How to use wait_for_response method in Playwright Python

Best Python code snippet using playwright-python

device.py

Source:device.py

1from __future__ import print_function2import threading3import logging4from collections import defaultdict5from binascii import hexlify6from uuid import UUID7from . import exceptions8try:9    string_type = basestring10except NameError:11    string_type = str12log = logging.getLogger(__name__)13class BLEDevice(object):14    """15    An BLE device connection instance, returned by one of the BLEBackend16    implementations. This class is not meant to be instantiated directly - use17    BLEBackend.connect() to create one.18    """19    def __init__(self, address):20        """21        Initialize.22        address -- the BLE address (aka MAC address) of the device as a string.23        """24        self._address = address25        self._characteristics = {}26        self._callbacks = defaultdict(set)27        self._subscribed_handlers = {}28        self._subscribed_uuids = {}29        self._lock = threading.Lock()30    def bond(self, permanent=False):31        """32        Create a new bond or use an existing bond with the device and make the33        current connection bonded and encrypted.34        """35        raise NotImplementedError()36    def get_rssi(self):37        """38        Get the receiver signal strength indicator (RSSI) value from the BLE39        device.40        Returns the RSSI value in dBm on success.41        Returns None on failure.42        """43        raise NotImplementedError()44    def char_read(self, uuid):45        """46        Reads a Characteristic by UUID.47        uuid -- UUID of Characteristic to read as a string.48        Returns a bytearray containing the characteristic value on success.49        Example:50            my_ble_device.char_read('a1e8f5b1-696b-4e4c-87c6-69dfe0b0093b')51        """52        raise NotImplementedError()53    def char_read_handle(self, uuid):54        """55        Reads a Characteristic by handle.56        handle -- handle of Characteristic to read.57        Returns a bytearray containing the characteristic value on success.58        Example:59            my_ble_device.char_read_handle(5)60        """61        raise NotImplementedError()62    def char_read_long(self, uuid):63        """64        Reads a Characteristic by UUID.65        uuid -- UUID of Characteristic to read as a string.66        Returns a bytearray containing the characteristic value on success.67        Example:68            my_ble_device.char_read('a1e8f5b1-696b-4e4c-87c6-69dfe0b0093b')69        """70        raise NotImplementedError()71    def char_read_long_handle(self, handle):72        """73        Reads a Characteristic longer than one read by handle.74        handle -- handle of Characteristic to read.75        Returns a bytearray containing the characteristic value on success.76        Example:77            my_ble_device.char_read_long_handle(5)78        """79        raise NotImplementedError()80    def char_write(self, uuid, value, wait_for_response=True):81        """82        Writes a value to a given characteristic UUID.83        uuid -- the UUID of the characteristic to write to.84        value -- a bytearray to write to the characteristic.85        wait_for_response -- wait for response after writing. A GATT "command"86            is used when not waiting for a response. The remote host will not87            acknowledge the write.88        Example:89            my_ble_device.char_write('a1e8f5b1-696b-4e4c-87c6-69dfe0b0093b',90                                     bytearray([0x00, 0xFF]))91        """92        return self.char_write_handle(self.get_handle(uuid), value,93                                      wait_for_response=wait_for_response)94    def char_write_handle(self, handle, value, wait_for_response=True):95        """96        Writes a value to a given characteristic handle. This can be used to97        write to the characteristic config handle for a primary characteristic.98        handle -- the handle to write to.99        value -- a bytearray to write to the characteristic.100        wait_for_response -- wait for response after writing.101        Example:102            my_ble_device.char_write_handle(42, bytearray([0x00, 0xFF]))103        """104        raise NotImplementedError()105    def char_write_long(self, uuid, value, wait_for_response=False):106        """107        Writes a value to a given characteristic UUID.108        uuid -- the UUID of the characteristic to write to.109        value -- a bytearray to write to the characteristic.110        wait_for_response -- wait for response after writing.111        Example:112            my_ble_device.char_write('a1e8f5b1-696b-4e4c-87c6-69dfe0b0093b',113                                     bytearray([0x00, 0xFF]))114        """115        return self.char_write_long_handle(self.get_handle(uuid), value,116                                           wait_for_response=wait_for_response)117    def char_write_long_handle(self, handle, value, wait_for_response=False):118        """119        Writes a value to a given characteristic handle. This can be used to120        write to the characteristic config handle for a primary characteristic.121        handle -- the handle to write to.122        value -- a bytearray to write to the characteristic.123        wait_for_response -- wait for response after writing.124        Example:125            my_ble_device.char_write(42,126                                     bytearray([0x00, 0xFF]))127        """128        raise NotImplementedError()129    def disconnect(self):130        """131        Disconnect from the device. This instance of BLEDevice cannot be used132        after calling this method, you must call BLEBackend.connect() again to133        get a fresh connection.134        """135        raise NotImplementedError()136    def _notification_handles(self, uuid):137        # Expect notifications on the value handle...138        value_handle = self.get_handle(uuid)139        # but write to the characteristic config to enable notifications140        # TODO with the BGAPI backend we can be smarter and fetch the actual141        # characteristic config handle - we can also do that with gattool if we142        # use the 'desc' command, so we'll need to change the "get_handle" API143        # to be able to get the value or characteristic config handle.144        characteristic_config_handle = value_handle + 1145        return value_handle, characteristic_config_handle146    def subscribe(self, uuid, callback=None, indication=False,147                  wait_for_response=True):148        """149        Enable notifications or indications for a characteristic and register a150        callback function to be called whenever a new value arrives.151        uuid -- UUID as a string of the characteristic to subscribe.152        callback -- function to be called when a notification/indication is153                    received on this characteristic.154        indication -- use indications (where each notificaiton is ACKd). This is155                      more reliable, but slower.156        wait_for_response -- wait for response after subscription.157        """158        value_handle, characteristic_config_handle = (159            self._notification_handles(uuid)160        )161        properties = bytearray([162            0x2 if indication else 0x1,163            0x0164        ])165        with self._lock:166            if callback is not None:167                self._callbacks[value_handle].add(callback)168            if self._subscribed_handlers.get(value_handle, None) != properties:169                self.char_write_handle(170                    characteristic_config_handle,171                    properties,172                    wait_for_response=wait_for_response173                )174                log.info("Subscribed to uuid=%s", uuid)175                self._subscribed_handlers[value_handle] = properties176                self._subscribed_uuids[uuid] = indication177            else:178                log.debug("Already subscribed to uuid=%s", uuid)179    def unsubscribe(self, uuid, wait_for_response=True):180        """181        Disable notification for a characteristic and de-register the callback.182        """183        value_handle, characteristic_config_handle = (184            self._notification_handles(uuid)185        )186        properties = bytearray([0x0, 0x0])187        with self._lock:188            if uuid in self._subscribed_uuids:189                del(self._subscribed_uuids[uuid])190            if value_handle in self._callbacks:191                del(self._callbacks[value_handle])192            if value_handle in self._subscribed_handlers:193                del(self._subscribed_handlers[value_handle])194                self.char_write_handle(195                    characteristic_config_handle,196                    properties,197                    wait_for_response=wait_for_response198                )199                log.info("Unsubscribed from uuid=%s", uuid)200            else:201                log.debug("Already unsubscribed from uuid=%s", uuid)202    def subscribe_handle(self, handle, callback=None, indication=False,203                         wait_for_response=True):204        """205        Like subscribe() but using handle instead of uuid.206        handle -- handle as a integer of the characteristic to subscribe.207        """208        value_handle = handle209        characteristic_config_handle = value_handle + 1210        properties = bytearray([211            0x2 if indication else 0x1,212            0x0213        ])214        with self._lock:215            if callback is not None:216                self._callbacks[value_handle].add(callback)217            if self._subscribed_handlers.get(value_handle, None) != properties:218                self.char_write_handle(219                    characteristic_config_handle,220                    properties,221                    wait_for_response=wait_for_response222                )223                log.info("Subscribed to handle=0x%04x", value_handle)224                self._subscribed_handlers[value_handle] = properties225            else:226                log.debug("Already subscribed to handle=0x%04x", value_handle)227    def unsubscribe_handle(self, handle, wait_for_response=True):228        """229        Like unsubscribe() but using handle instead of uuid.230        handle -- handle as a integer of the characteristic to unsubscribe.231        """232        value_handle = handle233        characteristic_config_handle = value_handle + 1234        properties = bytearray([0x0, 0x0])235        with self._lock:236            if value_handle in self._callbacks:237                del(self._callbacks[value_handle])238            if value_handle in self._subscribed_handlers:239                del(self._subscribed_handlers[value_handle])240                self.char_write_handle(241                    characteristic_config_handle,242                    properties,243                    wait_for_response=wait_for_response244                )245                log.info("Unsubscribed from handle=0x%04x", value_handle)246            else:247                log.debug(248                    "Already unsubscribed from handle=0x%04x",249                    value_handle250                )251    def get_handle(self, char_uuid):252        """253        Look up and return the handle for an attribute by its UUID.254        :param char_uuid: The UUID of the characteristic.255        :type uuid: str256        :return: None if the UUID was not found.257        """258        if isinstance(char_uuid, string_type):259            char_uuid = UUID(char_uuid)260        log.debug("Looking up handle for characteristic %s", char_uuid)261        if char_uuid not in self._characteristics:262            self._characteristics = self.discover_characteristics()263        characteristic = self._characteristics.get(char_uuid)264        if characteristic is None:265            message = "No characteristic found matching %s" % char_uuid266            log.warn(message)267            raise exceptions.BLEError(message)268        # TODO support filtering by descriptor UUID, or maybe return the whole269        # Characteristic object270        log.debug("Found %s" % characteristic)271        return characteristic.handle272    def receive_notification(self, handle, value):273        """274        Receive a notification from the connected device and propagate the value275        to all registered callbacks.276        """277        log.info('Received notification on handle=0x%x, value=0x%s',278                 handle, hexlify(value))279        with self._lock:280            if handle in self._callbacks:281                for callback in self._callbacks[handle]:282                    callback(handle, value)283    def exchange_mtu(self, mtu):284        """285        ATT exchange Maximum Transmission Unit.286        :param mtu: New MTU-value287        :return: New MTU, as recognized by server.288        """289        raise NotImplementedError()290    def resubscribe_all(self):291        """292        Reenable all notifications and indications for uuids that were293        previously subscribed to.294        This has to be called after a connection loss and subsequent reconnect.295        """296        for uuid in self._subscribed_uuids:297            value_handle, characteristic_config_handle = (298                self._notification_handles(uuid)299            )300            properties = bytearray([301                0x2 if self._subscribed_uuids[uuid] else 0x1,302                0x0303            ])304            with self._lock:305                self.char_write_handle(306                    characteristic_config_handle,307                    properties,308                    wait_for_response=True309                )...

listener.py

Source:listener.py

...37        print("show_messages   : View the messages received so far")38        print("show_route      : Display the routing table for the AODV node")39   40    # Wait for the response from protocol handler thread41    def wait_for_response(self):42        (msg, _) = self.sock.recvfrom(10)43        status = msg.decode('utf-8')44    # Simulate a link-up event for this node45    def activate(self):46        message_type = "NODE_ACTIVATE"47        message = message_type + ":" + ""48        message_bytes = bytes(message, 'utf-8')49        self.send(message_bytes)50        self.wait_for_response()51    52    # Take the neighbor set for the current node from the user. This will be handled by the AODV library   53    def add_neighbors(self):54        message_type = "ADD_NEIGHBOR"55        message = message_type + ":" + ""56        message_bytes = bytes(message, 'utf-8')57        self.send(message_bytes)58        self.wait_for_response()59        60    # Simulate a link-down event for this node61    def deactivate(self):62        message_type = "NODE_DEACTIVATE"63        message = message_type + ":" + ""64        message_bytes = bytes(message, 'utf-8')65        self.send(message_bytes)66        self.wait_for_response()67    # Delete all the messages received so far68    def delete_messages(self):69        message_type = "DELETE_MESSAGES"70        message = message_type + ":" + ""71        message_bytes = bytes(message, 'utf-8')72        self.send(message_bytes)73        self.wait_for_response()74        75    # Send a message to a peer76    def send_message(self):77        78        # Get the message details from the user79        message = input("Enter the message to send: ")80        node = input("Enter the destination: ")81        82        message_type = "SEND_MESSAGE"83        message = message_type + ":" + self.node_id + ":" + node + ":" + message84        message_bytes = bytes(message, 'utf-8')85        self.send(message_bytes)86        self.wait_for_response()87        88    # Display the contents of the log file. Just invoke the library routine.89    def show_log(self):90        message_type = "VIEW_LOG"91        message = message_type + ":" + ""92        message_bytes = bytes(message, 'utf-8')93        self.send(message_bytes)94        self.wait_for_response()95        96    # Display the messages sent to this node by other nodes97    def show_messages(self):98        message_type = "VIEW_MESSAGES"99        message = message_type + ":" + ""100        message_bytes = bytes(message, 'utf-8')101        self.send(message_bytes)102        self.wait_for_response()103    # Display the routing table        104    def show_route(self):105        message_type = "SHOW_ROUTE"106        message = message_type + ":" + ""107        message_bytes = bytes(message, 'utf-8')108        self.send(message_bytes)109        self.wait_for_response()110    111    def command_stop(self):112        message_type = "COMMAND_STOP"113        message = message_type + ":" + ""114        message_bytes = bytes(message, 'utf-8')115        self.send(message_bytes)116        self.wait_for_response()117    # Default routine called when invalid command is issued. Do nothing.118    def default(self):119        if (len(self.command) == 0):120            pass121        else:122            print("Invalid Command")123    # Thread start routine124    def run(self):125        126        # Get the listener ports127        self.port = self.get_listener_port(self.node_id)128        self.aodv_listener_port = self.get_aodv_listener_port(self.node_id)129        130        # Setup socket to communicate with the AODV protocol handler thread...

clay_extruder_control.py

Source:clay_extruder_control.py

1# -*- coding: UTF-8 -*-2import socket3import struct4import time5from message_types import msg_types_dict6from message_types import MSG_RECEIVED, MSG_EXECUTED, MSG_STOP, MSG_INFO, MSG_DODATA, MSG_MOTORDATA, MSG_MOTORSTATE7__all__ = [8    "ExtruderClient"9]10class ExtruderClient():11    def __init__(self, host = "192.168.10.50", port = 50004):12        self.host = host13        self.port = port14        self.connected = False15        self.msg_rcv = bytearray([])16        self.info_msg = ""17        self.header_byteorder = ">lll"18    def clear(self):19        self.msg_rcv = bytearray([])20    def connect(self):21        if not self.connected:22            self.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)23            self.sock.connect((self.host, self.port))24            print("Connected to server {} on port {}".format(self.host, self.port))25            self.connected = True26    27    def close(self):28        self.sock.close()29        self.connected = False30    # Send commands31    def send_stop(self, wait_for_response=True):32        return self.__send(MSG_STOP, wait_for_response=wait_for_response)33    def send_set_do(self, pin=0, state=0, wait_for_response=True):34        msg = [pin, state]35        return self.__send(MSG_DODATA, 8, msg, wait_for_response)36    def send_motordata(self, motor_id, state, max_speed, speed, acceleration, wait_for_response=True):37        msg = [motor_id, state, max_speed, speed, acceleration]38        return self.__send(MSG_MOTORDATA, 20, msg, wait_for_response)39    40    def send_motorstate(self, motor_id, state, wait_for_response=True):41        msg = [motor_id, state]42        return self.__send(MSG_MOTORSTATE, 8, msg, wait_for_response)43    def send_get_arduino_info(self, wait_for_response=True):44        return self.__send(MSG_INFO, wait_for_response=wait_for_response)45    # Get commands46    def get_msg_stop(self, wait_for_response=True):47        return self.__get_msg(MSG_STOP, wait_for_response=wait_for_response)48    def get_msg_set_do(self, pin=0, state=0, wait_for_response=True):49        msg = [pin, state]50        return self.__get_msg(MSG_DODATA, 8, msg, wait_for_response)51    def get_msg_motordata(self, motor_id, state, max_speed, speed, acceleration, wait_for_response=True):52        msg = [motor_id, state, max_speed, speed, acceleration]53        return self.__get_msg(MSG_MOTORDATA, 20, msg, wait_for_response)54    55    def get_msg_motorstate(self, motor_id, state, wait_for_response=True):56        msg = [motor_id, state]57        return self.__get_msg(MSG_MOTORSTATE, 8, msg, wait_for_response)58    def get_msg_arduino_info(self, wait_for_response=True):59        return self.__get_msg(MSG_INFO, wait_for_response=wait_for_response)60    # Internal commands61    def __get_msg(self, msg_type, msg_len = 0, msg = None, wait_for_response = True, packed=False):62        msg_list = [msg_type, msg_len, int(wait_for_response)]63        if msg is not None:64            msg_list.extend(msg)65        if packed:66            packed_msg = struct.pack(self.header_byteorder + msg_types_dict[msg_type][1], *msg_list)67            return packed_msg68        else:69            return msg_list70    def __send(self, msg_type, msg_len = 0, msg = None, wait_for_response = True):71        self.sock.send(self.__get_msg(msg_type, msg_len, msg, wait_for_response, True))72        headers, msgs = [], []73        while wait_for_response:74            header, msg = self.__read()75            if header is not None:76                print("{} received from Arduino.".format(msg_types_dict[header[0]][0]))77                print("Message: {}".format(msg))78                headers.append(header)79                msgs.append(msg)80                wait_for_response = header[0] != MSG_EXECUTED81                print("Still waiting? -> ", wait_for_response)82            time.sleep(0.1)83        else:84            return(headers, msgs)85            86    def __read(self):87        try: 88            self.msg_rcv.extend(self.sock.recv(1))89            print(self.msg_rcv)90            hdr = struct.unpack_from(self.header_byteorder, self.msg_rcv)91            print(hdr)92        except:93            return None, None94        else:95            if hdr[1] > 0: 96                msg = struct.unpack_from(msg_types_dict[hdr[0]][2], self.sock.recv(hdr[1]))97            else:98                msg = ""99            print(msg)100            self.clear()101            return hdr, msg102if __name__ == "__main__":103    ec = ExtruderClient()104    ec.connect()105    time.sleep(0.5)106    print("Connection: ", ec.connected)107    #ec.send_get_arduino_info()108    pin = 32109    state = 1110    wait = False111    for i in range(5):112        ec.send_set_do(pin-2,1,wait)113        ec.send_set_do(pin,1,wait)114        ec.send_set_do(pin+2,1,wait)115        ec.send_set_do(pin-2,0,wait)116        ec.send_set_do(pin,0,wait)117        ec.send_set_do(pin+2,0,wait)118        time.sleep(1)119    # ec.send_set_do(30,1,wait)120    # time.sleep(0.5)121    # ec.send_motordata(0, 0, 1600, 800, 200, wait)122    # ec.send_motorstate(0, 1, wait)123    #executed = False124    # while not executed:125    #     raw_hdr = bytearray([])126    #     [raw_hdr.extend(ec.sock.recv(1)) for i in range(12)]127    #     #print(raw_hdr)128    #     hdr = struct.unpack(ec.header_byteorder, raw_hdr)129    #     #print(hdr)130    #     if hdr[0] == MSG_EXECUTED:131    #         executed = True132    #     elif hdr[0] == MSG_INFO:133    #         raw_msg = bytearray()134    #         raw_msg.extend(ec.sock.recv(hdr[1]))135    #         #[raw_msg.extend(ec.sock.recv(1)) for i in range(hdr[1])]136    #         msg = struct.unpack(msg_types_dict[MSG_INFO][2], raw_msg)137    #         for m in msg[:3]:138    #             clean_msg = m[:m.index(0)] 139    #             #print(clean_msg.decode())140    #     else:141    #         pass142    #     time.sleep(0.1)143    # time.sleep(5)144    # ec.send_motorstate(0, 0, wait)145    # time.sleep(0.5)146    # ec.send_set_do(30,0,wait)147    ec.close()...

trionesControl.py

Source:trionesControl.py

1import pygatt2import logging3import pygatt.exceptions 4MAIN_CHARACTERISTIC_UUID = "0000ffd9-0000-1000-8000-00805f9b34fb"5log = logging.getLogger(__name__)6def connect(MAC, reset_on_start=True):7    """8    Create and start a new backend adapter and connect it to a device.9    When connecting to multiple devices at the same time make sure to set reset_on_start10    to False after the first connection is made, otherwise all connections made before are11    invalidated.12    :param string MAC: MAC address of the device to connect to.13    :param bool reset_on_start: Perhaps due to a bug in gatttol or pygatt,14        but if the bluez backend isn't restarted, it can sometimes lock up15        the computer when trying to make a connection to HCI device.16    """17    try:18        adapter = pygatt.GATTToolBackend()19        adapter.start(reset_on_start=reset_on_start)20        device = adapter.connect(MAC)21    except pygatt.exceptions.NotConnectedError:22        raise pygatt.exceptions.NotConnectedError("Device nor connected!")23    log.info("Device connected")24    return device25def disconnect(device):26    try:27        device.disconnect()28    except pygatt.exceptions.NotConnectedError:29        raise pygatt.exceptions.NotConnectedError("Device nor connected!")30    log.info("Device disconnected")31def powerOn(device, wait_for_response=False):32    """33    :param bool wait_for_response: wait for response after writing. A GATT "command"34    is used when not waiting for a response. The remote host will not35    acknowledge the write.36    """37    try:38        device.char_write(MAIN_CHARACTERISTIC_UUID, b'\xcc\x23\x33', wait_for_response=wait_for_response)39    except pygatt.exceptions.NotConnectedError:40        raise pygatt.exceptions.NotConnectedError("Device nor connected!")41    log.info("Device powered on")42def powerOff(device, wait_for_response=False):43    """44    :param bool wait_for_response: wait for response after writing. A GATT "command"45    is used when not waiting for a response. The remote host will not46    acknowledge the write.47    """48    try:49        device.char_write(MAIN_CHARACTERISTIC_UUID, b'\xcc\x24\x33', wait_for_response=wait_for_response)50    except pygatt.exceptions.NotConnectedError:51        raise pygatt.exceptions.NotConnectedError("Device nor connected!")52    log.info("Device powered off")53def setRGB(r: int, g: int, b: int, device, wait_for_response=False):54    """55    :param bool wait_for_response: wait for response after writing. A GATT "command"56    is used when not waiting for a response. The remote host will not57    acknowledge the write.58    """59    # Values for color should be between 0 and 25560    if r > 255: r = 25561    if r < 0: r= 062    if g > 255: g = 255 63    if g < 0: g = 064    if b > 255: b = 25565    if b < 0: b = 066    payload = bytearray() 67    payload.append(0x56)68    payload.append(r)69    payload.append(g)70    payload.append(b)71    payload.append(0x00)72    payload.append(0xF0)73    payload.append(0xAA)74    try:75        device.char_write(MAIN_CHARACTERISTIC_UUID, payload, wait_for_response=wait_for_response)76    except pygatt.exceptions.NotConnectedError:77        raise pygatt.exceptions.NotConnectedError("Device nor connected!")78    log.info("RGB set -- R: %d, G: %d, B: %d", r, g, b)79def setWhite(intensity: int, device, wait_for_response=False):80    """81    :param bool wait_for_response: wait for response after writing. A GATT "command"82    is used when not waiting for a response. The remote host will not83    acknowledge the write.84    """85    # Intensity value shoud be between 0  and 25586    if (intensity > 255): intensity = 25587    if (intensity < 0): intensity = 088    payload = bytearray() 89    payload.append(0x56)90    payload.append(0x0)91    payload.append(0x0)92    payload.append(0x0)93    payload.append(intensity)94    payload.append(0x0F)95    payload.append(0xAA)96    try:97        device.char_write(MAIN_CHARACTERISTIC_UUID, payload, wait_for_response=wait_for_response)98    except pygatt.exceptions.NotConnectedError:99        raise pygatt.exceptions.NotConnectedError("Device nor connected!")100    log.info("White color set -- Intensity: %d", intensity)101def setBuiltIn(mode: int, speed: int, device, wait_for_response=False):102    """103    :param bool wait_for_response: wait for response after writing. A GATT "command"104    is used when not waiting for a response. The remote host will not105    acknowledge the write.106    """107    if mode<37 | mode > 56:108        raise pygatt.exceptions.BLEError("Invalid Mode")109    if speed<1: speed =1110    if speed > 255: speed = 255111    payload = bytearray() 112    payload.append(0xBB)113    payload.append(mode)114    payload.append(speed)115    payload.append(0x44)116    try:117        device.char_write(MAIN_CHARACTERISTIC_UUID, payload, wait_for_response=wait_for_response)118    except pygatt.exceptions.NotConnectedError:119        raise pygatt.exceptions.NotConnectedError("Device nor connected!")...

Playwright tutorial

LambdaTest’s Playwright tutorial will give you a broader idea about the Playwright automation framework, its unique features, and use cases with examples to exceed your understanding of Playwright testing. This tutorial will give A to Z guidance, from installing the Playwright framework to some best practices and advanced concepts.

Chapters:

What is Playwright : Playwright is comparatively new but has gained good popularity. Get to know some history of the Playwright with some interesting facts connected with it.
How To Install Playwright : Learn in detail about what basic configuration and dependencies are required for installing Playwright and run a test. Get a step-by-step direction for installing the Playwright automation framework.
Playwright Futuristic Features: Launched in 2020, Playwright gained huge popularity quickly because of some obliging features such as Playwright Test Generator and Inspector, Playwright Reporter, Playwright auto-waiting mechanism and etc. Read up on those features to master Playwright testing.
What is Component Testing: Component testing in Playwright is a unique feature that allows a tester to test a single component of a web application without integrating them with other elements. Learn how to perform Component testing on the Playwright automation framework.
Inputs And Buttons In Playwright: Every website has Input boxes and buttons; learn about testing inputs and buttons with different scenarios and examples.
Functions and Selectors in Playwright: Learn how to launch the Chromium browser with Playwright. Also, gain a better understanding of some important functions like “BrowserContext,” which allows you to run multiple browser sessions, and “newPage” which interacts with a page.
Handling Alerts and Dropdowns in Playwright : Playwright interact with different types of alerts and pop-ups, such as simple, confirmation, and prompt, and different types of dropdowns, such as single selector and multi-selector get your hands-on with handling alerts and dropdown in Playright testing.
Playwright vs Puppeteer: Get to know about the difference between two testing frameworks and how they are different than one another, which browsers they support, and what features they provide.
Run Playwright Tests on LambdaTest: Playwright testing with LambdaTest leverages test performance to the utmost. You can run multiple Playwright tests in Parallel with the LammbdaTest test cloud. Get a step-by-step guide to run your Playwright test on the LambdaTest platform.
Playwright Python Tutorial: Playwright automation framework support all major languages such as Python, JavaScript, TypeScript, .NET and etc. However, there are various advantages to Python end-to-end testing with Playwright because of its versatile utility. Get the hang of Playwright python testing with this chapter.
Playwright End To End Testing Tutorial: Get your hands on with Playwright end-to-end testing and learn to use some exciting features such as TraceViewer, Debugging, Networking, Component testing, Visual testing, and many more.
Playwright Video Tutorial: Watch the video tutorials on Playwright testing from experts and get a consecutive in-depth explanation of Playwright automation testing.