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How to use is_down method in autotest

Best Python code snippet using autotest_python

ring-bahn.py

Source:ring-bahn.py

1print("RRRRRR  IIIII NN   NN   GGGG         BBBBB     AAA   HH   HH NN   NN ")2print("RR   RR  III  NNN  NN  GG  GG        BB   B   AAAAA  HH   HH NNN  NN")3print("RRRRRR   III  NN N NN GG      _____  BBBBBB  AA   AA HHHHHHH NN N NN")4print("RR  RR   III  NN  NNN GG   GG        BB   BB AAAAAAA HH   HH NN  NNN ")5print("RR   RR IIIII NN   NN  GGGGGG        BBBBBB  AA   AA HH   HH NN   NN ")6print(7    "                                                             \x1B[3mS41\x1B[23m/\x1B[3mS42\x1B[23m")8print("")9km_long = 37, 010"""11Lists Descreption:12*ringbahn_stations: 13 -is an Array of 27 Objects each object contaiens 3 items:14  ('name':str(station-name),'duration':int(minutes till nex station),'is_down':bool(station status))15 -ringbahn_stations is called in  fromTo() as parameter: stations_list.16 -in  duration() this list is sliced and appended to in_between_stations list.17 *temp_list:18 -is an Array with 2 objects tooken from ringbahn_stations.19 -each object contaiens 4 items:20 ('name':str(station-name),'duration':int(minutes till nex station),'is_down':bool(station status),'index':int(position))21 -in  fromTo() these 2 objects are given by user start/end input and they get an 'index' key and int(value)22 -in  duration() ringbahn_stations is sliced based on temp_list objects index values(end station is excluded), 23  and appended to in_between_stations list.24  *in_between_stations:25  -is an Array with objects sliced from ringbahn_stations based on user start/end input.26  -in_between_stations is called in  duration() as parameter: traveled_stations.27  *minutes_list:28  -is an Array of integers, that are tooken from 'duration' values of objects in in_between_stations array of objects.29  -minutes_list is called in  duration() as parameter: traveled_minutes30"""31ringbahn_stations = [32    {'name': "SÃ¼dkreuz", 'duration': 2, 'is_down': False},33    {'name': "SchÃ¶neberg", 'duration': 1, 'is_down': False},34    {'name': "Innsbrucker Platz", 'duration': 2, 'is_down': False},35    {'name': "Bundesplatz", 'duration': 2, 'is_down': False},36    {'name': "Heidelberger Platz", 'duration': 2, 'is_down': False},37    {'name': "Hohenzollerndamm", 'duration': 2, 'is_down': False},38    {'name': "Halensee", 'duration': 1, 'is_down': False},39    {'name': "Westkreuz", 'duration': 2, 'is_down': False},40    {'name': "Messe Nord/ICC", 'duration': 2, 'is_down': False},41    {'name': "Westend", 'duration': 3, 'is_down': False},42    {'name': "Jungfernheide", 'duration': 3, 'is_down': False},43    {'name': "BeusselstraÃe", 'duration': 1, 'is_down': False},44    {'name': "Westhafen", 'duration': 3, 'is_down': False},45    {'name': "Wedding", 'duration': 2, 'is_down': False},46    {'name': "Gesundbrunnen", 'duration': 3, 'is_down': False},47    {'name': "SchÃ¶nhauser Alle", 'duration': 2, 'is_down': False},48    {'name': "Prenzlauer Alle", 'duration': 2, 'is_down': False},49    {'name': "Greifswalder StraÃe", 'duration': 2, 'is_down': False},50    {'name': "Landsberger Alle", 'duration': 2, 'is_down': False},51    {'name': "Storkower StraÃe", 'duration': 2, 'is_down': False},52    {'name': "Frankfurter Alle", 'duration': 2, 'is_down': False},53    {'name': "Ostkreuz", 'duration': 6, 'is_down': False},54    {'name': "Treptower Park", 'duration': 3, 'is_down': False},55    {'name': "Sonnenallee", 'duration': 2, 'is_down': False},56    {'name': "NeukÃ¶lln", 'duration': 1, 'is_down': False},57    {'name': "HermannsstraÃe", 'duration': 4, 'is_down': False},58    {'name': "Tempelhof", 'duration': 2, 'is_down': False}59]60temp_list = []61in_between_stations = []62user_input = ""63"""64-function fromTo takes user input for start/end station and a list of stations(the list is an Array and stations are Objects).65-first loop is counting the elements, starts from 1, index is always 1,66 in every iteration index is added to index_counter depending on list length.67-second loop is iterating over every object in the array.68-checking if user inputs matches any object value in key 'name'.69-appending new 'index' keys to the matched objects with the value (index_counter-1) to get the real object position in the list.70- appending updated objects to a temporary list outside the function71"""72def fromTo(start_input, end_input, stations_list):73    index_counter = 074    start_input = input(">> Departure station: ")75    end_input = input(">> Destination station: ")76    for index in range(1, len(stations_list)):77        for station in stations_list:78            if index_counter < len(stations_list):79                #print(index_counter, station['name'], station['duration'])80                index_counter += index81                if (start_input == station['name']) or (end_input == station['name']):82                    # adding index as key:value to start_input/end_input station object83                    station['index'] = index_counter-184                    # appending updated start_input/end_input object to a temporary list85                    temp_list.append(station)86                    # print("<< ", index_counter-1,87                    #       station['name'], station['duration'])88minutes_list = []89"""90-function duration takes two lists as parameters.91-assigning the 'index' key values of temp_list objects in two diffrent variables.92-the difference between the variables is how many stations are in between.93-slicing ringbahn_stations based on the two variables values as slicing indexes and appending them to in_between_stations.94-taking 'duration' key value from in_between_stations objects and appending them in minutes_list.95-adding minutes_list elements together and returning the value96"""97def duration(traveled_stations, traveled_minutes):98    start = temp_list[0]['index']99    end = temp_list[1]['index']100    print("<< Stations till destination:", end - start)101    # slicing ringbahn stations list depending on the index values of the objects in temp_list102    traveled_stations.append(ringbahn_stations[start:end])103    # print(*traveled_stations[0])104    counter = 0105    duration_time = 0106    for i in range(0, len(traveled_stations[0])):107        for stations in traveled_stations:108            if counter < len(traveled_stations[0]):109                counter += 1110                duration_time = stations[i]['duration']111                traveled_minutes.append(duration_time)112    # print(traveled_minutes)113    minutes = 0114    for elements in traveled_minutes:115        minutes += elements116    return minutes117fromTo(user_input, user_input, ringbahn_stations)118print("<< Travel time:", duration(in_between_stations, minutes_list), "minutes")119# print(ringbahn_stations[24]['name'], ringbahn_stations[24]['duration'],...

test_inputs.py

Source:test_inputs.py

...14    pygame.init()15    controller = GamecubeController(controller_id=0)16    controller.read_new_inputs()17    assert controller[0] == (1, 0)18    assert controller.is_down(gamecube.A) == 119    assert controller.is_down(gamecube.B) == 020    assert controller.A.is_down == 121    assert controller.B.is_down == 022@patch("pygame.joystick.Joystick")23@patch("robingame.input.gamecube.GamecubeControllerReader.get_values")24def test_gamecube_controller_subclasses(mock_get_values, mock_joystick):25    mock_get_values.return_value = (1, 0)  # A down, B not down26    pygame.init()27    class Subclass(GamecubeController):28        A2 = ButtonInput(gamecube.A)29    class Subclass2(Subclass):30        A3 = ButtonInput(gamecube.A)31    class Subclass3(GamecubeController):32        B2 = ButtonInput(gamecube.B)33    subclass = Subclass(controller_id=0)34    subclass.read_new_inputs()35    assert subclass[0] == (1, 0)36    assert subclass.is_down(gamecube.A) == 137    assert subclass.is_down(gamecube.B) == 038    assert subclass.A.is_down == 139    assert subclass.A2.is_down == 140    with pytest.raises(AttributeError):41        assert subclass.A3.is_down == 142    with pytest.raises(AttributeError):43        assert subclass.B2.is_down == 144    assert subclass.B.is_down == 045    subclass2 = Subclass2(controller_id=0)46    subclass2.read_new_inputs()47    assert subclass2[0] == (1, 0)48    assert subclass2.is_down(gamecube.A) == 149    assert subclass2.is_down(gamecube.B) == 050    assert subclass2.A.is_down == 151    assert subclass2.A2.is_down == 152    assert subclass2.A3.is_down == 153    with pytest.raises(AttributeError):54        assert subclass.B2.is_down == 155    assert subclass2.B.is_down == 056    subclass3 = Subclass3(controller_id=0)57    subclass3.read_new_inputs()58    assert subclass3[0] == (1, 0)59    assert subclass3.is_down(gamecube.A) == 160    assert subclass3.is_down(gamecube.B) == 061    assert subclass3.A.is_down == 162    with pytest.raises(AttributeError):63        assert subclass3.A2.is_down == 164    with pytest.raises(AttributeError):65        assert subclass3.A3.is_down == 166    assert subclass3.B.is_down == 067    assert subclass3.B2.is_down == 068@pytest.mark.parametrize(69    "input, expected_rising_edges, expected_falling_edges",70    [71        ([], 0, 0),  # no buffered values shouldn't crash things72        ([0, 0, 0], 0, 0),  # some values but less than the buffer73        ([0, 0, 1], 1, 0),74        ([1, 0, 0], 0, 1),...

test_modifierbuttons.py

Source:test_modifierbuttons.py

...4    btns = ModifierButtons()5    assert btns == ModifierButtons(btns)6    assert btns != ModifierButtons()7    assert btns.matches(ModifierButtons())8    assert not btns.is_down("alt")9    assert not btns.is_any_down()10    assert not btns.has_button("alt")11    assert btns.get_prefix() == ""12    assert btns.get_num_buttons() == 013    assert len(btns.buttons) == 014def test_modifierbuttons_cow():15    # Tests the copy-on-write mechanism of the button list.16    btns1 = ModifierButtons()17    btns1.add_button("space")18    # Modifying original should not affect copy19    btns2 = ModifierButtons(btns1)20    assert tuple(btns2.buttons) == tuple(btns1.buttons)21    btns1.add_button("enter")22    assert tuple(btns1.buttons) == ("space", "enter")23    assert tuple(btns2.buttons) == ("space",)24    # Modifying copy should not affect original25    btns3 = ModifierButtons(btns2)26    assert tuple(btns3.buttons) == tuple(btns2.buttons)27    btns3.add_button("escape")28    assert tuple(btns2.buttons) == ("space",)29    assert tuple(btns3.buttons) == ("space", "escape")30def test_modifierbuttons_assign():31    # Tests assignment operator.32    btns1 = ModifierButtons()33    btns1.add_button("space")34    btns2 = ModifierButtons()35    btns2.assign(btns1)36    assert btns1 == btns237    assert tuple(btns1.buttons) == tuple(btns2.buttons)38def test_modifierbuttons_state():39    btns = ModifierButtons()40    btns.add_button("alt")41    btns.add_button("shift")42    btns.add_button("control")43    assert not btns.is_any_down()44    # Not tracked45    btns.button_down("enter")46    assert not btns.is_any_down()47    # Tracked48    btns.button_down("shift")49    assert btns.is_any_down()50    assert not btns.is_down(0)51    assert btns.is_down(1)52    assert not btns.is_down(2)53    btns.button_up("shift")54    assert not btns.is_any_down()55    assert not btns.is_down(0)56    assert not btns.is_down(1)57    assert not btns.is_down(2)58    btns.button_down("alt")59    btns.button_down("shift")60    assert btns.is_any_down()61    assert btns.is_down(0)62    assert btns.is_down(1)63    assert not btns.is_down(2)64    btns.all_buttons_up()65    assert not btns.is_any_down()66    assert not btns.is_down(0)67    assert not btns.is_down(1)...

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