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How to use test_frame_name method in Playwright Python

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multibody_plant_subgraph_test_helpers.py

Source:multibody_plant_subgraph_test_helpers.py

1"""2Helpers for test code.3"""4from collections import defaultdict5import random6import numpy as np7from numpy.testing import assert_array_equal8from pydrake.geometry import Box, GeometryInstance, HalfSpace9from pydrake.math import RigidTransform10from pydrake.multibody.plant import CoulombFriction11from pydrake.multibody.tree import (12    BallRpyJoint,13    FixedOffsetFrame,14    PrismaticJoint,15    RevoluteJoint,16    SpatialInertia,17    UnitInertia,18    UniversalJoint,19    WeldJoint,20)21from pydrake.systems.primitives import ConstantVectorSource22from multibody_plant_prototypes.containers import strict_zip23from .. import multibody_extras as me24from .. import multibody_plant_subgraph as mut25JOINT_CLS_LIST = [26    PrismaticJoint,27    RevoluteJoint,28    BallRpyJoint,29    UniversalJoint,30    WeldJoint,31]32def build_with_no_control(builder, plant, model):33    """Connects a zero-torque input to a given model instance in a plant."""34    # TODO(eric.cousineau): Use `multibody_plant_prototypes.control` if the dependency can35    # be simplified.36    nu = plant.num_actuated_dofs(model)37    constant = builder.AddSystem(ConstantVectorSource(np.zeros(nu)))38    builder.Connect(39        constant.get_output_port(0),40        plant.get_actuation_input_port(model))41def compare_frame_poses(42        plant, context, sub_plant, sub_context,43        base_frame_name, test_frame_name, **kwargs):44    """Compares the poses of two frames."""45    X_BT_sub = sub_plant.CalcRelativeTransform(46        sub_context,47        sub_plant.GetFrameByName(base_frame_name),48        sub_plant.GetFrameByName(test_frame_name))49    X_BT = plant.CalcRelativeTransform(50        context,51        plant.GetFrameByName(base_frame_name, **kwargs),52        plant.GetFrameByName(test_frame_name, **kwargs))53    np.testing.assert_allclose(54        X_BT_sub.GetAsMatrix4(),55        X_BT.GetAsMatrix4(), rtol=0., atol=1e-10)56def add_arbitrary_multibody_stuff(57        plant, num_bodies=30, slight_difference=False):58    """59    Deterministic, physically valid, jumble of arbitrary stuff.60    The goal of this factory is to:61    - Produce a set of elements and cases that exercise each code path in62      `MultibodyPlantSubgraph.add_to` and `MultibodyPlantElementsMap`.63    - Ensure each element has somewhat "random" but unique properties for each64      element produced.65    - Allow for a slight difference to show that strict plant comparison can be66      falsified.67    """68    count = defaultdict(lambda: 0)69    def i_next(key=None):70        # Increments for a given key.71        count[key] += 172        return count[key]73    def maybe():74        # Returns True or False randomly.75        return random.choice([True, False])76    def random_model_instance():77        # Returns a "random" model instance (by incrementing).78        i = i_next()79        return plant.AddModelInstance(f"model_{i}")80    def random_position():81        # Returns a random position.82        return [0.2 * random.random(), 0, 0]83    def random_X():84        # Returns a random pose.85        return RigidTransform(random_position())86    def random_body():87        # Returns a random body, with an incrementing name.88        inertia = SpatialInertia(89            mass=random.uniform(0.2, 1.),90            p_PScm_E=random_position(),91            G_SP_E=UnitInertia(92                Ixx=random.uniform(0.2, 0.3),93                Iyy=random.uniform(0.2, 0.3),94                Izz=random.uniform(0.2, 0.3),95            ),96        )97        return plant.AddRigidBody(98            name=f"body_{i_next()}",99            M_BBo_B=inertia,100            model_instance=random_model_instance(),101        )102    def random_frame(parent_frame):103        # Returns a random frame, with an incrementing name.104        i = i_next()105        return plant.AddFrame(FixedOffsetFrame(106            name=f"frame_{i}", P=parent_frame,107            X_PF=random_X(),108            model_instance=parent_frame.model_instance(),109        ))110    def random_joint(parent, child):111        # Returns a random joint, but with an incrementing name. Note that we112        # use a separate index so that we ensure we can loop through all113        # joints.114        i = i_next("joint")115        name = f"joint_{i}"116        joint_cls = JOINT_CLS_LIST[i % len(JOINT_CLS_LIST)]117        frame_on_parent = random_frame(parent.body_frame())118        frame_on_child = random_frame(child.body_frame())119        axis = np.zeros(3)120        axis[i_next() % 3] = 1121        damping = random.random()122        if joint_cls == BallRpyJoint:123            joint = BallRpyJoint(124                name,125                frame_on_parent=frame_on_parent,126                frame_on_child=frame_on_child,127                damping=damping,128            )129        elif joint_cls == PrismaticJoint:130            joint = PrismaticJoint(131                name,132                frame_on_parent=frame_on_parent,133                frame_on_child=frame_on_child,134                axis=axis,135                damping=damping,136            )137        elif joint_cls == RevoluteJoint:138            joint = RevoluteJoint(139                name,140                frame_on_parent=frame_on_parent,141                frame_on_child=frame_on_child,142                axis=axis,143                damping=damping,144            )145        elif joint_cls == UniversalJoint:146            joint = UniversalJoint(147                name,148                frame_on_parent=frame_on_parent,149                frame_on_child=frame_on_child,150                damping=damping,151            )152        elif joint_cls == WeldJoint:153            joint = WeldJoint(154                name,155                frame_on_parent_P=frame_on_parent,156                frame_on_child_C=frame_on_child,157                X_PC=random_X(),158            )159        else:160            assert False161        return plant.AddJoint(joint)162    def random_joint_actuator(joint):163        # Creates a random joint actuator.164        assert joint is not None165        i = i_next()166        return plant.AddJointActuator(167            f"actuator_{i}", joint, effort_limit=random.uniform(1, 2))168    def random_geometry(body):169        # Creates a random geometry.170        i = i_next()171        box = Box(172            width=random.uniform(0.1, 0.3),173            depth=random.uniform(0.1, 0.3),174            height=random.uniform(0.1, 0.3),175        )176        plant.RegisterVisualGeometry(177            body=body,178            X_BG=random_X(),179            shape=box,180            name=f"visual_{i}",181            diffuse_color=[random.random(), 0, 0, 0.75],182        )183        static_friction = random.uniform(0.1, 1.)184        plant.RegisterCollisionGeometry(185            body=body,186            X_BG=random_X(),187            shape=box,188            name=f"collision_{i}",189            coulomb_friction=CoulombFriction(190                static_friction=static_friction,191                dynamic_friction=static_friction / 2,192            )193        )194    # Add ground plane.195    X_FH = HalfSpace.MakePose([0, 0, 1], [0, 0, 0])196    plant.RegisterCollisionGeometry(197        plant.world_body(), X_FH, HalfSpace(), "ground_plane_collision",198        CoulombFriction(0.8, 0.3))199    grid_rows = 5200    prev_body = None201    for i in range(num_bodies):202        random.seed(i)203        body = random_body()204        grid_col = i % grid_rows205        grid_row = int(i / grid_rows)206        if slight_difference:207            grid_row += 1208        plant.SetDefaultFreeBodyPose(209            body, RigidTransform([grid_col, grid_row, 2]))210        random_frame(body.body_frame())211        # Consider attaching a joint and/or frame to the world.212        if maybe() or num_bodies < 3:213            prev_body = plant.world_body()214            random_frame(plant.world_frame())215        if prev_body is not None and (maybe() or num_bodies < 3):216            joint = random_joint(prev_body, body)217            if joint.num_velocities() == 1 and (maybe() or num_bodies < 3):218                random_joint_actuator(joint)219        if plant.geometry_source_is_registered():220            random_geometry(body)221        prev_body = body222def assert_inertia_equals(a, b):223    assert_array_equal(a.CopyToFullMatrix6(), b.CopyToFullMatrix6())224def assert_pose_equals(a, b):225    assert_array_equal(a.GetAsMatrix4(), b.GetAsMatrix4())226def check_element(a, b, check_index=True):227    """Checks that two multibody elements have similar base properties."""228    assert a is not b229    if check_index:230        assert a.index() == b.index()231    assert a.name() == b.name(), (a.name(), b.name())232    assert type(a) == type(b)233    assert a.model_instance() == b.model_instance()234def assert_shape_equals(a, b):235    assert type(a) == type(b)236    if type(a) == Box:237        assert a.width() == b.width()238        assert a.height() == b.height()239        assert a.depth() == b.depth()240    elif type(a) == HalfSpace:241        pass242    else:243        assert False244def assert_value_equals(value_a, value_b):245    a = value_a.get_value()246    b = value_b.get_value()247    assert type(a) == type(b)248    if type(a) == CoulombFriction:249        assert a.static_friction() == b.static_friction()250        assert a.dynamic_friction() == b.dynamic_friction()251    else:252        assert a == b253def assert_properties_equals(prop_a, prop_b):254    if prop_a is None:255        assert prop_b is None256        return257    groups = prop_a.GetGroupNames()258    assert groups == prop_b.GetGroupNames()259    for group_name in groups:260        group_a = prop_a.GetPropertiesInGroup(group_name)261        group_b = prop_b.GetPropertiesInGroup(group_name)262        assert len(group_a) == len(group_b)263        for name, value_a in group_a.items():264            value_b = group_b[name]265            try:266                assert_value_equals(value_a, value_b)267            except RuntimeError as e:268                if "AddValueInstantiation" in str(e):269                    # TODO(eric.cosuineau): Fix this stuff for Vector4d.270                    assert (group_name, name) == ("phong", "diffuse")271                else:272                    raise273def assert_plant_equals(plant_a, scene_graph_a, plant_b, scene_graph_b):274    """275    Asserts that two plants are (almost) completely equal; more specifically:276    - All model instances, bodies, joints, and joint actuators have the same277      indices.278        - Frames may have different indices, due to ordering.279    - All properties of each element are "exactly" the same.280    """281    assert plant_a is not plant_b282    if scene_graph_b is not None:283        assert scene_graph_a is not None284    elem_a = mut.get_elements_from_plant(plant_a, scene_graph_a)285    checked_a = mut.MultibodyPlantElements(plant_a, scene_graph_a)286    elem_b = mut.get_elements_from_plant(plant_b, scene_graph_b)287    checked_b = mut.MultibodyPlantElements(plant_b, scene_graph_b)288    def assert_body_equals(body_a, body_b):289        check_element(body_a, body_b)290        assert_inertia_equals(291            body_a.default_spatial_inertia(), body_b.default_spatial_inertia())292        assert body_a.model_instance() in checked_a.model_instances293        assert body_b.model_instance() in checked_b.model_instances294        assert_pose_equals(295            plant_a.GetDefaultFreeBodyPose(body_a),296            plant_b.GetDefaultFreeBodyPose(body_b))297        checked_a.bodies.add(body_a)298        checked_b.bodies.add(body_b)299    def assert_frame_equals(frame_a, frame_b):300        check_element(frame_a, frame_b, check_index=False)301        assert frame_a.body() in checked_a.bodies302        assert frame_b.body() in checked_b.bodies303        assert_pose_equals(304            frame_a.GetFixedPoseInBodyFrame(),305            frame_b.GetFixedPoseInBodyFrame())306        checked_a.frames.add(frame_a)307        checked_b.frames.add(frame_b)308    def assert_joint_equals(joint_a, joint_b):309        check_element(joint_a, joint_b)310        assert joint_a.frame_on_parent() in checked_a.frames311        assert joint_b.frame_on_parent() in checked_b.frames312        assert joint_a.frame_on_child() in checked_a.frames313        assert joint_b.frame_on_child() in checked_b.frames314        assert_array_equal(315            joint_a.position_lower_limits(),316            joint_b.position_lower_limits())317        assert_array_equal(318            joint_a.position_upper_limits(),319            joint_b.position_upper_limits())320        assert_array_equal(321            joint_a.velocity_upper_limits(),322            joint_b.velocity_upper_limits())323        assert_array_equal(324            joint_a.velocity_lower_limits(),325            joint_b.velocity_lower_limits())326        assert_array_equal(327            joint_a.acceleration_lower_limits(),328            joint_b.acceleration_lower_limits())329        assert_array_equal(330            joint_a.acceleration_upper_limits(),331            joint_b.acceleration_upper_limits())332        assert_array_equal(333            joint_a.default_positions(),334            joint_b.default_positions())335        # TODO(eric.cousineau): Fix damping for BallRpyJoint.336        if type(joint_a) in [PrismaticJoint, RevoluteJoint, UniversalJoint]:337            assert joint_a.damping() == joint_b.damping()338        if type(joint_a) == PrismaticJoint:339            assert_array_equal(340                joint_a.translation_axis(),341                joint_b.translation_axis())342        if type(joint_a) == RevoluteJoint:343            assert_array_equal(344                joint_a.revolute_axis(), joint_b.revolute_axis())345        if type(joint_a) == WeldJoint:346            assert_pose_equals(joint_a.X_PC(), joint_b.X_PC())347        checked_a.joints.add(joint_a)348        checked_b.joints.add(joint_b)349    def assert_geometry_equals(a, b):350        inspector_a = scene_graph_a.model_inspector()351        body_a = plant_a.GetBodyFromFrameId(inspector_a.GetFrameId(a))352        assert body_a in checked_a.bodies353        geometry_a = inspector_a.CloneGeometryInstance(a)354        inspector_b = scene_graph_b.model_inspector()355        body_b = plant_b.GetBodyFromFrameId(inspector_b.GetFrameId(b))356        assert body_b in checked_b.bodies357        geometry_b = inspector_b.CloneGeometryInstance(b)358        assert geometry_a.name() == geometry_b.name(), (359            geometry_a.name(), geometry_b.name())360        assert_pose_equals(geometry_a.pose(), geometry_b.pose())361        assert_shape_equals(362            geometry_a.release_shape(), geometry_b.release_shape())363        prop_funcs = [364            GeometryInstance.perception_properties,365            GeometryInstance.proximity_properties,366            GeometryInstance.illustration_properties,367        ]368        for prop_func in prop_funcs:369            assert_properties_equals(370                prop_func(geometry_a), prop_func(geometry_b))371    def frame_map(frames):372        out = defaultdict(set)373        for frame in frames:374            # Some frames may not have a name :(375            key = (frame.body().name(), frame.name())376            out[key].add(frame)377        return out378    for a, b in strict_zip(elem_a.model_instances, elem_b.model_instances):379        assert a is not b380        assert a == b381        checked_a.model_instances.add(a)382        checked_b.model_instances.add(b)383    for body_a, body_b in strict_zip(elem_a.bodies, elem_b.bodies):384        assert_body_equals(body_a, body_b)385    # N.B. Because frame indices can be shifted when adding bodies, we cannot386    # trust this ordering. Instead, we need to find an identifier.387    frame_map_a = frame_map(elem_a.frames)388    frame_map_b = frame_map(elem_b.frames)389    assert len(frame_map_a) == len(frame_map_b)390    for key, frames_a in frame_map_a.items():391        frames_b = frame_map_b[key]392        for frame_a, frame_b in strict_zip(frames_a, frames_b):393            assert_frame_equals(frame_a, frame_b)394    for joint_a, joint_b in strict_zip(elem_a.joints, elem_b.joints):395        assert_joint_equals(joint_a, joint_b)396    cur_iter = strict_zip(elem_a.joint_actuators, elem_b.joint_actuators)397    for joint_actuator_a, joint_actuator_b in cur_iter:398        check_element(joint_actuator_a, joint_actuator_b)399        assert (400            joint_actuator_a.effort_limit() == joint_actuator_b.effort_limit())401    if scene_graph_b is not None:402        cur_iter = strict_zip(elem_a.geometry_ids, elem_b.geometry_ids)403        for geometry_id_a, geometry_id_b in cur_iter:...

Process_movies_argparse_tests.py

Source:Process_movies_argparse_tests.py

...123        with patch('sys.argv', testargs):124            obj = m()125            self.assertEqual('1_a_{}', obj.micrograph_name) 126            127    def test_frame_name(self):128        testargs = 'foo.py -filename 1_a_###.mrc'.split()129        with patch('sys.argv', testargs):130            obj = m()131            self.assertEqual('1_a_{}_frames_n{}', obj.frame_name)132    133class test_get_file_list(unittest.TestCase):134    135    def setUp(self):136        self.testfiles = ['1_a_001_frames_n{}.mrc'.format(str(i)) \137                          for i in range (7)]138        self.tempdir = tempfile.mkdtemp()139        for i in self.testfiles:140            f= open(os.path.join(self.tempdir, i), 'w')141        ...

test_frames.py

Source:test_frames.py

...170        server.EMPTY_PAGE,171    )172    assert len(page.frames) == 2173    assert page.frames[1].url == server.EMPTY_PAGE174async def test_frame_name(page, server, utils):175    await utils.attach_frame(page, "theFrameId", server.EMPTY_PAGE)176    await page.evaluate(177        """url => {178            frame = document.createElement('iframe');179            frame.name = 'theFrameName';180            frame.src = url;181            document.body.appendChild(frame);182            return new Promise(x => frame.onload = x);183        }""",184        server.EMPTY_PAGE,185    )186    assert page.frames[0].name == ""187    assert page.frames[1].name == "theFrameId"188    assert page.frames[2].name == "theFrameName"...

frame_test.py

Source:frame_test.py

1#!/usr/bin/env python2#  Copyright Contributors to the OpenCue Project3#4#  Licensed under the Apache License, Version 2.0 (the "License");5#  you may not use this file except in compliance with the License.6#  You may obtain a copy of the License at7#8#    http://www.apache.org/licenses/LICENSE-2.09#10#  Unless required by applicable law or agreed to in writing, software11#  distributed under the License is distributed on an "AS IS" BASIS,12#  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.13#  See the License for the specific language governing permissions and14#  limitations under the License.15"""Tests for `opencue.wrappers.frame`."""16from __future__ import print_function17from __future__ import division18from __future__ import absolute_import19import time20import unittest21import mock22from opencue.compiled_proto import depend_pb223from opencue.compiled_proto import job_pb224import opencue.wrappers.frame25import opencue.wrappers.job26import opencue.wrappers.layer27TEST_FRAME_NAME = 'testFrame'28@mock.patch('opencue.cuebot.Cuebot.getStub')29class FrameTests(unittest.TestCase):30    def testEat(self, getStubMock):31        stubMock = mock.Mock()32        stubMock.Eat.return_value = job_pb2.FrameEatResponse()33        getStubMock.return_value = stubMock34        frame = opencue.wrappers.frame.Frame(35            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.WAITING))36        frame.eat()37        stubMock.Eat.assert_called_with(38            job_pb2.FrameEatRequest(frame=frame.data), timeout=mock.ANY)39    def testKill(self, getStubMock):40        stubMock = mock.Mock()41        stubMock.Kill.return_value = job_pb2.FrameKillResponse()42        getStubMock.return_value = stubMock43        frame = opencue.wrappers.frame.Frame(44            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))45        frame.kill()46        stubMock.Kill.assert_called_with(47            job_pb2.FrameKillRequest(frame=frame.data), timeout=mock.ANY)48    def testRetry(self, getStubMock):49        stubMock = mock.Mock()50        stubMock.Retry.return_value = job_pb2.FrameRetryResponse()51        getStubMock.return_value = stubMock52        frame = opencue.wrappers.frame.Frame(53            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))54        frame.retry()55        stubMock.Retry.assert_called_with(56            job_pb2.FrameRetryRequest(frame=frame.data), timeout=mock.ANY)57    def testGetWhatDependsOnThis(self, getStubMock):58        dependId = 'ddd-dddd-ddd'59        stubMock = mock.Mock()60        stubMock.GetWhatDependsOnThis.return_value = job_pb2.FrameGetWhatDependsOnThisResponse(61            depends=depend_pb2.DependSeq(depends=[depend_pb2.Depend(id=dependId)]))62        getStubMock.return_value = stubMock63        frame = opencue.wrappers.frame.Frame(64            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))65        depends = frame.getWhatDependsOnThis()66        stubMock.GetWhatDependsOnThis.assert_called_with(67            job_pb2.FrameGetWhatDependsOnThisRequest(frame=frame.data), timeout=mock.ANY)68        self.assertEqual(len(depends), 1)69        self.assertEqual(depends[0].id(), dependId)70    def testGetWhatThisDependsOn(self, getStubMock):71        dependId = 'ddd-dddd-ddd'72        stubMock = mock.Mock()73        stubMock.GetWhatThisDependsOn.return_value = job_pb2.FrameGetWhatThisDependsOnResponse(74            depends=depend_pb2.DependSeq(depends=[depend_pb2.Depend(id=dependId)]))75        getStubMock.return_value = stubMock76        frame = opencue.wrappers.frame.Frame(77            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))78        depends = frame.getWhatThisDependsOn()79        stubMock.GetWhatThisDependsOn.assert_called_with(80            job_pb2.FrameGetWhatThisDependsOnRequest(frame=frame.data), timeout=mock.ANY)81        self.assertEqual(len(depends), 1)82        self.assertEqual(depends[0].id(), dependId)83    def testCreateDependencyOnFrame(self, getStubMock):84        dependId = 'ddd-dddd-ddd'85        stubMock = mock.Mock()86        stubMock.CreateDependencyOnFrame.return_value = \87            job_pb2.FrameCreateDependencyOnFrameResponse(depend=depend_pb2.Depend(id=dependId))88        getStubMock.return_value = stubMock89        dependFrameName = 'frameDependTest'90        frame = opencue.wrappers.frame.Frame(91            job_pb2.Frame(name=TEST_FRAME_NAME))92        dependOnFrame = opencue.wrappers.frame.Frame(93            job_pb2.Frame(name=dependFrameName))94        depend = frame.createDependencyOnFrame(dependOnFrame)95        stubMock.CreateDependencyOnFrame.assert_called_with(96            job_pb2.FrameCreateDependencyOnFrameRequest(frame=frame.data,97                                                        depend_on_frame=dependOnFrame.data),98            timeout=mock.ANY)99        self.assertEqual(depend.id(), dependId)100    def testCreateDependencyOnJob(self, getStubMock):101        dependId = 'ddd-dddd-ddd'102        stubMock = mock.Mock()103        stubMock.CreateDependencyOnJob.return_value = \104            job_pb2.FrameCreateDependencyOnJobResponse(depend=depend_pb2.Depend(id=dependId))105        getStubMock.return_value = stubMock106        dependJobName = 'jobDependTest'107        frame = opencue.wrappers.frame.Frame(108            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))109        dependOnJob = opencue.wrappers.job.Job(110            job_pb2.Job(name=dependJobName))111        depend = frame.createDependencyOnJob(dependOnJob)112        stubMock.CreateDependencyOnJob.assert_called_with(113            job_pb2.FrameCreateDependencyOnJobRequest(frame=frame.data, job=dependOnJob.data),114            timeout=mock.ANY)115        self.assertEqual(depend.id(), dependId)116    def testCreateDependencyOnLayer(self, getStubMock):117        dependId = 'ddd-dddd-ddd'118        stubMock = mock.Mock()119        stubMock.CreateDependencyOnLayer.return_value = \120            job_pb2.FrameCreateDependencyOnLayerResponse(depend=depend_pb2.Depend(id=dependId))121        getStubMock.return_value = stubMock122        dependLayerName = 'layerDependTest'123        frame = opencue.wrappers.frame.Frame(124            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))125        dependOnLayer = opencue.wrappers.layer.Layer(126            job_pb2.Layer(name=dependLayerName))127        depend = frame.createDependencyOnLayer(dependOnLayer)128        stubMock.CreateDependencyOnLayer.assert_called_with(129            job_pb2.FrameCreateDependencyOnLayerRequest(frame=frame.data, layer=dependOnLayer.data),130            timeout=mock.ANY)131        self.assertEqual(depend.id(), dependId)132    def testMarkAsWaiting(self, getStubMock):133        stubMock = mock.Mock()134        stubMock.MarkAsWaiting.return_value = job_pb2.FrameMarkAsWaitingResponse()135        getStubMock.return_value = stubMock136        frame = opencue.wrappers.frame.Frame(137            job_pb2.Frame(name=TEST_FRAME_NAME, state=job_pb2.RUNNING))138        frame.markAsWaiting()139        stubMock.MarkAsWaiting.assert_called_with(140            job_pb2.FrameMarkAsWaitingRequest(frame=frame.data), timeout=mock.ANY)141    def testRunTimeZero(self, getStubMock):142        zeroFrame = opencue.wrappers.frame.Frame(143            job_pb2.Frame(name=TEST_FRAME_NAME, start_time=0, stop_time=1000))144        self.assertEqual(zeroFrame.runTime(), 0)145    def testRunTimeRunning(self, getStubMock):146        curTime = int(time.time())147        startTime = 100148        expected = curTime - startTime149        runningFrame = opencue.wrappers.frame.Frame(150            job_pb2.Frame(name=TEST_FRAME_NAME, start_time=startTime, stop_time=0))151        threshold = abs(runningFrame.runTime() - expected)152        self.assertTrue(threshold < 1)153    def testRunTimeDone(self, getStubMock):154        startTime = 100155        stopTime = 500156        expected = stopTime - startTime157        runningFrame = opencue.wrappers.frame.Frame(158            job_pb2.Frame(name=TEST_FRAME_NAME, start_time=startTime, stop_time=stopTime))159        self.assertEqual(runningFrame.runTime(), expected)160class FrameEnumTests(unittest.TestCase):161    def testCheckpointState(self):162        self.assertEqual(opencue.api.Frame.CheckpointState.DISABLED,163                         opencue.compiled_proto.job_pb2.DISABLED)164        self.assertEqual(opencue.api.Frame.CheckpointState.DISABLED, 0)165    def testFrameExitStatus(self):166        self.assertEqual(opencue.api.Frame.FrameExitStatus.NO_RETRY,167                         opencue.compiled_proto.job_pb2.NO_RETRY)168        self.assertEqual(opencue.api.Frame.FrameExitStatus.NO_RETRY, 256)169    def testFrameState(self):170        self.assertEqual(opencue.api.Frame.FrameState.RUNNING,171                         opencue.compiled_proto.job_pb2.RUNNING)172        self.assertEqual(opencue.api.Frame.FrameState.RUNNING, 2)173if __name__ == '__main__':...

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.