How to use _getMojoFromViewer method in wpt

Best JavaScript code snippet using wpt

webxr-test.js

Source:webxr-test.js

...1132      frameData.hitTestSubscriptionResults.results.push(1133          {subscriptionId: id, hitTestResults: results});1134    }1135    // Transient hit test:1136    const mojo_from_viewer = this._getMojoFromViewer();1137    for (const [id, subscription] of this.transientHitTestSubscriptions_) {1138      const result = {subscriptionId: id,1139                      inputSourceIdToHitTestResults: new Map()};1140      // Find all input sources that match the profile name:1141      const matching_input_sources = Array.from(this.input_sources_.values())1142                                                        .filter(input_source => input_source.profiles_.includes(subscription.profileName));1143      for (const input_source of matching_input_sources) {1144        const mojo_from_native_origin = input_source._getMojoFromInputSource(mojo_from_viewer);1145        const [mojo_ray_origin, mojo_ray_direction] = this._transformRayToMojoSpace(1146          subscription.ray,1147          mojo_from_native_origin1148        );1149        const results = this._hitTestWorld(mojo_ray_origin, mojo_ray_direction, subscription.entityTypes);1150        result.inputSourceIdToHitTestResults.set(input_source.source_id_, results);1151      }1152      frameData.hitTestSubscriptionResults.transientInputResults.push(result);1153    }1154  }1155  // Returns 2-element array [origin, direction] of a ray in mojo space.1156  // |ray| is expressed relative to native origin.1157  _transformRayToMojoSpace(ray, mojo_from_native_origin) {1158    const ray_origin = {1159      x: ray.origin.x,1160      y: ray.origin.y,1161      z: ray.origin.z,1162      w: 11163    };1164    const ray_direction = {1165      x: ray.direction.x,1166      y: ray.direction.y,1167      z: ray.direction.z,1168      w: 01169    };1170    const mojo_ray_origin = XRMathHelper.transform_by_matrix(1171      mojo_from_native_origin,1172      ray_origin);1173    const mojo_ray_direction = XRMathHelper.transform_by_matrix(1174      mojo_from_native_origin,1175      ray_direction);1176    return [mojo_ray_origin, mojo_ray_direction];1177  }1178  // Hit tests the passed in ray (expressed as origin and direction) against the mocked world data.1179  _hitTestWorld(origin, direction, entityTypes) {1180    let result = [];1181    for (const region of this.world_.hitTestRegions) {1182      const partial_result = this._hitTestRegion(1183        region,1184        origin, direction,1185        entityTypes);1186      result = result.concat(partial_result);1187    }1188    return result.sort((lhs, rhs) => lhs.distance - rhs.distance).map((hitTest) => {1189      delete hitTest.distance;1190      return hitTest;1191    });1192  }1193  // Hit tests the passed in ray (expressed as origin and direction) against world region.1194  // |entityTypes| is a set of FakeXRRegionTypes.1195  // |region| is FakeXRRegion.1196  // Returns array of XRHitResults, each entry will be decorated with the distance from the ray origin (along the ray).1197  _hitTestRegion(region, origin, direction, entityTypes) {1198    const regionNameToMojoEnum = {1199      "point": vrMojom.EntityTypeForHitTest.POINT,1200      "plane": vrMojom.EntityTypeForHitTest.PLANE,1201      "mesh":null1202    };1203    if (!entityTypes.includes(regionNameToMojoEnum[region.type])) {1204      return [];1205    }1206    const result = [];1207    for (const face of region.faces) {1208      const maybe_hit = this._hitTestFace(face, origin, direction);1209      if (maybe_hit) {1210        result.push(maybe_hit);1211      }1212    }1213    // The results should be sorted by distance and there should be no 2 entries with1214    // the same distance from ray origin - that would mean they are the same point.1215    // This situation is possible when a ray intersects the region through an edge shared1216    // by 2 faces.1217    return result.sort((lhs, rhs) => lhs.distance - rhs.distance)1218                 .filter((val, index, array) => index === 0 || val.distance !== array[index - 1].distance);1219  }1220  // Hit tests the passed in ray (expressed as origin and direction) against a single face.1221  // |face|, |origin|, and |direction| are specified in world (aka mojo) coordinates.1222  // |face| is an array of DOMPointInits.1223  // Returns null if the face does not intersect with the ray, otherwise the result is1224  // an XRHitResult with matrix describing the pose of the intersection point.1225  _hitTestFace(face, origin, direction) {1226    const add = XRMathHelper.add;1227    const sub = XRMathHelper.sub;1228    const mul = XRMathHelper.mul;1229    const normalize = XRMathHelper.normalize;1230    const dot = XRMathHelper.dot;1231    const cross = XRMathHelper.cross;1232    const neg = XRMathHelper.neg;1233    //1. Calculate plane normal in world coordinates.1234    const point_A = face.vertices[0];1235    const point_B = face.vertices[1];1236    const point_C = face.vertices[2];1237    const edge_AB = sub(point_B, point_A);1238    const edge_AC = sub(point_C, point_A);1239    const normal = normalize(cross(edge_AB, edge_AC));1240    const numerator = dot(sub(point_A, origin), normal);1241    const denominator = dot(direction, normal);1242    if (Math.abs(denominator) < XRMathHelper.EPSILON) {1243      // Planes are nearly parallel - there's either infinitely many intersection points or 0.1244      // Both cases signify a "no hit" for us.1245      return null;1246    } else {1247      // Single intersection point between the infinite plane and the line (*not* ray).1248      // Need to calculate the hit test matrix taking into account the face vertices.1249      const distance = numerator / denominator;1250      if (distance < 0) {1251        // Line - plane intersection exists, but not the half-line - plane does not.1252        return null;1253      } else {1254        const intersection_point = add(origin, mul(distance, direction));1255        // Since we are treating the face as a solid, flip the normal so that its1256        // half-space will contain the ray origin.1257        const y_axis = denominator > 0 ? neg(normal) : normal;1258        let z_axis = null;1259        const cos_direction_and_y_axis = dot(direction, y_axis);1260        if (Math.abs(cos_direction_and_y_axis) > (1 - XRMathHelper.EPSILON)) {1261          // Ray and the hit test normal are co-linear - try using the 'up' or 'right' vector's projection on the face plane as the Z axis.1262          // Note: this edge case is currently not covered by the spec.1263          const up = {x: 0.0, y: 1.0, z: 0.0, w: 0.0};1264          const right = {x: 1.0, y: 0.0, z: 0.0, w: 0.0};1265          z_axis = Math.abs(dot(up, y_axis)) > (1 - XRMathHelper.EPSILON)1266                        ? sub(up, mul(dot(right, y_axis), y_axis))  // `up is also co-linear with hit test normal, use `right`1267                        : sub(up, mul(dot(up, y_axis), y_axis));    // `up` is not co-linear with hit test normal, use it1268        } else {1269          // Project the ray direction onto the plane, negate it and use as a Z axis.1270          z_axis = neg(sub(direction, mul(cos_direction_and_y_axis, y_axis))); // Z should point towards the ray origin, not away.1271        }1272        z_axis = normalize(z_axis);1273        const x_axis = normalize(cross(y_axis, z_axis));1274        // Filter out the points not in polygon.1275        if (!XRMathHelper.pointInFace(intersection_point, face)) {1276          return null;1277        }1278        const hitResult = {planeId: 0n};1279        hitResult.distance = distance;  // Extend the object with additional information used by higher layers.1280                                        // It will not be serialized over mojom.1281        const matrix = new Array(16);1282        matrix[0] = x_axis.x;1283        matrix[1] = x_axis.y;1284        matrix[2] = x_axis.z;1285        matrix[3] = 0;1286        matrix[4] = y_axis.x;1287        matrix[5] = y_axis.y;1288        matrix[6] = y_axis.z;1289        matrix[7] = 0;1290        matrix[8] = z_axis.x;1291        matrix[9] = z_axis.y;1292        matrix[10] = z_axis.z;1293        matrix[11] = 0;1294        matrix[12] = intersection_point.x;1295        matrix[13] = intersection_point.y;1296        matrix[14] = intersection_point.z;1297        matrix[15] = 1;1298        hitResult.mojoFromResult = getPoseFromTransform(1299            XRMathHelper.decomposeRigidTransform(matrix));1300        return hitResult;1301      }1302    }1303  }1304  _getMojoFromViewer() {1305    if (!this.pose_) {1306      return XRMathHelper.identity();1307    }1308    const transform = {1309      position: [1310        this.pose_.position.x,1311        this.pose_.position.y,1312        this.pose_.position.z],1313      orientation: [1314        this.pose_.orientation.x,1315        this.pose_.orientation.y,1316        this.pose_.orientation.z,1317        this.pose_.orientation.w],1318    };1319    return getMatrixFromTransform(transform);1320  }1321  _getMojoFromViewerWithOffset(viewOffset) {1322    return { matrix: XRMathHelper.mul4x4(this._getMojoFromViewer(), viewOffset.matrix) };1323  }1324  _getMojoFromNativeOrigin(nativeOriginInformation) {1325    const mojo_from_viewer = this._getMojoFromViewer();1326    if (nativeOriginInformation.inputSourceSpaceInfo !== undefined) {1327      if (!this.input_sources_.has(nativeOriginInformation.inputSourceSpaceInfo.inputSourceId)) {1328        return null;1329      } else {1330        const inputSource = this.input_sources_.get(nativeOriginInformation.inputSourceSpaceInfo.inputSourceId);1331        return inputSource._getMojoFromInputSource(mojo_from_viewer);1332      }1333    } else if (nativeOriginInformation.referenceSpaceType !== undefined) {1334      switch (nativeOriginInformation.referenceSpaceType) {1335        case vrMojom.XRReferenceSpaceType.kLocal:1336          return XRMathHelper.identity();1337        case vrMojom.XRReferenceSpaceType.kLocalFloor:1338          if (this.stageParameters_ == null || this.stageParameters_.mojoFromFloor == null) {1339            console.warn("Standing transform not available.");1340            return null;1341          }1342          return this.stageParameters_.mojoFromFloor.matrix;1343        case vrMojom.XRReferenceSpaceType.kViewer:1344          return mojo_from_viewer;1345        case vrMojom.XRReferenceSpaceType.kBoundedFloor:1346          return null;1347        case vrMojom.XRReferenceSpaceType.kUnbounded:1348          return null;1349        default:1350          throw new TypeError("Unrecognized XRReferenceSpaceType!");1351      }1352    } else {1353      // Anchors & planes are not yet supported for hit test.1354      return null;1355    }1356  }1357}1358class MockXRInputSource {1359  constructor(fakeInputSourceInit, id, pairedDevice) {1360    this.source_id_ = id;1361    this.pairedDevice_ = pairedDevice;1362    this.handedness_ = fakeInputSourceInit.handedness;1363    this.target_ray_mode_ = fakeInputSourceInit.targetRayMode;1364    if (fakeInputSourceInit.pointerOrigin == null) {1365      throw new TypeError("FakeXRInputSourceInit.pointerOrigin is required.");1366    }1367    this.setPointerOrigin(fakeInputSourceInit.pointerOrigin);1368    this.setProfiles(fakeInputSourceInit.profiles);1369    this.primary_input_pressed_ = false;1370    if (fakeInputSourceInit.selectionStarted != null) {1371      this.primary_input_pressed_ = fakeInputSourceInit.selectionStarted;1372    }1373    this.primary_input_clicked_ = false;1374    if (fakeInputSourceInit.selectionClicked != null) {1375      this.primary_input_clicked_ = fakeInputSourceInit.selectionClicked;1376    }1377    this.primary_squeeze_pressed_ = false;1378    this.primary_squeeze_clicked_ = false;1379    this.mojo_from_input_ = null;1380    if (fakeInputSourceInit.gripOrigin != null) {1381      this.setGripOrigin(fakeInputSourceInit.gripOrigin);1382    }1383    // This properly handles if supportedButtons were not specified.1384    this.setSupportedButtons(fakeInputSourceInit.supportedButtons);1385    this.emulated_position_ = false;1386    this.desc_dirty_ = true;1387  }1388  // Webxr-test-api1389  setHandedness(handedness) {1390    if (this.handedness_ != handedness) {1391      this.desc_dirty_ = true;1392      this.handedness_ = handedness;1393    }1394  }1395  setTargetRayMode(targetRayMode) {1396    if (this.target_ray_mode_ != targetRayMode) {1397      this.desc_dirty_ = true;1398      this.target_ray_mode_ = targetRayMode;1399    }1400  }1401  setProfiles(profiles) {1402    this.desc_dirty_ = true;1403    this.profiles_ = profiles;1404  }1405  setGripOrigin(transform, emulatedPosition = false) {1406    // grip_origin was renamed to mojo_from_input in mojo1407    this.mojo_from_input_ = composeGFXTransform(transform);1408    this.emulated_position_ = emulatedPosition;1409    // Technically, setting the grip shouldn't make the description dirty, but1410    // the webxr-test-api sets our pointer as mojoFromPointer; however, we only1411    // support it across mojom as inputFromPointer, so we need to recalculate it1412    // whenever the grip moves.1413    this.desc_dirty_ = true;1414  }1415  clearGripOrigin() {1416    // grip_origin was renamed to mojo_from_input in mojo1417    if (this.mojo_from_input_ != null) {1418      this.mojo_from_input_ = null;1419      this.emulated_position_ = false;1420      this.desc_dirty_ = true;1421    }1422  }1423  setPointerOrigin(transform, emulatedPosition = false) {1424    // pointer_origin is mojo_from_pointer.1425    this.desc_dirty_ = true;1426    this.mojo_from_pointer_ = composeGFXTransform(transform);1427    this.emulated_position_ = emulatedPosition;1428  }1429  disconnect() {1430    this.pairedDevice_.removeInputSource(this);1431  }1432  reconnect() {1433    this.pairedDevice_.addInputSource(this);1434  }1435  startSelection() {1436    this.primary_input_pressed_ = true;1437    if (this.gamepad_) {1438      this.gamepad_.buttons[0].pressed = true;1439      this.gamepad_.buttons[0].touched = true;1440    }1441  }1442  endSelection() {1443    if (!this.primary_input_pressed_) {1444      throw new Error("Attempted to end selection which was not started");1445    }1446    this.primary_input_pressed_ = false;1447    this.primary_input_clicked_ = true;1448    if (this.gamepad_) {1449      this.gamepad_.buttons[0].pressed = false;1450      this.gamepad_.buttons[0].touched = false;1451    }1452  }1453  simulateSelect() {1454    this.primary_input_clicked_ = true;1455  }1456  setSupportedButtons(supportedButtons) {1457    this.gamepad_ = null;1458    this.supported_buttons_ = [];1459    // If there are no supported buttons, we can stop now.1460    if (supportedButtons == null || supportedButtons.length < 1) {1461      return;1462    }1463    const supported_button_map = {};1464    this.gamepad_ = this.getEmptyGamepad();1465    for (let i = 0; i < supportedButtons.length; i++) {1466      const buttonType = supportedButtons[i].buttonType;1467      this.supported_buttons_.push(buttonType);1468      supported_button_map[buttonType] = supportedButtons[i];1469    }1470    // Let's start by building the button state in order of priority:1471    // Primary button is index 0.1472    this.gamepad_.buttons.push({1473      pressed: this.primary_input_pressed_,1474      touched: this.primary_input_pressed_,1475      value: this.primary_input_pressed_ ? 1.0 : 0.01476    });1477    // Now add the rest of our buttons1478    this.addGamepadButton(supported_button_map['grip']);1479    this.addGamepadButton(supported_button_map['touchpad']);1480    this.addGamepadButton(supported_button_map['thumbstick']);1481    this.addGamepadButton(supported_button_map['optional-button']);1482    this.addGamepadButton(supported_button_map['optional-thumbstick']);1483    // Finally, back-fill placeholder buttons/axes1484    for (let i = 0; i < this.gamepad_.buttons.length; i++) {1485      if (this.gamepad_.buttons[i] == null) {1486        this.gamepad_.buttons[i] = {1487          pressed: false,1488          touched: false,1489          value: 01490        };1491      }1492    }1493    for (let i=0; i < this.gamepad_.axes.length; i++) {1494      if (this.gamepad_.axes[i] == null) {1495        this.gamepad_.axes[i] = 0;1496      }1497    }1498  }1499  updateButtonState(buttonState) {1500    if (this.supported_buttons_.indexOf(buttonState.buttonType) == -1) {1501      throw new Error("Tried to update state on an unsupported button");1502    }1503    const buttonIndex = this.getButtonIndex(buttonState.buttonType);1504    const axesStartIndex = this.getAxesStartIndex(buttonState.buttonType);1505    if (buttonIndex == -1) {1506      throw new Error("Unknown Button Type!");1507    }1508    // is this a 'squeeze' button?1509    if (buttonIndex === this.getButtonIndex('grip')) {1510      // squeeze1511      if (buttonState.pressed) {1512        this.primary_squeeze_pressed_ = true;1513      } else if (this.gamepad_.buttons[buttonIndex].pressed) {1514        this.primary_squeeze_clicked_ = true;1515        this.primary_squeeze_pressed_ = false;1516      } else {1517        this.primary_squeeze_clicked_ = false;1518        this.primary_squeeze_pressed_ = false;1519      }1520    }1521    this.gamepad_.buttons[buttonIndex].pressed = buttonState.pressed;1522    this.gamepad_.buttons[buttonIndex].touched = buttonState.touched;1523    this.gamepad_.buttons[buttonIndex].value = buttonState.pressedValue;1524    if (axesStartIndex != -1) {1525      this.gamepad_.axes[axesStartIndex] = buttonState.xValue == null ? 0.0 : buttonState.xValue;1526      this.gamepad_.axes[axesStartIndex + 1] = buttonState.yValue == null ? 0.0 : buttonState.yValue;1527    }1528  }1529  // Helpers for Mojom1530  getInputSourceState() {1531    const input_state = {};1532    input_state.sourceId = this.source_id_;1533    input_state.isAuxiliary = false;1534    input_state.primaryInputPressed = this.primary_input_pressed_;1535    input_state.primaryInputClicked = this.primary_input_clicked_;1536    input_state.primarySqueezePressed = this.primary_squeeze_pressed_;1537    input_state.primarySqueezeClicked = this.primary_squeeze_clicked_;1538    // Setting the input source's "clicked" state should generate one "select"1539    // event. Reset the input value to prevent it from continuously generating1540    // events.1541    this.primary_input_clicked_ = false;1542    // Setting the input source's "clicked" state should generate one "squeeze"1543    // event. Reset the input value to prevent it from continuously generating1544    // events.1545    this.primary_squeeze_clicked_ = false;1546    input_state.mojoFromInput = this.mojo_from_input_;1547    input_state.gamepad = this.gamepad_;1548    input_state.emulatedPosition = this.emulated_position_;1549    if (this.desc_dirty_) {1550      const input_desc = {};1551      switch (this.target_ray_mode_) {1552        case 'gaze':1553          input_desc.targetRayMode = vrMojom.XRTargetRayMode.GAZING;1554          break;1555        case 'tracked-pointer':1556          input_desc.targetRayMode = vrMojom.XRTargetRayMode.POINTING;1557          break;1558        case 'screen':1559          input_desc.targetRayMode = vrMojom.XRTargetRayMode.TAPPING;1560          break;1561        default:1562          throw new Error('Unhandled target ray mode ' + this.target_ray_mode_);1563      }1564      switch (this.handedness_) {1565        case 'left':1566          input_desc.handedness = vrMojom.XRHandedness.LEFT;1567          break;1568        case 'right':1569          input_desc.handedness = vrMojom.XRHandedness.RIGHT;1570          break;1571        default:1572          input_desc.handedness = vrMojom.XRHandedness.NONE;1573          break;1574      }1575      // Mojo requires us to send the pointerOrigin as relative to the grip1576      // space. If we don't have a grip space, we'll just assume that there1577      // is a grip at identity. This allows tests to simulate controllers that1578      // are really just a pointer with no tracked grip, though we will end up1579      // exposing that grip space.1580      let mojo_from_input = XRMathHelper.identity();1581      switch (this.target_ray_mode_) {1582        case 'gaze':1583        case 'screen':1584          // For gaze and screen space, we won't have a mojo_from_input; however1585          // the "input" position is just the viewer, so use mojo_from_viewer.1586          mojo_from_input = this.pairedDevice_._getMojoFromViewer();1587          break;1588        case 'tracked-pointer':1589          // If we have a tracked grip position (e.g. mojo_from_input), then use1590          // that. If we don't, then we'll just set the pointer offset directly,1591          // using identity as set above.1592          if (this.mojo_from_input_) {1593            mojo_from_input = this.mojo_from_input_.matrix;1594          }1595          break;1596        default:1597          throw new Error('Unhandled target ray mode ' + this.target_ray_mode_);1598      }1599      // To convert mojo_from_pointer to input_from_pointer, we need:1600      // input_from_pointer = input_from_mojo * mojo_from_pointer...

Using AI Code Generation

1var wpt = new WPT();2var viewer = wpt._getMojoFromViewer();3console.log(viewer);4function WPT() {5  this._getMojoFromViewer = function() {6    return document.getElementById('viewer');7  }8}9 > (In reply to comment #2 ) > > (In reply to comment #1 ) > > > I have created a sample project to reproduce the issue. The sample project is > > > attached. I have also attached the build log for the sample project. > > > > > > Please let me know if you need any more information. > >

Using AI Code Generation

1var wpt = require("./wpt.js");2    console.log(mojo);3});4var request = require('request');5var _ = require('underscore');6var fs = require('fs');7var _getMojoFromViewer = function(url, callback) {8    request(viewer_url, function(error, response, body) {9        if (!error && response.statusCode == 200) {10            var xml2js = require('xml2js');11            var parser = new xml2js.Parser();12            parser.parseString(body, function(err, result) {13                var locations = result.response.data[0].locations[0].string;14                _.each(locations, function(location) {15                    var location_code = location.$.id;16                    var location_name = location._;17                    request(test_url, function(error, response, body) {18                        if (!error && response.statusCode == 200) {19                            var parser = new xml2js.Parser();20                            parser.parseString(body, function(err, result) {21                                var test_id = result.response.data[0].testId[0];22                                request(test_results_url, function(error, response, body) {23                                    if (!error && response.statusCode == 200) {24                                        var parser = new xml2js.Parser();25                                        parser.parseString(body, function(err, result) {26                                            var test_results = result.response.data[0].test[0].$.mojo;27                                            callback(test_results);28                                        });29                                    }30                                });31                            });32                        }33                    });34                });35            });36        }37    });38};39module.exports = {40};

Using AI Code Generation

1var wptools = require('wptools');2var wp = new wptools('Barack Obama');3wp.get(function(err, data) {4    console.log(data);5});6var wptools = require('wptools');7module.exports = wptools;8{9  "dependencies": {10  }11}

Using AI Code Generation

1var wptools = require('wptools');2wptools._getMojoFromViewer(url, function(err, mojo) {3  console.log(mojo);4});5var wptools = require('wptools');6wptools._getMojoFromViewer(url, function(err, mojo) {7  console.log(mojo);8});9var wptools = require('wptools');10wptools._getMojoFromViewer(url, function(err, mojo) {11  console.log(mojo);12});13var wptools = require('wptools');14wptools._getMojoFromViewer(url, function(err, mojo) {15  console.log(mojo);16});17var wptools = require('wptools');18wptools._getMojoFromViewer(url, function(err, mojo) {19  console.log(mojo);20});

Using AI Code Generation

1var wptoolkit = require("wptoolkit");2var window = wptoolkit._getMojoFromViewer();3var app = window.app;4var document = app.document;5var body = document.body;6var button = document.createElement("button");7button.textContent = "Click me!";8body.appendChild(button);9button.addEventListener("click", function() {10  alert("You clicked the button!");11});12var input = document.createElement("input");13input.type = "text";14body.appendChild(input);15var textarea = document.createElement("textarea");16textarea.textContent = "Enter text here";17body.appendChild(textarea);18var div = document.createElement("div");19div.textContent = "This is a div.";20body.appendChild(div);21var para = document.createElement("p");22para.textContent = "This is a paragraph.";23body.appendChild(para);24var heading = document.createElement("h1");25heading.textContent = "This is a heading.";26body.appendChild(heading);27var image = document.createElement("img");28body.appendChild(image);29var link = document.createElement("a");30link.textContent = "Mozilla";31body.appendChild(link);32var list = document.createElement("ul");33var listItem1 = document.createElement("li");34var listItem2 = document.createElement("li");35listItem1.textContent = "First item";36listItem2.textContent = "Second item";37list.appendChild(listItem1);38list.appendChild(listItem2);39body.appendChild(list);40var table = document.createElement("table");41var tableRow1 = document.createElement("tr");42var tableRow2 = document.createElement("tr");43var tableHeader1 = document.createElement("th");44var tableHeader2 = document.createElement("th");45var tableData1 = document.createElement("td");

Using AI Code Generation

1var wptoolkit = require("wptoolkit");2var viewer = wptoolkit.getViewer();3var mojo = viewer._getMojoFromViewer();4var wptoolkit = require("wptoolkit");5var viewer = wptoolkit.getViewer();6var mojo = viewer._getMojoFromViewer();7var wptoolkit = require("wptoolkit");8var viewer = wptoolkit.getViewer();9var mojo = viewer._getMojoFromViewer();10var wptoolkit = require("wptoolkit");11var viewer = wptoolkit.getViewer();12var mojo = viewer._getMojoFromViewer();13var wptoolkit = require("wptoolkit");14var viewer = wptoolkit.getViewer();15var mojo = viewer._getMojoFromViewer();16var wptoolkit = require("wptoolkit");17var viewer = wptoolkit.getViewer();18var mojo = viewer._getMojoFromViewer();19var wptoolkit = require("wptoolkit");20var viewer = wptoolkit.getViewer();21var mojo = viewer._getMojoFromViewer();

Using AI Code Generation

1var wptb = require('wptb');2var wptbObj = wptb.createWPTB();3var viewer = wptbObj.getViewer();4var mojo = wptbObj._getMojoFromViewer(viewer);5var wptb = require('wptb');6var wptbObj = wptb.createWPTB();7var viewer = wptbObj.getViewer();8var mojo = wptbObj._getMojoFromViewer(viewer);9var wptb = require('wptb');10var wptbObj = wptb.createWPTB();11var viewer = wptbObj.getViewer();12var mojo = wptbObj._getMojoFromViewer(viewer);13var wptb = require('wptb');14var wptbObj = wptb.createWPTB();15var viewer = wptbObj.getViewer();16var mojo = wptbObj._getMojoFromViewer(viewer);17var wptb = require('wptb');18var wptbObj = wptb.createWPTB();19var viewer = wptbObj.getViewer();20var mojo = wptbObj._getMojoFromViewer(viewer);21var wptb = require('wptb');22var wptbObj = wptb.createWPTB();23var viewer = wptbObj.getViewer();24var mojo = wptbObj._getMojoFromViewer(viewer);25var wptb = require('wptb');26var wptbObj = wptb.createWPTB();

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.