# -*- coding: utf-8 -*- from odoo import Command, fields from odoo.tests import Form, TransactionCase, users from datetime import datetime, time from dateutil.relativedelta import relativedelta from freezegun import freeze_time class TestProjectRecurrence(TransactionCase): @classmethod def setUpClass(cls): super(TestProjectRecurrence, cls).setUpClass() user_group_employee = cls.env.ref('base.group_user') user_group_project_user = cls.env.ref('project.group_project_user') user_group_project_recurring_task = cls.env.ref('project.group_project_recurring_tasks') Users = cls.env['res.users'].with_context({'no_reset_password': True}) cls.env.user.groups_id += user_group_project_recurring_task cls.user_projectuser = Users.create({ 'name': 'Armande ProjectUser', 'login': 'armandel', 'password': 'armandel', 'email': 'armande.projectuser@example.com', 'groups_id': [(6, 0, [user_group_employee.id, user_group_project_user.id, user_group_project_recurring_task.id])] }) cls.stage_a = cls.env['project.task.type'].create({'name': 'a'}) cls.stage_b = cls.env['project.task.type'].create({'name': 'b'}) cls.project_recurring = cls.env['project.project'].with_context({'mail_create_nolog': True}).create({ 'name': 'Recurring', 'type_ids': [ (4, cls.stage_a.id), (4, cls.stage_b.id), ] }) cls.user = cls.env['res.users'].create({ 'name': 'Recurring Project User', 'login': 'RPU', 'email': 'rp.u@example.com', }) cls.classPatch(cls.env.cr, 'now', fields.Datetime.now) cls.date_01_01 = datetime.combine(datetime.now() + relativedelta(years=-1, month=1, day=1), time(0, 0)) def test_recurrence_simple(self): with freeze_time(self.date_01_01): form = Form(self.env['project.task']) form.name = 'test recurring task' form.project_id = self.project_recurring form.recurring_task = True form.repeat_interval = 5 form.repeat_unit = 'month' form.repeat_type = 'forever' task = form.save() self.assertTrue(bool(task.recurrence_id), 'should create a recurrence') task.write(dict(repeat_interval=2)) self.assertEqual(task.recurrence_id.repeat_interval, 2, 'recurrence should be updated') task.recurring_task = False self.assertFalse(bool(task.recurrence_id), 'the recurrence should be deleted') def test_recurrent_tasks_fields(self): self.env['project.tags'].create({ 'name': 'Test Tag', }) with freeze_time(self.date_01_01): form = Form(self.env['project.task']) form.project_id = self.project_recurring form.name = 'name' form.description = 'description' form.priority = '1' form.stage_id = self.stage_b form.tag_ids.add(self.env['project.tags'].search([], limit=1)) form.date_deadline = self.date_01_01 + relativedelta(weeks=1) form.user_ids = self.user form.recurring_task = True form.repeat_interval = 2 form.repeat_unit = 'month' form.repeat_type = 'forever' task = form.save() with freeze_time(self.date_01_01 + relativedelta(months=1)): task.state = '1_done' other_task = task.recurrence_id.task_ids - task self.assertEqual( other_task.date_deadline, task.date_deadline + relativedelta(months=2), "Next occurrence should have previous deadline + interval * unit", ) for copied_field in ['project_id', 'name', 'description', 'tag_ids', 'user_ids']: self.assertEqual(other_task[copied_field], task[copied_field], f"Next occurrence's {copied_field} should have been copied") for reset_field in ['priority', 'stage_id', 'state']: self.assertNotEqual(other_task[reset_field], task[reset_field], f"Next occurrence's {reset_field} should have been reset") def test_recurrence_until(self): with freeze_time(self.date_01_01): form = Form(self.env['project.task']) form.name = 'test recurring task' form.project_id = self.project_recurring form.recurring_task = True form.repeat_interval = 1 form.repeat_unit = 'month' form.repeat_type = 'until' form.repeat_until = self.date_01_01 + relativedelta(months=1, days=1) form.date_deadline = self.date_01_01 with form.child_ids.new() as subtask_form: subtask_form.name = 'test subtask' task = form.save() task.state = '1_done' self.assertEqual(len(task.recurrence_id.task_ids), 2, "Since this is before repeat_until, next occurrence should have been created") last_recurring_task = task.recurrence_id.task_ids.filtered(lambda t: t != task) last_recurring_task.state = '1_done' self.assertEqual(len(task.recurrence_id.task_ids), 2, "Since this is after repeat_until, next occurrence shouldn't have been created") self.assertEqual(len(task.recurrence_id.task_ids.child_ids), 2, "2 subtasks should have been created") def test_recurring_settings_change(self): self.env['res.config.settings'] \ .create({'group_project_recurring_tasks': True}) \ .execute() test_task = self.env['project.task'].create({ 'name': "Recurring Task", 'project_id': self.project_recurring.id, 'recurring_task': True, }) self.assertTrue(test_task.recurring_task, 'The "Recurring" feature should be enabled from settings.') self.env['res.config.settings'] \ .create({'group_project_recurring_tasks': False}) \ .execute() self.assertFalse(test_task.recurring_task, 'The "Recurring" feature should not be enabled by default.') def test_disabling_recurrence(self): """ Disabling the recurrence of one task in a recurrence suite should disable *all* recurrences option on the tasks linked to that recurrence """ with freeze_time(self.date_01_01): form = Form(self.env['project.task']) form.name = 'test recurring task' form.project_id = self.project_recurring form.recurring_task = True form.repeat_interval = 5 form.repeat_unit = 'day' form.repeat_type = 'forever' task = form.save() with freeze_time(self.date_01_01 + relativedelta(day=1)): task.state = '1_done' other_task = self.project_recurring.task_ids - task with freeze_time(self.date_01_01 + relativedelta(day=2)): other_task.state = '1_done' task_c, task_b, task_a = self.env['project.task'].search([('project_id', '=', self.project_recurring.id)]) task_b.recurring_task = False self.assertFalse(any((task_a + task_b + task_c).mapped('recurring_task')), "All tasks in the recurrence should have their recurrence disabled") @users('armandel') def test_closed_recurring_task(self): """ When an active user closes a recurring task, the next occurrence should be created """ form = Form(self.env['project.task']) form.name = 'test recurring task' form.project_id = self.project_recurring form.recurring_task = True form.repeat_interval = 1 form.repeat_unit = 'day' form.repeat_type = 'forever' task = form.save() self.assertEqual(len(task.recurrence_id.task_ids), 1, "recurrence should have a single task") task.state = '1_done' self.assertEqual(len(task.recurrence_id.task_ids), 2, "a new occurrence should have been created") def test_recurrence_copy_task_dependency(self): self.project_recurring.allow_task_dependencies = True parent_task = self.env['project.task'].with_context({'mail_create_nolog': True}).create({ 'name': 'Recurring Parent Task', 'project_id': self.project_recurring.id, 'recurring_task': True, 'repeat_interval': 2, 'repeat_unit': 'month', 'repeat_type': 'forever', 'child_ids': [ Command.create({ 'name': 'Node 1', 'project_id': self.project_recurring.id, }), Command.create({ 'name': 'SuperNode 2', 'project_id': self.project_recurring.id, 'child_ids': [ Command.create({ 'name': 'Node 2', 'project_id': self.project_recurring.id, }) ], }), Command.create({ 'name': 'Node 3', 'project_id': self.project_recurring.id, }), ], }) side_task1, side_task2 = self.env['project.task'].with_context({'mail_create_nolog': True}).create([{ 'name': f"Side Task {i + 1}", 'project_id': self.project_recurring.id, } for i in range(2)]) node1 = parent_task.child_ids[0] node2 = parent_task.child_ids[1].child_ids node3 = parent_task.child_ids[2] # Dependencies node1.dependent_ids = node2 node2.dependent_ids = node3 side_task1.dependent_ids = node2 node3.dependent_ids = side_task2 # Task recurrence trigger parent_task.state = '1_done' parent_task_copy = self.env['project.task'].browse(parent_task.recurrence_id._get_last_task_id_per_recurrence_id().get(parent_task.recurrence_id.id)) self.assertNotEqual(parent_task.id, parent_task_copy.id, 'The generated recurring task should be different than the original one') # Newly created nodes from recurrence parent_copy_node1 = parent_task_copy.child_ids[0] parent_copy_node2 = parent_task_copy.child_ids[1].child_ids parent_copy_node3 = parent_task_copy.child_ids[2] # The nodes and dependencies ids of the orginal and newly created nodes should be different self.assertNotEqual(node1.id, parent_copy_node1.id, 'The original and copied node1 should be different') self.assertNotEqual(node2.id, parent_copy_node2.id, 'The original and copied node2 should be different') self.assertNotEqual(node3.id, parent_copy_node3.id, 'The original and copied node3 should be different') self.assertNotEqual(node1.dependent_ids.ids, parent_copy_node1.dependent_ids.ids, 'The dependencies of the original and copied node1 should be different') self.assertEqual(node1.depend_on_ids.ids, parent_copy_node1.depend_on_ids.ids, 'The dependencies of the original and copied node1 should be different') self.assertNotEqual(node2.dependent_ids.ids, parent_copy_node2.dependent_ids.ids, 'The dependencies of the original and copied node2 should be different') self.assertNotEqual(node2.depend_on_ids.ids, parent_copy_node2.depend_on_ids.ids, 'The dependencies of the original and copied node2 should be different') self.assertEqual(node3.dependent_ids.ids, parent_copy_node3.dependent_ids.ids, 'The dependencies of the original and copied node3 should be different') self.assertNotEqual(node3.depend_on_ids.ids, parent_copy_node3.depend_on_ids.ids, 'The dependencies of the original and copied node3 should be different') # However, the dependency structure of the orginal and newly created nodes should be the same self.assertEqual(parent_copy_node1.dependent_ids.ids, parent_copy_node2.ids, 'Node1copy - Node2copy relation should be present') self.assertEqual(parent_copy_node2.dependent_ids.ids, parent_copy_node3.ids, 'Node2copy - Node3copy relation should be present') self.assertEqual(parent_copy_node3.dependent_ids.ids, side_task2.ids, 'Node3 - SideTask2 relation should be present') self.assertEqual(len(parent_copy_node1.depend_on_ids), 0) self.assertCountEqual(parent_copy_node2.depend_on_ids.ids, [parent_copy_node1.id, side_task1.id], 'Node2copy - Node1copy and Node2copy - SideTask1 relations should be present') self.assertEqual(parent_copy_node3.depend_on_ids.ids, parent_copy_node2.ids, 'Node3copy - Node2copy relation should be present') # The original nodes dependencies should remain untouched by the creation of the new nodes self.assertEqual(node1.dependent_ids.ids, node2.ids, 'Node1 - Node2 relation should be present') self.assertEqual(node2.dependent_ids.ids, node3.ids, 'Node2 - Node3 relation should be present') self.assertEqual(node3.dependent_ids.ids, side_task2.ids, 'Node3 - SideTask2 relation should be present') self.assertEqual(len(node1.depend_on_ids), 0) self.assertCountEqual(node2.depend_on_ids.ids, [node1.id, side_task1.id], 'Node2 - Node1 and Node2 - SideTask1 relations should be present') self.assertEqual(node3.depend_on_ids.ids, node2.ids, 'Node3 - Node2 relation should be present') # The side tasks should now have dependencies from both the original and copied tasks self.assertCountEqual(side_task1.dependent_ids.ids, [node2.id, parent_copy_node2.id], 'SideTask1 - Node2 and SideTask1 - Node2copy relations should be present') self.assertEqual(len(side_task2.dependent_ids), 0) self.assertEqual(len(side_task1.depend_on_ids), 0) self.assertCountEqual(side_task2.depend_on_ids.ids, [node3.id, parent_copy_node3.id], 'SideTask2 - Node3 and SideTask2 - Node3copy relations should be present')