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How to use contains_only method in assertpy

Best Python code snippet using assertpy_python

adv23-2.py

Source:adv23-2.py

...36        fourth_depth += rooms[key][3] + "#"37    fourth_depth += "# "38    print(fourth_depth)39    print(" ########### \n")40def contains_only(occupant, rooms):41    for e in rooms[occupant]:42        if(e != occupant and e != "."):43            return False44    return True45def should_move_0(room, rooms):46    for i in range(0, 4):47        if(rooms[room][i] != room and rooms[room][i] != "."):48            return True49    return False50def can_move_into_room(hallway, room, occupant, hall_index):51    room_col = 2*(ord(occupant)-64)52    for e in room:53        if(e != occupant and e != "."):54            return None55    if(room_col < hall_index):56        for index in range(hall_index - 1, room_col - 1, -1):57            if(hallway[index] != "."):58                return None59    elif(room_col > hall_index):60        for index in range(hall_index + 1, room_col + 1, 1):61            if(hallway[index] != "."):62                return None63    if(room[0] == "." and room[1] == occupant):64        distance = abs(hall_index - room_col) + 165        return distance, 066    elif(room[0] == "." and room[1] == "." and room[2] == occupant):67        distance = abs(hall_index - room_col) + 268        return distance, 169    elif(room[0] == "." and room[1] == "." and room[2] == "." and room[3] == occupant):70        distance = abs(hall_index - room_col) + 371        return distance, 272    elif(room[0] == "." and room[1] == "." and room[2] == "." and room[3] == "."):73        distance = abs(hall_index - room_col) + 474        return distance, 375    else:76        return None77def is_done(state):78    rooms = state[0]79    hallway = state[1]80    for key in rooms:81        for element in rooms[key]:82            if(element != key or element == "."):83                return False84    for element in hallway:85        if(element != "."):86            return False87    return True88def get_cost(state):89    rooms = state[0]90    hallway = state[1]91    key = (tuple((k, tuple(v)) for k,v in rooms.items()), tuple(hallway))92    if(is_done(state)):93        DP[key] = 094        return 095    if(key in DP):96       return DP[key]97    else:98        for i in range(0, len(hallway)):99            if(hallway[i] != "."):100                occupant = hallway[i]101                occupant_col =  2*(ord(occupant)-64)102                result = can_move_into_room(hallway, rooms[occupant], occupant, i)103                if(result != None):104                    distance, depth = result105                    new_hallway = list(hallway)106                    updated_room = list(rooms[occupant])107                    new_rooms = deepcopy(rooms)108                    updated_room[depth] = occupant109                    new_hallway[i] = "."110                    new_rooms[occupant] = updated_room111                    answer = (MOVE_COSTS[occupant] * result[0]) + get_cost((new_rooms, new_hallway))112                    DP[key] = answer113                    return answer114        min_cost = int(1e9)115        for room in rooms:116            if(rooms[room][0] != "." and should_move_0(room, rooms) ):117                occupant = rooms[room][0]118                room_col = 2*(ord(room)-64)119                occupant_col = 2*(ord(occupant)-64)120                places_can_move_to = []121                for index in range(room_col, len(hallway)):122                    if(hallway[index] != "."):123                        break124                    elif(index == occupant_col):125                            if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant and contains_only(occupant, rooms)):126                                distance = 2 + abs(index - room_col)127                                places_can_move_to.append([-1, distance])128                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):129                                distance = 3 + abs(index - room_col)130                                places_can_move_to.append([-2, distance])131                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):132                                distance = 4 + abs(index - room_col)133                                places_can_move_to.append([-3, distance])134                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):135                                distance = 5 + abs(index - room_col)136                                places_can_move_to.append([-4, distance])137                if(len(places_can_move_to) >= 0):138                    for index in range(room_col, -1, -1):139                        if(hallway[index] != "."):140                            break141                        elif(index == occupant_col):142                            if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant  and contains_only(occupant, rooms)):143                                distance = 2 + abs(index - room_col)144                                places_can_move_to.append([-1, distance])145                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):146                                distance = 3 + abs(index - room_col)147                                places_can_move_to.append([-2, distance])148                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):149                                distance = 4 + abs(index - room_col)150                                places_can_move_to.append([-3, distance])151                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):152                                distance = 5 + abs(index - room_col)153                                places_can_move_to.append([-4, distance])154                places_can_move_to.sort()155                for p in places_can_move_to:156                    depth = -1*p[0] - 1157                    new_rooms = deepcopy(rooms)158                    new_hallway = list(hallway)159                    new_rooms[occupant][depth] = occupant160                    new_rooms[room][0] = "."161                    min_cost = min(min_cost, (MOVE_COSTS[occupant] * p[1]) + get_cost((new_rooms, new_hallway)))162                    DP[key] = min_cost163                    return min_cost164            elif(rooms[room][0] == "." and rooms[room][1] != "."  and rooms[room][1] != room):165                occupant = rooms[room][0]166                room_col = 2*(ord(room)-64)167                occupant_col = 2*(ord(occupant)-64)168                places_can_move_to = []169                for index in range(room_col, len(hallway)):170                    if(hallway[index] != "."):171                        break172                    elif(index == occupant_col):173                        if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant  and contains_only(occupant, rooms)):174                            distance = 2 + abs(index - room_col)175                            places_can_move_to.append([-1, distance])176                        elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):177                            distance = 3 + abs(index - room_col)178                            places_can_move_to.append([-2, distance])179                        elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):180                            distance = 4 + abs(index - room_col)181                            places_can_move_to.append([-3, distance])182                        elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):183                            distance = 5 + abs(index - room_col)184                            places_can_move_to.append([-4, distance])185                if(len(places_can_move_to) >= 0):186                    for index in range(room_col, -1, -1):187                        if(hallway[index] != "."):188                            break189                        elif(index == occupant_col):190                            if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant  and contains_only(occupant, rooms)):191                                distance = 2 + abs(index - room_col)192                                places_can_move_to.append([-1, distance])193                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):194                                distance = 3 + abs(index - room_col)195                                places_can_move_to.append([-2, distance])196                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):197                                distance = 4 + abs(index - room_col)198                                places_can_move_to.append([-3, distance])199                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):200                                distance = 5 + abs(index - room_col)201                                places_can_move_to.append([-4, distance])202                places_can_move_to.sort()203                for p in places_can_move_to:204                    depth = -1*p[0] - 1205                    new_rooms = deepcopy(rooms)206                    new_hallway = list(hallway)207                    new_rooms[occupant][depth] = occupant208                    new_rooms[room][1] = "."209                    min_cost = min(min_cost, (MOVE_COSTS[occupant] * p[1]) + get_cost((new_rooms, new_hallway)))210                    DP[key] = min_cost211                    return min_cost212            elif(rooms[room][0] == "." and rooms[room][1] == "." and rooms[room][2] != "."  and rooms[room][2] != room):213                occupant = rooms[room][0]214                room_col = 2*(ord(room)-64)215                occupant_col = 2*(ord(occupant)-64)216                places_can_move_to = []217                for index in range(room_col, len(hallway)):218                    if(hallway[index] != "."):219                        break220                    elif(index == occupant_col):221                            if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant  and contains_only(occupant, rooms)):222                                distance = 2 + abs(index - room_col)223                                places_can_move_to.append([-1, distance])224                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):225                                distance = 3 + abs(index - room_col)226                                places_can_move_to.append([-2, distance])227                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):228                                distance = 4 + abs(index - room_col)229                                places_can_move_to.append([-3, distance])230                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):231                                distance = 5 + abs(index - room_col)232                                places_can_move_to.append([-4, distance])233                if(len(places_can_move_to) >= 0):234                    for index in range(room_col, -1, -1):235                        if(hallway[index] != "."):236                            break237                        elif(index == occupant_col):238                            if(rooms[occupant][0] == "." and rooms[occupant][1] == occupant  and contains_only(occupant, rooms)):239                                distance = 2 + abs(index - room_col)240                                places_can_move_to.append([-1, distance])241                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == occupant  and contains_only(occupant, rooms)):242                                distance = 3 + abs(index - room_col)243                                places_can_move_to.append([-2, distance])244                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == occupant  and contains_only(occupant, rooms)):245                                distance = 4 + abs(index - room_col)246                                places_can_move_to.append([-3, distance])247                            elif(rooms[occupant][0] == "." and rooms[occupant][1] == "." and rooms[occupant][2] == "." and rooms[occupant][3] == "."  and contains_only(occupant, rooms)):248                                distance = 5 + abs(index - room_col)249                                places_can_move_to.append([-4, distance])250                places_can_move_to.sort()251                for p in places_can_move_to:252                    depth = -1*p[0] - 1253                    new_rooms = deepcopy(rooms)254                    new_hallway = list(hallway)255                    new_rooms[occupant][depth] = occupant256                    new_rooms[room][1] = "."257                    min_cost =  min(min_cost, (MOVE_COSTS[occupant] * p[1]) + get_cost((new_rooms, new_hallway)))258                    DP[key] = min_cost259                    return min_cost260        min_cost = int(1e9)261        for room in rooms:...

test_stream.py

Source:test_stream.py

...24    def setup(self):25        self.uut = Stream([0, 1, 2])26    def test_map(self):27        result = self.uut.map(mapper).as_tuple()28        assert_that(result).contains_only(1, 2, 3)29    def test_flat_map_generator(self):30        result = self.uut.flat_map(flat_generator).as_tuple()31        assert_that(result).contains_only(1, 2, 2)32    def test_flat_map_none(self):33        result = self.uut.flat_map(lambda x: None).as_tuple()34        assert_that(result).is_empty()35    def test_flat_map_list(self):36        result = self.uut.flat_map(flat_list).as_tuple()...

1. PPM.py

Source:1. PPM.py

1# 1.2def contains_only(nb, tab):3    for c in str(nb):4        if int(c) not in tab:5            return False6    return True7print(contains_only(1212, [1, 2]))8print(contains_only(4456, [4, 5]))9# 2.10def ppm(nb, tab):11    c = 112    while c < 10_000_000:13        if contains_only(c * nb, tab):14            return c * nb15        c += 116    return False17print(ppm(1998, [0, 9]))18# 3. Non, la fonction ne renverra pas toujours un rÃ©sultat. D'oÃ¹ l'importance d'arrÃªter la boucle aprÃ¨s un certain19# temps.20# 4.3333333330...

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