How to use getTree method in Appium Xcuitest Driver

Best JavaScript code snippet using appium-xcuitest-driver

LeafTree.spec.js

Source:LeafTree.spec.js Github

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...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)...

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ABTree.spec.js

Source:ABTree.spec.js Github

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...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 })...

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treeComponents.js

Source:treeComponents.js Github

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...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 }]];...

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index.js

Source:index.js Github

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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...

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main.js

Source:main.js Github

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...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; ...

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tree_test.js

Source:tree_test.js Github

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...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 });...

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index.test.js

Source:index.test.js Github

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...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 })...

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applixation2.test.js

Source:applixation2.test.js Github

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...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();...

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Using AI Code Generation

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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 {

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Using AI Code Generation

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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({

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Using AI Code Generation

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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

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Using AI Code Generation

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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('

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Using AI Code Generation

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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};

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Using AI Code Generation

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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 = {

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Using AI Code Generation

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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');

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Using AI Code Generation

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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());

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Automation Testing Tutorials

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LambdaTest Learning Hubs:

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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