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How to use getTree method in Appium Xcuitest Driver
Best JavaScript code snippet using appium-xcuitest-driver
LeafTree.spec.js
Source:LeafTree.spec.js 
...52module.exports = performGenericLeafTreeTests53function testTreeProperties(getTree) {54 const numEl = 10055 test('if height = h; leaveCount <= 2**h', () => {56 const tree = getTree(numEl)57 const h = height(tree)58 expect(leaveCount(tree)).toBeLessThanOrEqual(2**h)59 })60 test('if height = h; leaveCount >= h + 1', () => {61 const tree = getTree(numEl)62 const h = height(tree)63 expect(leaveCount(tree)).toBeGreaterThanOrEqual(h + 1)64 })65 test('if interiorNodeCount = h; leaveCount = h + 1', () => {66 const tree = getTree(numEl)67 expect(interiorNodeCount(tree)).toEqual(leaveCount(tree) - 1)68 })69}70function testSetMethod(getTree) {71 const numEl = 200072 it('replaces a key value with a new one', () => {73 const tree = getTree(numEl)74 const keyToReplace = Math.floor(numEl / 2)75 const newVal = 'new-value'76 tree.set(keyToReplace, newVal)77 expect(tree.find(keyToReplace)).toEqual(newVal)78 })79 it('inserts a key value if it does exist', () => {80 const tree = getTree(numEl)81 const newKey = numEl + 182 const newVal = valueGenerator(newKey)83 tree.set(newKey, newVal)84 expect(tree.find(newKey)).toEqual(newVal)85 })86}87function testFind(getTree) {88 it('returns null if the tree is empty', () => {89 const tree = getTree(0)90 expect(tree.find(1)).toEqual(null)91 })92 it('returns null if the a value associated with the query key is not in the tree', () => {93 const tree = getTree(10)94 const nextKey = 10 + 195 expect(tree.find(nextKey)).toEqual(null)96 })97 it('returns the value associated with the query key if it exists in the tree', () => {98 const numEl = 10099 const tree = getTree(numEl)100 for (let key = 1; key <= numEl; key++) {101 expect(tree.find(key)).toEqual(valueGenerator(key))102 }103 })104}105function testTreeHeight(getTree) {106 const numEl = 20107 it('should be >= Math.ceil(log n)', () => {108 const tree = getTree(numEl)109 const logN = Math.log2(nodeCount(tree))110 expect(height(tree)).toBeGreaterThanOrEqual(Math.ceil(logN))111 })112 it('should be <= n - 1', () => {113 const tree = getTree(numEl)114 const n = nodeCount(tree)115 expect(height(tree)).toBeLessThanOrEqual(n - 1)116 })117}118function testLeaveCount(getTree) {119 it('is 0 if empty', () => {120 const tree = getTree()121 expect(leaveCount(tree)).toEqual(0)122 })123 it('counts the number of leaves in the tree', () => {124 const numEl = 10125 const tree = getTree(numEl)126 expect(leaveCount(tree)).toEqual(numEl)127 })128}129function testInsertion(getTree) {130 performInsertionTests(getTree, false)131}132function testAdd(getTree) {133 performInsertionTests(getTree, true)134}135function performInsertionTests(getTree, useAddMethod) {136 const numEl = 20137 it('returns false (fails) if we attempt to insert a key that already exists in the tree', () => {138 const tree = getTree(numEl, null, useAddMethod)139 const existingKey = Math.floor(numEl / 2)140 expect(tree.insert(existingKey, 'existingKey')).toEqual(false)141 })142 it('returns true if insertion succeeded', () => {143 const tree = getTree(numEl, null, useAddMethod)144 const nextKey = numEl + 1145 expect(tree.insert(nextKey, 'nextKey')).toEqual(true)146 })147 it('should be able to insert in empty tree', () => {148 const tree = getTree(0, null, useAddMethod)149 tree.insert(1, 'one')150 expect(tree.isEmpty()).toEqual(false)151 })152 it('increases the leaveCount of the tree by one', () => {153 let count = 0154 getTree(numEl, (tree) => {155 expect(leaveCount(tree)).toEqual(++count)156 }, useAddMethod)157 })158 it('increases the nodeCount of the tree by one on the first insert', () => {159 const tree = getTree(1, null, useAddMethod)160 expect(nodeCount(tree)).toEqual(1)161 })162 it('increases the nodeCount by two after the first insert', () => {163 let count = 0164 let oldNodeCount = 0165 getTree(numEl, (tree) => {166 if (count) {167 expect(nodeCount(tree)).toEqual(oldNodeCount + 2)168 }169 oldNodeCount = nodeCount(tree)170 count++171 }, useAddMethod)172 })173 it('all the key value pairs inserted will exist in the tree', () => {174 let keyCount = numEl175 const tree = getTree(keyCount, null, useAddMethod)176 while (keyCount) expect(tree.find(keyCount--)).not.toEqual(null)177 })178}179function testNodeCount(getTree) {180 const numEl = 20181 it('is 0 if empty', () => {182 const tree = getTree(0)183 expect(nodeCount(tree)).toEqual(0)184 })185 it('increases by one on the very first insert', () => {186 const tree = getTree(1)187 expect(nodeCount(tree)).toEqual(1)188 })189 it('increases by two after every subsequent insert', () => {190 let count = 0191 let oldNodeCount = 0192 getTree(numEl, (tree) => {193 if (count) {194 expect(nodeCount(tree)).toEqual(oldNodeCount + 2)195 }196 count++197 oldNodeCount = nodeCount(tree)198 })199 })200}201function testDeletion(getTree) {202 const numEl = 100203 it('returns null is deletion failed (when tree is empty)', () => {204 const tree = getTree(0)205 expect(tree.delete(1)).toEqual(null)206 })207 it('returns null if deletion failed (when key does not exist in the tree)', () => {208 const tree = getTree(numEl)209 const nextKey = numEl + 1210 expect(tree.delete(nextKey)).toEqual(null)211 })212 it('returns and removes the value associated with the deleted key', () => {213 let numKeysToDelete = Math.floor(numEl / 20)214 const tree = getTree(numEl)215 while (numKeysToDelete) {216 expect(tree.delete(numKeysToDelete)).toEqual(valueGenerator(numKeysToDelete))217 numKeysToDelete--218 }219 })220 it('decreases leaveCount by 1', () => {221 let numKeysToDelete = Math.floor(numEl / 20)222 const tree = getTree(numEl)223 let oldLeaveCount = leaveCount(tree)224 while (numKeysToDelete) {225 tree.delete(numKeysToDelete--)226 expect(leaveCount(tree)).toEqual(oldLeaveCount - 1)227 oldLeaveCount = leaveCount(tree)228 }229 })230 it('decreases nodeCount by two', () => {231 let numKeysToDelete = Math.floor(numEl / 20)232 const tree = getTree(numEl)233 let oldNodeCount = nodeCount(tree)234 while (numKeysToDelete) {235 tree.delete(numKeysToDelete--)236 expect(nodeCount(tree)).toEqual(oldNodeCount - 2)237 oldNodeCount = nodeCount(tree)238 }239 })240}241function testIntervalFind(getTree) {242 const numEl = 100243 it('returns a type of linked list of the pointers in the interval', () => {244 const tree = getTree(numEl)245 const intervalStart = Math.floor(numEl / 10)246 const intervalEnd = intervalStart + 10247 let interval = tree.intervalFind(intervalStart, intervalEnd)248 let key = intervalStart249 while (key < intervalEnd) {250 expect(interval.key).toEqual(key)251 expect(interval.value).toEqual(valueGenerator(key))252 interval = interval.right253 key++254 }255 })256 it('returns null if there are no elements in the specified interval', () => {257 const tree = getTree(numEl)258 const intervalStart = numEl + 10259 const intervalEnd = intervalStart + 10260 expect(tree.intervalFind(intervalStart, intervalEnd)).toEqual(null)261 })262 it('excludes elements equal to the closing interval key', () => {263 const tree = getTree(Math.floor(numEl))264 const interval = tree.intervalFind(50, 51)265 expect(interval.right).toEqual(null)266 })267}268function testAverageDepth(getTree) {269 const numEl = 2000270 it('should be <= (n - 1)(n + 2) / 2n (approx. 0.5n)', () => {271 const tree = getTree(numEl)272 expect(averageDepth(tree)).toBeLessThanOrEqual(calculateMaxAverageDepth(leaveCount(tree)))273 })274 it('should be >= log(n)', () => {275 const tree = getTree(numEl)276 expect(averageDepth(tree)).toBeGreaterThanOrEqual(calculateMinAverageDepth(leaveCount(tree)))277 })278}279function calculateMaxAverageDepth(leaveCount) {280 return (leaveCount - 1) * (leaveCount + 2) / (2 * leaveCount)281}282function calculateMinAverageDepth(leaveCount) {283 return Math.log2(leaveCount)...
ABTree.spec.js
Source:ABTree.spec.js
...40function testTreeProperties(getTree) {41 const numEl = 20000042 const formulaForMaxHeightGivenLeaveCount = 'Math.ceil(loga(n) + (1 - loga2)) (approx. [(1/log2(a))log2(n)]'43 test('if height = h >= 1; leaveCount >= 2a^(h-1)', () => {44 const tree = getTree(numEl)45 expect(tree.leaveCount).toBeGreaterThanOrEqual(leaveCountMin(tree.height, tree.a))46 })47 test('if height = h >= 1; leaveCount <= b^h', () => {48 const tree = getTree(numEl)49 expect(tree.leaveCount).toBeLessThanOrEqual(leaveCountMax(tree.height, tree.b))50 })51 test(`if leaveCount = n >= 2; height <= ${formulaForMaxHeightGivenLeaveCount}`, () => {52 const tree = getTree(numEl)53 expect(tree.height).toBeLessThanOrEqual(approximateHeightMax(tree.leaveCount, tree.a))54 })55}56function testFind(getTree) {57 const numEl = 20000058 it('returns the key value if it exists', () => {59 const tree = getTree(numEl)60 let keyToSearch = numEl61 while (keyToSearch) {62 expect(tree.find(keyToSearch)).toEqual(valueGenerator(keyToSearch))63 keyToSearch--64 }65 })66 it('returns null if the key value does not exist', () => {67 const tree = getTree(numEl)68 const missingKey = numEl + 1069 expect(tree.find(missingKey)).toEqual(null)70 })71}72function testInsertion(getTree) {73 const numEl = 20000074 it('returns true if insertion succeeds', () => {75 const tree = getTree(numEl)76 const nextKeyEl = numEl + 177 expect(tree.insert(nextKeyEl, valueGenerator(nextKeyEl))).toEqual(true)78 })79 it('returns false if insertion fails (like when there is a duplicate)', () => {80 const tree = getTree(numEl)81 const existingKey = Math.floor(numEl / 2)82 expect(tree.insert(existingKey, valueGenerator(existingKey))).toEqual(false)83 })84 describe('insertion into empty tree', () => {85 describe('elements inserted <= b', () => {86 it('leaveCount = 1 after first insert', () => {87 const tree = new Tree()88 tree.insert(1, 'one')89 expect(tree.leaveCount).toEqual(1)90 })91 })92 })93 it('should increase height on the b-th insert in a node', () => {94 const tree = getTree(defaultBValue)95 const prevHeight = tree.height96 const nextKey = defaultBValue + 197 tree.insert(nextKey, valueGenerator(nextKey))98 expect(tree.height).toEqual(prevHeight + 1)99 })100 it('should increase the leaveCount on the b-th insert in a node', () => {101 const tree = getTree(defaultBValue)102 const prevLeaveCount = tree.leaveCount103 const nextKey = defaultBValue + 1104 tree.insert(nextKey, valueGenerator(nextKey))105 expect(tree.leaveCount).toEqual(prevLeaveCount + 1)106 })107}108function testDeletion(getTree) {109 const numEl = 200000110 it('returns null if deletion failed (when tree is empty)', () => {111 const tree = getTree(0)112 expect(tree.delete(1)).toEqual(null)113 })114 it('returns null if deletion failed (when key does not exist in the tree)', () => {115 const tree = getTree(numEl)116 const missingKey = numEl + 1117 expect(tree.delete(missingKey)).toEqual(null)118 })119 it('returns and removes the value associated with the deleted key', () => {120 const tree = getTree(numEl)121 const existingKey = Math.floor(numEl / 2)122 expect(tree.find(existingKey)).toEqual(valueGenerator(existingKey))123 tree.delete(existingKey)124 expect(tree.find(existingKey)).toEqual(null)125 })126 it('does not decrease leaveCount if number of values >= "a" after deletion from a node', () => {127 const numEl = 1500128 const tree = getTree(numEl)129 const prevLeaveCount = tree.leaveCount130 let numToDelete = 100131 while (numToDelete) tree.delete(numToDelete--)132 expect(tree.leaveCount).toEqual(prevLeaveCount)133 })134 it('decreases leaveCount if number of values < "a" after deletion from a node', () => {135 const numEl = 1500136 const tree = getTree(numEl)137 const prevLeaveCount = tree.leaveCount138 let numToDelete = Math.floor(numEl / 2)139 while (numToDelete) tree.delete(numToDelete--)140 expect(tree.leaveCount).toEqual(prevLeaveCount - 1)141 })142 it('decreases height if number of values < "a" after deletion from a node', () => {143 const numEl = 1500144 const tree = getTree(numEl)145 const prevHeight = tree.height146 let numToDelete = Math.floor(numEl / 2)147 while (numToDelete) tree.delete(numToDelete--)148 expect(tree.height).toEqual(prevHeight - 1)149 })150 it('decreases the size by 1', () => {151 const elCount = Math.floor(numEl / 10)152 const tree = getTree(elCount)153 const existingKey = Math.floor(elCount / 2)154 const prevSize = tree.size155 tree.delete(existingKey)156 expect(tree.size).toEqual(prevSize - 1)157 })158}159function testTraversal(getTree) {160 const numEl = 100161 it('traverses the tree in key order', () => {162 const tree = getTree(numEl)163 let prevKey = null164 tree.traverse((k) => {165 if (prevKey) {166 expect(prevKey).toBeLessThanOrEqual(k)167 }168 })169 })170 it("traverses the tree with a key and it's value", () => {171 const tree = getTree(numEl)172 tree.traverse((k, v) => {173 expect(v).toEqual(valueGenerator(k))174 })175 })176}177function testSizeProperty(getTree) {178 it('= 0 for an empty tree', () => {179 const tree = getTree(0)180 expect(tree.size).toEqual(0)181 })182 it('increases by one on every insert', () => {183 let count = 0184 getTree(100, (tree) => {185 expect(tree.size).toEqual(++count)186 })187 })188 //test('decreases by one on every deletion')189 it('equals the number of elements inserted in the tree', () => {190 const numEl = 2000191 const tree = getTree(numEl)192 expect(tree.size).toEqual(numEl)193 })194}195function testLeaveCount(getTree) {196 const numEl = 600197 it('increases by one on every b+1 insert', () => {198 let prevLeaveCount = void(0)199 let count = 0200 getTree(numEl, (tree) => {201 count++202 if (prevLeaveCount !== void(0)) {203 const b = tree.b204 if (count === (b + 1)) {205 expect(tree.leaveCount).toEqual(prevLeaveCount + 1)206 count = 0207 } else {208 expect(tree.leaveCount).toEqual(prevLeaveCount)209 }210 }211 prevLeaveCount = tree.leaveCount212 })213 })214 //it('decreases by one on every a-1 deletion (assuming that a node was full before deletion)')215 //it('does not decrease on deletion-count >= a (assuming node was full before deletion)')216}217function testHeight(getTree) {218 const numEl = 570219 describe('elements inserted = b + 1', () => {220 it('increases the height', () => {221 let count = 0222 let prevHeight = 0223 getTree(numEl, (tree) => {224 count++225 const b = tree.b226 if (count === b + 1) {227 expect(tree.height).toEqual(prevHeight + 1)228 }229 prevHeight = tree.height230 })231 })232 })...
treeComponents.js
Source:treeComponents.js
...39 });40 it("Output has grafted data",function(){41 graftComponent["T"].connectOutput(numberComponent.getOutput());42 numberComponent.getInput("N").assignPersistedData([0,1,1,0,0,1,1,0,0,1]);43 expect(graftComponent.getOutput().getTree().dataAtPath([0,0])).toEqual([0]);44 expect(graftComponent.getOutput().getTree().dataAtPath([0,1])).toEqual([1]);45 expect(graftComponent.getOutput().getTree().dataAtPath([0,2])).toEqual([1]);46 expect(graftComponent.getOutput().getTree().dataAtPath([0,3])).toEqual([0]);47 expect(graftComponent.getOutput().getTree().dataAtPath([0,4])).toEqual([0]);48 expect(graftComponent.getOutput().getTree().dataAtPath([0,5])).toEqual([1]);49 expect(graftComponent.getOutput().getTree().dataAtPath([0,6])).toEqual([1]);50 expect(graftComponent.getOutput().getTree().dataAtPath([0,7])).toEqual([0]);51 expect(graftComponent.getOutput().getTree().dataAtPath([0,8])).toEqual([0]);52 expect(graftComponent.getOutput().getTree().dataAtPath([0,9])).toEqual([1]);53 });54 it("Output's grafted data tree data updates when input data tree updates",function(){55 graftComponent["T"].connectOutput(numberComponent.getOutput());56 numberComponent.getInput("N").assignPersistedData([0,1,1]);57 expect(graftComponent.getOutput().getTree().dataAtPath([0,0])).toEqual([0]);58 expect(graftComponent.getOutput().getTree().dataAtPath([0,1])).toEqual([1]);59 expect(graftComponent.getOutput().getTree().dataAtPath([0,2])).toEqual([1]);60 // change inputs, verify outputs have updated61 numberComponent.getInput("N").assignPersistedData([2,3,4]);62 expect(graftComponent.getOutput().getTree().dataAtPath([0,0])).toEqual([2]);63 expect(graftComponent.getOutput().getTree().dataAtPath([0,1])).toEqual([3]);64 expect(graftComponent.getOutput().getTree().dataAtPath([0,2])).toEqual([4]);65 });66 }],["PathMapperComponent",function(){67 it("Should remap like the graft component")68 }]];...
index.js
Source:index.js
1const { test } = require('tap')2const getTree = require('..')3const fs = require('fs')4test('getTree(dir)', async t => {5 const tree = await getTree(`${__dirname}/..`)6 t.ok(tree.children.length > 0, 'found dependencies')7 await t.test('noDev', async t => {8 const treeNoDev = await getTree(`${__dirname}/..`, { noDev: true })9 t.ok(tree.children.length > 0, 'found dependencies')10 t.ok(treeNoDev.children.length < tree.children.length, 'less dependencies')11 })12 await t.test('yarn', async t => {13 const tree = await getTree(`${__dirname}/react`)14 t.ok(tree.children.length > 0, 'found dependencies')15 })16 await t.test('node_modules', async t => {17 const tree = await getTree(`${__dirname}/node-modules`)18 t.ok(tree.children.length > 0, 'found dependencies')19 })20})21test('getTree.fromPackageJSON', async t => {22 const tree = getTree.fromPackageLock({23 packageJSON: require('../package'),24 packageLock: require('../package-lock')25 })26 t.ok(tree.children.length > 0, 'found dependencies')27 await t.test('noDev', async t => {28 const treeNoDev = getTree.fromPackageLock({29 packageJSON: require('../package'),30 packageLock: require('../package-lock'),31 noDev: true...
main.js
Source:main.js
...47 });4849 var getTree = [];5051 githubInstance.getRepo(github.username, message.getTree.selectedRepo).getTree(message.getTree.selectedBranch, function(err, tree) {52 tree.forEach(function(item) {53 getTree.push(item);54 });55 getTree.sort(sortTree);56 port.postMessage({ returnTree: getTree });57 });58 }5960 if(message.getContents) {61 function sortTree(entry) {62 if(entry.type === 'tree') {63 return -1;64 } else {65 return 1;
...
tree_test.js
Source:tree_test.js
...26 tree.addChild(5);27 tree.addChild(4, 5);28 tree.addChild(6, 5);29 30 expect( tree.getTree(4).parent).to.equal(5);31 expect( tree.getTree(5).children[0].value).to.equal(4);32 expect( tree.getTree(5).children[1].value).to.equal(6);33 tree.removeFromParent(4);34 expect( tree.getTree(5).children[0].value).to.equal(6);35 });36 it('should return true for a value that the tree removeFromParent for three level', function(){37 tree.addChild(5);38 tree.addChild(4, 5);39 tree.addChild(6, 4);40 tree.addChild(7, 4);41 tree.addChild(8, 5);42 43 expect( tree.getTree(4).parent).to.equal(5);44 expect( tree.getTree(6).parent).to.equal(4);45 expect( tree.getTree(7).parent).to.equal(4);46 expect( tree.getTree(8).parent).to.equal(5);47 tree.removeFromParent(4);48 expect( tree.getTree(5).children[0].value).to.equal(8);49 expect( tree.getTree(5).children.length).to.equal(1);50 });51 it('should invoke traverse function', function(){52 function fn(value) {53 return value + 3;54 };55 tree.addChild(5);56 tree.addChild(4, 5);57 tree.addChild(6, 4);58 tree.addChild(7, 4);59 tree.addChild(8, 5);60 tree.traverse(fn);61 62 expect( tree.getTree(8).value).to.equal(8);63 expect( tree.getTree(7).value).to.equal(7);64 expect( tree.getTree(9).value).to.equal(9);65 expect( tree.getTree(10).value).to.equal(10);66 expect( tree.getTree(11).value).to.equal(11);67 });...
index.test.js
Source:index.test.js
...12 }13 )14 })15 it('calls github.gitdata.getTree', async () => {16 await getTree(context, {})17 expect(context.github.gitdata.getRef).toHaveBeenCalled()18 expect(context.github.gitdata.getTree).toHaveBeenCalled()19 expect(context.github.gitdata.getTree.mock.calls).toMatchSnapshot()20 })21 it('calls github.gitdata.getTree with recursive', async () => {22 await getTree(context, { recursive: true })23 expect(context.github.gitdata.getTree).toHaveBeenCalled()24 expect(context.github.gitdata.getTree.mock.calls).toMatchSnapshot()25 })26 it('calls github.gitdata.getTree with a custom sha', async () => {27 await getTree(context, { sha: 123 })28 expect(context.github.gitdata.getRef).not.toHaveBeenCalled()29 expect(context.github.gitdata.getTree).toHaveBeenCalled()30 expect(context.github.gitdata.getTree.mock.calls).toMatchSnapshot()31 })...
applixation2.test.js
Source:applixation2.test.js
...12test('application', () => {13 const prev = document.querySelector('a[data-slide="prev"]');14 const next = document.querySelector('a[data-slide="next"]');15 next.click();16 expect(getTree()).toMatchSnapshot();17 prev.click();18 expect(getTree()).toMatchSnapshot();19 next.click();20 expect(getTree()).toMatchSnapshot();21 next.click();22 expect(getTree()).toMatchSnapshot();23 next.click();24 expect(getTree()).toMatchSnapshot();25 next.click();26 expect(getTree()).toMatchSnapshot();27 prev.click();28 expect(getTree()).toMatchSnapshot();29 prev.click();30 expect(getTree()).toMatchSnapshot();31 prev.click();32 expect(getTree()).toMatchSnapshot();33 prev.click();34 expect(getTree()).toMatchSnapshot();...
Using AI Code Generation
1const {remote} = require('webdriverio');2const opts = {3 capabilities: {4 }5}6async function main() {7 const client = await remote(opts);8 const tree = await client.getTree();9 console.log(tree);10}11main()12from appium import webdriver13from appium.webdriver.common.touch_action import TouchAction14from selenium.webdriver.common.by import By15from selenium.webdriver.support.ui import WebDriverWait16from selenium.webdriver.support import expected_conditions as EC17caps = {}18tree = driver.get_tree()19print(tree)20{21 "rect": {22 },23 {24 "rect": {25 },26 {27 "rect": {28 },29 {
Using AI Code Generation
1const wd = require('wd');2const chai = require('chai');3const chaiAsPromised = require('chai-as-promised');4chai.use(chaiAsPromised);5const expect = chai.expect;6const assert = chai.assert;7const should = chai.should();8const driver = wd.promiseChainRemote('localhost', 4723);9describe('getTree', function () {10 this.timeout(300000);11 before(async () => {12 await driver.init({
Using AI Code Generation
1const { getTree } = require('appium-xcuitest-driver/lib/commands/element');2const { getDriver } = require('appium-xcuitest-driver');3const { iosCommands } = require('appium-ios-driver');4const { XCUITestDriver } = require('appium-xcuitest-driver');5const { ios } = require('appium-base-driver');6const { BaseDriver } = require('appium-base-driver');7const { Driver } = require('appium-base-driver');8const { AppiumDriver } = require('appium-base-driver');9const { BasePlugin } = require('appium-base-plugin');10const { PluginConfi
Using AI Code Generation
1const { getTree } = require('appium-xcuitest-driver');2const tree = await getTree(driver);3console.log(tree);4const { getTree } = require('appium-xcuitest-driver/lib/commands/element');5const tree = await getTree(driver);6console.log(tree);7const { getTree } = require('appium-xcuitest-driver/lib/commands/element');8const tree = await getTree(driver);9console.log(tree);10const { getTree } = require('appium-xcuitest-driver/lib/commands/element');11const tree = await getTree(driver);12console.log(tree);13const { getTree } = require('appium-xcuitest-driver/lib/commands/element');14const tree = await getTree(driver);15console.log(tree);16const { getTree } = require('appium-xcuitest-driver/lib/commands/element');17const tree = await getTree(driver);18console.log(tree);19const { getTree } = require('appium-xcuitest-driver/lib/commands/element');20const tree = await getTree(driver);21console.log(tree);22const { getTree } = require('appium-xcuitest-driver/lib/commands/element');23const tree = await getTree(driver);24console.log(tree);25const { getTree } = require('appium-xcuitest-driver/lib/commands/element');26const tree = await getTree(driver);27console.log(tree);28const { getTree } = require('
Using AI Code Generation
1const wd = require('wd');2const {exec} = require('child_process');3const PORT = 4723;4const HOST = 'localhost';5const DEVICE = 'iPhone 8';6const driver = wd.promiseChainRemote(HOST, PORT);7driver.init({8}).then(() => {9 return driver.setImplicitWaitTimeout(10000);10}).then(() => {11 return driver.elementByAccessibilityId('Alert Views');12}).then((el) => {13 return el.click();14}).then(() => {15 return driver.getTree();16}).then((tree) => {17 console.log('tree: ' + JSON.stringify(tree));18}).catch((err) => {19 console.log('err: ' + err);20});21commands.getTree = async function () {22 return await this.proxyCommand('/wda/tree', 'GET');23};24commands.proxyCommand = async function (url, method, body = null) {25 if (this.isWebContext()) {26 throw new errors.NotYetImplementedError();27 }28 let endpoint = url;29 if (!endpoint.startsWith('/')) {30 endpoint = `/${endpoint}`;31 }32 endpoint = `${this.opts.processArguments.wdaBaseUrl}${endpoint}`;33 log.debug(`Sending proxy command to: ${endpoint}`);34 const {status, value} = await this.proxyCommandToSession(method, endpoint, body);35 if (status === 0) {36 return value;37 }38 throw new Error(`Unable to proxy. Proxy error: ${JSON.stringify(value)}`);39};
Using AI Code Generation
1(async () => {2 const {remote} = require('webdriverio');3 const opts = {4 capabilities: {5 }6 };7 const client = await remote(opts);8 const pageSource = await client.getTree();9 console.log(pageSource);10 await client.deleteSession();11})();12(async () => {13 const {remote} = require('webdriverio');14 const opts = {15 capabilities: {16 }17 };18 const client = await remote(opts);19 const pageSource = await client.getPageSource();20 console.log(pageSource);21 await client.deleteSession();22})();23(async () => {24 const {remote} = require('webdriverio');25 const opts = {26 capabilities: {27 }28 };29 const client = await remote(opts);30 const pageSource = await client.getSource();31 console.log(pageSource);32 await client.deleteSession();33})();34(async () => {35 const {remote} = require('webdriverio');36 const opts = {
Using AI Code Generation
1const { getTree } = require('appium-xcuitest-driver').commands;2let tree = await getTree.call(this);3let element = tree.findElementByAccessibilityId('someId');4let value = element.getAttribute('value');5const { getTree } = require('appium-xcuitest-driver').commands;6let tree = await getTree.call(this);7let element = tree.findElementByAccessibilityId('someId');8let value = element.getAttribute('value');9const { getTree } = require('appium-xcuitest-driver').commands;10let tree = await getTree.call(this);11let element = tree.findElementByAccessibilityId('someId');12let value = element.getAttribute('value');13const { getTree } = require('appium-xcuitest-driver').commands;14let tree = await getTree.call(this);15let element = tree.findElementByAccessibilityId('someId');16let value = element.getAttribute('value');17const { getTree } = require('appium-xcuitest-driver').commands;18let tree = await getTree.call(this);19let element = tree.findElementByAccessibilityId('someId');20let value = element.getAttribute('value');21const { getTree } = require('appium-xcuitest-driver').commands;22let tree = await getTree.call(this);23let element = tree.findElementByAccessibilityId('someId');
Using AI Code Generation
1const wd = require('wd');2const { execSync } = require('child_process');3const PORT = 4723;4const BUNDLE_ID = 'com.myapp';5const processId = execSync(`pgrep -f ${BUNDLE_ID}`).toString().trim();6const tree = execSync(`xcrun simctl ui ${processId} tree`).toString();7const driver = wd.promiseChainRemote('localhost', PORT);8driver.init({9});10 .sleep(5000)11 .then(() => driver.getTree())12 .then((tree) => console.log(tree))13 .catch((err) => console.log(err))14 .finally(() => driver.quit());
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.
LambdaTest Learning Hubs:
- JUnit Tutorial
- TestNG Tutorial
- Webdriver Tutorial
- WebDriverIO Tutorial
- Protractor Tutorial
- Selenium 4 Tutorial
- Jenkins Tutorial
- NUnit Tutorial
- Jest Tutorial
- Playwright Tutorial
- Cypress Tutorial
- PyTest Tutorial
YouTube
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
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