Files
odoo_source/odoo/addons/test_new_api/tests/test_one2many.py
T
Raphael Collet 5875a253dd [REF] expression: simplify domain processing for x2many fields
Make it easier to take advantage of subqueries whenever possible.

Also remove some weird semantics of the operator `not in`: searching with the
domain `[(F, 'not in', [])]` was returning the records with relations, instead
of all the records.  The new semantics makes `[(F, 'not in', ids)]` equivalent
to the complement of `[(F, 'in', ids)]` in all cases.
2017-09-29 16:14:57 +02:00

133 lines
5.9 KiB
Python

# -*- coding: utf-8 -*-
from openerp.tests.common import TransactionCase
class One2manyCase(TransactionCase):
def setUp(self):
super(One2manyCase, self).setUp()
self.Line = self.env["test_new_api.multi.line"]
self.multi = self.env["test_new_api.multi"].create({
"name": "What is up?"
})
# data for One2many with inverse field Integer
self.Edition = self.env["test_new_api.creativework.edition"]
self.Book = self.env["test_new_api.creativework.book"]
self.Movie = self.env["test_new_api.creativework.movie"]
book_model_id = self.env['ir.model'].search([('model', '=', self.Book._name)]).id
movie_model_id = self.env['ir.model'].search([('model', '=', self.Movie._name)]).id
books_data = (
('Imaginary book', ()),
('Another imaginary book', ()),
('Nineteen Eighty Four', ('First edition', 'Fourth Edition'))
)
movies_data = (
('The Gold Rush', ('1925 (silent)', '1942')),
('Imaginary movie', ()),
('Another imaginary movie', ())
)
for name, editions in books_data:
book_id = self.Book.create({'name': name}).id
for edition in editions:
self.Edition.create({'res_model_id': book_model_id, 'name': edition, 'res_id': book_id})
for name, editions in movies_data:
movie_id = self.Movie.create({'name': name}).id
for edition in editions:
self.Edition.create({'res_model_id': movie_model_id, 'name': edition, 'res_id': movie_id})
def operations(self):
"""Run operations on o2m fields to check all works fine."""
# Check the lines first
self.assertItemsEqual(
self.multi.lines.mapped('name'),
[str(i) for i in range(10)])
# Modify the first line and drop the last one
self.multi.lines[0].name = "hello"
self.multi.lines = self.multi.lines[:-1]
self.assertEqual(len(self.multi.lines), 9)
self.assertIn("hello", self.multi.lines.mapped('name'))
# Invalidate the cache and check again; this crashes if the value
# of self.multi.lines in cache contains new records
self.multi.invalidate_cache()
self.assertEqual(len(self.multi.lines), 9)
self.assertIn("hello", self.multi.lines.mapped('name'))
def test_new_one_by_one(self):
"""Check lines created with ``new()`` and appended one by one."""
for name in range(10):
self.multi.lines |= self.Line.new({"name": str(name)})
self.operations()
def test_new_single(self):
"""Check lines created with ``new()`` and added in one step."""
self.multi.lines = self.Line.browse(
[self.Line.new({"name": str(name)}).id for name in range(10)]
)
self.operations()
def test_create_one_by_one(self):
"""Check lines created with ``create()`` and appended one by one."""
for name in range(10):
self.multi.lines |= self.Line.create({"name": str(name)})
self.operations()
def test_create_single(self):
"""Check lines created with ``create()`` and added in one step."""
self.multi.lines = self.Line.browse(
[self.Line.create({"name": str(name)}).id for name in range(10)]
)
self.operations()
def test_rpcstyle_one_by_one(self):
"""Check lines created with RPC style and appended one by one."""
for name in range(10):
self.multi.lines = [(0, 0, {"name": str(name)})]
self.operations()
def test_rpcstyle_single(self):
"""Check lines created with RPC style and added in one step"""
self.multi.lines = [(0, 0, {'name': str(name)}) for name in range(10)]
self.operations()
def test_many2one_integer(self):
"""Test several models one2many with same inverse Integer field"""
# utility function to convert records to tuples with id,name
t = lambda records: records.mapped(lambda r: (r.id, r.name))
books = self.Book.search([])
books_with_edition = books.filtered(lambda r: r.editions)
movies = self.Movie.search([])
movies_without_edition = movies.filtered(lambda r: not r.editions)
movies_with_edition = movies.filtered(lambda r: r.editions)
movie_editions = movies_with_edition.mapped('editions')
one_movie_edition = movie_editions[0]
res_movies_without_edition = self.Movie.search([('editions', '=', False)])
self.assertItemsEqual(t(res_movies_without_edition), t(movies_without_edition))
res_movies_with_edition = self.Movie.search([('editions', '!=', False)])
self.assertItemsEqual(t(res_movies_with_edition), t(movies_with_edition))
res_books_with_movie_edition = self.Book.search([('editions', 'in', movie_editions.ids)])
self.assertFalse(t(res_books_with_movie_edition))
res_books_without_movie_edition = self.Book.search([('editions', 'not in', movie_editions.ids)])
self.assertItemsEqual(t(res_books_without_movie_edition), t(books))
res_books_without_one_movie_edition = self.Book.search([('editions', 'not in', movie_editions[:1].ids)])
self.assertItemsEqual(t(res_books_without_one_movie_edition), t(books))
res_books_with_one_movie_edition_name = self.Book.search([('editions', '=', movie_editions[:1].name)])
self.assertFalse(t(res_books_with_one_movie_edition_name))
res_books_without_one_movie_edition_name = self.Book.search([('editions', '!=', movie_editions[:1].name)])
self.assertItemsEqual(t(res_books_without_one_movie_edition_name), t(books))
res_movies_not_of_edition_name = self.Movie.search([('editions', '!=', one_movie_edition.name)])
self.assertItemsEqual(t(res_movies_not_of_edition_name), t(movies.filtered(lambda r: one_movie_edition not in r.editions)))