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How to use find_sections method in yandex-tank

Best Python code snippet using yandex-tank

test_peaks.py

Source:test_peaks.py

...81    """82    83    Performs unit testing on find_sections84    """85    def test_find_sections(self):86        #setup 87        print("testing find sectionds")88        #Null Case89        self.assertRaises(TypeError, find_sections, (None, 0))90        91        #Case with all zero coverage92        wiggle = [0] * 2093        result = find_sections(wiggle, 0)94        assert result == []95        96        #Case with all non-zero coverage97        wiggle = [5] * 2098        result = find_sections(wiggle, 0)99        self.assertEqual(result, [(0,19)])100      101 102        wiggle = ([5] * 20) + [0] + ([5] * 20)103        #returns one segnment104        result = find_sections(wiggle, 1)105        self.assertEqual(result, [(0,40)])106        107        #second case returns two segnments108        wiggle = ([5] * 9) + [0] + ([5] * 10)109        result = find_sections(wiggle, 0)110        assert result == [(0,9), (10,19)]111        112        #returns one segnment113        result = find_sections(wiggle, 1)114        assert result == [(0,19)]115        116        #Edge case where margins stop before the end of genes117        wiggle = [0] + ([5] * 10)118        result = find_sections(wiggle, 0)119        assert result == [(1,10)]120        121        #Edge case where margins start after the start of genes122        wiggle = ([5] * 10) + [0] 123        result = find_sections(wiggle, 0)124        assert result == [(0,10)]125        126        #Test not integers127        wiggle = [.5] * 20128        result = find_sections(wiggle, 0)129        self.assertEqual(result, [(0,19)])130        131        #test numpy arrays132        wiggle = ones((20), dtype='f')133        wiggle = list(wiggle)134        result = find_sections(wiggle, 0)135        self.assertEqual(result, [(0,19)])136    137    138    """139    140    Verifieis that find sections returns no overlapping sections 141    142    """143    def test_find_sections_no_overlaps(self):144        #verify there is no overlap145        146        wiggle = [10, 4,147                   0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 148                   3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 149                   3, 3, 3, 3]150        result = find_sections(wiggle, 15)151        print(result)152        #start is greater than end153        self.assertGreater(result[1][0], result[0][1], "first region: %s, second region %s, start of section value is less than end of first" %(result[0][1], result[1][0] )) 154    155    """156    157    Tests what happens when there is a gap of one and no margin, should create two sections158    159    """160    def test_find_sections_two_sections(self):161        #Case with one region on margin of one and two regions on margin of two162        163        #returns two segnments164        wiggle = ([5] * 20) + [0] + ([5] * 20)165        result = find_sections(wiggle, 0)166        167        168        #I believe this is zero based half open result.  Need to think about it more169        self.assertEqual(result, [(0,20), (21,40)])170    171    """172    173    Verifies that junction reads are properly calclulated in readsToWiggle_pysam174    175    """176    def test_readsToWiggle_pysam_jxnsOnly(self):177        pass178        #reads2 = pysam.Samfile(clipper.test_file("jxns.bam"))179        #reads2 = reads2.fetch(region="chr1:183806493-183836600")...

test_road_detection.py

Source:test_road_detection.py

...14    return xodr_map15def test_find_neighbor_sections_0_right():16    point = (380.0, 2.0)17    xodr_map = load_town_01()18    neighbors = xodr_map.find_sections(point)19    _, is_right_road, road = neighbors[0]20    assert is_right_road and road.road_id == 021def test_find_neighbor_sections_0_left():22    point = (380.0, -2.0)23    xodr_map = load_town_01()24    neighbors = xodr_map.find_sections(point)25    _, is_right_road, road = neighbors[0]26    assert not is_right_road and road.road_id == 027def test_find_neighbor_sections_12_right():28    point = (245.85, -198.75)29    xodr_map = load_town_01()30    neighbors = xodr_map.find_sections(point)31    _, is_right_road, road = neighbors[0]32    assert is_right_road and road.road_id == 1233def test_find_neighbor_sections_12_left():34    point = (245.85, -195.75)35    xodr_map = load_town_01()36    neighbors = xodr_map.find_sections(point)37    _, is_right_road, road = neighbors[0]38    assert not is_right_road and road.road_id == 1239def test_find_neighbor_sections_curvature_one_sided_right():40    point = (92.00, -207.0)41    xodr_map = load_town_01()42    neighbors = xodr_map.find_sections(point)43    road_ids = [n[2].road_id for n in neighbors]44    assert 257 not in road_ids and 271 not in road_ids and \45           256 in road_ids and 272 in road_ids46def test_find_neighbor_sections_curvature_one_sided_left():47    point = (88.0, -207.0)48    xodr_map = load_town_01()49    neighbors = xodr_map.find_sections(point)50    road_ids = [n[2].road_id for n in neighbors]51    assert 257 in road_ids and 271 in road_ids and \52           256 not in road_ids and 272 not in road_ids53def test_find_neighbor_sections_5():54    point = (150.99, -57.5)55    xodr_map = load_town_01()56    neighbors = xodr_map.find_sections(point)57    road_ids = [n[2].road_id for n in neighbors]58    assert 334 in road_ids and 355 in road_ids and 333 not in road_ids59def test_find_neighbor_sections_town04_highway_1():60    point = (406.0252685546875, 124.70137786865234)61    xodr_map = load_town_04()62    neighbors = xodr_map.find_sections(point)63    lane_id, _, road = neighbors[0]64    assert road.road_id == 36 and lane_id == 465def test_find_neighbor_sections_town04_highway_2():66    point = (7.50634155273438, 130.54249572753906)67    xodr_map = load_town_04()68    neighbors = xodr_map.find_sections(point)69    road_ids = [n[2].road_id for n in neighbors]70    print(road_ids)71    assert road_ids == [48]72def test_find_neighbor_sections_town04_highway_3():73    point = (-105.50200653076172, -12.80552864074707)74    xodr_map = load_town_04()75    neighbors = xodr_map.find_sections(point)76    road_ids = [n[2].road_id for n in neighbors]77    print(road_ids)78    assert road_ids == [1184]79# def test_find_neighbor_sections_town04_highway_4():80#     point = (248.52882111040037, 395.729771257481)81#     xodr_map = load_town_04()82#     neighbors = xodr_map.find_sections(point)83#     road_ids = [n[2].road_id for n in neighbors]84#     lane_polygons = [(road_id, lane_id, xodr_map.roads_by_id[road_id].lane_polygons[lane_id])85#                      for road_id in xodr_map.roads_by_id86#                      for lane_id in xodr_map.roads_by_id[road_id].lane_polygons]87#     print('closeby polygons:', [(road_id, lane_id)88#                                 for road_id, lane_id, polygon_points in lane_polygons89#                                 if any(map(lambda p: dist(p, point) < 2, polygon_points))])90#     print(road_ids)91#     assert False# road_ids == [6]92 93# def test_find_neighbor_sections_town04_highway_4():94#     point = (-504.7949523925781, -221.73223876953125)95#     neighbors = RoadDetection.find_sections(point, load_town_04())96#     road_ids = [n[2].road_id for n in neighbors]97#     print(road_ids)98#     assert road_ids == [6]99# def test_find_neighbor_sections_town04_highway_5():100#     point = (1.5099804401397705, -249.42999267578125)101#     neighbors = RoadDetection.find_sections(point, load_town_04())102#     road_ids = [n[2].road_id for n in neighbors]103#     print(road_ids)104#     assert road_ids == [46]105# Test target points Town04: 106# (182.08697509765625, 395.9513244628906) Lanechange fuckup107# End Point not found108# [(16.488210678100586, -212.6156005859375), (375.6085205078125, 68.68538665771484),109# (86.74788665771484, -9.935043334960938), (-515.2499389648438, -240.95675659179688),110# (348.0001525878906, 142.8535614013672), (160.5265655517578, 389.1396789550781),111# (136.9810028076172, -209.24661254882812)]112# (-16.895854949951172, 212.5471954345703) Crash into wall113# Town 03114# End Point not found115# (1.1732555627822876, -69.5572509765625), (86.20638275146484, -7.808422565460205)

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