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odoo_source/odoo/addons/base/tests/test_expression.py
T
Gorash cdaa761ced [REF] base: Update modifier syntax (invisible, required, readonly) 
Goal:
* Simplified modifiers to only have one way to define modifiers;
* Remove states attributes on python field;
* Use python expression in view `required`, `readonly`, `invisible`;
* More accurate validation of xml views.

This commit change the syntax to python expression. The next commit
will update/convert all xml views.

Before this commit:
* the `required`, `readonly` and `invisible` attributes can only have
values of `True`, `False`, 1, 0 or a python expression to use the
context;
* the `attrs` attribute define a dict. The key of this dict was
`required`, `readonly` and `invisible` and the values are the domain or
a string representing a domain to be evaluate as python expression.
This python expressions was evaluate by the javascript with view fields
and other contextual values as: context, uid, parent, active_id,
active_ids, active_model, allowed_company_ids, current_company_id.
* the `states` attribute in the view was a comma separated list of the
state. This list was combined with the `invisible` attribute;
* the `invisible` attribute on python field is used as default value;
* the `states` attribute on python field was dictionnary with state as
key and list of tuple. This structure was combined with `readonly` view
attribute.
* After combining, the resulting domains of the different attributes
`required`, `readonly` and `invisible` are evaluated with the values of
the fields. The `invisible` attributes is splitted into two use:
`invisible` and `column_invisible`.

After this commit:
* The attributes `required`, `readonly`, `invisible` and
`column_invisible` define python expression. This python expressions
are evaluate by the javascript with view fields and other contextual
values as: context, uid, parent, active_id, active_ids, active_model,
allowed_company_ids, current_company_id.

The domains can contains contextual value and will be evaluate by the
javascript.

```xml
    <field name="field_a" readonly="not context.get('show_a')" attrs="{'readonly': [('field_b', '!=', False), ('field_c', '=', parent.c)]}"/>
    <field name="field_b" states="draft"/>
```
will be replaced by
```xml
    <field name="field_a" readonly="not context.get('show_a') or field_b and field_c == parent.c"/>
    <field name="field_b" invisible="state != 'draft'"/>
```

Some inherited views will be modified differently in order to maintain
the previous behavior:

```xml
    <field name="field_a" readonly="not context.get('show_a')" attrs="{'invisible': [('field_b', '!=', False)]}">
```
```xml
    <field name="field_a" position="attributes">
        <attribute name="attrs">{'readonly': [('field_c', '=', False)], 'invisible': [('field_d', '!=', '3')]}<attribute>
    </field>
```
will be replaced by
```xml
    <field name="field_a" readonly="not context.get('show_a')" invisible="field_b">
```
```xml
    <field name="field_a" position="attributes">
        <attribute name="readonly" add="(not field_c)" separator=" or "/>
        <attribute name="invisible">field_d != 3<attribute>
    </field>
```

Validation:
A stricter control is made on the level of the attributes (modifiers)
and the fields necessary for these. The use of the previous attributes
'attr' and 'states' triggers an error (these no longer exist after the
application of the migration script)

task-2495504

Part-of: odoo/odoo#104741
2023-08-18 09:49:08 +02:00

2226 lines
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# -*- coding: utf-8 -*-
# Part of Odoo. See LICENSE file for full copyright and licensing details.
import collections
import textwrap
import unittest
from ast import literal_eval
from unittest.mock import patch
import psycopg2
from odoo.addons.base.tests.common import SavepointCaseWithUserDemo
from odoo.fields import Date
from odoo.models import BaseModel
from odoo.tests.common import BaseCase, TransactionCase
from odoo.tools import mute_logger
from odoo.osv import expression
from odoo import Command
class TestExpression(SavepointCaseWithUserDemo):
@classmethod
def setUpClass(cls):
super(TestExpression, cls).setUpClass()
cls._load_partners_set()
cls.env['res.currency'].with_context({'active_test': False}).search([('name', 'in', ['EUR', 'USD'])]).write({'active': True})
def _search(self, model, domain, init_domain=None):
sql = model.search(domain, order="id")
fil = model.search(init_domain or [], order="id").filtered_domain(domain)
self.assertEqual(sql._ids, fil._ids, f"filtered_domain do not match SQL search for domain: {domain}")
return sql
def test_00_in_not_in_m2m(self):
# Create 4 partners with no category, or one or two categories (out of two categories).
categories = self.env['res.partner.category']
cat_a = categories.create({'name': 'test_expression_category_A'})
cat_b = categories.create({'name': 'test_expression_category_B'})
partners = self.env['res.partner']
a = partners.create({'name': 'test_expression_partner_A', 'category_id': [Command.set([cat_a.id])]})
b = partners.create({'name': 'test_expression_partner_B', 'category_id': [Command.set([cat_b.id])]})
ab = partners.create({'name': 'test_expression_partner_AB', 'category_id': [Command.set([cat_a.id, cat_b.id])]})
c = partners.create({'name': 'test_expression_partner_C'})
# The tests.
# On a one2many or many2many field, `in` should be read `contains` (and
# `not in` should be read `doesn't contain`.
with_a = self._search(partners, [('category_id', 'in', [cat_a.id])])
self.assertEqual(a + ab, with_a, "Search for category_id in cat_a failed.")
with_b = self._search(partners, [('category_id', 'in', [cat_b.id])])
self.assertEqual(b + ab, with_b, "Search for category_id in cat_b failed.")
# Partners with the category A or the category B.
with_a_or_b = self._search(partners, [('category_id', 'in', [cat_a.id, cat_b.id])])
self.assertEqual(a + b + ab, with_a_or_b, "Search for category_id contains cat_a or cat_b failed.")
# Show that `contains list` is really `contains element or contains element`.
with_a_or_with_b = self._search(partners, ['|', ('category_id', 'in', [cat_a.id]), ('category_id', 'in', [cat_b.id])])
self.assertEqual(a + b + ab, with_a_or_with_b, "Search for category_id contains cat_a or contains cat_b failed.")
# If we change the OR in AND...
with_a_and_b = self._search(partners, [('category_id', 'in', [cat_a.id]), ('category_id', 'in', [cat_b.id])])
self.assertEqual(ab, with_a_and_b, "Search for category_id contains cat_a and cat_b failed.")
# Partners without category A and without category B.
without_a_or_b = self._search(partners, [('category_id', 'not in', [cat_a.id, cat_b.id])])
self.assertFalse(without_a_or_b & (a + b + ab), "Search for category_id doesn't contain cat_a or cat_b failed (1).")
self.assertTrue(c in without_a_or_b, "Search for category_id doesn't contain cat_a or cat_b failed (2).")
# Show that `doesn't contain list` is really `doesn't contain element and doesn't contain element`.
without_a_and_without_b = self._search(partners, [('category_id', 'not in', [cat_a.id]), ('category_id', 'not in', [cat_b.id])])
self.assertFalse(without_a_and_without_b & (a + b + ab), "Search for category_id doesn't contain cat_a and cat_b failed (1).")
self.assertTrue(c in without_a_and_without_b, "Search for category_id doesn't contain cat_a and cat_b failed (2).")
# We can exclude any partner containing the category A.
without_a = self._search(partners, [('category_id', 'not in', [cat_a.id])])
self.assertTrue(a not in without_a, "Search for category_id doesn't contain cat_a failed (1).")
self.assertTrue(ab not in without_a, "Search for category_id doesn't contain cat_a failed (2).")
self.assertLessEqual(b + c, without_a, "Search for category_id doesn't contain cat_a failed (3).")
# (Obviously we can do the same for cateory B.)
without_b = self._search(partners, [('category_id', 'not in', [cat_b.id])])
self.assertTrue(b not in without_b, "Search for category_id doesn't contain cat_b failed (1).")
self.assertTrue(ab not in without_b, "Search for category_id doesn't contain cat_b failed (2).")
self.assertLessEqual(a + c, without_b, "Search for category_id doesn't contain cat_b failed (3).")
def test_05_not_str_m2m(self):
partners = self.env['res.partner']
categories = self.env['res.partner.category']
cids = {}
for name in 'A B AB'.split():
cids[name] = categories.create({'name': name}).id
partners_config = {
'0': [],
'a': [cids['A']],
'b': [cids['B']],
'ab': [cids['AB']],
'a b': [cids['A'], cids['B']],
'b ab': [cids['B'], cids['AB']],
}
pids = {}
for name, cat_ids in partners_config.items():
pids[name] = partners.create({'name': name, 'category_id': [Command.set(cat_ids)]}).id
base_domain = [('id', 'in', list(pids.values()))]
def test(op, value, expected):
found_ids = self._search(partners, base_domain + [('category_id', op, value)]).ids
expected_ids = [pids[name] for name in expected]
self.assertItemsEqual(found_ids, expected_ids, '%s %r should return %r' % (op, value, expected))
test('=', 'A', ['a', 'a b'])
test('!=', 'B', ['0', 'a', 'ab'])
test('like', 'A', ['a', 'ab', 'a b', 'b ab'])
test('not ilike', 'B', ['0', 'a'])
test('not like', 'AB', ['0', 'a', 'b', 'a b'])
def test_09_hierarchy_filtered_domain(self):
Partner = self.env['res.partner']
p = Partner.create({'name': 'dummy'})
# hierarchy without parent
self.assertFalse(p.parent_id)
p2 = self._search(Partner, [('parent_id', 'child_of', p.id)], [('id', '=', p.id)])
self.assertEqual(p2, p)
p3 = self._search(Partner, [('parent_id', 'parent_of', p.id)], [('id', '=', p.id)])
self.assertEqual(p3, p)
def test_10_hierarchy_in_m2m(self):
Partner = self.env['res.partner']
Category = self.env['res.partner.category']
# search through m2m relation
partners = self._search(Partner, [('category_id', 'child_of', self.partner_category.id)])
self.assertTrue(partners)
# setup test partner categories
categ_root = Category.create({'name': 'Root category'})
categ_0 = Category.create({'name': 'Parent category', 'parent_id': categ_root.id})
categ_1 = Category.create({'name': 'Child1', 'parent_id': categ_0.id})
# test hierarchical search in m2m with child id (list of ids)
cats = self._search(Category, [('id', 'child_of', categ_root.ids)])
self.assertEqual(len(cats), 3)
# test hierarchical search in m2m with child id (single id)
cats = self._search(Category, [('id', 'child_of', categ_root.id)])
self.assertEqual(len(cats), 3)
# test hierarchical search in m2m with child ids
cats = self._search(Category, [('id', 'child_of', (categ_0 + categ_1).ids)])
self.assertEqual(len(cats), 2)
# test hierarchical search in m2m with child ids
cats = self._search(Category, [('id', 'child_of', categ_0.ids)])
self.assertEqual(len(cats), 2)
# test hierarchical search in m2m with child ids
cats = self._search(Category, [('id', 'child_of', categ_1.ids)])
self.assertEqual(len(cats), 1)
# test hierarchical search in m2m with an empty list
cats = self._search(Category, [('id', 'child_of', [])])
self.assertEqual(len(cats), 0)
# test hierarchical search in m2m with 'False' value
with self.assertLogs('odoo.osv.expression'):
cats = self._search(Category, [('id', 'child_of', False)])
self.assertEqual(len(cats), 0)
# test hierarchical search in m2m with parent id (list of ids)
cats = self._search(Category, [('id', 'parent_of', categ_1.ids)])
self.assertEqual(len(cats), 3)
# test hierarchical search in m2m with parent id (single id)
cats = self._search(Category, [('id', 'parent_of', categ_1.id)])
self.assertEqual(len(cats), 3)
# test hierarchical search in m2m with parent ids
cats = self._search(Category, [('id', 'parent_of', (categ_root + categ_0).ids)])
self.assertEqual(len(cats), 2)
# test hierarchical search in m2m with parent ids
cats = self._search(Category, [('id', 'parent_of', categ_0.ids)])
self.assertEqual(len(cats), 2)
# test hierarchical search in m2m with parent ids
cats = self._search(Category, [('id', 'parent_of', categ_root.ids)])
self.assertEqual(len(cats), 1)
# test hierarchical search in m2m with an empty list
cats = self._search(Category, [('id', 'parent_of', [])])
self.assertEqual(len(cats), 0)
# test hierarchical search in m2m with 'False' value
with self.assertLogs('odoo.osv.expression'):
cats = self._search(Category, [('id', 'parent_of', False)])
self.assertEqual(len(cats), 0)
@mute_logger('odoo.models.unlink')
def test_10_hierarchy_access(self):
Partner = self.env['res.partner'].with_user(self.user_demo)
top = Partner.create({'name': 'Top'})
med = Partner.create({'name': 'Medium', 'parent_id': top.id})
bot = Partner.create({'name': 'Bottom', 'parent_id': med.id})
# restrict access of user Demo to partners Top and Bottom
accessible = top + bot
self.env['ir.rule'].search([]).unlink()
self.env['ir.rule'].create({
'name': 'partners rule',
'model_id': self.env['ir.model']._get('res.partner').id,
'domain_force': str([('id', 'in', accessible.ids)]),
})
# these searches should return the subset of accessible nodes that are
# in the given hierarchy
self.assertEqual(Partner.search([]), accessible)
self.assertEqual(Partner.search([('id', 'child_of', top.ids)]), accessible)
self.assertEqual(Partner.search([('id', 'parent_of', bot.ids)]), accessible)
# same kind of search from another model
Bank = self.env['res.partner.bank'].with_user(self.user_demo)
bank_top, _bank_med, bank_bot = Bank.create([
{'acc_number': '1', 'partner_id': top.id},
{'acc_number': '2', 'partner_id': med.id},
{'acc_number': '3', 'partner_id': bot.id},
])
self.assertEqual(Bank.search([('partner_id', 'in', accessible.ids)]), bank_top + bank_bot)
self.assertEqual(Bank.search([('partner_id', 'child_of', top.ids)]), bank_top + bank_bot)
self.assertEqual(Bank.search([('partner_id', 'parent_of', bot.ids)]), bank_top + bank_bot)
def test_10_eq_lt_gt_lte_gte(self):
# test if less/greater than or equal operators work
currency = self.env['res.currency'].search([], limit=1)
# test equal
res = self._search(currency, [('rounding', '=', currency.rounding)])
self.assertTrue(currency in res)
# test not equal
res = self._search(currency, [('rounding', '!=', currency.rounding)])
self.assertTrue(currency not in res)
# test greater than
res = self._search(currency, [('rounding', '>', currency.rounding)])
self.assertTrue(currency not in res)
# test greater than or equal
res = self._search(currency, [('rounding', '>=', currency.rounding)])
self.assertTrue(currency in res)
# test less than
res = self._search(currency, [('rounding', '<', currency.rounding)])
self.assertTrue(currency not in res)
# test less than or equal
res = self._search(currency, [('rounding', '<=', currency.rounding)])
self.assertTrue(currency in res)
def test_10_equivalent_id(self):
# equivalent queries
Currency = self.env['res.currency']
non_currency_id = max(Currency.search([]).ids) + 1003
res_0 = self._search(Currency, [])
res_1 = self._search(Currency, [('name', 'not like', 'probably_unexisting_name')])
self.assertEqual(res_0, res_1)
res_2 = self._search(Currency, [('id', 'not in', [non_currency_id])])
self.assertEqual(res_0, res_2)
res_3 = self._search(Currency, [('id', 'not in', [])])
self.assertEqual(res_0, res_3)
res_4 = self._search(Currency, [('id', '!=', False)])
self.assertEqual(res_0, res_4)
# equivalent queries, integer and string
Partner = self.env['res.partner']
all_partners = self._search(Partner, [])
self.assertTrue(len(all_partners) > 1)
one = self.env.ref('base.main_partner')
others = all_partners - one
res_1 = self._search(Partner, [('id', '=', one.id)])
self.assertEqual(one, res_1)
# Partner.search([('id', '!=', others)]) # not permitted
res_2 = self._search(Partner, [('id', 'not in', others.ids)])
self.assertEqual(one, res_2)
res_3 = self._search(Partner, ['!', ('id', '!=', one.id)])
self.assertEqual(one, res_3)
res_4 = self._search(Partner, ['!', ('id', 'in', others.ids)])
self.assertEqual(one, res_4)
# res_5 = Partner.search([('id', 'in', one)]) # TODO make it permitted, just like for child_of
# self.assertEqual(one, res_5)
res_6 = self._search(Partner, [('id', 'in', [one.id])])
self.assertEqual(one, res_6)
res_7 = self._search(Partner, [('name', '=', one.name)])
self.assertEqual(one, res_7)
res_8 = self._search(Partner, [('name', 'in', [one.name])])
# res_9 = Partner.search([('name', 'in', one.name)]) # TODO
def test_15_m2o(self):
Partner = self.env['res.partner']
# testing equality with name
partners = self._search(Partner, [('parent_id', '=', 'Pepper Street')])
self.assertTrue(partners)
# testing the in operator with name
partners = self._search(Partner, [('parent_id', 'in', 'Pepper Street')])
self.assertTrue(partners)
# testing the in operator with a list of names
partners = self._search(Partner, [('parent_id', 'in', ['Pepper Street', 'Inner Works'])])
self.assertTrue(partners)
# check if many2one works with empty search list
partners = self._search(Partner, [('company_id', 'in', [])])
self.assertFalse(partners)
# create new company with partners, and partners with no company
company2 = self.env['res.company'].create({'name': 'Acme 2'})
for i in range(4):
Partner.create({'name': 'P of Acme %s' % i, 'company_id': company2.id})
Partner.create({'name': 'P of All %s' % i, 'company_id': False})
# check if many2one works with negative empty list
all_partners = Partner.search([])
res_partners = self._search(Partner, ['|', ('company_id', 'not in', []), ('company_id', '=', False)])
self.assertEqual(all_partners, res_partners, "not in [] fails")
# check that many2one will pick the correct records with a list
partners = self._search(Partner, [('company_id', 'in', [False])])
self.assertTrue(len(partners) >= 4, "We should have at least 4 partners with no company")
# check that many2one will exclude the correct records with a list
partners = self._search(Partner, [('company_id', 'not in', [1])])
self.assertTrue(len(partners) >= 4, "We should have at least 4 partners not related to company #1")
# check that many2one will exclude the correct records with a list and False
partners = self._search(Partner, ['|', ('company_id', 'not in', [1]),
('company_id', '=', False)])
self.assertTrue(len(partners) >= 8, "We should have at least 8 partners not related to company #1")
# check that multi-level expressions also work
partners = self._search(Partner, [('company_id.partner_id', 'in', [])])
self.assertFalse(partners)
# check multi-level expressions with magic columns
partners = self._search(Partner, [('create_uid.active', '=', True)])
# check that multi-level expressions with negative op work
all_partners = self._search(Partner, [('company_id', '!=', False)])
# FP Note: filtered_domain differs
res_partners = Partner.search([('company_id.partner_id', 'not in', [])])
self.assertEqual(all_partners, res_partners, "not in [] fails")
# Test the '(not) like/in' behavior. res.partner and its parent_id
# column are used because parent_id is a many2one, allowing to test the
# Null value, and there are actually some null and non-null values in
# the demo data.
all_partners = self._search(Partner, [])
non_partner_id = max(all_partners.ids) + 1
with_parent = all_partners.filtered(lambda p: p.parent_id)
without_parent = all_partners.filtered(lambda p: not p.parent_id)
with_website = all_partners.filtered(lambda p: p.website)
# We treat null values differently than in SQL. For instance in SQL:
# SELECT id FROM res_partner WHERE parent_id NOT IN (0)
# will return only the records with non-null parent_id.
# SELECT id FROM res_partner WHERE parent_id IN (0)
# will return expectedly nothing (our ids always begin at 1).
# This means the union of those two results will give only some
# records, but not all present in database.
#
# When using domains and the ORM's search method, we think it is
# more intuitive that the union returns all the records, and that
# a domain like ('parent_id', 'not in', [0]) will return all
# the records. For instance, if you perform a search for the companies
# that don't have OpenERP has a parent company, you expect to find,
# among others, the companies that don't have parent company.
#
# existing values be treated similarly if we simply check that some
# existing value belongs to them.
res_0 = self._search(Partner, [('parent_id', 'not like', 'probably_unexisting_name')]) # get all rows, included null parent_id
self.assertEqual(res_0, all_partners)
res_1 = self._search(Partner, [('parent_id', 'not in', [non_partner_id])]) # get all rows, included null parent_id
self.assertEqual(res_1, all_partners)
res_2 = self._search(Partner, [('parent_id', '!=', False)]) # get rows with not null parent_id, deprecated syntax
self.assertEqual(res_2, with_parent)
res_3 = self._search(Partner, [('parent_id', 'not in', [])]) # get all rows, included null parent_id
self.assertEqual(res_3, all_partners)
res_4 = self._search(Partner, [('parent_id', 'not in', [False])]) # get rows with not null parent_id
self.assertEqual(res_4, with_parent)
res_4b = self._search(Partner, [('parent_id', 'not ilike', '')]) # get only rows without parent
self.assertEqual(res_4b, without_parent)
# The results of these queries, when combined with queries 0..4 must
# give the whole set of ids.
res_5 = self._search(Partner, [('parent_id', 'like', 'probably_unexisting_name')])
self.assertFalse(res_5)
res_6 = self._search(Partner, [('parent_id', 'in', [non_partner_id])])
self.assertFalse(res_6)
res_7 = self._search(Partner, [('parent_id', '=', False)])
self.assertEqual(res_7, without_parent)
res_8 = self._search(Partner, [('parent_id', 'in', [])])
self.assertFalse(res_8)
res_9 = self._search(Partner, [('parent_id', 'in', [False])])
self.assertEqual(res_9, without_parent)
res_9b = self._search(Partner, [('parent_id', 'ilike', '')]) # get those with a parent
self.assertEqual(res_9b, with_parent)
# These queries must return exactly the results than the queries 0..4,
# i.e. not ... in ... must be the same as ... not in ... .
res_10 = self._search(Partner, ['!', ('parent_id', 'like', 'probably_unexisting_name')])
self.assertEqual(res_0, res_10)
res_11 = self._search(Partner, ['!', ('parent_id', 'in', [non_partner_id])])
self.assertEqual(res_1, res_11)
res_12 = self._search(Partner, ['!', ('parent_id', '=', False)])
self.assertEqual(res_2, res_12)
res_13 = self._search(Partner, ['!', ('parent_id', 'in', [])])
self.assertEqual(res_3, res_13)
res_14 = self._search(Partner, ['!', ('parent_id', 'in', [False])])
self.assertEqual(res_4, res_14)
# Testing many2one field is not enough, a regular char field is tested
res_15 = self._search(Partner, [('website', 'in', [])])
self.assertFalse(res_15)
res_16 = self._search(Partner, [('website', 'not in', [])])
self.assertEqual(res_16, all_partners)
res_17 = self._search(Partner, [('website', '!=', False)])
self.assertEqual(res_17, with_website)
# check behavior for required many2one fields: currency_id is required
companies = self.env['res.company'].search([])
res_101 = self._search(companies, [('currency_id', 'not ilike', '')]) # get no companies
self.assertFalse(res_101)
res_102 = self._search(companies, [('currency_id', 'ilike', '')]) # get all companies
self.assertEqual(res_102, companies)
def test_in_operator(self):
""" check that we can use the 'in' operator for plain fields """
menu = self.env['ir.ui.menu']
menus = self._search(menu, [('sequence', 'in', [1, 2, 10, 20])])
self.assertTrue(menus)
def test_in_boolean(self):
""" Check the 'in' operator for boolean fields. """
Partner = self.env['res.partner']
self.assertIn('active', Partner._fields, "I need a model with field 'active'")
count_true = Partner.search_count([('active', '=', True)])
self.assertTrue(count_true, "I need an active partner")
count_false = Partner.search_count([('active', '=', False)])
self.assertTrue(count_false, "I need an inactive partner")
count = Partner.search_count([('active', 'in', [True])])
self.assertEqual(count, count_true)
count = Partner.search_count([('active', 'in', [False])])
self.assertEqual(count, count_false)
count = Partner.search_count([('active', 'in', [True, False])])
self.assertEqual(count, count_true + count_false)
def test_15_o2m(self):
Partner = self.env['res.partner']
# test one2many operator with empty search list
partners = self._search(Partner, [('child_ids', 'in', [])])
self.assertFalse(partners)
# test one2many operator with False
partners = self._search(Partner, [('child_ids', '=', False)])
for partner in partners:
self.assertFalse(partner.child_ids)
# verify domain evaluation for one2many != False and one2many == False
categories = self.env['res.partner.category'].search([])
parents = self._search(categories, [('child_ids', '!=', False)])
self.assertEqual(parents, categories.filtered(lambda c: c.child_ids))
leafs = self._search(categories, [('child_ids', '=', False)])
self.assertEqual(leafs, categories.filtered(lambda c: not c.child_ids))
# test many2many operator with empty search list
partners = self._search(Partner, [('category_id', 'in', [])])
self.assertFalse(partners)
# test many2many operator with False
partners = self._search(Partner, [('category_id', '=', False)])
self.assertTrue(partners)
for partner in partners:
self.assertFalse(partner.category_id)
partners = self._search(Partner, [('category_id', '!=', False)])
self.assertTrue(partners)
for partner in partners:
self.assertTrue(partner.category_id)
# filtering on nonexistent value across x2many should return nothing
partners = self._search(Partner, [('child_ids.city', '=', 'foo')])
self.assertFalse(partners)
def test_15_equivalent_one2many_1(self):
Company = self.env['res.company']
company3 = Company.create({'name': 'Acme 3'})
company4 = Company.create({'name': 'Acme 4', 'parent_id': company3.id})
# one2many towards same model
res_1 = self._search(Company, [('child_ids', 'in', company3.child_ids.ids)]) # any company having a child of company3 as child
self.assertEqual(res_1, company3)
res_2 = self._search(Company, [('child_ids', 'in', company3.child_ids[0].ids)]) # any company having the first child of company3 as child
self.assertEqual(res_2, company3)
# child_of x returns x and its children (direct or not).
expected = company3 + company4
res_1 = self._search(Company, [('id', 'child_of', [company3.id])])
self.assertEqual(res_1, expected)
res_2 = self._search(Company, [('id', 'child_of', company3.id)])
self.assertEqual(res_2, expected)
res_3 = self._search(Company, [('id', 'child_of', [company3.name])])
self.assertEqual(res_3, expected)
res_4 = self._search(Company, [('id', 'child_of', company3.name)])
self.assertEqual(res_4, expected)
# parent_of x returns x and its parents (direct or not).
expected = company3 + company4
res_1 = self._search(Company, [('id', 'parent_of', [company4.id])])
self.assertEqual(res_1, expected)
res_2 = self._search(Company, [('id', 'parent_of', company4.id)])
self.assertEqual(res_2, expected)
res_3 = self._search(Company, [('id', 'parent_of', [company4.name])])
self.assertEqual(res_3, expected)
res_4 = self._search(Company, [('id', 'parent_of', company4.name)])
self.assertEqual(res_4, expected)
# try testing real subsets with IN/NOT IN
Partner = self.env['res.partner']
Users = self.env['res.users']
p1, _ = Partner.name_create("Dédé Boitaclou")
p2, _ = Partner.name_create("Raoulette Pizza O'poil")
u1a = Users.create({'login': 'dbo', 'partner_id': p1}).id
u1b = Users.create({'login': 'dbo2', 'partner_id': p1}).id
u2 = Users.create({'login': 'rpo', 'partner_id': p2}).id
res = self._search(Partner, [('user_ids', 'in', u1a)])
self.assertEqual([p1], res.ids, "o2m IN accept single int on right side")
res = self._search(Partner, [('user_ids', '=', 'Dédé Boitaclou')])
self.assertEqual([p1], res.ids, "o2m NOT IN matches none on the right side")
res = self._search(Partner, [('user_ids', 'in', [10000])])
self.assertEqual([], res.ids, "o2m NOT IN matches none on the right side")
res = self._search(Partner, [('user_ids', 'in', [u1a,u2])])
self.assertEqual([p1,p2], res.ids, "o2m IN matches any on the right side")
all_ids = self._search(Partner, []).ids
res = self._search(Partner, [('user_ids', 'not in', u1a)])
self.assertEqual(set(all_ids) - set([p1]), set(res.ids), "o2m NOT IN matches none on the right side")
res = self._search(Partner, [('user_ids', '!=', 'Dédé Boitaclou')])
self.assertEqual(set(all_ids) - set([p1]), set(res.ids), "o2m NOT IN matches none on the right side")
res = self._search(Partner, [('user_ids', 'not in', [u1b, u2])])
self.assertEqual(set(all_ids) - set([p1,p2]), set(res.ids), "o2m NOT IN matches none on the right side")
def test_15_equivalent_one2many_2(self):
Currency = self.env['res.currency']
CurrencyRate = self.env['res.currency.rate']
CurrencyRate.create([
{
'currency_id': self.env.ref('base.EUR').id,
'name': '2000-01-01',
'rate': 1.0,
}, {
'currency_id': self.env.ref('base.USD').id,
'name': '2000-01-01',
'rate': 1.2834,
}, {
'currency_id': self.env.ref('base.USD').id,
'name': '2000-01-02',
'rate': 1.5289,
}
])
# create a currency and a currency rate
currency = Currency.create({'name': 'ZZZ', 'symbol': 'ZZZ', 'rounding': 1.0})
currency_rate = CurrencyRate.create({'name': '2010-01-01', 'currency_id': currency.id, 'rate': 1.0})
non_currency_id = currency_rate.id + 1000
default_currency = Currency.browse(1)
# search the currency via its rates one2many (the one2many must point back at the currency)
currency_rate1 = self._search(CurrencyRate, [('currency_id', 'not like', 'probably_unexisting_name')])
currency_rate2 = self._search(CurrencyRate, [('id', 'not in', [non_currency_id])])
self.assertEqual(currency_rate1, currency_rate2)
currency_rate3 = self._search(CurrencyRate, [('id', 'not in', [])])
self.assertEqual(currency_rate1, currency_rate3)
# one2many towards another model
res_3 = self._search(Currency, [('rate_ids', 'in', default_currency.rate_ids.ids)]) # currencies having a rate of main currency
self.assertEqual(res_3, default_currency)
res_4 = self._search(Currency, [('rate_ids', 'in', default_currency.rate_ids[0].ids)]) # currencies having first rate of main currency
self.assertEqual(res_4, default_currency)
res_5 = self._search(Currency, [('rate_ids', 'in', default_currency.rate_ids[0].id)]) # currencies having first rate of main currency
self.assertEqual(res_5, default_currency)
# res_6 = Currency.search([('rate_ids', 'in', [default_currency.rate_ids[0].name])])
# res_7 = Currency.search([('rate_ids', '=', default_currency.rate_ids[0].name)])
# res_8 = Currency.search([('rate_ids', 'like', default_currency.rate_ids[0].name)])
res_9 = self._search(Currency, [('rate_ids', 'like', 'probably_unexisting_name')])
self.assertFalse(res_9)
# Currency.search([('rate_ids', 'unexisting_op', 'probably_unexisting_name')]) # TODO expected exception
# get the currencies referenced by some currency rates using a weird negative domain
res_10 = self._search(Currency, [('rate_ids', 'not like', 'probably_unexisting_name')])
res_11 = self._search(Currency, [('rate_ids', 'not in', [non_currency_id])])
self.assertEqual(res_10, res_11)
res_12 = self._search(Currency, [('rate_ids', '!=', False)])
self.assertEqual(res_10, res_12)
res_13 = self._search(Currency, [('rate_ids', 'not in', [])])
self.assertEqual(res_10, res_13)
def test_20_expression_parse(self):
# TDE note: those tests have been added when refactoring the expression.parse() method.
# They come in addition to the already existing tests; maybe some tests
# will be a bit redundant
Users = self.env['res.users']
# Create users
a = Users.create({'name': 'test_A', 'login': 'test_A'})
b1 = Users.create({'name': 'test_B', 'login': 'test_B'})
b2 = Users.create({'name': 'test_B2', 'login': 'test_B2', 'parent_id': b1.partner_id.id})
# Test1: simple inheritance
users = self._search(Users, [('name', 'like', 'test')])
self.assertEqual(users, a + b1 + b2, 'searching through inheritance failed')
users = self._search(Users, [('name', '=', 'test_B')])
self.assertEqual(users, b1, 'searching through inheritance failed')
# Test2: inheritance + relational fields
users = self._search(Users, [('child_ids.name', 'like', 'test_B')])
self.assertEqual(users, b1, 'searching through inheritance failed')
# Special =? operator mean "is equal if right is set, otherwise always True"
users = self._search(Users, [('name', 'like', 'test'), ('parent_id', '=?', False)])
self.assertEqual(users, a + b1 + b2, '(x =? False) failed')
users = self._search(Users, [('name', 'like', 'test'), ('parent_id', '=?', b1.partner_id.id)])
self.assertEqual(users, b2, '(x =? id) failed')
def test_30_normalize_domain(self):
normalize_domain = expression.normalize_domain
self.assertEqual(normalize_domain([]), [expression.TRUE_LEAF])
self.assertEqual(normalize_domain([expression.TRUE_LEAF]), [expression.TRUE_LEAF])
self.assertEqual(normalize_domain([expression.FALSE_LEAF]), [expression.FALSE_LEAF])
self.assertEqual(normalize_domain([('a', '=', 1)]), [('a', '=', 1)])
self.assertEqual(
normalize_domain([('a', '=', 1), ('b', '=', 2)]),
['&', ('a', '=', 1), ('b', '=', 2)],
)
self.assertEqual(
normalize_domain(['|', ('a', '=', 1), ('b', '=', 2)]),
['|', ('a', '=', 1), ('b', '=', 2)],
)
self.assertEqual(
normalize_domain(['|', ('a', '=', 1), ('b', '=', 2), ('c', '=', 3)]),
['&', '|', ('a', '=', 1), ('b', '=', 2), ('c', '=', 3)],
)
self.assertEqual(
normalize_domain([('a', '=', 1), '|', ('b', '=', 2), ('c', '=', 3)]),
['&', ('a', '=', 1), '|', ('b', '=', 2), ('c', '=', 3)],
)
self.assertEqual(
normalize_domain(['&', expression.TRUE_LEAF, ('a', '=', 1)]),
['&', expression.TRUE_LEAF, ('a', '=', 1)],
)
domain = [
('a', '=', 1),
('b.z', '=', 2),
'|', '|', ('c', '=', 3), '!', ('d', '=', 4), ('e', '=', 5),
('f', '=', 6),
]
self.assertEqual(normalize_domain(domain), ['&', '&', '&'] + domain)
with self.assertRaises(ValueError):
normalize_domain(['&'])
with self.assertRaises(ValueError):
normalize_domain(['&', ('a', '=', 1)])
with self.assertRaises(ValueError):
normalize_domain([('a', '=', 1), '&', ('b', '=', 2)])
with self.assertRaises(ValueError):
normalize_domain([('a', '=', 1), '!'])
def test_35_negating_thruty_leafs(self):
self.assertEqual(expression.distribute_not(['!', '!', expression.TRUE_LEAF]), [expression.TRUE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', '!', expression.FALSE_LEAF]), [expression.FALSE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', '!', '!', '!', expression.TRUE_LEAF]), [expression.TRUE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', '!', '!', '!', expression.FALSE_LEAF]), [expression.FALSE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', expression.TRUE_LEAF]), [expression.FALSE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', expression.FALSE_LEAF]), [expression.TRUE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', '!', '!', expression.TRUE_LEAF]), [expression.FALSE_LEAF], "distribute_not applied wrongly")
self.assertEqual(expression.distribute_not(['!', '!', '!', expression.FALSE_LEAF]), [expression.TRUE_LEAF], "distribute_not applied wrongly")
def test_40_negating_long_expression(self):
source = ['!', '&', ('user_id', '=', 4), ('partner_id', 'in', [1, 2])]
expect = ['|', ('user_id', '!=', 4), ('partner_id', 'not in', [1, 2])]
self.assertEqual(expression.distribute_not(source), expect,
"distribute_not on expression applied wrongly")
pos_leaves = [[('a', 'in', [])], [('d', '!=', 3)]]
neg_leaves = [[('a', 'not in', [])], [('d', '=', 3)]]
source = expression.OR([expression.AND(pos_leaves)] * 1000)
expect = source
self.assertEqual(expression.distribute_not(source), expect,
"distribute_not on long expression without negation operator should not alter it")
source = ['!'] + source
expect = expression.AND([expression.OR(neg_leaves)] * 1000)
self.assertEqual(expression.distribute_not(source), expect,
"distribute_not on long expression applied wrongly")
def test_accent(self):
if not self.registry.has_unaccent:
raise unittest.SkipTest("unaccent not enabled")
Model = self.env['res.partner.category']
helen = Model.create({'name': 'Hélène'})
self.assertEqual(helen, Model.search([('name', 'ilike', 'Helene')]))
self.assertEqual(helen, Model.search([('name', 'ilike', 'hélène')]))
self.assertNotIn(helen, Model.search([('name', 'not ilike', 'Helene')]))
self.assertNotIn(helen, Model.search([('name', 'not ilike', 'hélène')]))
hermione, nicostratus = Model.create([
{'name': 'Hermione', 'parent_id': helen.id},
{'name': 'Nicostratus', 'parent_id': helen.id}
])
self.assertEqual(nicostratus.parent_path, f'{helen.id}/{nicostratus.id}/')
with patch('odoo.osv.expression.get_unaccent_wrapper') as w:
w().side_effect = lambda x: x
rs = Model.search([('parent_path', 'like', f'{helen.id}/%')], order='id asc')
self.assertEqual(rs, helen | hermione | nicostratus)
# the result of `get_unaccent_wrapper()` is the wrapper and that's
# what should not be called
w().assert_not_called()
def test_pure_function(self):
orig_false = expression.FALSE_DOMAIN.copy()
orig_true = expression.TRUE_DOMAIN.copy()
false = orig_false.copy()
true = orig_true.copy()
domain = expression.AND([])
domain += [('id', '=', 1)]
domain = expression.AND([])
self.assertEqual(domain, orig_true)
domain = expression.AND([false])
domain += [('id', '=', 1)]
domain = expression.AND([false])
self.assertEqual(domain, orig_false)
domain = expression.OR([])
domain += [('id', '=', 1)]
domain = expression.OR([])
self.assertEqual(domain, orig_false)
domain = expression.OR([true])
domain += [('id', '=', 1)]
domain = expression.OR([true])
self.assertEqual(domain, orig_true)
domain = expression.normalize_domain([])
domain += [('id', '=', 1)]
domain = expression.normalize_domain([])
self.assertEqual(domain, orig_true)
def test_like_wildcards(self):
# check that =like/=ilike expressions are working on an untranslated field
Partner = self.env['res.partner']
partners = self._search(Partner, [('name', '=like', 'I_ner_W_rk_')])
self.assertTrue(all(partner.name == 'Inner Works' for partner in partners), "Must match only 'Inner Works'")
partners = self._search(Partner, [('name', '=ilike', 'G%')])
self.assertTrue(len(partners) >= 1, "Must match one partner (Gemini Furniture)")
# check that =like/=ilike expressions are working on translated field
Country = self.env['res.country']
countries = self._search(Country, [('name', '=like', 'Ind__')])
self.assertTrue(len(countries) == 1, "Must match India only")
countries = self._search(Country, [('name', '=ilike', 'z%')])
self.assertTrue(len(countries) == 2, "Must match only countries with names starting with Z (currently 2)")
def test_translate_search(self):
Country = self.env['res.country']
belgium = self.env.ref('base.be')
domains = [
[('name', '=', 'Belgium')],
[('name', 'ilike', 'Belgi')],
[('name', 'in', ['Belgium', 'Care Bears'])],
]
for domain in domains:
countries = self._search(Country, domain)
self.assertEqual(countries, belgium)
countries = self._search(Country, [('name', 'not in', ['No country'])])
all_countries = self._search(Country, [])
self.assertEqual(countries, all_countries)
@mute_logger('odoo.sql_db')
def test_invalid(self):
""" verify that invalid expressions are refused, even for magic fields """
Country = self.env['res.country']
with self.assertRaisesRegex(ValueError, r"^Invalid field res\.country\.does_not_exist in leaf \('does_not_exist', '=', 'foo'\)$"):
Country.search([('does_not_exist', '=', 'foo')])
with self.assertRaisesRegex(AssertionError, "^Invalid field 'name.\"Et plouf\"'"):
Country.search([('name."Et plouf"', 'ilike', 'foo')])
with self.assertRaisesRegex(AssertionError, "^Invalid field 'name.\"Et plouf\"'"):
Country.search([('name."Et plouf"', 'in', ['foo'])])
with self.assertRaisesRegex(KeyError, r"^'does_not_exist'$"):
Country.search([]).filtered_domain([('does_not_exist', '=', 'foo')])
with self.assertRaisesRegex(ValueError, r"^Invalid leaf \('create_date', '>>', 'foo'\)$"):
Country.search([('create_date', '>>', 'foo')])
with self.assertRaisesRegex(ValueError, r"^stray % in format '%'$"):
Country.search([]).filtered_domain([('create_date', '>>', 'foo')])
with self.assertRaisesRegex(psycopg2.DataError, r"invalid input syntax"):
Country.search([('create_date', '=', "1970-01-01'); --")])
def test_active(self):
# testing for many2many field with category office and active=False
Partner = self.env['res.partner']
vals = {
'name': 'OpenERP Test',
'active': False,
'category_id': [Command.set([self.partner_category.id])],
'child_ids': [Command.create({'name': 'address of OpenERP Test', 'country_id': self.ref("base.be")})],
}
Partner.create(vals)
partner = self._search(Partner, [('category_id', 'ilike', 'sellers'), ('active', '=', False)], [('active', '=', False)])
self.assertTrue(partner, "Record not Found with category sellers and active False.")
# testing for one2many field with country Belgium and active=False
partner = self._search(Partner, [('child_ids.country_id','=','Belgium'),('active','=',False)], [('active', '=', False)])
self.assertTrue(partner, "Record not Found with country Belgium and active False.")
def test_lp1071710(self):
""" Check that we can exclude translated fields (bug lp:1071710) """
# first install french language
self.env['res.lang']._activate_lang('fr_FR')
self.env['res.partner'].search([('name', '=', 'Pepper Street')]).country_id = self.env.ref('base.be')
# actual test
Country = self.env['res.country'].with_context(lang='fr_FR')
be = self.env.ref('base.be')
be.with_context(lang='fr_FR').name = "Belgique"
self.assertNotEqual(be.name, "Belgique", "Setting a translation should not impact other languages")
not_be = self._search(Country, [('name', '!=', 'Belgique')])
self.assertNotIn(be, not_be)
# indirect search via m2o
Partner = self.env['res.partner']
deco_addict = self._search(Partner, [('name', '=', 'Pepper Street')])
not_be = self._search(Partner, [('country_id', '!=', 'Belgium')])
self.assertNotIn(deco_addict, not_be)
Partner = Partner.with_context(lang='fr_FR')
not_be = self._search(Partner, [('country_id', '!=', 'Belgique')])
self.assertNotIn(deco_addict, not_be)
def test_or_with_implicit_and(self):
# Check that when using expression.OR on a list of domains with at least one
# implicit '&' the returned domain is the expected result.
# from #24038
d1 = [('foo', '=', 1), ('bar', '=', 1)]
d2 = ['&', ('foo', '=', 2), ('bar', '=', 2)]
expected = ['|', '&', ('foo', '=', 1), ('bar', '=', 1),
'&', ('foo', '=', 2), ('bar', '=', 2)]
self.assertEqual(expression.OR([d1, d2]), expected)
def test_proper_combine_unit_leaves(self):
# test that unit leaves (TRUE_LEAF, FALSE_LEAF) are properly handled in specific cases
false = expression.FALSE_DOMAIN
true = expression.TRUE_DOMAIN
normal = [('foo', '=', 'bar')]
# OR with single FALSE_LEAF
expr = expression.OR([false])
self.assertEqual(expr, false)
# OR with multiple FALSE_LEAF
expr = expression.OR([false, false])
self.assertEqual(expr, false)
# OR with FALSE_LEAF and a normal leaf
expr = expression.OR([false, normal])
self.assertEqual(expr, normal)
# OR with AND of single TRUE_LEAF and normal leaf
expr = expression.OR([expression.AND([true]), normal])
self.assertEqual(expr, true)
# AND with single TRUE_LEAF
expr = expression.AND([true])
self.assertEqual(expr, true)
# AND with multiple TRUE_LEAF
expr = expression.AND([true, true])
self.assertEqual(expr, true)
# AND with TRUE_LEAF and normal leaves
expr = expression.AND([true, normal])
self.assertEqual(expr, normal)
# AND with OR with single FALSE_LEAF and normal leaf
expr = expression.AND([expression.OR([false]), normal])
self.assertEqual(expr, false)
def test_filtered_domain_order(self):
domain = [('name', 'ilike', 'a')]
countries = self.env['res.country'].search(domain)
self.assertGreater(len(countries), 1)
# same ids, same order
self.assertEqual(countries.filtered_domain(domain)._ids, countries._ids)
# again, trying the other way around
countries = countries.browse(reversed(countries._ids))
self.assertEqual(countries.filtered_domain(domain)._ids, countries._ids)
def test_filtered_domain_order2(self):
countries = self.env['res.country'].search([])
# match the first two countries, in order
expected = countries[:2]
id1, id2 = expected._ids
domain = ['|', ('id', '=', id1), ('id', '=', id2)]
self.assertEqual(countries.filtered_domain(domain)._ids, expected._ids)
domain = ['|', ('id', '=', id2), ('id', '=', id1)]
self.assertEqual(countries.filtered_domain(domain)._ids, expected._ids)
def test_filtered_domain_any_operator(self):
Partner = self.env['res.partner']
all_partner = self._search(Partner, [])
partner = self.partners[0]
children_partner_1 = self._search(Partner, [('parent_id', 'any', [('name', '=', partner.name)])])
self.assertEqual(children_partner_1, partner.child_ids)
children_other_partners = self._search(Partner, [('parent_id', 'not any', [('name', '=', partner.name)])])
self.assertEqual(children_other_partners, all_partner - partner.child_ids)
one_child_partner = partner.child_ids[0]
parent_partner = self._search(Partner, [('child_ids', 'any', [('name', '=', one_child_partner.name)])])
self.assertEqual(parent_partner, partner)
other_partners = self._search(Partner, [('child_ids', 'not any', [('name', '=', one_child_partner.name)])])
self.assertEqual(other_partners, all_partner - partner)
class TestExpression2(TransactionCase):
def test_long_table_alias(self):
# To test the 64 characters limit for table aliases in PostgreSQL
self.patch(self.registry['res.users'], '_order', 'partner_id')
self.patch(self.registry['res.partner'], '_order', 'commercial_partner_id,company_id,name')
self.env['res.users'].search([('name', '=', 'test')])
class TestAutoJoin(TransactionCase):
def test_auto_join(self):
# Get models
partner_obj = self.env['res.partner']
state_obj = self.env['res.country.state']
bank_obj = self.env['res.partner.bank']
# Get test columns
def patch_auto_join(model, fname, value):
self.patch(model._fields[fname], 'auto_join', value)
def patch_domain(model, fname, value):
self.patch(model._fields[fname], 'domain', value)
# Get country/state data
Country = self.env['res.country']
country_us = Country.search([('code', 'like', 'US')], limit=1)
State = self.env['res.country.state']
states = State.search([('country_id', '=', country_us.id)], limit=2)
# Create demo data: partners and bank object
p_a = partner_obj.create({'name': 'test__A', 'state_id': states[0].id})
p_b = partner_obj.create({'name': 'test__B', 'state_id': states[1].id})
p_c = partner_obj.create({'name': 'test__C', 'state_id': False})
p_aa = partner_obj.create({'name': 'test__AA', 'parent_id': p_a.id, 'state_id': states[0].id})
p_ab = partner_obj.create({'name': 'test__AB', 'parent_id': p_a.id, 'state_id': states[1].id})
p_ba = partner_obj.create({'name': 'test__BA', 'parent_id': p_b.id, 'state_id': states[0].id})
b_aa = bank_obj.create({'acc_number': '123', 'acc_type': 'bank', 'partner_id': p_aa.id})
b_ab = bank_obj.create({'acc_number': '456', 'acc_type': 'bank', 'partner_id': p_ab.id})
b_ba = bank_obj.create({'acc_number': '789', 'acc_type': 'bank', 'partner_id': p_ba.id})
# --------------------------------------------------
# Test1: basics about the attribute
# --------------------------------------------------
patch_auto_join(partner_obj, 'category_id', True)
with self.assertRaises(NotImplementedError):
partner_obj.search([('category_id.name', '=', 'foo')])
# --------------------------------------------------
# Test2: one2many
# --------------------------------------------------
name_test = '12'
# Do: one2many without _auto_join
partners = partner_obj.search([('bank_ids.sanitized_acc_number', 'like', name_test)])
self.assertEqual(partners, p_aa,
"_auto_join off: ('bank_ids.sanitized_acc_number', 'like', '..'): incorrect result")
partners = partner_obj.search(['|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', name_test)])
self.assertIn(p_aa, partners,
"_auto_join off: '|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', '..'): incorrect result")
self.assertIn(p_c, partners,
"_auto_join off: '|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', '..'): incorrect result")
# Do: cascaded one2many without _auto_join
partners = partner_obj.search([('child_ids.bank_ids.id', 'in', [b_aa.id, b_ba.id])])
self.assertEqual(partners, p_a + p_b,
"_auto_join off: ('child_ids.bank_ids.id', 'in', [..]): incorrect result")
# Do: one2many with _auto_join
patch_auto_join(partner_obj, 'bank_ids', True)
partners = partner_obj.search([('bank_ids.sanitized_acc_number', 'like', name_test)])
self.assertEqual(partners, p_aa,
"_auto_join on: ('bank_ids.sanitized_acc_number', 'like', '..') incorrect result")
partners = partner_obj.search(['|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', name_test)])
self.assertIn(p_aa, partners,
"_auto_join on: '|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', '..'): incorrect result")
self.assertIn(p_c, partners,
"_auto_join on: '|', ('name', 'like', 'C'), ('bank_ids.sanitized_acc_number', 'like', '..'): incorrect result")
# Do: one2many with _auto_join, test final leaf is an id
bank_ids = [b_aa.id, b_ab.id]
partners = partner_obj.search([('bank_ids.id', 'in', bank_ids)])
self.assertEqual(partners, p_aa + p_ab,
"_auto_join on: ('bank_ids.id', 'in', [..]) incorrect result")
# Do: 2 cascaded one2many with _auto_join, test final leaf is an id
patch_auto_join(partner_obj, 'child_ids', True)
bank_ids = [b_aa.id, b_ba.id]
partners = partner_obj.search([('child_ids.bank_ids.id', 'in', bank_ids)])
self.assertEqual(partners, p_a + p_b,
"_auto_join on: ('child_ids.bank_ids.id', 'not in', [..]): incorrect result")
# --------------------------------------------------
# Test3: many2one
# --------------------------------------------------
name_test = 'US'
# Do: many2one without _auto_join
partners = partner_obj.search([('state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b + p_aa + p_ab + p_ba, partners,
"_auto_join off: ('state_id.country_id.code', 'like', '..') incorrect result")
partners = partner_obj.search(['|', ('state_id.code', '=', states[0].code), ('name', 'like', 'C')])
self.assertIn(p_a, partners, '_auto_join off: disjunction incorrect result')
self.assertIn(p_c, partners, '_auto_join off: disjunction incorrect result')
# Do: many2one with 1 _auto_join on the first many2one
patch_auto_join(partner_obj, 'state_id', True)
partners = partner_obj.search([('state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b + p_aa + p_ab + p_ba, partners,
"_auto_join on for state_id: ('state_id.country_id.code', 'like', '..') incorrect result")
partners = partner_obj.search(['|', ('state_id.code', '=', states[0].code), ('name', 'like', 'C')])
self.assertIn(p_a, partners, '_auto_join: disjunction incorrect result')
self.assertIn(p_c, partners, '_auto_join: disjunction incorrect result')
# Do: many2one with 1 _auto_join on the second many2one
patch_auto_join(partner_obj, 'state_id', False)
patch_auto_join(state_obj, 'country_id', True)
partners = partner_obj.search([('state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b + p_aa + p_ab + p_ba, partners,
"_auto_join on for country_id: ('state_id.country_id.code', 'like', '..') incorrect result")
# Do: many2one with 2 _auto_join
patch_auto_join(partner_obj, 'state_id', True)
patch_auto_join(state_obj, 'country_id', True)
partners = partner_obj.search([('state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b + p_aa + p_ab + p_ba, partners,
"_auto_join on: ('state_id.country_id.code', 'like', '..') incorrect result")
# --------------------------------------------------
# Test4: domain attribute on one2many fields
# --------------------------------------------------
patch_auto_join(partner_obj, 'child_ids', True)
patch_auto_join(partner_obj, 'bank_ids', True)
patch_domain(partner_obj, 'child_ids', lambda self: ['!', ('name', '=', self._name)])
patch_domain(partner_obj, 'bank_ids', [('sanitized_acc_number', 'like', '2')])
# Do: 2 cascaded one2many with _auto_join, test final leaf is an id
partners = partner_obj.search(['&', (1, '=', 1), ('child_ids.bank_ids.id', 'in', [b_aa.id, b_ba.id])])
self.assertLessEqual(p_a, partners,
"_auto_join on one2many with domains incorrect result")
self.assertFalse((p_ab + p_ba) & partners,
"_auto_join on one2many with domains incorrect result")
patch_domain(partner_obj, 'child_ids', lambda self: [('name', '=', '__%s' % self._name)])
partners = partner_obj.search(['&', (1, '=', 1), ('child_ids.bank_ids.id', 'in', [b_aa.id, b_ba.id])])
self.assertFalse(partners,
"_auto_join on one2many with domains incorrect result")
# ----------------------------------------
# Test5: result-based tests
# ----------------------------------------
patch_auto_join(partner_obj, 'bank_ids', False)
patch_auto_join(partner_obj, 'child_ids', False)
patch_auto_join(partner_obj, 'state_id', False)
patch_auto_join(partner_obj, 'parent_id', False)
patch_auto_join(state_obj, 'country_id', False)
patch_domain(partner_obj, 'child_ids', [])
patch_domain(partner_obj, 'bank_ids', [])
# Do: ('child_ids.state_id.country_id.code', 'like', '..') without _auto_join
partners = partner_obj.search([('child_ids.state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b, partners,
"_auto_join off: ('child_ids.state_id.country_id.code', 'like', '..') incorrect result")
# Do: ('child_ids.state_id.country_id.code', 'like', '..') with _auto_join
patch_auto_join(partner_obj, 'child_ids', True)
patch_auto_join(partner_obj, 'state_id', True)
patch_auto_join(state_obj, 'country_id', True)
partners = partner_obj.search([('child_ids.state_id.country_id.code', 'like', name_test)])
self.assertLessEqual(p_a + p_b, partners,
"_auto_join on: ('child_ids.state_id.country_id.code', 'like', '..') incorrect result")
def test_nullfields(self):
obj1 = self.env['res.bank'].create({'name': 'c0'})
obj2 = self.env['res.bank'].create({'name': 'c1', 'city': 'Ljósálfaheimr'})
obj3 = self.env['res.bank'].create({'name': 'c2', 'city': 'York'})
obj4 = self.env['res.bank'].create({'name': 'c3', 'city': 'Springfield'})
self.assertEqual(
self.env['res.bank'].search([
('id', 'in', (obj1 | obj2 | obj3 | obj4).ids),
('city', '!=', 'York'),
]),
(obj1 | obj2 | obj4),
"Should have returned all banks whose city is not York"
)
self.assertEqual(
self.env['res.bank'].search([
('id', 'in', (obj1 | obj2 | obj3 | obj4).ids),
('city', 'not ilike', 'field'),
]),
(obj1 | obj2 | obj3),
"Should have returned all banks whose city doesn't contain field"
)
class TestQueries(TransactionCase):
def test_logic(self):
Model = self.env['res.partner']
domain = [
'&', ('name', 'like', 'foo'),
'|', ('title', '=', 1), '!', ('ref', '=', '42'),
]
Model.search(domain)
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (
(
("res_partner"."active" = %s) AND
("res_partner"."name"::text LIKE %s)
) AND (
("res_partner"."title" = %s) OR (
("res_partner"."ref" != %s) OR
"res_partner"."ref" IS NULL
)
)
)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
Model.search(domain)
def test_order(self):
Model = self.env['res.partner']
Model.search([('name', 'like', 'foo')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (("res_partner"."active" = %s) AND ("res_partner"."name"::text LIKE %s))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
Model.search([('name', 'like', 'foo')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (("res_partner"."active" = %s) AND ("res_partner"."name"::text LIKE %s))
ORDER BY "res_partner"."id"
''']):
Model.search([('name', 'like', 'foo')], order='id')
def test_count(self):
Model = self.env['res.partner']
Model.search([('name', 'like', 'foo')])
with self.assertQueries(['''
SELECT COUNT(*)
FROM "res_partner"
WHERE (("res_partner"."active" = %s) AND ("res_partner"."name"::text LIKE %s))
''']):
Model.search_count([('name', 'like', 'foo')])
def test_count_limit(self):
Model = self.env['res.partner']
Model.search([('name', 'like', 'foo')])
with self.assertQueries(['''
SELECT COUNT(*) FROM (
SELECT FROM "res_partner"
WHERE (("res_partner"."active" = %s) AND ("res_partner"."name"::text LIKE %s))
LIMIT 1
) t
''']):
Model.search_count([('name', 'like', 'foo')], limit=1)
def test_translated_field(self):
self.env['res.lang']._activate_lang('fr_FR')
Model = self.env['res.partner.title'].with_context(lang='fr_FR')
Model.search([('name', 'ilike', 'foo')])
with self.assertQueries(['''
SELECT "res_partner_title"."id"
FROM "res_partner_title"
WHERE (COALESCE("res_partner_title"."name"->>'fr_FR', "res_partner_title"."name"->>'en_US') like %s)
ORDER BY COALESCE("res_partner_title"."name"->>'fr_FR', "res_partner_title"."name"->>'en_US')
''']):
Model.search([('name', 'like', 'foo')])
with self.assertQueries(['''
SELECT COUNT(*)
FROM "res_partner_title"
WHERE ("res_partner_title"."id" = %s)
''']):
Model.search_count([('id', '=', 1)])
@mute_logger('odoo.models.unlink')
def test_access_rules(self):
Model = self.env['res.users'].with_user(self.env.ref('base.user_admin'))
self.env['ir.rule'].search([]).unlink()
self.env['ir.rule'].create([{
'name': 'users rule',
'model_id': self.env['ir.model']._get('res.users').id,
'domain_force': str([('id', '=', 1)]),
}, {
'name': 'partners rule',
'model_id': self.env['ir.model']._get('res.partner').id,
'domain_force': str([('id', '=', 1)]),
}])
Model.search([])
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
LEFT JOIN "res_partner" AS "res_users__partner_id" ON
("res_users"."partner_id" = "res_users__partner_id"."id")
WHERE ("res_users"."active" = %s)
AND ("res_users"."id" = %s)
AND ("res_users__partner_id"."id" = %s)
ORDER BY "res_users__partner_id"."name", "res_users"."login"
''']):
Model.search([])
def test_rec_names_search(self):
Model = self.env['ir.model']
# search on both 'name' and 'model'
self.assertEqual(Model._rec_names_search, ['name', 'model'])
with self.assertQueries(['''
SELECT "ir_model"."id", "ir_model"."name"->>'en_US'
FROM "ir_model"
WHERE (
("ir_model"."name"->>'en_US' ILIKE %s)
OR ("ir_model"."model"::text ILIKE %s)
)
ORDER BY "ir_model"."model"
LIMIT 100
''']):
Model.name_search('foo')
with self.assertQueries(['''
SELECT "ir_model"."id", "ir_model"."name"->>'en_US'
FROM "ir_model"
WHERE (
("ir_model"."name" is NULL OR "ir_model"."name"->>'en_US' not ilike %s)
AND (("ir_model"."model"::text NOT ILIKE %s) OR "ir_model"."model" IS NULL)
)
ORDER BY "ir_model"."model"
LIMIT 100
''']):
Model.name_search('foo', operator='not ilike')
class TestMany2one(TransactionCase):
def setUp(self):
super().setUp()
self.Partner = self.env['res.partner'].with_context(active_test=False)
self.User = self.env['res.users'].with_context(active_test=False)
self.company = self.env['res.company'].browse(1)
def test_inherited(self):
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
LEFT JOIN "res_partner" AS "res_users__partner_id" ON
("res_users"."partner_id" = "res_users__partner_id"."id")
WHERE ("res_users__partner_id"."name"::text LIKE %s)
ORDER BY "res_users__partner_id"."name", "res_users"."login"
''']):
self.User.search([('name', 'like', 'foo')])
# the field supporting the inheritance should be auto_join, too
# TODO: use another model, since 'res.users' has explicit auto_join
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
LEFT JOIN "res_partner" AS "res_users__partner_id" ON
("res_users"."partner_id" = "res_users__partner_id"."id")
WHERE ("res_users__partner_id"."name"::text LIKE %s)
ORDER BY "res_users__partner_id"."name", "res_users"."login"
''']):
self.User.search([('partner_id.name', 'like', 'foo')])
def test_regular(self):
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
self.Partner.search([('country_id.code', 'like', 'BE')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" = %s)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id', '=', self.company.id)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE ("res_company"."name"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE ("res_company"."partner_id" IN (
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."name"::text LIKE %s)
))
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE ("res_company"."name"::text LIKE %s)
)) OR ("res_partner"."country_id" IN (
SELECT "res_country"."id"
FROM "res_country"
WHERE ("res_country"."code"::text LIKE %s)
)))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([
'|',
('company_id.name', 'like', self.company.name),
('country_id.code', 'like', 'BE'),
])
def test_explicit_subquery(self):
self.Partner.search([('company_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE (("res_company"."active" = %s) AND ("res_company"."name"::text LIKE %s))
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
company_ids = self.company._search([('name', 'like', self.company.name)], order='id')
self.Partner.search([('company_id', 'in', company_ids)])
# special case, with a LIMIT to make ORDER BY necessary
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE (("res_company"."active" = %s) AND ("res_company"."name"::text LIKE %s))
ORDER BY "res_company"."id"
LIMIT 1
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
company_ids = self.company._search([('name', 'like', self.company.name)], order='id', limit=1)
self.Partner.search([('company_id', 'in', company_ids)])
# special case, when the query has been "forced"
with self.assertQueries(['''
SELECT "res_company"."id"
FROM "res_company"
WHERE (("res_company"."active" = %s) AND ("res_company"."name"::text LIKE %s))
ORDER BY "res_company"."id"
''', '''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN %s)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
company_ids = self.company._search([('name', 'like', self.company.name)], order='id')
company_ids = tuple(company_ids)
self.Partner.search([('company_id', 'in', company_ids)])
# special case, when the query has been build from a record
with self.assertQueries(['''
SELECT "res_company"."id"
FROM "res_company"
WHERE (("res_company"."active" = %s) AND ("res_company"."name"::text LIKE %s))
ORDER BY "res_company"."id"
''', '''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN %s)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
companies = self.company.search([('name', 'like', self.company.name)], order='id')
company_ids = companies._as_query(ordered=False)
self.Partner.search([('company_id', 'in', company_ids)])
def test_autojoin(self):
# auto_join on the first many2one
self.patch(self.Partner._fields['company_id'], 'auto_join', True)
self.patch(self.company._fields['partner_id'], 'auto_join', False)
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
LEFT JOIN "res_company" AS "res_partner__company_id" ON
("res_partner"."company_id" = "res_partner__company_id"."id")
WHERE ("res_partner__company_id"."name"::text LIKE %s)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
LEFT JOIN "res_company" AS "res_partner__company_id" ON
("res_partner"."company_id" = "res_partner__company_id"."id")
WHERE ("res_partner__company_id"."partner_id" IN (
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."name"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
# auto_join on the second many2one
self.patch(self.Partner._fields['company_id'], 'auto_join', False)
self.patch(self.company._fields['partner_id'], 'auto_join', True)
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
LEFT JOIN "res_partner" AS "res_company__partner_id" ON
("res_company"."partner_id" = "res_company__partner_id"."id")
WHERE ("res_company__partner_id"."name"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
# auto_join on both many2one
self.patch(self.Partner._fields['company_id'], 'auto_join', True)
self.patch(self.company._fields['partner_id'], 'auto_join', True)
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
LEFT JOIN "res_company" AS "res_partner__company_id" ON
("res_partner"."company_id" = "res_partner__company_id"."id")
LEFT JOIN "res_partner" AS "res_partner__company_id__partner_id" ON
("res_partner__company_id"."partner_id" = "res_partner__company_id__partner_id"."id")
WHERE ("res_partner__company_id__partner_id"."name"::text LIKE %s)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id.partner_id.name', 'like', self.company.name)])
# union with two auto_join
self.patch(self.Partner._fields['company_id'], 'auto_join', True)
self.patch(self.Partner._fields['country_id'], 'auto_join', True)
self.Partner.search([
'|',
('company_id.name', 'like', self.company.name),
('country_id.code', 'like', 'BE'),
])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
LEFT JOIN "res_country" AS "res_partner__country_id" ON
("res_partner"."country_id" = "res_partner__country_id"."id")
LEFT JOIN "res_company" AS "res_partner__company_id" ON
("res_partner"."company_id" = "res_partner__company_id"."id")
WHERE (("res_partner__company_id"."name"::text LIKE %s)
OR ("res_partner__country_id"."code"::text LIKE %s))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([
'|',
('company_id.name', 'like', self.company.name),
('country_id.code', 'like', 'BE'),
])
def test_name_search(self):
self.Partner.search([('company_id', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE ("res_company"."name"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id', 'like', self.company.name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (("res_partner"."company_id" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE (("res_company"."name"::text not like %s) OR "res_company"."name" IS NULL))
) OR "res_partner"."company_id" IS NULL)
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('company_id', 'not like', "blablabla")])
class TestOne2many(TransactionCase):
def setUp(self):
super().setUp()
self.Partner = self.env['res.partner'].with_context(active_test=False)
self.partner = self.Partner.create({
'name': 'Foo',
'bank_ids': [
Command.create({'acc_number': '123', 'acc_type': 'bank'}),
Command.create({'acc_number': '456', 'acc_type': 'bank'}),
Command.create({'acc_number': '789', 'acc_type': 'bank'}),
],
})
def test_regular(self):
self.Partner.search([('bank_ids', 'in', self.partner.bank_ids.ids)])
self.Partner.search([('bank_ids.sanitized_acc_number', 'like', '12')])
self.Partner.search([('child_ids.bank_ids.sanitized_acc_number', 'like', '12')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "partner_id" FROM "res_partner_bank" WHERE "id" IN %s
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('bank_ids', 'in', self.partner.bank_ids.ids)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('bank_ids.sanitized_acc_number', 'like', '12')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner"."parent_id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
)) AND "res_partner"."parent_id" IS NOT NULL
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('child_ids.bank_ids.sanitized_acc_number', 'like', '12')])
def test_autojoin(self):
self.patch(self.Partner._fields['bank_ids'], 'auto_join', True)
self.patch(self.Partner._fields['child_ids'], 'auto_join', True)
self.Partner.search([('bank_ids', 'in', self.partner.bank_ids.ids)])
self.Partner.search([('bank_ids.sanitized_acc_number', 'like', '12')])
self.Partner.search([('child_ids.bank_ids.sanitized_acc_number', 'like', '12')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "partner_id" FROM "res_partner_bank" WHERE "id" IN %s
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('bank_ids', 'in', self.partner.bank_ids.ids)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('bank_ids.sanitized_acc_number', 'like', '12')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE (("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
)) AND ("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
)))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([
('bank_ids.sanitized_acc_number', 'like', '12'),
('bank_ids.sanitized_acc_number', 'like', '45'),
])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN
(SELECT "res_partner"."parent_id"
FROM "res_partner"
WHERE (("res_partner"."active" = %s) AND ("res_partner"."id" IN
(SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)))
)))
ORDER BY "res_partner"."complete_name",
"res_partner"."id"
''']):
self.Partner.search([('child_ids.bank_ids.sanitized_acc_number', 'like', '12')])
# check domains on one2many fields
self.patch(self.Partner._fields['bank_ids'], 'domain',
[('sanitized_acc_number', 'like', '2')])
self.patch(self.Partner._fields['child_ids'], 'domain',
lambda self: ['!', ('name', '=', self._name)])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner"."parent_id"
FROM "res_partner"
WHERE ((
("res_partner"."name" != %s) OR "res_partner"."name" IS NULL
) AND (
"res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ((
"res_partner_bank"."id" IN %s
) AND (
"res_partner_bank"."sanitized_acc_number"::text LIKE %s
))
)
))
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('child_ids.bank_ids.id', 'in', self.partner.bank_ids.ids)])
def test_autojoin_mixed(self):
self.patch(self.Partner._fields['child_ids'], 'auto_join', True)
self.patch(self.Partner._fields['state_id'], 'auto_join', True)
self.patch(self.Partner.state_id._fields['country_id'], 'auto_join', True)
self.Partner.search([('child_ids.state_id.country_id.code', 'like', 'US')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner"."parent_id"
FROM "res_partner"
LEFT JOIN "res_country_state" AS "res_partner__state_id"
ON ("res_partner"."state_id" = "res_partner__state_id"."id")
LEFT JOIN "res_country" AS "res_partner__state_id__country_id"
ON ("res_partner__state_id"."country_id" = "res_partner__state_id__country_id"."id")
WHERE ((
"res_partner"."active" = %s
) AND (
"res_partner__state_id__country_id"."code"::text LIKE %s
))
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('child_ids.state_id.country_id.code', 'like', 'US')])
def test_name_search(self):
self.Partner.search([('bank_ids', 'like', '12')])
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "res_partner_bank"."partner_id"
FROM "res_partner_bank"
WHERE ("res_partner_bank"."sanitized_acc_number"::text LIKE %s)
))
ORDER BY "res_partner"."complete_name", "res_partner"."id"
''']):
self.Partner.search([('bank_ids', 'like', '12')])
def test_empty(self):
self.Partner.search([('bank_ids', '!=', False)], order='id')
self.Partner.search([('bank_ids', '=', False)], order='id')
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" IN (
SELECT "partner_id" FROM "res_partner_bank" WHERE "partner_id" IS NOT NULL
))
ORDER BY "res_partner"."id"
''']):
self.Partner.search([('bank_ids', '!=', False)], order='id')
with self.assertQueries(['''
SELECT "res_partner"."id"
FROM "res_partner"
WHERE ("res_partner"."id" NOT IN (
SELECT "partner_id" FROM "res_partner_bank" WHERE "partner_id" IS NOT NULL
))
ORDER BY "res_partner"."id"
''']):
self.Partner.search([('bank_ids', '=', False)], order='id')
class TestMany2many(TransactionCase):
def setUp(self):
super().setUp()
self.User = self.env['res.users'].with_context(active_test=False)
self.company = self.env['res.company'].browse(1)
def test_regular(self):
group = self.env.ref('base.group_user')
rule = group.rule_groups[0]
self.User.search([('groups_id', 'in', group.ids)], order='id')
self.User.search([('groups_id.name', 'like', group.name)], order='id')
self.User.search([('groups_id.rule_groups.name', 'like', rule.name)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
AND "res_users__groups_id"."gid" IN %s
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id', 'in', group.ids)], order='id')
group_color = group.color
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE NOT EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
AND "res_users__groups_id"."gid" IN %s
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id', 'not in', group.ids)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
AND "res_users__groups_id"."gid" IN (
SELECT "res_groups"."id"
FROM "res_groups"
WHERE ("res_groups"."color" = %s)
)
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id.color', '=', group_color)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
AND "res_users__groups_id"."gid" IN (
SELECT "res_groups"."id"
FROM "res_groups"
WHERE EXISTS (
SELECT 1 FROM "rule_group_rel" AS "res_groups__rule_groups"
WHERE "res_groups__rule_groups"."group_id" = "res_groups"."id"
AND "res_groups__rule_groups"."rule_group_id" IN (
SELECT "ir_rule"."id"
FROM "ir_rule"
WHERE ("ir_rule"."name"::text LIKE %s)
)
)
)
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id.rule_groups.name', 'like', rule.name)], order='id')
def test_autojoin(self):
self.patch(self.User._fields['groups_id'], 'auto_join', True)
with self.assertRaises(NotImplementedError):
self.User.search([('groups_id.name', '=', 'foo')])
def test_name_search(self):
self.User.search([('company_ids', 'like', self.company.name)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE EXISTS (
SELECT 1 FROM "res_company_users_rel" AS "res_users__company_ids"
WHERE "res_users__company_ids"."user_id" = "res_users"."id"
AND "res_users__company_ids"."cid" IN (
SELECT "res_company"."id"
FROM "res_company"
WHERE ("res_company"."name"::text LIKE %s)
)
)
ORDER BY "res_users"."id"
''']):
self.User.search([('company_ids', 'like', self.company.name)], order='id')
def test_empty(self):
self.User.search([('groups_id', '!=', False)], order='id')
self.User.search([('groups_id', '=', False)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id', '!=', False)], order='id')
with self.assertQueries(['''
SELECT "res_users"."id"
FROM "res_users"
WHERE NOT EXISTS (
SELECT 1 FROM "res_groups_users_rel" AS "res_users__groups_id"
WHERE "res_users__groups_id"."uid" = "res_users"."id"
)
ORDER BY "res_users"."id"
''']):
self.User.search([('groups_id', '=', False)], order='id')
class TestPrettifyDomain(BaseCase):
def test_prettify_domain(self):
_Case = collections.namedtuple('Case', ('name', 'dom', 'pretty'))
test_matrix = [
_Case(
name='single leaf',
dom=[('name', '=', 'Jack')],
pretty="[('name', '=', 'Jack')]"
),
_Case(
name='not',
dom=['!', ('name', '=', 'Apophis')],
pretty=textwrap.dedent("""\
['!',
('name', '=', 'Apophis')]
""").rstrip()
),
_Case(
name='single and',
dom=['&',
('name', '=', 'Jack'),
('function', '=', 'Colonel')],
pretty=textwrap.dedent("""\
['&',
('name', '=', 'Jack'),
('function', '=', 'Colonel')]
""").rstrip()
),
_Case(
name='multiple and',
dom=['&', '&',
('name', 'like', 'Jack'),
('name', 'like', "O'Neill"),
('function', '=', 'Colonel')],
pretty=textwrap.dedent("""\
['&', '&',
('name', 'like', 'Jack'),
('name', 'like', "O'Neill"),
('function', '=', 'Colonel')]
""").rstrip()
),
_Case(
name='and or',
dom=['&',
'|',
('name', 'like', 'Jack'),
('name', 'like', "O'Neill"),
('function', '=', 'Colonel')],
pretty=textwrap.dedent("""\
['&',
'|',
('name', 'like', 'Jack'),
('name', 'like', "O'Neill"),
('function', '=', 'Colonel')]
""").rstrip()
),
_Case(
name='any single',
dom=[('company', 'any', [('name', '=', 'SGC')])],
pretty="[('company', 'any', [('name', '=', 'SGC')])]"
),
_Case(
name='any or',
dom=[('company', 'any', ['|',
('name', '=', 'SGC'),
('name', '=', 'Stargate Command')])],
pretty=textwrap.dedent("""\
[('company', 'any', ['|',
('name', '=', 'SGC'),
('name', '=', 'Stargate Command')])]
""").rstrip()
)
]
for case in test_matrix:
with self.subTest(name=case.name):
pretty_domain = expression.prettify_domain(case.dom)
self.assertEqual(pretty_domain, case.pretty)
self.assertEqual(literal_eval(case.pretty), case.dom)
class TestAnyfy(TransactionCase):
def _test_combine_anies(self, domain, expected):
anyfied_domain = expression.domain_combine_anies(domain, self.env['res.partner'])
return self.assertEqual(anyfied_domain, expected,
f'\nFor initial domain: {domain}\nBecame: {anyfied_domain}')
def test_true_leaf_as_list(self):
self._test_combine_anies([
[1, '=', 1]
], [
(1, '=', 1)
])
def test_single_field(self):
self._test_combine_anies([
('name', '=', 'Jack')
], [
('name', '=', 'Jack')
])
def test_single_many2one_with_subfield(self):
self._test_combine_anies([
('company_id.name', '=', 'SGC'),
], [
('company_id', 'any', [('name', '=', 'SGC')]),
])
def test_single_one2many_with_subfield(self):
self._test_combine_anies([
('child_ids.name', '=', 'Jack'),
], [
('child_ids', 'any', [('name', '=', 'Jack')]),
])
def test_and_multiple_fields(self):
self._test_combine_anies([
'&', '&',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
], [
'&', '&',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
])
def test_or_multiple_fields(self):
self._test_combine_anies([
'|', '|',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
], [
'|', '|',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
])
def test_and_multiple_many2one_with_subfield(self):
self._test_combine_anies([
'&', '&',
('company_id.name', '=', 'SGC'),
('company_id.name', '=', 'NID'),
('company_id.name', '=', 'Free Jaffa Nation'),
], [
('company_id', 'any', [
'&', '&',
('name', '=', 'SGC'),
('name', '=', 'NID'),
('name', '=', 'Free Jaffa Nation'),
])
])
def test_or_multiple_many2one_with_subfield(self):
self._test_combine_anies([
'|', '|',
('company_id.name', '=', 'SGC'),
('company_id.name', '=', 'NID'),
('company_id.name', '=', 'Free Jaffa Nation'),
], [
('company_id', 'any', [
'|', '|',
('name', '=', 'SGC'),
('name', '=', 'NID'),
('name', '=', 'Free Jaffa Nation'),
])
])
def test_and_multiple_one2many_with_subfield(self):
self._test_combine_anies([
'&', '&',
('child_ids.name', '=', 'Jack'),
('child_ids.name', '=', 'Sam'),
('child_ids.name', '=', 'Daniel'),
], [
'&', '&',
('child_ids', 'any', [('name', '=', 'Jack')]),
('child_ids', 'any', [('name', '=', 'Sam')]),
('child_ids', 'any', [('name', '=', 'Daniel')]),
])
def test_or_multiple_one2many_with_subfield(self):
self._test_combine_anies([
'|', '|',
('child_ids.name', '=', 'Jack'),
('child_ids.name', '=', 'Sam'),
('child_ids.name', '=', 'Daniel'),
], [
('child_ids', 'any', [
'|', '|',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
])
])
def test_not_single_field(self):
self._test_combine_anies([
'!', ('name', '=', 'Jack')
], [
('name', '!=', 'Jack')
])
def test_not_single_many2one_with_subfield(self):
self._test_combine_anies([
'!', ('company_id.name', '=', 'SGC')
], [
('company_id', 'not any', [('name', '=', 'SGC')])
])
def test_not_single_one2many_with_subfield(self):
self._test_combine_anies([
'!', ('child_ids.name', '=', 'Jack')
], [
('child_ids', 'not any', [('name', '=', 'Jack')])
])
def test_not_or_multiple_fields(self):
self._test_combine_anies([
'!', '|', '|',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
], [
'&', '&',
('name', '!=', 'Jack'),
('name', '!=', 'Sam'),
('name', '!=', 'Daniel'),
])
def test_not_and_multiple_many2one_field_with_subfield(self):
self._test_combine_anies([
'!', '&', '&',
('company_id.name', '=', 'SGC'),
('company_id.name', '=', 'NID'),
('company_id.name', '=', 'Free Jaffa Nation'),
], [
('company_id', 'not any', [
'&', '&',
('name', '=', 'SGC'),
('name', '=', 'NID'),
('name', '=', 'Free Jaffa Nation'),
])
])
def test_not_or_multiple_many2one_field_with_subfield(self):
self._test_combine_anies([
'!', '|', '|',
('company_id.name', '=', 'SGC'),
('company_id.name', '=', 'NID'),
('company_id.name', '=', 'Free Jaffa Nation'),
], [
('company_id', 'not any', [
'|', '|',
('name', '=', 'SGC'),
('name', '=', 'NID'),
('name', '=', 'Free Jaffa Nation'),
])
])
def test_not_and_multiple_one2many_field_with_subfield(self):
self._test_combine_anies([
'!', '&', '&',
('child_ids.name', '=', 'Jack'),
('child_ids.name', '=', 'Sam'),
('child_ids.name', '=', 'Daniel'),
], [
'|', '|',
('child_ids', 'not any', [('name', '=', 'Jack')]),
('child_ids', 'not any', [('name', '=', 'Sam')]),
('child_ids', 'not any', [('name', '=', 'Daniel')]),
])
def test_not_or_multiple_one2many_field_with_subfield(self):
self._test_combine_anies([
'!', '|', '|',
('child_ids.name', '=', 'Jack'),
('child_ids.name', '=', 'Sam'),
('child_ids.name', '=', 'Daniel'),
], [
('child_ids', 'not any', [
'|', '|',
('name', '=', 'Jack'),
('name', '=', 'Sam'),
('name', '=', 'Daniel'),
])
])
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