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https://gitlab.com/flectra-community/partner-contact.git
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379 lines
16 KiB
Python
379 lines
16 KiB
Python
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# Copyright 2016-2017 Therp BV
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# License AGPL-3.0 or later (http://www.gnu.org/licenses/agpl.html).
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from datetime import datetime, date, timedelta
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from dateutil.relativedelta import relativedelta
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from flectra import fields
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from flectra.exceptions import ValidationError
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from .test_partner_relation_common import TestPartnerRelationCommon
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class TestPartnerRelation(TestPartnerRelationCommon):
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post_install = True
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def test_selection_name_search(self):
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"""Test wether we can find type selection on reverse name."""
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selection_types = self.selection_model.name_search(
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name=self.selection_person2company.name)
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self.assertTrue(selection_types)
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self.assertTrue(
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(self.selection_person2company.id,
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self.selection_person2company.name) in selection_types)
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def test_self_allowed(self):
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"""Test creation of relation to same partner when type allows."""
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type_allow = self.type_model.create({
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'name': 'allow',
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'name_inverse': 'allow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': True})
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self.assertTrue(type_allow)
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reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id})
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self.assertTrue(reflexive_relation)
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def test_self_disallowed(self):
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"""Test creating relation to same partner when disallowed.
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Attempt to create a relation of a partner to the same partner should
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raise an error when the type of relation explicitly disallows this.
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"""
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type_disallow = self.type_model.create({
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'name': 'disallow',
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'name_inverse': 'disallow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': False})
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self.assertTrue(type_disallow)
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with self.assertRaises(ValidationError):
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self.relation_model.create({
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'type_id': type_disallow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id})
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def test_self_disallowed_after_self_relation_created(self):
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"""Test that allow_self can not be true if a reflexive relation already exists.
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If at least one reflexive relation exists for the given type,
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reflexivity can not be disallowed.
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"""
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type_allow = self.type_model.create({
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'name': 'allow',
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'name_inverse': 'allow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': True})
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self.assertTrue(type_allow)
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reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id})
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self.assertTrue(reflexive_relation)
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with self.assertRaises(ValidationError):
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type_allow.allow_self = False
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def test_self_disallowed_with_delete_invalid_relations(self):
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"""Test handle_invalid_onchange delete with allow_self disabled.
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When deactivating allow_self, if handle_invalid_onchange is set
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to delete, then existing reflexive relations are deleted.
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Non reflexive relations are not modified.
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"""
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type_allow = self.type_model.create({
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'name': 'allow',
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'name_inverse': 'allow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': True,
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'handle_invalid_onchange': 'delete',
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})
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reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id,
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})
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normal_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_04_volunteer.id,
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})
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type_allow.allow_self = False
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self.assertFalse(reflexive_relation.exists())
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self.assertTrue(normal_relation.exists())
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def test_self_disallowed_with_end_invalid_relations(self):
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"""Test handle_invalid_onchange delete with allow_self disabled.
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When deactivating allow_self, if handle_invalid_onchange is set
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to end, then active reflexive relations are ended.
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Non reflexive relations are not modified.
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Reflexive relations with an end date prior to the current date
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are not modified.
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"""
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type_allow = self.type_model.create({
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'name': 'allow',
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'name_inverse': 'allow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': True,
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'handle_invalid_onchange': 'end',
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})
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reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id,
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'date_start': '2000-01-02',
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})
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past_reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id,
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'date_end': '2000-01-01',
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})
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normal_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_04_volunteer.id,
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})
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type_allow.allow_self = False
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self.assertEqual(reflexive_relation.date_end, fields.Date.today())
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self.assertEqual(past_reflexive_relation.date_end, '2000-01-01')
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self.assertFalse(normal_relation.date_end)
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def test_self_disallowed_with_future_reflexive_relation(self):
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"""Test future reflexive relations are deleted.
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If handle_invalid_onchange is set to end, then deactivating
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reflexivity will delete invalid relations in the future.
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"""
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type_allow = self.type_model.create({
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'name': 'allow',
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'name_inverse': 'allow_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p',
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'allow_self': True,
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'handle_invalid_onchange': 'end',
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})
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future_reflexive_relation = self.relation_model.create({
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'type_id': type_allow.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id,
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'date_start': datetime.now() + timedelta(1),
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})
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type_allow.allow_self = False
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self.assertFalse(future_reflexive_relation.exists())
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def test_self_default(self):
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"""Test default not to allow relation with same partner.
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Attempt to create a relation of a partner to the same partner
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raise an error when the type of relation does not explicitly allow
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this.
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"""
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type_default = self.type_model.create({
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'name': 'default',
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'name_inverse': 'default_inverse',
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'contact_type_left': 'p',
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'contact_type_right': 'p'})
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self.assertTrue(type_default)
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with self.assertRaises(ValidationError):
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self.relation_model.create({
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'type_id': type_default.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_01_person.id})
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def test_self_mixed(self):
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"""Test creation of relation with wrong types.
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Trying to create a relation between partners with an inappropiate
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type should raise an error.
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"""
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with self.assertRaises(ValidationError):
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self.relation_model.create({
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'type_id': self.type_company2person.id,
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'left_partner_id': self.partner_01_person.id,
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'right_partner_id': self.partner_02_company.id})
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def test_symmetric(self):
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"""Test creating symmetric relation."""
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# Start out with non symmetric relation:
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type_symmetric = self.type_model.create({
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'name': 'not yet symmetric',
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'name_inverse': 'the other side of not symmetric',
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'is_symmetric': False,
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'contact_type_left': False,
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'contact_type_right': 'p'})
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# not yet symmetric relation should result in two records in
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# selection:
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selection_symmetric = self.selection_model.search([
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('type_id', '=', type_symmetric.id)])
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self.assertEqual(len(selection_symmetric), 2)
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# Now change to symmetric and test name and inverse name:
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with self.env.do_in_draft():
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type_symmetric.write({
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'name': 'sym',
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'is_symmetric': True})
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self.assertEqual(type_symmetric.is_symmetric, True)
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self.assertEqual(
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type_symmetric.name_inverse,
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type_symmetric.name)
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self.assertEqual(
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type_symmetric.contact_type_right,
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type_symmetric.contact_type_left)
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# now update the database:
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type_symmetric.write({
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'name': type_symmetric.name,
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'is_symmetric': type_symmetric.is_symmetric,
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'name_inverse': type_symmetric.name_inverse,
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'contact_type_right': type_symmetric.contact_type_right})
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# symmetric relation should result in only one record in
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# selection:
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selection_symmetric = self.selection_model.search([
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('type_id', '=', type_symmetric.id)])
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self.assertEqual(len(selection_symmetric), 1)
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relation = self.relation_all_model.create({
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'type_selection_id': selection_symmetric.id,
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'this_partner_id': self.partner_02_company.id,
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'other_partner_id': self.partner_01_person.id})
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partners = self.partner_model.search([
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('search_relation_type_id', '=', relation.type_selection_id.id)])
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self.assertTrue(self.partner_01_person in partners)
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self.assertTrue(self.partner_02_company in partners)
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def test_category_domain(self):
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"""Test check on category in relations."""
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# Check on left side:
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with self.assertRaises(ValidationError):
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self.relation_model.create({
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'type_id': self.type_ngo2volunteer.id,
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'left_partner_id': self.partner_02_company.id,
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'right_partner_id': self.partner_04_volunteer.id})
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# Check on right side:
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with self.assertRaises(ValidationError):
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self.relation_model.create({
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'type_id': self.type_ngo2volunteer.id,
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'left_partner_id': self.partner_03_ngo.id,
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'right_partner_id': self.partner_01_person.id})
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def test_relation_type_change(self):
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"""Test change in relation type conditions."""
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# First create a relation type having no particular conditions.
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(type_school2student,
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school2student,
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school2student_inverse) = \
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self._create_relation_type_selection({
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'name': 'school has student',
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'name_inverse': 'studies at school'})
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# Second create relations based on those conditions.
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partner_school = self.partner_model.create({
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'name': 'Test School',
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'is_company': True,
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'ref': 'TS'})
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partner_bart = self.partner_model.create({
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'name': 'Bart Simpson',
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'is_company': False,
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'ref': 'BS'})
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partner_lisa = self.partner_model.create({
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'name': 'Lisa Simpson',
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'is_company': False,
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'ref': 'LS'})
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relation_school2bart = self.relation_all_model.create({
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'this_partner_id': partner_school.id,
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'type_selection_id': school2student.id,
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'other_partner_id': partner_bart.id})
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self.assertTrue(relation_school2bart)
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relation_school2lisa = self.relation_all_model.create({
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'this_partner_id': partner_school.id,
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'type_selection_id': school2student.id,
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'other_partner_id': partner_lisa.id})
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self.assertTrue(relation_school2lisa)
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relation_bart2lisa = self.relation_all_model.create({
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'this_partner_id': partner_bart.id,
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'type_selection_id': school2student.id,
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'other_partner_id': partner_lisa.id})
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self.assertTrue(relation_bart2lisa)
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# Third creata a category and make it a condition for the
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# relation type.
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# - Test restriction
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# - Test ignore
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category_student = self.category_model.create({'name': 'Student'})
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with self.assertRaises(ValidationError):
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type_school2student.write({
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'partner_category_right': category_student.id})
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self.assertFalse(type_school2student.partner_category_right.id)
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type_school2student.write({
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'handle_invalid_onchange': 'ignore',
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'partner_category_right': category_student.id})
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self.assertEqual(
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type_school2student.partner_category_right.id,
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category_student.id)
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# Fourth make company type a condition for left partner
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# - Test ending
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# - Test deletion
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partner_bart.write({
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'category_id': [(4, category_student.id)]})
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partner_lisa.write({
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'category_id': [(4, category_student.id)]})
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# Future student to be deleted by end action:
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partner_homer = self.partner_model.create({
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'name': 'Homer Simpson',
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'is_company': False,
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'ref': 'HS',
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'category_id': [(4, category_student.id)]})
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relation_lisa2homer = self.relation_all_model.create({
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'this_partner_id': partner_lisa.id,
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'type_selection_id': school2student.id,
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'other_partner_id': partner_homer.id,
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'date_start': fields.Date.to_string(
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date.today() + relativedelta(months=+6))})
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self.assertTrue(relation_lisa2homer)
|
||
|
|
type_school2student.write({
|
||
|
|
'handle_invalid_onchange': 'end',
|
||
|
|
'contact_type_left': 'c'})
|
||
|
|
self.assertEqual(
|
||
|
|
relation_bart2lisa.date_end,
|
||
|
|
fields.Date.today())
|
||
|
|
self.assertFalse(relation_lisa2homer.exists())
|
||
|
|
type_school2student.write({
|
||
|
|
'handle_invalid_onchange': 'delete',
|
||
|
|
'contact_type_left': 'c',
|
||
|
|
'contact_type_right': 'p'})
|
||
|
|
self.assertFalse(relation_bart2lisa.exists())
|
||
|
|
|
||
|
|
def test_relation_type_unlink(self):
|
||
|
|
"""Test delete of relation type, including deleting relations."""
|
||
|
|
# First create a relation type having restrict particular conditions.
|
||
|
|
type_model = self.env['res.partner.relation.type']
|
||
|
|
relation_model = self.env['res.partner.relation']
|
||
|
|
partner_model = self.env['res.partner']
|
||
|
|
type_school2student = type_model.create({
|
||
|
|
'name': 'school has student',
|
||
|
|
'name_inverse': 'studies at school',
|
||
|
|
'handle_invalid_onchange': 'delete'})
|
||
|
|
# Second create relation based on those conditions.
|
||
|
|
partner_school = partner_model.create({
|
||
|
|
'name': 'Test School',
|
||
|
|
'is_company': True,
|
||
|
|
'ref': 'TS'})
|
||
|
|
partner_bart = partner_model.create({
|
||
|
|
'name': 'Bart Simpson',
|
||
|
|
'is_company': False,
|
||
|
|
'ref': 'BS'})
|
||
|
|
relation_school2bart = relation_model.create({
|
||
|
|
'left_partner_id': partner_school.id,
|
||
|
|
'type_id': type_school2student.id,
|
||
|
|
'right_partner_id': partner_bart.id})
|
||
|
|
# Delete type. Relations with type should also cease to exist:
|
||
|
|
type_school2student.unlink()
|
||
|
|
self.assertFalse(relation_school2bart.exists())
|