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How to use handle_something method in Playwright Python

Best Python code snippet using playwright-python

utilities.py

Source:utilities.py

1import functools2import pygame3from baopig.pybao.issomething import is_point4from baopig.pybao.objectutilities import PackedFunctions, PrefilledFunction, TypedDict, WeakTypedSet, Object5from baopig._debug import debug_with_assert6from baopig.ressources import *7from baopig.communicative import ApplicationExit8from baopig.io import LOGGER, mouse, keyboard9"""10    NOTE : handle functionnement11           In order to execute a function at handle_something, write :12                handle_something.add(function)13                14"""15import threading16paint_lock = threading.RLock()17# TODO : deproteger les attributs handle_something18class Size(tuple):19    def __init__(self, size):20        assert len(self) is 2, f"Wrong length : {self} (a size only have 2 elements)"21        for coord in self:22            assert isinstance(coord, (int, float)), f"Wrong value in size : {coord} (must be a number)"23            assert coord >= 0, f"Wrong value in size : {coord} (must be positive)"24class Color(pygame.Color):25    """26    Very close to pygame.Color :27    Color(tuple) -> Color28    Color(name) -> Color29    Color(r, g, b, a) -> Color30    Color(rgbvalue) -> Color31    pygame object for color representations32    """33    def __init__(self, *args, transparency=None, **kwargs):34        if transparency is None:35            try:36                pygame.Color.__init__(self, *args, **kwargs)37            except ValueError:38                pygame.Color.__init__(self, *args[0])39        else:40            try:41                color = pygame.Color(*args, **kwargs)42            except ValueError:43                color = pygame.Color(*args[0])44            pygame.Color.__init__(self, color.r, color.g, color.b, transparency)45    def set_hsv(self, val):46        if val[1] > 100:47            val = val[0], 100, val[2]48        try:49            self.hsva = val + (100,)50        except ValueError as e:51            raise ValueError(str(e) + f" : {val}")52    hsv = property(lambda self: self.hsva[:-1], set_hsv)53    def set_hsl(self, val):54        if val[1] > 100:55            val = val[0], 100, val[2]56        try:57            self.hsla = val + (100,)58        except ValueError as e:59            raise ValueError(str(e) + f" : {val}")60    hsl = property(lambda self: self.hsla[:-1], set_hsl)61    def set_hue(self, h):62        self.hsv = (h,) + self.hsv[1:]63    h = property(lambda self: self.hsva[0], set_hue)64    def get_saturation(self):65        s = self.hsva[1]66        if s > 100:  # sometime 100.0000000000000167            s = 10068        return s69    def set_saturation(self, s):70        self.hsv = self.h, s, self.v71    s = property(get_saturation, set_saturation)72    def set_value(self, v):73        self.hsv = self.hsva[:2] + (v,)74    v = property(lambda self: self.hsva[2], set_value)75    def set_lightness(self, l):76        self.hsl = self.hsla[:2] + (l,)77    l = property(lambda self: self.hsla[2], set_lightness)78    def copy(self):79        return self.__class__(self)80    def has_transparency(self):81        return self.a < 25582class MarginType:83    def __init__(self, margin):84        if margin is None:85            margin = 0, 0, 0, 086        elif isinstance(margin, int):87            margin = tuple([margin] * 4)88        elif isinstance(margin, MarginType):89            margin = margin.left, margin.top, margin.right, margin.bottom90        else:91            l = len(margin)92            if l is 2:93                margin = tuple(margin) + tuple(margin)94            elif l is 3:95                margin = tuple(margin) + tuple([margin[1]])96            else:97                assert l is 4, f"Wrong value for margin type : {margin}"98        self.left = margin[0]99        self.top = margin[1]100        self.right = margin[2]101        self.bottom = margin[3]102    def __repr__(self):103        return f"MarginType(left={self.left}, top={self.top}, right={self.right}, bottom={self.bottom})"104    is_null = property(lambda self: self.left == self.top == self.right == self.bottom == 0)105def decorator_enable(widget, enable):106    functools.wraps(enable)107    def wrapped_func(*args, **kwargs):108        if widget.is_enabled: return109        widget._is_enabled = True110        res = enable(*args, **kwargs)111        widget.signal.ENABLE.emit()112        return res113    return wrapped_func114def decorator_disable(widget, disable):115    functools.wraps(disable)116    def wrapped_func(*args, **kwargs):117        if widget.is_enabled is False: return118        widget._is_enabled = False119        res = disable(*args, **kwargs)120        widget.signal.DISABLE.emit()121        return res122    return wrapped_func123class Enablable:124    def __init__(self):125        self.enable = decorator_enable(self, self.enable)126        self.disable = decorator_disable(self, self.disable)127        self._is_enabled = True128        self.create_signal("ENABLE")129        self.create_signal("DISABLE")130    is_enabled = property(lambda self: self._is_enabled)131    def enable(self):132        """Stuff to do when enable is called (decorated method)"""133    @staticmethod134    def enabled_from(enables_list):135        return tuple(Enablable.ienabled_from(enables_list))136    def disable(self):137        """Stuff to do when disable is called (decorated method)"""138    @staticmethod139    def ienabled_from(enables_list):140        for enablable in enables_list:141            if enablable.is_enabled:142                yield enablable143def decorator_validate(widget, validate):144    functools.wraps(validate)145    def wrapped_func(*args, **kwargs):146        if widget._catch_errors:147            res = None148            try:149                res = validate(*args, **kwargs)150            except Exception as e:151                if isinstance(e, ApplicationExit):152                    raise e153                LOGGER.warning("Error while executing {} validation: {}".format(widget, e))154        else:155            res = validate(*args, **kwargs)156        widget.signal.VALIDATE.emit(res)157        return res158    return wrapped_func159class Validable:160    def __init__(self, catching_errors=False):161        self.validate = decorator_validate(self, self.validate)162        self._catch_errors = catching_errors163        self.create_signal("VALIDATE")164        if isinstance(self, Focusable):165            self.connect("_check_validate", self.signal.KEYDOWN)166    catching_erros = property(lambda self: self._catch_errors)167    def _check_validate(self, key):168        """Checks if the keydown asks for validation"""169        if key is keyboard.RETURN:170            # Enter or validation key171            self.validate()172    def validate(self):173        """Stuff to do when validate is called (decorated method)"""174class Focusable(Enablable):175    """176    A Focusable is a Widget who listen to keyboard input, when it has the focus. Only one177    widget can be focused in the same time. When a new clic occurs and it doesn't collide178    this widget, it is defocused. If disabled, it cannot be focused.179    It has no 'focus' method since it is the application who decide who is focused or not.180    However, it can defocus itself or send a request for focusing the next focusable in the181    container parent182    When the mouse click on a Text inside a Button inside a focusable Zone inside a Scene,183    then the only the youngest Focusable is focused184    Here, it is the Button -> display.focused_comp = Button185    """186    def __init__(self):187        Enablable.__init__(self)188        self._is_focused = False189        self.create_signal("FOCUS")190        self.create_signal("DEFOCUS")191        self.create_signal("KEYDOWN")192        self.create_signal("KEYUP")193        self.connect("defocus", self.signal.DISABLE)194        self.connect("handle_focus", self.signal.FOCUS)195        self.connect("handle_defocus", self.signal.DEFOCUS)196        self.connect("handle_keydown", self.signal.KEYDOWN)197        self.connect("handle_keyup", self.signal.KEYUP)198    is_focused = property(lambda self: self._is_focused)199    def defocus(self):200        """Send a request for defousing this widget"""201        if not self.is_focused:202            return203        self.scene._focus(None)204    def focus_antecedant(self):205        """206        Give the focus to the previous focusable (ranked by position) is self.parent207        """208        all_focs = self.parent.children.focusables209        all_focs.sort()210        all_focs = Enablable.enabled_from(self.ivisibles_from(all_focs))211        for foc in all_focs:212            assert foc.is_visible and foc.is_enabled213        if len(all_focs) > 1:214            self.scene._focus(all_focs[(all_focs.index(self) -1) % len(all_focs)])215    def focus_next(self):216        """217        Give the focus to the next focusable (ranked by position) is self.parent218        """219        all_focs = self.parent.children.focusables220        all_focs.sort()221        all_focs = Enablable.enabled_from(self.ivisibles_from(all_focs))222        for foc in all_focs:223            assert foc.is_visible and foc.is_enabled224        if len(all_focs) > 1:225            self.scene._focus(226                all_focs[(all_focs.index(self) + (1 if keyboard.mod.maj == 0 else -1))227                         % len(all_focs)])228    def handle_defocus(self):229        """Stuff to do when the widget loose the focus"""230    def handle_focus(self):231        """Stuff to do when the widget receive the focus"""232    def handle_keydown(self, key):233        """Stuff to do when a key is pressed"""234        # Default code :235        # Checks if the keydown asks for swap focus236        # TODO : should we say that the TAB has to focus the next (other method connected to KEYDOWN) or let an override ?237        if key == keyboard.TAB:238            self.focus_next()239    def handle_keyup(self, key):240        """Stuff to do when a key is released"""241class Linkable(Focusable):242    """243    Abstract class for components who need to capture mouse clicks244    A Linkable is linked when a mouse LEFT BUTTON DOWN collide with it,245    and unlinked when the LEFT BUTTON UP occurs246    It has no 'link' or 'link_motion' method since it is the mouse who manages links.247    However, it can unlink itself248    WARNING : If a Linkable parent contains a Linkable child, and the LEFT BUTTON249              DOWN has occured on the child, then only the child will be linked250    NOTE : when a component is linked, you can access it via mouse.linked_comp251    """252    def __init__(self):253        Focusable.__init__(self)254        self.is_linked = False255        self.create_signal("LINK")256        self.create_signal("LINK_MOTION")257        self.create_signal("UNLINK")258        self.connect("handle_link", self.signal.LINK)259        self.connect("handle_link_motion", self.signal.LINK_MOTION)260        self.connect("handle_unlink", self.signal.UNLINK)261    def handle_link(self):262        """Stuff to do when the widget gets linked"""263    def handle_link_motion(self, link_motion_event):264        """Stuff to do when the widget'link has changed"""265    def handle_unlink(self):266        """Stuff to do when the widget's link is over"""267    def unlink(self):268        """Send a request for unlinking this widget"""269        if self is not mouse.linked_comp:270            raise PermissionError(f"{self} is not linked")271        mouse._unlink()272class Clickable(Linkable, Validable):273    """274    Abstract class for components who need to handle when they are clicked275    A component is clicked when the link is released while the mouse is still276    hovering it (for more explanations about links, see Linkable)277    WARNING : If a Clickable parent contains a Clickable child, and the click278    has occured on the child, then only the child will handle the click279    """280    def __init__(self, catching_errors=False):281        Linkable.__init__(self)282        Validable.__init__(self, catching_errors=catching_errors)283        def unlink():284            if self.collidemouse(): self.validate()285        self.signal.UNLINK.connect(unlink)286class Closable:287    """288    A Closable is a widget whose 'close' function is called when its scene is closed289    """290    def close(self):291        """Stuff to do when the widget'scene is closed"""292class Dragable(Linkable):293    """294    Abstract class for components who want to be moved by mouse295    NOTE : a link_motion pointing a dragable's child will drag the parent if the child is not Linkable296    """297    # TODO : solve : a component can be set dragable two times, wich create an overdrag298    def __init__(self):299        Linkable.__init__(self)300        def drag(drag_event):301            self.move(*drag_event.rel)302        self.signal.LINK_MOTION.connect(drag)303    @staticmethod304    def set_dragable(widget):305        if not hasattr(widget, "is_linked"):306            Linkable.__init__(widget)307            widget.is_linked = False308        # widget.handle_link.add(lambda: setattr(widget, "is_linked", True))309        # widget.handle_unlink.add(lambda: setattr(widget, "is_linked", False))310        def drag(drag_event):311            widget.move(*drag_event.rel)312        widget.signal.LINK_MOTION.connect(drag)313class Openable:314    """315    An Openable is a widget whose 'open' function is called when its scene gets open316    """317    # TODO : rework318    def open(self):...

textToimg.py

Source:textToimg.py

...97   # messages.append(buttons_template_message)98    line_bot_api.reply_message(event.reply_token, messages)99        100@handler.add(MessageEvent, message=TextMessage)101def handle_something(event):102    103    recrive_text=event.message.text104    FlexMessage_index = json.load(open('index.json','r',encoding='utf-8'))105    buttons_template_message = TemplateSendMessage(106            alt_text='Buttons template',107            template=ButtonsTemplate(108                thumbnail_image_url='https://img.technews.tw/wp-content/uploads/2020/12/08132944/female-tourists-travel-map-624x378.jpg',109                title='æéå©æ',110                text='è«é¸ææ¨éè¦çæå',111                actions=[112                    MessageAction(113                        label='æåè¾¨èèç¿»è¯',114                        text='æåè¾¨èèç¿»è¯'115                    ),...

dtest.py

Source:dtest.py

...35        handler = self.handlers.get(message_name, None)36        return handler37class DTest(object):38    msg_handlers = HandlerCollection()39    def handle_something(self, key):40        method = self.msg_handlers.handler_for(key)41        if method is None:42            print "error: unknown key", key43        else:44            print "calling method", method.__name__45            method(self, "123456789")46    @msg_handlers.handler("dupa")47    def dupa_handler(self, arg):48        print self49        print "I am a dupa handler", arg50    @msg_handlers.handler("ble")51    def another_handler(self, arg):52        print self53        print "tralala", arg54    @msg_handlers.default_handler()55    def default_handler(self, arg):56        print "default handler --------"57class D(DTest):58    msg_handlers = super.msg_handlers.new_from(DTest.msg_handlers)59    @msg_handlers.handler("ble")60    def assasd(self, arg):61        """changed"""62        print "changed"63    @msg_handlers.handler("dupa")64    def dupa_handler(self, arg):65        """Subclassed"""66        print "subcl"67class A(DTest):68    msg_handlers = HandlerCollection.new_from(DTest.msg_handlers)69    @DTest.msg_handlers.handler("ble")70    def assd(self, arg):71        """AAA changed"""72        print "----"73    @DTest.msg_handlers.handler("dupa")74    def dupa_handler(self, arg):75        """AAAA Subclassed"""76        print "AAAA subcl"77print "subclass", D.msg_handlers78if __name__ == '__main__':79    dt = D()80    aa = A()81    dt.handle_something("dupa")82    dt.handle_something("ble")...

scripts.py

Source:scripts.py

...34        # èªå¨æ§è¡æµè½¬35        WfService.handle_ticket(ticket=ticket, transition=transition_obj, new_ticket_data=ticket.ticket_data, by_task=True)36        return ticket37    @classmethod38    def handle_something(cls, ticket:Ticket):39        """å¤çä¸äºå·¥ä½"""40        # ä»»å¡å¤çä»£ç åº41        # è°ç¨èªå¨æµè½¬42        ticket = cls.to_next(ticket=ticket, by_task=True, script_str= 'handle_something')...

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.