def test_adjacency_no_results_if_no_blocks_pass(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.block_results = DataTestUnitPEPSICOUK.blocks_none_passes scene_tb.calculate_adjacency_new() self.assertTrue(scene_tb.kpi_results.empty)
def test_adjacency_passes(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) self.mock_adjacency_results( [DataTestUnitPEPSICOUK.adjacency_results_true]) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.passed_blocks = { 'Pringles_FTT_Tubes': DataTestUnitPEPSICOUK.block_results, 'Hula Hoops_LMP_Snacks': DataTestUnitPEPSICOUK.block_results_2 } scene_tb.block_results = DataTestUnitPEPSICOUK.blocks_all_pass scene_tb.calculate_adjacency_new() kpi_result = scene_tb.kpi_results self.assertEquals(len(kpi_result), 1) expected_list = list() expected_list.append({ 'kpi_fk': 320, 'numerator': 166, 'denominator': 165, 'result': 4, 'score': 1 }) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(kpi_result, expected_result) == 1) self.assertTrue(all(test_result_list))
def test_calculate_shelf_placement_vertical_mm_does_not_calculate_kpis_if_all_matches_excluded( self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 3) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.calculate_shelf_placement_vertical_mm() self.assertTrue(scene_tb.kpi_results.empty)
def test_get_group_pairs_1_pass_out_of_3(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.block_results = DataTestUnitPEPSICOUK.blocks_combinations_1_pass_of_3 pairs = scene_tb.get_group_pairs() self.assertEquals(len(pairs), 0)
def test_main_calculation_does_not_happen_if_location_secondary_shelf( self): probe_group, matches, scene = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 3) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.main_function() self.assertTrue(scene_tb.kpi_results.empty)
def test_excluded_matches(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) expected_result = set(matches[~(matches['Out'].isnull())] ['probe_match_fk'].values.tolist()) self.assertItemsEqual(expected_result, scene_tb.excluded_matches)
def __init__(self, data_provider, output=None): self.data_provider = data_provider self.output = output self.project_name = data_provider.project_name self.session_uid = self.data_provider.session_uid self.common = Common(data_provider) self.scene_tool_box = PEPSICOUKSceneToolBox(self.data_provider, self.output, self.common)
def test_get_group_pairs_2_pass_out_of_3(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.block_results = DataTestUnitPEPSICOUK.blocks_combinations_2_pass_of_3 pairs = scene_tb.get_group_pairs() expected_result = [frozenset(['Group 2', 'Group 1'])] self.assertEquals(len(pairs), 1) self.assertItemsEqual(pairs, expected_result)
def test_get_scene_bay_max_shelves_retrieves_empty_df_in_case_of_excluded_shelves( self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 3) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) external_targets = scene_tb.commontools.all_targets_unpacked shelf_placmnt_targets = external_targets[ external_targets['operation_type'] == scene_tb.SHELF_PLACEMENT] if not shelf_placmnt_targets.empty: bay_max_shelves = scene_tb.get_scene_bay_max_shelves( shelf_placmnt_targets) self.assertTrue(bay_max_shelves.empty)
def test_block_together_vertical_and_horizontal(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) self.mock_block_results([ DataTestUnitPEPSICOUK.block_results, DataTestUnitPEPSICOUK.block_results_2 ]) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.calculate_product_blocking_new() kpi_result = pd.DataFrame(scene_tb.kpi_results) self.assertEquals(len(kpi_result), 2) expected_list = list() expected_list.append({ 'kpi_fk': 319, 'numerator': 165, 'result': 4, 'score': 7 }) expected_list.append({ 'kpi_fk': 319, 'numerator': 166, 'result': 4, 'score': 6 }) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(kpi_result, expected_result) == 1) self.assertTrue(all(test_result_list)) expected_util_result = list() expected_util_result.append({ 'Group Name': 'Pringles_FTT_Tubes', 'Score': 1 }) expected_util_result.append({ 'Group Name': 'Hula Hoops_LMP_Snacks', 'Score': 1 }) test_result_list = list() for exp_res in expected_util_result: test_result_list.append( len(scene_tb.block_results[ (scene_tb.block_results['Group Name'] == exp_res['Group Name']) & (scene_tb.block_results['Score'] == exp_res['Score'])]) == 1) self.assertTrue(all(test_result_list)) self.assertItemsEqual(scene_tb.passed_blocks.keys(), ['Pringles_FTT_Tubes', 'Hula Hoops_LMP_Snacks'])
def test_calculate_number_of_bays_and_shelves(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.calculate_number_of_bays_and_shelves() expected_list = [] expected_list.append({'kpi_fk': 323, 'numerator': 2, 'result': 2}) expected_list.append({'kpi_fk': 324, 'numerator': 2, 'result': 6}) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(scene_tb.kpi_results, expected_result) == 1) self.assertTrue(all(test_result_list))
def test_get_group_pairs_4_pass_out_of_4(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) self.mock_object('PositionGraphs', path='KPIUtils_v2.Calculations.AdjacencyCalculations') scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.block_results = DataTestUnitPEPSICOUK.blocks_combinations_4_pass_of_4 pairs = scene_tb.get_group_pairs() expected = [ frozenset(['Group 3', 'Group 1']), frozenset(['Group 4', 'Group 2']), frozenset(['Group 4', 'Group 3']), frozenset(['Group 2', 'Group 3']), frozenset(['Group 4', 'Group 1']), frozenset(['Group 2', 'Group 1']) ] self.assertEquals(len(pairs), 6) self.assertItemsEqual(pairs, expected)
def test_calculate_horizontal_placement(self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 2) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) expected_list = [] expected_list.append({ 'kpi_fk': 304, 'numerator': 1, 'result': 5.0 / 5 * 100 }) expected_list.append({ 'kpi_fk': 307, 'numerator': 2, 'result': round(2.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 306, 'numerator': 2, 'result': round(2.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 305, 'numerator': 2, 'result': round(2.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 307, 'numerator': 3, 'result': 1.0 * 100 / 1 }) scene_tb.calculate_shelf_placement_horizontal() kpi_results = scene_tb.kpi_results kpi_results['result'] = kpi_results['result'].apply( lambda x: round(x, 5)) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(scene_tb.kpi_results, expected_result) == 1) self.assertTrue(all(test_result_list))
def test_calculate_shelf_placement_vertical_mm_correcly_places_products_if_no_excluded_matches( self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 2) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.calculate_shelf_placement_vertical_mm() expected_list = [] expected_list.append({ 'kpi_fk': 327, 'numerator': 1, 'result': 1.0 / 5 * 100 }) expected_list.append({ 'kpi_fk': 326, 'numerator': 1, 'result': 2.0 / 5 * 100 }) expected_list.append({ 'kpi_fk': 325, 'numerator': 1, 'result': 2.0 / 5 * 100 }) expected_list.append({ 'kpi_fk': 325, 'numerator': 2, 'result': 6.0 / 6 * 100 }) expected_list.append({ 'kpi_fk': 326, 'numerator': 3, 'result': 1.0 / 1 * 100 }) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(scene_tb.kpi_results, expected_result) == 1) self.assertTrue(all(test_result_list))
def test_calculate_shelf_placement_vertical_mm_in_case_excluded_matches_exist_and_different_stitch_groups( self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) scene_tb.calculate_shelf_placement_vertical_mm() kpi_results = scene_tb.kpi_results kpi_results['result'] = kpi_results['result'].apply( lambda x: round(x, 5)) expected_list = [] expected_list.append({ 'kpi_fk': 327, 'numerator': 4, 'result': round(1.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 326, 'numerator': 4, 'result': round(2.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 325, 'numerator': 4, 'result': round(3.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 325, 'numerator': 1, 'result': round(5.0 / 7 * 100, 5) }) expected_list.append({ 'kpi_fk': 326, 'numerator': 1, 'result': round(2.0 / 7 * 100, 5) }) expected_list.append({ 'kpi_fk': 325, 'numerator': 2, 'result': round(4.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 326, 'numerator': 2, 'result': round(2.0 / 6 * 100, 5) }) expected_list.append({ 'kpi_fk': 325, 'numerator': 3, 'result': round(4.0 / 8 * 100, 5) }) expected_list.append({ 'kpi_fk': 326, 'numerator': 3, 'result': round(3.0 / 8 * 100, 5) }) expected_list.append({ 'kpi_fk': 327, 'numerator': 3, 'result': round(1.0 / 8 * 100, 5) }) test_result_list = [] for expected_result in expected_list: test_result_list.append( self.check_kpi_results(scene_tb.kpi_results, expected_result) == 1) self.assertTrue(all(test_result_list)) non_expected_results = [] non_expected_results.append({'kpi_fk': 325, 'numerator': 0}) non_expected_results.append({'kpi_fk': 326, 'numerator': 0}) non_expected_results.append({'kpi_fk': 327, 'numerator': 0}) test_result_list = [] for result in non_expected_results: test_result_list.append( self.check_kpi_results(scene_tb.kpi_results, result) == 0) self.assertTrue(all(test_result_list))
def test_get_scene_bay_max_shelves_retrieves_expected_df_in_case_of_several_bays( self): probe_group, matches, scif = self.create_scene_scif_matches_stitch_groups_data_mocks( DataTestUnitPEPSICOUK.test_case_1, 1) expected_result = pd.DataFrame([{ u'kpi_level_2_fk': 304, u'type': PEPSICOUKSceneToolBox.PLACEMENT_BY_SHELF_NUMBERS_TOP, u'No of Shelves in Fixture (per bay) (key)': 6, u'Shelves From Bottom To Include (data)': '6', u'shelves_all_placements': '6,4,5,2,3,1' }, { u'kpi_level_2_fk': 305, u'type': 'Placement by shelf numbers_Eye', u'No of Shelves in Fixture (per bay) (key)': 6, u'Shelves From Bottom To Include (data)': '4,5', u'shelves_all_placements': '6,4,5,2,3,1' }, { u'kpi_level_2_fk': 306, u'type': 'Placement by shelf numbers_Middle', u'No of Shelves in Fixture (per bay) (key)': 6, u'Shelves From Bottom To Include (data)': '2,3', u'shelves_all_placements': '6,4,5,2,3,1' }, { u'kpi_level_2_fk': 307, u'type': 'Placement by shelf numbers_Bottom', u'No of Shelves in Fixture (per bay) (key)': 6, u'Shelves From Bottom To Include (data)': '1', u'shelves_all_placements': '6,4,5,2,3,1' }, { u'kpi_level_2_fk': 304, u'type': PEPSICOUKSceneToolBox.PLACEMENT_BY_SHELF_NUMBERS_TOP, u'No of Shelves in Fixture (per bay) (key)': 3, u'Shelves From Bottom To Include (data)': '3', u'shelves_all_placements': '3,2,1' }, { u'kpi_level_2_fk': 305, u'type': 'Placement by shelf numbers_Eye', u'No of Shelves in Fixture (per bay) (key)': 3, u'Shelves From Bottom To Include (data)': '2', u'shelves_all_placements': '3,2,1' }, { u'kpi_level_2_fk': 307, u'type': 'Placement by shelf numbers_Bottom', u'No of Shelves in Fixture (per bay) (key)': 3, u'Shelves From Bottom To Include (data)': '1', u'shelves_all_placements': '3,2,1' }]) scene_tb = PEPSICOUKSceneToolBox(self.data_provider_mock, self.output) external_targets = scene_tb.commontools.all_targets_unpacked shelf_placmnt_targets = external_targets[ external_targets['operation_type'] == scene_tb.SHELF_PLACEMENT] if not shelf_placmnt_targets.empty: bay_max_shelves = scene_tb.get_scene_bay_max_shelves( shelf_placmnt_targets) bay_max_shelves = bay_max_shelves[[ 'kpi_level_2_fk', 'type', 'No of Shelves in Fixture (per bay) (key)', 'Shelves From Bottom To Include (data)', 'shelves_all_placements' ]] assert_frame_equal(expected_result.sort_index(axis=1), bay_max_shelves.sort_index(axis=1), check_dtype=False, check_column_type=False, check_names=True)