Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use get_forwards method in Airtest

Best Python code snippet using Airtest

Player.py

Source:Player.py

...46        self.eulers[1] = (self.eulers[1] + theta_increase) % 36047        self.eulers[0] = min(max(self.eulers[0] + phi_increase,-89),89)48        direction = (self.eulers[1]) % 36049        self.forward = Vector3(np.cos(np.radians(direction),dtype=np.float32),np.sin(np.radians(direction),dtype=np.float32),0)50    def get_forwards(self):51        #return np.array([self.forward.x,self.forward.y,self.forward.z])52        return np.array(53            [54                #x = cos(theta) * cos(phi)55                np.cos(56                    np.radians(57                        self.eulers[1]58                    ),dtype=np.float3259                ) * np.cos(60                    np.radians(61                        self.eulers[0]62                    ),dtype=np.float3263                ),64                #y = sin(theta) * cos(phi)65                np.sin(66                    np.radians(67                        self.eulers[1]68                    ),dtype=np.float3269                ) * np.cos(70                    np.radians(71                        self.eulers[0]72                    ),dtype=np.float3273                ),74                #x = sin(phi)75                np.sin(76                    np.radians(77                        self.eulers[0]78                    ),dtype=np.float3279                )80            ], dtype = np.float3281        )82    83    def get_up(self):84        forwards = self.get_forwards()85        right = np.cross(86            a = forwards,87            b = self.global_up88        )89        return np.cross(90            a = right,91            b = forwards,92        )93    def updateToArray(self):94        self.position = np.array(self.position,dtype=np.float32)95# here lies the backup if the above vector3 start slowing down96        97# class Player:98#     def __init__(self, position, eulers):99#         self.position = np.array(position,dtype=np.float32)100#         self.eulers = np.array(eulers,dtype=np.float32)101#         self.moveSpeed = 1102#         self.global_up = np.array([0, 0, 1], dtype=np.float32)103    104#     def setProperties(self, position, eulers):105#         self.position = np.array(position,dtype=np.float32)106#         self.eulers = np.array(eulers,dtype=np.float32)107#         self.moveSpeed = 1108#         self.global_up = np.array([0, 0, 1], dtype=np.float32)109#     def rotate(self, vector, angle):110#         pass111#     def move(self, direction, amount):112#         walkDirection = (direction + self.eulers[1]) % 360113#         self.position[0] += amount * self.moveSpeed * np.cos(np.radians(walkDirection),dtype=np.float32)114#         self.position[1] += amount * self.moveSpeed * np.sin(np.radians(walkDirection),dtype=np.float32)115#     def increment_direction(self, theta_increase, phi_increase):116#         self.eulers[1] = (self.eulers[1] + theta_increase) % 360117#         self.eulers[0] = min(max(self.eulers[0] + phi_increase,-89),89)118#     def pull_down(self,amount):119#         if(self.position[2] > -0.52):120#             print(self.position)121#             self.position[2] -= amount*1122    123#     def pull_up(self,amount):124#         if(self.position[2] < 13):125#             print(self.position)126#             self.position[2] += amount*1127    128#     def get_forwards(self):129#         return np.array(130#             [131#                 #x = cos(theta) * cos(phi)132#                 np.cos(133#                     np.radians(134#                         self.eulers[1]135#                     ),dtype=np.float32136#                 ) * np.cos(137#                     np.radians(138#                         self.eulers[0]139#                     ),dtype=np.float32140#                 ),141#                 #y = sin(theta) * cos(phi)142#                 np.sin(143#                     np.radians(144#                         self.eulers[1]145#                     ),dtype=np.float32146#                 ) * np.cos(147#                     np.radians(148#                         self.eulers[0]149#                     ),dtype=np.float32150#                 ),151#                 #x = sin(phi)152#                 np.sin(153#                     np.radians(154#                         self.eulers[0]155#                     ),dtype=np.float32156#                 )157#             ], dtype = np.float32158#         )159    160#     def get_up(self):161#         forwards = self.get_forwards()162#         right = np.cross(163#             a = forwards,164#             b = self.global_up165#         )166#         return np.cross(167#             a = right,168#             b = forwards,...

about_skip_list.py

Source:about_skip_list.py

...14    def get_data(self):15        return self._data16    def set_forwards(self, forwards):17        self._forwards = forwards18    def get_forwards(self):19        return self._forwards20class SkipList:21    _max_level = 622    def __init__(self):23        self._level_count = 124        self._head = Node()25        self._head._forwards = [None] * type(self)._max_level26    def find(self, value: int) -> Optional[None]:27        p = self._head28        # ä»æå¤å±çæéå¼å§éå29        for i in range(self._level_count - 1, -1, -1):30            while p.get_forwards()[i] and p.get_forwards()[i].get_data() < value:31                p = p.get_forwards()[i]32        # å¤æç¬¬ä¸å±ï¼å®éä¸å°±æ¯å¤æpçä¸ä¸ä¸ªèç¹33        return p.get_forwards()[0] if p.get_forwards()[0] and p.get_forwards()[0].get_data() == value else None34    def insert(self, value: int):35        level = self._random_level()36        new_node = Node(value)37        new_node.set_forwards([None] * level)38        update = [None] * level39        p = self._head40        for i in range(level - 1, -1, -1):41            while p.get_forwards()[i] and p.get_forwards()[i].get_data() < value:42                p = p.get_forwards()[i]43            update[i] = p44        # äº¤æ¢æ¯ä¸å±æéçæå45        for i in range(level):46            new_node.get_forwards()[i] = update[i].get_forwards()[i]47            update[i].get_forwards()[i] = new_node48        if level > self._level_count:49            self._level_count = level50    def delete(self, value: int):51        update = [None] * self._level_count52        p = self._head53        for i in range(self._level_count - 1, -1, -1):54            while p.get_forwards()[i] and p.get_forwards()[i].get_data() < value:55                p = p.get_forwards()[i]56            update[i] = p57        # ç¡®å®æ¾å°valueåï¼äº¤æ¢æ¯ä¸å±æéçæå58        if p.get_forwards()[0] and p.get_forwards()[0].get_data() == value:59            for i in range(self._level_count - 1, -1, -1):60                if update[i].get_forwards()[i] and update[i].get_forwards()[i].get_data() == value:61                    update[i].get_forwards()[i] = update[i].get_forwards()[i].get_forwards()[i]62    def _random_level(self, p: float = 0.5) -> int:63        """64        è·åèç¹æéå±çº§ï¼çè®ºæ¥è®²ï¼ä¸çº§ç´¢å¼ä¸åç´ ä¸ªæ°åºè¯¥å åå§æ°æ®ç 50%ï¼äºçº§ç´¢å¼ä¸åç´ ä¸ªæ°å  25%ï¼ä¸çº§ç´¢å¼12.5% ï¼ä¸ç´å°æé¡¶å±ã65        å ä¸ºè¿éæ¯ä¸å±çæåæ¦çæ¯ 50%ãå¯¹äºæ¯ä¸ä¸ªæ°æå¥çèç¹ï¼é½éè¦è°ç¨ randomLevel çæä¸ä¸ªåççå±æ°ã66        è¯¥ randomLevel æ¹æ³ä¼éæºçæ 1~MAX_LEVEL ä¹é´çæ°ï¼ä¸ ï¼67            50%çæ¦çè¿å 168            25%çæ¦çè¿å 269            12.5%çæ¦çè¿å 3 ...70        :param p:71        :return:72        """73        level = 174        while random.random() < p and level < type(self)._max_level:75            level += 176        return level77    def pprint(self):78        for i in range(self._level_count):79            datas = []80            node = self._head81            while node.get_forwards()[i]:82                datas.append(str(node.get_forwards()[i].get_data()))83                node = node.get_forwards()[i]84            print("pointer path" + str(i) + ": *head -> " + " -> ".join(datas))85if __name__ == '__main__':86    sk = SkipList()87    for v in range(-30, 200, 3):88        sk.insert(v)89    sk.pprint()90    node = sk.find(189)91    print("find num {}".format(node.get_data()) if node else "not found 189")92    sk.delete(189)93    node = sk.find(189)...

BaseCommunicateVK.py

Source:BaseCommunicateVK.py

...48                attach_string = "{}{}_{}".format(attach_type, attach_owner_id, attach_id)49            attach_strings.append(attach_string)50        return ",".join(attach_strings)51    @staticmethod52    def get_forwards(attachments, last_message):53        if not attachments or "fwd_count" not in attachments:54            return ""55        if len(last_message["fwd_messages"]) == int(attachments["fwd_count"]):56            return last_message["id"]57    def send(self, user_id, message, attachments=None, destroy=False, destroy_type=0, **kwargs):58        send_to = int(user_id)59        if "last_message" in kwargs:60            last_message = kwargs["last_message"]61        else:62            last_message = None63        p_attachments = self.get_attachments(last_message)64        p_forward = self.get_forwards(attachments, last_message)65        if message or p_attachments or p_forward:66            self.api.messages.send(67                user_id=send_to, message=message,68                attachment=p_attachments,69                forward_messages=p_forward)70        if destroy:71            accept_msg_id = self.api.messages \72                .getHistory(peer_id=user_id, count=1) \73                .get('items')[0].get('id')74            self.delete(accept_msg_id, destroy_type=destroy_type)75    def delete(self, msg_id, destroy_type=1):...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.