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# Copyright 2019 - Today Coop IT Easy SCRLfs (<http://www.coopiteasy.be>)# License AGPL-3.0 or later (https://www.gnu.org/licenses/agpl.html).
import timefrom datetime import datetime, timedelta
from odoo import exceptions, fieldsfrom odoo.exceptions import UserError, ValidationErrorfrom odoo.tests.common import TransactionCase
class TestBeesdooShift(TransactionCase): def setUp(self): super(TestBeesdooShift, self).setUp() self.shift_model = self.env["beesdoo.shift.shift"] self.shift_template_model = self.env["beesdoo.shift.template"] self.attendance_sheet_model = self.env["beesdoo.shift.sheet"] self.attendance_sheet_shift_model = self.env[ "beesdoo.shift.sheet.shift" ] self.shift_expected_model = self.env["beesdoo.shift.sheet.expected"] self.shift_added_model = self.env["beesdoo.shift.sheet.added"] self.default_task_type_id = self.env["ir.config_parameter"].get_param( "beesdoo_shift.default_task_type_id" )
self.current_time = datetime.now() self.user_admin = self.env.ref("base.user_root") self.user_generic = self.env.ref( "beesdoo_base.beesdoo_shift_user_1_demo" ) self.user_permanent = self.env.ref( "beesdoo_base.beesdoo_shift_user_2_demo" )
self.setting_wizard = self.env["beesdoo.shift.config.settings"].sudo( self.user_admin )
self.worker_regular_1 = self.env.ref( "beesdoo_base.res_partner_cooperator_6_demo" ) self.worker_regular_2 = self.env.ref( "beesdoo_base.res_partner_cooperator_5_demo" ) self.worker_regular_3 = self.env.ref( "beesdoo_base.res_partner_cooperator_3_demo" ) self.worker_regular_super_1 = self.env.ref( "beesdoo_base.res_partner_cooperator_1_demo" ) self.worker_irregular_1 = self.env.ref( "beesdoo_base.res_partner_cooperator_2_demo" ) self.worker_irregular_2 = self.env.ref( "beesdoo_base.res_partner_cooperator_4_demo" )
self.task_type_1 = self.env.ref( "beesdoo_shift.beesdoo_shift_task_type_1_demo" ) self.task_type_2 = self.env.ref( "beesdoo_shift.beesdoo_shift_task_type_2_demo" ) self.task_type_3 = self.env.ref( "beesdoo_shift.beesdoo_shift_task_type_3_demo" )
self.task_template_1 = self.env.ref( "beesdoo_shift.beesdoo_shift_task_template_1_demo" ) self.task_template_2 = self.env.ref( "beesdoo_shift.beesdoo_shift_task_template_2_demo" )
# Set time in and out of generation interval parameter self.start_in_1 = self.current_time + timedelta(seconds=2) self.end_in_1 = self.current_time + timedelta(minutes=10) self.start_in_2 = self.current_time + timedelta(minutes=9) self.end_in_2 = self.current_time + timedelta(minutes=21) self.start_out_1 = self.current_time - timedelta(minutes=50) self.end_out_1 = self.current_time - timedelta(minutes=20) self.start_out_2 = self.current_time + timedelta(minutes=40) self.end_out_2 = self.current_time + timedelta(minutes=50)
self.shift_regular_regular_1 = self.shift_model.create( { "task_template_id": self.task_template_1.id, "task_type_id": self.task_type_1.id, "worker_id": self.worker_regular_1.id, "start_time": self.start_in_1, "end_time": self.end_in_1, "is_regular": True, "is_compensation": False, } ) self.shift_regular_regular_2 = self.shift_model.create( { "task_type_id": self.task_type_2.id, "worker_id": self.worker_regular_2.id, "start_time": self.start_out_1, "end_time": self.end_out_1, "is_regular": True, "is_compensation": False, } ) self.shift_regular_regular_replaced_1 = self.shift_model.create( { "task_template_id": self.task_template_1.id, "task_type_id": self.task_type_3.id, "worker_id": self.worker_regular_3.id, "start_time": self.start_in_1, "end_time": self.end_in_1, "is_regular": True, "is_compensation": False, "replaced_id": self.worker_regular_2.id, } ) future_shift_regular = self.shift_model.create( { "task_template_id": self.task_template_2.id, "task_type_id": self.task_type_1.id, "worker_id": self.worker_regular_super_1.id, "start_time": self.start_in_2, "end_time": self.end_in_2, "is_regular": False, "is_compensation": True, } ) self.shift_irregular_1 = self.shift_model.create( { "task_template_id": self.task_template_1.id, "task_type_id": self.task_type_2.id, "worker_id": self.worker_irregular_1.id, "start_time": self.start_in_1, "end_time": self.end_in_1, } ) self.shift_irregular_2 = self.shift_model.create( { "task_type_id": self.task_type_3.id, "worker_id": self.worker_irregular_2.id, "start_time": self.start_out_2, "end_time": self.end_out_2, } ) self.shift_empty_1 = self.shift_model.create( { "task_template_id": self.task_template_1.id, "task_type_id": self.task_type_1.id, "start_time": self.start_in_1, "end_time": self.end_in_1, } )
def search_sheets(self, start_time, end_time): if (type(start_time) and type(end_time)) == datetime: start_time = fields.Datetime.to_string(start_time) end_time = fields.Datetime.to_string(end_time) return self.attendance_sheet_model.search( [("start_time", "=", start_time), ("end_time", "=", end_time)] )
def test_default_task_type_setting(self): "Test default task type setting"
for task_type in (self.task_type_1, self.task_type_2): # Setting default value setting_wizard_1 = self.setting_wizard.create( {"default_task_type_id": task_type.id} ) setting_wizard_1.execute() param_id = self.env["ir.config_parameter"].get_param( "beesdoo_shift.default_task_type_id" ) self.assertEqual(int(param_id), task_type.id) # Check propagation on attendance sheet shifts self.assertEqual( self.attendance_sheet_shift_model.default_task_type_id(), task_type, )
def test_attendance_sheet_creation(self): "Test creation of an attendance sheet with all its expected shifts"
# Set generation interval setting setting_wizard_1 = self.setting_wizard.create( { "default_task_type_id": self.task_type_1.id, "attendance_sheet_generation_interval": 15, } ) setting_wizard_1.execute()
# Test attendance sheets creation self.attendance_sheet_model._generate_attendance_sheet()
self.assertEqual( len(self.search_sheets(self.start_in_1, self.end_in_1)), 1 ) self.assertEqual( len(self.search_sheets(self.start_in_2, self.end_in_2)), 1 ) self.assertEqual( len(self.search_sheets(self.start_out_1, self.end_out_1)), 0 ) self.assertEqual( len(self.search_sheets(self.start_out_2, self.end_out_2)), 0 )
# Test expected shifts creation # Sheet 1 starts at current time + 2 secs, ends at current time + 10 min # Sheet 2 starts at current time + 9 min, ends at current time + 21 min
sheet_1 = self.search_sheets(self.start_in_1, self.end_in_1) sheet_2 = self.search_sheets(self.start_in_2, self.end_in_2)
self.assertTrue(sheet_1.start_time) self.assertTrue(sheet_1.end_time)
# Empty shift should not be added self.assertEqual(len(sheet_1.expected_shift_ids), 3) self.assertEqual(len(sheet_1.added_shift_ids), 0) self.assertEqual(len(sheet_2.expected_shift_ids), 1)
# Test consistency with actual shift for sheet 1 for shift in sheet_1.expected_shift_ids: self.assertEqual(shift.worker_id, shift.task_id.worker_id) self.assertEqual( shift.replacement_worker_id, shift.task_id.replaced_id ) self.assertEqual(shift.task_type_id, shift.task_id.task_type_id) self.assertEqual(shift.super_coop_id, shift.task_id.super_coop_id) self.assertEqual(shift.working_mode, shift.task_id.working_mode)
# Status should be "absent" for all shifts self.assertEqual(shift.state, "absent") self.assertEqual(shift.compensation_no, "2")
# Empty shift should be considered in max worker number calculation self.assertEqual(sheet_1.max_worker_no, 4)
# Test default values creation self.assertTrue(sheet_1.time_slot) self.assertEqual(sheet_1.day, fields.Date.to_string(self.start_in_1)) self.assertEqual(sheet_1.day_abbrevation, "Lundi") self.assertEqual(sheet_1.week, "Semaine A") self.assertTrue(sheet_1.name) self.assertFalse(sheet_1.notes) self.assertFalse(sheet_1.is_annotated)
def test_attendance_sheet_barcode_scan(self): """
Edition of an attendance sheet with barcode scanner, as a generic user" """
# Attendance sheet generation self.attendance_sheet_model.sudo( self.user_generic )._generate_attendance_sheet() sheet_1 = self.search_sheets(self.start_in_1, self.end_in_1,)
"""
Expected workers are : worker_regular_1 (barcode : 421457731745) worker_regular_3 replaced by worker_regular_2 (barcode : 421457731744)) worker_irregular_1 (barcode : 429919251493) """
# Scan barcode for expected workers for barcode in [421457731745, 421457731744, 429919251493]: sheet_1.on_barcode_scanned(barcode)
# Check expected shifts update for id in sheet_1.expected_shift_ids.ids: shift = sheet_1.expected_shift_ids.browse(id) self.assertEqual(shift.state, "done")
"""
Added workers are : worker_regular_super_1 (barcode : 421457731741) worker_irregular_2 (barcode : 421457731743) """
# Workararound for _onchange method # (not applying on temporary object in tests) sheet_1._origin = sheet_1
# Scan barcode for added workers sheet_1.on_barcode_scanned(421457731741) self.assertEqual(len(sheet_1.added_shift_ids), 1) sheet_1.on_barcode_scanned(421457731743) # Scan an already added worker should not change anything sheet_1.on_barcode_scanned(421457731743) self.assertEqual(len(sheet_1.added_shift_ids), 2)
# Check added shifts fields for id in sheet_1.added_shift_ids.ids: shift = sheet_1.added_shift_ids.browse(id) self.assertEqual(sheet_1, shift.attendance_sheet_id) self.assertEqual(shift.state, "done") self.assertEqual( shift.task_type_id, self.attendance_sheet_shift_model.default_task_type_id(), ) if shift.working_mode == "regular": self.assertTrue(shift.is_compensation) else: self.assertFalse(shift.is_compensation)
# Add a worker that should be replaced with self.assertRaises(UserError) as e: sheet_1.on_barcode_scanned(421457731742) # Wrong barcode with self.assertRaises(UserError) as e: sheet_1.on_barcode_scanned(101010)
# Add an unsubscribed worker self.worker_regular_1.cooperative_status_ids.sr = -2 self.worker_regular_1.cooperative_status_ids.sc = -2 with self.assertRaises(UserError) as e: sheet_1.on_barcode_scanned(421457731745)
def test_attendance_sheet_edition(self):
# Attendance sheet generation self.attendance_sheet_model.sudo( self.user_generic )._generate_attendance_sheet() sheet_1 = self.search_sheets(self.start_in_1, self.end_in_1)
# Expected shifts edition sheet_1.expected_shift_ids[1].state = "done" sheet_1.expected_shift_ids[1].compensation_no = False sheet_1.expected_shift_ids[2].compensation_no = "1"
# Added shits addition sheet_1.added_shift_ids |= sheet_1.added_shift_ids.new( { "task_type_id": self.task_type_2.id, "state": "done", "attendance_sheet_id": sheet_1.id, "worker_id": self.worker_irregular_2.id, "is_compensation": False, "is_regular": False, } ) # Same task type as empty shift (should edit it on validation) sheet_1.added_shift_ids |= sheet_1.added_shift_ids.new( { "task_type_id": self.task_type_1.id, "state": "done", "attendance_sheet_id": sheet_1.id, "worker_id": self.worker_regular_super_1.id, "is_compensation": True, "is_regular": False, } )
# Wait necessary time for shifts to begin waiting_time = (self.start_in_1 - datetime.now()).total_seconds() if waiting_time > 0: with self.assertRaises(UserError) as e: sheet_1.validate_with_checks() self.assertIn("wait", str(e.exception)) time.sleep(waiting_time)
# TODO: test validation with wizard (as generic user) # class odoo.tests.common.Form(recordp, view=None) # is only available from version 12
# sheet_1 = sheet_1.sudo(self.user_generic)
# Validation without wizard (as admin user) sheet_1 = sheet_1.sudo(self.user_admin) sheet_1.worker_nb_feedback = "enough" sheet_1.feedback = "Great session." sheet_1.notes = "Important information."
sheet_1.validate_with_checks()
with self.assertRaises(UserError) as e: sheet_1.validate_with_checks() self.assertIn("already been validated", str(e.exception))
self.assertEqual(sheet_1.state, "validated") self.assertEqual(sheet_1.validated_by, self.user_admin.partner_id) self.assertTrue(sheet_1.is_annotated) self.assertFalse(sheet_1.is_read)
# Check actual shifts update workers = sheet_1.expected_shift_ids.mapped( "worker_id" ) | sheet_1.added_shift_ids.mapped("worker_id") self.assertEqual(len(workers), 5) self.assertEqual( sheet_1.expected_shift_ids[0].task_id.state, "absent_2" ) self.assertEqual(sheet_1.expected_shift_ids[1].task_id.state, "done") self.assertEqual( sheet_1.expected_shift_ids[2].task_id.state, "absent_1" ) self.assertEqual(sheet_1.added_shift_ids[0].task_id.state, "done") self.assertEqual(sheet_1.added_shift_ids[1].task_id.state, "done")
# Empty shift should have been updated self.assertEqual( sheet_1.added_shift_ids[0].task_id, self.shift_empty_1 )
# sheet_1.expected_shift_ids[0].worker_id # sheet_1.expected_shift_ids[2].replacement_worker_id
def test_shift_counters(self): "Test shift counters calculation and cooperative status update"
status_1 = self.worker_regular_1.cooperative_status_ids status_2 = self.worker_regular_3.cooperative_status_ids status_3 = self.worker_irregular_1.cooperative_status_ids
shift_regular = self.shift_model.create( { "task_template_id": self.task_template_1.id, "task_type_id": self.task_type_1.id, "worker_id": self.worker_regular_1.id, "start_time": datetime.now() - timedelta(minutes=50), "end_time": datetime.now() - timedelta(minutes=40), "is_regular": True, "is_compensation": False, } ) future_shift_regular = self.shift_model.create( { "task_template_id": self.task_template_2.id, "task_type_id": self.task_type_2.id, "worker_id": self.worker_regular_1.id, "start_time": datetime.now() + timedelta(minutes=20), "end_time": datetime.now() + timedelta(minutes=30), "is_regular": True, "is_compensation": False, } ) shift_irregular = self.shift_model.create( { "task_template_id": self.task_template_2.id, "task_type_id": self.task_type_3.id, "worker_id": self.worker_irregular_1.id, "start_time": datetime.now() - timedelta(minutes=15), "end_time": datetime.now() - timedelta(minutes=10), } )
# For a regular worker status_1.sr = 0 status_1.sc = 0 self.assertEqual(status_1.status, "ok") shift_regular.state = "absent_1" self.assertEqual(status_1.sr, -1) self.assertEqual(status_1.status, "alert") shift_regular.state = "done" self.assertEquals(status_1.sr, 0) self.assertEquals(status_1.sc, 0) shift_regular.state = "open" shift_regular.write({"is_regular": False, "is_compensation": True}) shift_regular.state = "done" self.assertEquals(status_1.sr, 1) self.assertEquals(status_1.sc, 0)
# Check unsubscribed status status_1.sr = -1 status_1.sc = -1
# Subscribe him to another future shift future_shift_regular.worker_id = self.worker_regular_1 with self.assertRaises(ValidationError) as e: future_shift_regular.state = "absent_2" self.assertIn("future", str(e.exception)) status_1.sr = -2 status_1.sc = -2 self.assertEquals(status_1.status, "unsubscribed")
# Should be unsubscribed from future shift self.assertFalse(future_shift_regular.worker_id)
# With replacement worker (self.worker_regular_3) shift_regular.state = "open" status_1.sr = 0 status_1.sc = 0 status_2.sr = 0 status_2.sc = 0 shift_regular.replaced_id = self.worker_regular_3 shift_regular.state = "absent_2" self.assertEqual(status_1.sr, 0) self.assertEqual(status_1.sc, 0) self.assertEqual(status_2.sr, -1) self.assertEqual(status_2.sc, -1)
# For an irregular worker status_3.sr = 0 status_3.sc = 0 self.assertEqual(status_3.status, "ok") shift_irregular.state = "done" self.assertEqual(status_3.sr, 1) shift_irregular.state = "absent_2" self.assertEqual(status_3.sr, -1)
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