domain']) if field['domain'] else None,
+ 'size': field['size'] or None,
+ 'ondelete': field['on_delete'],
+ 'translate': (field['translate']),
+ 'manual': True,
+ #'select': int(field['select_level'])
+ }
+
+ if field['serialization_field_id']:
+ cr.execute('SELECT name FROM ir_model_fields WHERE id=%s', (field['serialization_field_id'],))
+ attrs.update({'serialization_field': cr.fetchone()[0], 'type': field['ttype']})
+ if field['ttype'] in ['many2one', 'one2many', 'many2many']:
+ attrs.update({'relation': field['relation']})
+ self._columns[field['name']] = fields.sparse(**attrs)
+ elif field['ttype'] == 'selection':
+ self._columns[field['name']] = fields.selection(eval(field['selection']), **attrs)
+ elif field['ttype'] == 'reference':
+ self._columns[field['name']] = fields.reference(selection=eval(field['selection']), **attrs)
+ elif field['ttype'] == 'many2one':
+ self._columns[field['name']] = fields.many2one(field['relation'], **attrs)
+ elif field['ttype'] == 'one2many':
+ self._columns[field['name']] = fields.one2many(field['relation'], field['relation_field'], **attrs)
+ elif field['ttype'] == 'many2many':
+ _rel1 = field['relation'].replace('.', '_')
+ _rel2 = field['model'].replace('.', '_')
+ _rel_name = 'x_%s_%s_%s_rel' % (_rel1, _rel2, field['name'])
+ self._columns[field['name']] = fields.many2many(field['relation'], _rel_name, 'id1', 'id2', **attrs)
+ else:
+ self._columns[field['name']] = getattr(fields, field['ttype'])(**attrs)
- if field['serialization_field_id']:
- cr.execute('SELECT name FROM ir_model_fields WHERE id=%s', (field['serialization_field_id'],))
- attrs.update({'serialization_field': cr.fetchone()[0], 'type': field['ttype']})
- if field['ttype'] in ['many2one', 'one2many', 'many2many']:
- attrs.update({'relation': field['relation']})
- self._columns[field['name']] = fields.sparse(**attrs)
- elif field['ttype'] == 'selection':
- self._columns[field['name']] = fields.selection(eval(field['selection']), **attrs)
- elif field['ttype'] == 'reference':
- self._columns[field['name']] = fields.reference(selection=eval(field['selection']), **attrs)
- elif field['ttype'] == 'many2one':
- self._columns[field['name']] = fields.many2one(field['relation'], **attrs)
- elif field['ttype'] == 'one2many':
- self._columns[field['name']] = fields.one2many(field['relation'], field['relation_field'], **attrs)
- elif field['ttype'] == 'many2many':
- _rel1 = field['relation'].replace('.', '_')
- _rel2 = field['model'].replace('.', '_')
- _rel_name = 'x_%s_%s_%s_rel' % (_rel1, _rel2, field['name'])
- self._columns[field['name']] = fields.many2many(field['relation'], _rel_name, 'id1', 'id2', **attrs)
- else:
- self._columns[field['name']] = getattr(fields, field['ttype'])(**attrs)
self._inherits_check()
self._inherits_reload()
if not self._sequence:
# Validate rec_name
if self._rec_name is not None:
- assert self._rec_name in self._columns.keys() + ['id'], "Invalid rec_name %s for model %s" % (self._rec_name, self._name)
+ assert self._rec_name in self._all_columns.keys() + ['id'], "Invalid rec_name %s for model %s" % (self._rec_name, self._name)
else:
self._rec_name = 'name'
noupdate=noupdate, res_id=id, context=context))
cr.execute('RELEASE SAVEPOINT model_load_save')
except psycopg2.Warning, e:
- _logger.exception('Failed to import record %s', record)
messages.append(dict(info, type='warning', message=str(e)))
cr.execute('ROLLBACK TO SAVEPOINT model_load_save')
except psycopg2.Error, e:
- _logger.exception('Failed to import record %s', record)
messages.append(dict(
info, type='error',
**PGERROR_TO_OE[e.pgcode](self, fg, info, e)))
views = {}
xml = "<form>"
for f in node:
- if f.tag in ('field'):
+ if f.tag == 'field':
xml += etree.tostring(f, encoding="utf-8")
xml += "</form>"
new_xml = etree.fromstring(encode(xml))
view = etree.Element('calendar', string=self._description)
etree.SubElement(view, 'field', self._rec_name_fallback(cr, user, context))
- if (self._date_name not in self._columns):
+ if self._date_name not in self._columns:
date_found = False
for dt in ['date', 'date_start', 'x_date', 'x_date_start']:
if dt in self._columns:
self._columns, 'date_delay'):
raise except_orm(
_('Invalid Object Architecture!'),
- _("Insufficient fields to generate a Calendar View for %s, missing a date_stop or a date_delay" % (self._name)))
+ _("Insufficient fields to generate a Calendar View for %s, missing a date_stop or a date_delay" % self._name))
return view
are applied
"""
- sql_inherit = self.pool.get('ir.ui.view').get_inheriting_views_arch(cr, user, inherit_id, self._name)
+ sql_inherit = self.pool.get('ir.ui.view').get_inheriting_views_arch(cr, user, inherit_id, self._name, context=context)
for (view_arch, view_id) in sql_inherit:
source = apply_inheritance_specs(source, view_arch, view_id)
source = apply_view_inheritance(cr, user, source, view_id)
:rtype: tuple
:return: the :meth:`~.name_get` pair value for the newly-created record.
"""
- rec_id = self.create(cr, uid, {self._rec_name: name}, context);
+ rec_id = self.create(cr, uid, {self._rec_name: name}, context)
return self.name_get(cr, uid, [rec_id], context)[0]
# private implementation of name_search, allows passing a dedicated user for the name_get part to
groupby = group_by
for r in cr.dictfetchall():
for fld, val in r.items():
- if val == None: r[fld] = False
+ if val is None: r[fld] = False
alldata[r['id']] = r
del r['id']
"""
Record the creation of a constraint for this model, to make it possible
to delete it later when the module is uninstalled. Type can be either
- 'f' or 'u' depending on the constraing being a foreign key or not.
+ 'f' or 'u' depending on the constraint being a foreign key or not.
"""
+ if not self._module:
+ # no need to save constraints for custom models as they're not part
+ # of any module
+ return
assert type in ('f', 'u')
cr.execute("""
SELECT 1 FROM ir_model_constraint, ir_module_module
# usually because they could block deletion due to the FKs.
# So unless stated otherwise we default them to ondelete=cascade.
ondelete = ondelete or 'cascade'
- self._foreign_keys.append((self._table, source_field, dest_model._table, ondelete or 'set null'))
- _schema.debug("Table '%s': added foreign key '%s' with definition=REFERENCES \"%s\" ON DELETE %s",
- self._table, source_field, dest_model._table, ondelete)
+ fk_def = (self._table, source_field, dest_model._table, ondelete or 'set null')
+ self._foreign_keys.add(fk_def)
+ _schema.debug("Table '%s': added foreign key '%s' with definition=REFERENCES \"%s\" ON DELETE %s", *fk_def)
# unchecked version: for custom cases, such as m2m relationships
def _m2o_add_foreign_key_unchecked(self, source_table, source_field, dest_model, ondelete):
- self._foreign_keys.append((source_table, source_field, dest_model._table, ondelete or 'set null'))
- _schema.debug("Table '%s': added foreign key '%s' with definition=REFERENCES \"%s\" ON DELETE %s",
- source_table, source_field, dest_model._table, ondelete)
+ fk_def = (source_table, source_field, dest_model._table, ondelete or 'set null')
+ self._foreign_keys.add(fk_def)
+ _schema.debug("Table '%s': added foreign key '%s' with definition=REFERENCES \"%s\" ON DELETE %s", *fk_def)
def _drop_constraint(self, cr, source_table, constraint_name):
cr.execute("ALTER TABLE %s DROP CONSTRAINT %s" % (source_table,constraint_name))
cons, = constraints
if cons['ondelete_rule'] != POSTGRES_CONFDELTYPES.get((ondelete or 'set null').upper(), 'a')\
or cons['foreign_table'] != dest_model._table:
+ # Wrong FK: drop it and recreate
_schema.debug("Table '%s': dropping obsolete FK constraint: '%s'",
source_table, cons['constraint_name'])
self._drop_constraint(cr, source_table, cons['constraint_name'])
- self._m2o_add_foreign_key_checked(source_field, dest_model, ondelete)
- # else it's all good, nothing to do!
+ else:
+ # it's all good, nothing to do!
+ return
else:
# Multiple FKs found for the same field, drop them all, and re-create
for cons in constraints:
_schema.debug("Table '%s': dropping duplicate FK constraints: '%s'",
source_table, cons['constraint_name'])
self._drop_constraint(cr, source_table, cons['constraint_name'])
- self._m2o_add_foreign_key_checked(source_field, dest_model, ondelete)
+
+ # (re-)create the FK
+ self._m2o_add_foreign_key_checked(source_field, dest_model, ondelete)
_auto_end).
"""
- self._foreign_keys = []
+ self._foreign_keys = set()
raise_on_invalid_object_name(self._name)
if context is None:
context = {}
else:
default = self._defaults[k]
- if (default is not None):
+ if default is not None:
ss = self._columns[k]._symbol_set
query = 'UPDATE "%s" SET "%s"=%s WHERE "%s" is NULL' % (self._table, k, ss[0], k)
cr.execute(query, (ss[1](default),))
# and add constraints if needed
if isinstance(f, fields.many2one):
if not self.pool.get(f._obj):
- raise except_orm('Programming Error', ('There is no reference available for %s') % (f._obj,))
+ raise except_orm('Programming Error', 'There is no reference available for %s' % (f._obj,))
dest_model = self.pool.get(f._obj)
ref = dest_model._table
# ir_actions is inherited so foreign key doesn't work on it
elif not self._columns['parent_right'].select:
_logger.error('parent_right column on object %s must be indexed! Add select=1 to the field definition)',
self._table)
- if self._columns[self._parent_name].ondelete != 'cascade':
- _logger.error("The column %s on object %s must be set as ondelete='cascade'",
+ if self._columns[self._parent_name].ondelete not in ('cascade', 'restrict'):
+ _logger.error("The column %s on object %s must be set as ondelete='cascade' or 'restrict'",
self._parent_name, self._name)
cr.commit()
# TODO the condition could use fields_get_keys().
if f._fields_id not in other._columns.keys():
if f._fields_id not in other._inherit_fields.keys():
- raise except_orm('Programming Error', ("There is no reference field '%s' found for '%s'") % (f._fields_id, f._obj,))
+ raise except_orm('Programming Error', "There is no reference field '%s' found for '%s'" % (f._fields_id, f._obj,))
def _m2m_raise_or_create_relation(self, cr, f):
m2m_tbl, col1, col2 = f._sql_names(self)
cr.execute("SELECT relname FROM pg_class WHERE relkind IN ('r','v') AND relname=%s", (m2m_tbl,))
if not cr.dictfetchall():
if not self.pool.get(f._obj):
- raise except_orm('Programming Error', ('Many2Many destination model does not exist: `%s`') % (f._obj,))
+ raise except_orm('Programming Error', 'Many2Many destination model does not exist: `%s`' % (f._obj,))
dest_model = self.pool.get(f._obj)
ref = dest_model._table
cr.execute('CREATE TABLE "%s" ("%s" INTEGER NOT NULL, "%s" INTEGER NOT NULL, UNIQUE("%s","%s"))' % (m2m_tbl, col1, col2, col1, col2))
_logger.info('Missing many2one field definition for _inherits reference "%s" in "%s", using default one.', field_name, self._name)
self._columns[field_name] = fields.many2one(table, string="Automatically created field to link to parent %s" % table,
required=True, ondelete="cascade")
- elif not self._columns[field_name].required or self._columns[field_name].ondelete.lower() != "cascade":
- _logger.warning('Field definition for _inherits reference "%s" in "%s" must be marked as "required" with ondelete="cascade", forcing it.', field_name, self._name)
+ elif not self._columns[field_name].required or self._columns[field_name].ondelete.lower() not in ("cascade", "restrict"):
+ _logger.warning('Field definition for _inherits reference "%s" in "%s" must be marked as "required" with ondelete="cascade" or "restrict", forcing it to required + cascade.', field_name, self._name)
self._columns[field_name].required = True
self._columns[field_name].ondelete = "cascade"
:param cr: database cursor
:param user: current user id
- :param fields: list of fields
+ :param allfields: list of fields
:param context: context arguments, like lang, time zone
:return: dictionary of field dictionaries, each one describing a field of the business object
:raise AccessError: * if user has no create/write rights on the requested object
if field_name not in self._all_columns:
return True
field = self._all_columns[field_name].column
- if field.groups:
+ if user != SUPERUSER_ID and field.groups:
return self.user_has_groups(cr, user, groups=field.groups, context=context)
else:
return True
context = {}
if not ids:
return []
- if fields_to_read == None:
+ if fields_to_read is None:
fields_to_read = self._columns.keys()
# Construct a clause for the security rules.
else:
res = map(lambda x: {'id': x}, ids)
- for f in fields_pre:
- if f == self.CONCURRENCY_CHECK_FIELD:
- continue
- if self._columns[f].translate:
- ids = [x['id'] for x in res]
- #TODO: optimize out of this loop
- res_trans = self.pool.get('ir.translation')._get_ids(cr, user, self._name+','+f, 'model', context.get('lang', False) or 'en_US', ids)
- for r in res:
- r[f] = res_trans.get(r['id'], False) or r[f]
+ if context.get('lang'):
+ for f in fields_pre:
+ if f == self.CONCURRENCY_CHECK_FIELD:
+ continue
+ if self._columns[f].translate:
+ ids = [x['id'] for x in res]
+ #TODO: optimize out of this loop
+ res_trans = self.pool.get('ir.translation')._get_ids(cr, user, self._name+','+f, 'model', context['lang'], ids)
+ for r in res:
+ r[f] = res_trans.get(r['id'], False) or r[f]
for table in self._inherits:
col = self._inherits[table]
upd1 += ",%s,(now() at time zone 'UTC'),%s,(now() at time zone 'UTC')"
upd2.extend((user, user))
cr.execute('insert into "'+self._table+'" (id'+upd0+") values ("+str(id_new)+upd1+')', tuple(upd2))
- self.check_access_rule(cr, user, [id_new], 'create', context=context)
upd_todo.sort(lambda x, y: self._columns[x].priority-self._columns[y].priority)
if self._parent_store and not context.get('defer_parent_store_computation'):
self.name_get(cr, user, [id_new], context=context)[0][1] + \
"' " + _("created.")
self.log(cr, user, id_new, message, True, context=context)
+ self.check_access_rule(cr, user, [id_new], 'create', context=context)
self._workflow_trigger(cr, user, [id_new], 'trg_create', context=context)
return id_new
if ((not f[trigger_fields_]) or set(fields).intersection(f[trigger_fields_]))]
mapping = {}
+ fresults = {}
for function in to_compute:
- # use admin user for accessing objects having rules defined on store fields
- target_ids = [id for id in function[id_mapping_fnct_](self, cr, SUPERUSER_ID, ids, context) if id]
+ fid = id(function[id_mapping_fnct_])
+ if not fid in fresults:
+ # use admin user for accessing objects having rules defined on store fields
+ fresults[fid] = [id2 for id2 in function[id_mapping_fnct_](self, cr, SUPERUSER_ID, ids, context) if id2]
+ target_ids = fresults[fid]
# the compound key must consider the priority and model name
key = (function[priority_], function[model_name_])
functions_ids_maps = {}
# function_ids_maps =
# { (function_1_tuple, function_2_tuple) : [target_id1, target_id2, ..] }
- for id, functions in id_map.iteritems():
- functions_ids_maps.setdefault(tuple(functions), []).append(id)
+ for fid, functions in id_map.iteritems():
+ functions_ids_maps.setdefault(tuple(functions), []).append(fid)
for functions, ids in functions_ids_maps.iteritems():
call_map.setdefault((priority,model),[]).append((priority, model, ids,
[f[func_field_to_compute_] for f in functions]))
new_tables = []
for table in added_tables:
# table is just a table name -> switch to the full alias
- if table == '"%s"' % (parent_table):
+ if table == '"%s"' % parent_table:
new_tables.append('"%s" as "%s"' % (parent_table, parent_alias))
# table is already a full statement -> replace reference to the table to its alias, is correct with the way aliases are generated
else:
order_field = order_split[0].strip()
order_direction = order_split[1].strip() if len(order_split) == 2 else ''
inner_clause = None
- if order_field == 'id':
- order_by_elements.append('"%s"."id" %s' % (self._table, order_direction))
+ if order_field == 'id' or (self._log_access and order_field in LOG_ACCESS_COLUMNS.keys()):
+ order_by_elements.append('"%s"."%s" %s' % (self._table, order_field, order_direction))
elif order_field in self._columns:
order_column = self._columns[order_field]
if order_column._classic_read:
inner_clause = self._generate_m2o_order_by(order_field, query)
else:
continue # ignore non-readable or "non-joinable" fields
+ else:
+ raise ValueError( _("Sorting field %s not found on model %s") %( order_field, self._name))
if inner_clause:
if isinstance(inner_clause, list):
for clause in inner_clause:
return res[0][0]
cr.execute('SELECT "%s".id FROM ' % self._table + from_clause + where_str + order_by + limit_str + offset_str, where_clause_params)
res = cr.fetchall()
- return [x[0] for x in res]
+
+ # TDE note: with auto_join, we could have several lines about the same result
+ # i.e. a lead with several unread messages; we uniquify the result using
+ # a fast way to do it while preserving order (http://www.peterbe.com/plog/uniqifiers-benchmark)
+ def _uniquify_list(seq):
+ seen = set()
+ return [x for x in seq if x not in seen and not seen.add(x)]
+
+ return _uniquify_list([x[0] for x in res])
# returns the different values ever entered for one field
# this is used, for example, in the client when the user hits enter on
Copy given record's data with all its fields values
:param cr: database cursor
- :param user: current user id
+ :param uid: current user id
:param id: id of the record to copy
:param default: field values to override in the original values of the copied record
:type default: dictionary
else:
default['state'] = self._defaults['state']
- context_wo_lang = context.copy()
- if 'lang' in context:
- del context_wo_lang['lang']
- data = self.read(cr, uid, [id,], context=context_wo_lang)
+ data = self.read(cr, uid, [id,], context=context)
if data:
data = data[0]
else:
# TODO it seems fields_get can be replaced by _all_columns (no need for translation)
fields = self.fields_get(cr, uid, context=context)
- translation_records = []
for field_name, field_def in fields.items():
+ # removing the lang to compare untranslated values
+ context_wo_lang = dict(context, lang=None)
+ old_record, new_record = self.browse(cr, uid, [old_id, new_id], context=context_wo_lang)
# we must recursively copy the translations for o2o and o2m
if field_def['type'] == 'one2many':
target_obj = self.pool.get(field_def['relation'])
- old_record, new_record = self.read(cr, uid, [old_id, new_id], [field_name], context=context)
# here we rely on the order of the ids to match the translations
# as foreseen in copy_data()
- old_children = sorted(old_record[field_name])
- new_children = sorted(new_record[field_name])
+ old_children = sorted(r.id for r in old_record[field_name])
+ new_children = sorted(r.id for r in new_record[field_name])
for (old_child, new_child) in zip(old_children, new_children):
target_obj.copy_translations(cr, uid, old_child, new_child, context=context)
# and for translatable fields we keep them for copy
elif field_def.get('translate'):
- trans_name = ''
if field_name in self._columns:
trans_name = self._name + "," + field_name
+ target_id = new_id
+ source_id = old_id
elif field_name in self._inherit_fields:
trans_name = self._inherit_fields[field_name][0] + "," + field_name
- if trans_name:
- trans_ids = trans_obj.search(cr, uid, [
- ('name', '=', trans_name),
- ('res_id', '=', old_id)
- ])
- translation_records.extend(trans_obj.read(cr, uid, trans_ids, context=context))
+ # get the id of the parent record to set the translation
+ inherit_field_name = self._inherit_fields[field_name][1]
+ target_id = new_record[inherit_field_name].id
+ source_id = old_record[inherit_field_name].id
+ else:
+ continue
- for record in translation_records:
- del record['id']
- record['res_id'] = new_id
- trans_obj.create(cr, uid, record, context=context)
+ trans_ids = trans_obj.search(cr, uid, [
+ ('name', '=', trans_name),
+ ('res_id', '=', source_id)
+ ])
+ user_lang = context.get('lang')
+ for record in trans_obj.read(cr, uid, trans_ids, context=context):
+ del record['id']
+ # remove source to avoid triggering _set_src
+ del record['source']
+ record.update({'res_id': target_id})
+ if user_lang and user_lang == record['lang']:
+ # 'source' to force the call to _set_src
+ # 'value' needed if value is changed in copy(), want to see the new_value
+ record['source'] = old_record[field_name]
+ record['value'] = new_record[field_name]
+ trans_obj.create(cr, uid, record, context=context)
def copy(self, cr, uid, id, default=None, context=None):
"""
if type(ids) in (int, long):
ids = [ids]
- query = 'SELECT id FROM "%s"' % (self._table)
+ query = 'SELECT id FROM "%s"' % self._table
cr.execute(query + "WHERE ID IN %s", (tuple(ids),))
return [x[0] for x in cr.fetchall()]
:param parent: optional parent field name (default: ``self._parent_name = parent_id``)
:return: **True** if the operation can proceed safely, or **False** if an infinite loop is detected.
"""
-
if not parent:
parent = self._parent_name
- ids_parent = ids[:]
- query = 'SELECT distinct "%s" FROM "%s" WHERE id IN %%s' % (parent, self._table)
- while ids_parent:
- ids_parent2 = []
- for i in range(0, len(ids), cr.IN_MAX):
- sub_ids_parent = ids_parent[i:i+cr.IN_MAX]
- cr.execute(query, (tuple(sub_ids_parent),))
- ids_parent2.extend(filter(None, map(lambda x: x[0], cr.fetchall())))
- ids_parent = ids_parent2
- for i in ids_parent:
- if i in ids:
+
+ # must ignore 'active' flag, ir.rules, etc. => direct SQL query
+ query = 'SELECT "%s" FROM "%s" WHERE id = %%s' % (parent, self._table)
+ for id in ids:
+ current_id = id
+ while current_id is not None:
+ cr.execute(query, (current_id,))
+ result = cr.fetchone()
+ current_id = result[0] if result else None
+ if current_id == id:
return False
return True
def _transient_clean_rows_older_than(self, cr, seconds):
assert self._transient, "Model %s is not transient, it cannot be vacuumed!" % self._name
- cr.execute("SELECT id FROM " + self._table + " WHERE"
- " COALESCE(write_date, create_date, (now() at time zone 'UTC'))::timestamp <"
- " ((now() at time zone 'UTC') - interval %s)", ("%s seconds" % seconds,))
+ # Never delete rows used in last 5 minutes
+ seconds = max(seconds, 300)
+ query = ("SELECT id FROM " + self._table + " WHERE"
+ " COALESCE(write_date, create_date, (now() at time zone 'UTC'))::timestamp"
+ " < ((now() at time zone 'UTC') - interval %s)")
+ cr.execute(query, ("%s seconds" % seconds,))
ids = [x[0] for x in cr.fetchall()]
self.unlink(cr, SUPERUSER_ID, ids)
- def _transient_clean_old_rows(self, cr, count):
- assert self._transient, "Model %s is not transient, it cannot be vacuumed!" % self._name
- cr.execute(
- "SELECT id, COALESCE(write_date, create_date, (now() at time zone 'UTC'))::timestamp"
- " AS t FROM " + self._table +
- " ORDER BY t LIMIT %s", (count,))
- ids = [x[0] for x in cr.fetchall()]
- self.unlink(cr, SUPERUSER_ID, ids)
+ def _transient_clean_old_rows(self, cr, max_count):
+ # Check how many rows we have in the table
+ cr.execute("SELECT count(*) AS row_count FROM " + self._table)
+ res = cr.fetchall()
+ if res[0][0] <= max_count:
+ return # max not reached, nothing to do
+ self._transient_clean_rows_older_than(cr, 300)
def _transient_vacuum(self, cr, uid, force=False):
"""Clean the transient records.
Actual cleaning will happen only once every "_transient_check_time" calls.
This means this method can be called frequently called (e.g. whenever
a new record is created).
+ Example with both max_hours and max_count active:
+ Suppose max_hours = 0.2 (e.g. 12 minutes), max_count = 20, there are 55 rows in the
+ table, 10 created/changed in the last 5 minutes, an additional 12 created/changed between
+ 5 and 10 minutes ago, the rest created/changed more then 12 minutes ago.
+ - age based vacuum will leave the 22 rows created/changed in the last 12 minutes
+ - count based vacuum will wipe out another 12 rows. Not just 2, otherwise each addition
+ would immediately cause the maximum to be reached again.
+ - the 10 rows that have been created/changed the last 5 minutes will NOT be deleted
"""
assert self._transient, "Model %s is not transient, it cannot be vacuumed!" % self._name
+ _transient_check_time = 20 # arbitrary limit on vacuum executions
self._transient_check_count += 1
- if (not force) and (self._transient_check_count % self._transient_check_time):
- self._transient_check_count = 0
- return True
+ if not force and (self._transient_check_count < _transient_check_time):
+ return True # no vacuum cleaning this time
+ self._transient_check_count = 0
# Age-based expiration
if self._transient_max_hours:
# for backward compatibility
resolve_o2m_commands_to_record_dicts = resolve_2many_commands
+ def _register_hook(self, cr):
+ """ stuff to do right after the registry is built """
+ pass
+
# keep this import here, at top it will cause dependency cycle errors
import expression
'message': message,
'field': field_name,
}
+def convert_pgerror_23505(model, fields, info, e):
+ m = re.match(r'^duplicate key (?P<field>\w+) violates unique constraint',
+ str(e))
+ field_name = m.group('field')
+ if not m or field_name not in fields:
+ return {'message': unicode(e)}
+ message = _(u"The value for the field '%s' already exists.") % field_name
+ field = fields.get(field_name)
+ if field:
+ message = _(u"%s This might be '%s' in the current model, or a field "
+ u"of the same name in an o2m.") % (message, field['string'])
+ return {
+ 'message': message,
+ 'field': field_name,
+ }
PGERROR_TO_OE = collections.defaultdict(
# shape of mapped converters
lambda: (lambda model, fvg, info, pgerror: {'message': unicode(pgerror)}), {
# not_null_violation
'23502': convert_pgerror_23502,
+ # unique constraint error
+ '23505': convert_pgerror_23505,
})
# vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4:
projects / odoo / odoo.git / blobdiff