How to use treeA method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

index.spec.ts

Source:index.spec.ts Github

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1import * as chai from 'chai';2const assert = chai.assert;3import SuminTree from './index';4interface TYPE_TREE<T> {5 _value: T;6 _children: TYPE_TREE<T>[];7}8describe('SuminTree', () => {9 let mock: SuminTree<string>;10 describe('constructor', () => {11 it('from value', () => {12 let treeA = new SuminTree('A');13 assert.deepEqual({ _value: 'A', _children: new Array<SuminTree<string>>() }, treeA as any);14 mock = new SuminTree(treeA);15 });16 it('from sumin instance', () => {17 let treeA = new SuminTree(mock);18 let treeB = new SuminTree('B')19 .add('E').add('F').add('G');20 let treeC = new SuminTree('C')21 .add(new SuminTree('H')22 .add('M').add('N')23 )24 .add('I');25 let treeD = new SuminTree('D')26 .add('J').add(new SuminTree('K')27 .add('O').add('P')28 );29 treeA.add(treeB).add(treeC).add(treeD);30 mock = new SuminTree(treeA);31 let tree: TYPE_TREE<string> = {32 _value: 'A', _children: [33 { _value: 'B', _children: [34 { _value: 'E', _children: [] },35 { _value: 'F', _children: [] },36 { _value: 'G', _children: [] }37 ] },38 { _value: 'C', _children: [39 { _value: 'H', _children: [40 { _value: 'M', _children: [] },41 { _value: 'N', _children: [] }42 ] },43 { _value: 'I', _children: [] }44 ] },45 { _value: 'D', _children: [46 { _value: 'J', _children: [] },47 { _value: 'K', _children: [48 { _value: 'O', _children: [] },49 { _value: 'P', _children: [] }50 ] }51 ] }52 ]53 };54 assert.notEqual(mock, treeA);55 assert.deepEqual(mock, treeA);56 let treeDD = treeA.find('D');57 assert.exists(treeDD);58 if (treeDD) treeDD.add('Q');59 assert.notDeepEqual(mock, treeA);60 assert.deepEqual(tree, mock as any);61 });62 });63 describe('add', () => {64 it('value', () => {65 let treeA = new SuminTree(mock);66 assert.isUndefined(treeA.find('Q'));67 let treeJ = treeA.find('J');68 assert.exists(treeJ);69 if (treeJ) treeJ.add('Q');70 let tree: TYPE_TREE<string> = {71 _value: 'A', _children: [72 { _value: 'B', _children: [73 { _value: 'E', _children: [] },74 { _value: 'F', _children: [] },75 { _value: 'G', _children: [] }76 ] },77 { _value: 'C', _children: [78 { _value: 'H', _children: [79 { _value: 'M', _children: [] },80 { _value: 'N', _children: [] }81 ] },82 { _value: 'I', _children: [] }83 ] },84 { _value: 'D', _children: [85 { _value: 'J', _children: [86 { _value: 'Q', _children: [] }87 ] },88 { _value: 'K', _children: [89 { _value: 'O', _children: [] },90 { _value: 'P', _children: [] }91 ] }92 ] }93 ]94 };95 assert.deepEqual(tree, treeA as any);96 });97 it('to sumin instance with shadow', () => {98 let treeA = new SuminTree(mock);99 assert.isUndefined(treeA.find(value => value === 'Q'));100 let treeQ = new SuminTree('Q').add('R').add('target');101 let treeF = treeA.find('F');102 assert.exists(treeF);103 if (treeF) treeF.add(treeQ, true);104 let tree: TYPE_TREE<string> = {105 _value: 'A', _children: [106 { _value: 'B', _children: [107 { _value: 'E', _children: [] },108 { _value: 'F', _children: [109 { _value: 'Q', _children: [110 { _value: 'R', _children: [] },111 { _value: 'S', _children: [] }112 ] }113 ] },114 { _value: 'G', _children: [] }115 ] },116 { _value: 'C', _children: [117 { _value: 'H', _children: [118 { _value: 'M', _children: [] },119 { _value: 'N', _children: [] }120 ] },121 { _value: 'I', _children: [] }122 ] },123 { _value: 'D', _children: [124 { _value: 'J', _children: [] },125 { _value: 'K', _children: [126 { _value: 'O', _children: [] },127 { _value: 'P', _children: [] }128 ] }129 ] }130 ]131 };132 assert.notDeepEqual(tree, treeA as any);133 let target = treeQ.find('target');134 assert.exists(target);135 if (target) target.value = 'S';136 assert.deepEqual(tree, treeA as any);137 });138 it('to sumin instance with not shadow', () => {139 let treeA = new SuminTree(mock);140 assert.isUndefined(treeA.find(value => value === 'Q'));141 let treeQ = new SuminTree('Q').add('R').add('target');142 let treeN = treeA.find('N');143 assert.exists(treeN);144 if (treeN) treeN.add(treeQ, false);145 let tree: TYPE_TREE<string> = {146 _value: 'A', _children: [147 { _value: 'B', _children: [148 { _value: 'E', _children: [] },149 { _value: 'F', _children: [] },150 { _value: 'G', _children: [] }151 ] },152 { _value: 'C', _children: [153 { _value: 'H', _children: [154 { _value: 'M', _children: [] },155 { _value: 'N', _children: [156 { _value: 'Q', _children: [157 { _value: 'R', _children: [] },158 { _value: 'S', _children: [] }159 ] }160 ] }161 ] },162 { _value: 'I', _children: [] }163 ] },164 { _value: 'D', _children: [165 { _value: 'J', _children: [] },166 { _value: 'K', _children: [167 { _value: 'O', _children: [] },168 { _value: 'P', _children: [] }169 ] }170 ] }171 ]172 };173 assert.notDeepEqual(tree, treeA as any);174 let target = treeQ.find('target');175 assert.exists(target);176 if (target) target.value = 'S';177 assert.notDeepEqual(tree, treeA as any);178 target = treeA.find('target');179 assert.exists(target);180 if (target) target.value = 'S';181 assert.deepEqual(tree, treeA as any);182 });183 it('with index', () => {184 let treeA = new SuminTree(mock);185 let treeH = treeA.find('H');186 assert.exists(treeH);187 if (treeH) treeH.add('Q', true, 1);188 if (treeH) treeH.add('R', true, SuminTree.CHILD_INSERT_POSITION.HEAD);189 if (treeH) treeH.add('S', true, SuminTree.CHILD_INSERT_POSITION.TAIL);190 let tree: TYPE_TREE<string> = {191 _value: 'A', _children: [192 { _value: 'B', _children: [193 { _value: 'E', _children: [] },194 { _value: 'F', _children: [] },195 { _value: 'G', _children: [] }196 ] },197 { _value: 'C', _children: [198 { _value: 'H', _children: [199 { _value: 'R', _children: [] },200 { _value: 'M', _children: [] },201 { _value: 'Q', _children: [] },202 { _value: 'N', _children: [] },203 { _value: 'S', _children: [] }204 ] },205 { _value: 'I', _children: [] }206 ] },207 { _value: 'D', _children: [208 { _value: 'J', _children: [] },209 { _value: 'K', _children: [210 { _value: 'O', _children: [] },211 { _value: 'P', _children: [] }212 ] }213 ] }214 ]215 };216 assert.deepEqual(treeA as any, tree);217 });218 });219 describe('traversal', () => {220 it('pre-order', () => {221 let treeA = new SuminTree(mock);222 let ABC = '';223 treeA.traversal((tree, depth, index, parent, root) => {224 ABC += tree.value;225 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);226 assert.equal(ABC, 'ABEFGCHMNIDJKOP');227 });228 it('post-order', () => {229 let treeA = new SuminTree(mock);230 let ABC = '';231 treeA.traversal((tree, depth, index, parent, root) => {232 ABC += tree.value;233 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);234 assert.equal(ABC, 'EFGBMNHICJOPKDA');235 });236 it('exit child', () => {237 let treeA = new SuminTree(mock);238 let ABC = '';239 treeA.traversal((tree, depth, index, parent, root) => {240 ABC += tree.value;241 if (tree.value === 'H') return 1;242 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);243 assert.equal(ABC, 'ABEFGCHIDJKOP');244 });245 it('exit', () => {246 let treeA = new SuminTree(mock);247 let ABC = '';248 treeA.traversal((tree, depth, index, parent, root) => {249 ABC += tree.value;250 if (tree.value === 'N') return -1;251 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);252 assert.equal(ABC, 'ABEFGCHMN');253 ABC = '';254 treeA.traversal((tree, depth, index, parent, root) => {255 ABC += tree.value;256 if (tree.value === 'N') return -1;257 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);258 assert.equal(ABC, 'EFGBMN');259 });260 });261 describe('filter', () => {262 it('filter', () => {263 let treeA = new SuminTree(mock);264 let ABC = '';265 let treeF = treeA.filter((value, depth, index, parent, root) => {266 ABC += value;267 return !(value === 'K' || value === 'H');268 });269 let tree: TYPE_TREE<string> = {270 _value: 'A', _children: [271 { _value: 'B', _children: [272 { _value: 'E', _children: [] },273 { _value: 'F', _children: [] },274 { _value: 'G', _children: [] }275 ] },276 { _value: 'C', _children: [277 { _value: 'I', _children: [] }278 ] },279 { _value: 'D', _children: [280 { _value: 'J', _children: [] }281 ] }282 ]283 };284 assert.notDeepEqual(treeF, treeA);285 assert.deepEqual(tree, treeF as any);286 assert.equal(ABC, 'ABEFGCHIDJK');287 });288 });289 describe('find', () => {290 it('pre-order', () => {291 let treeA = new SuminTree(mock);292 let ABC = '';293 let treeD = treeA.find((value, depth, index, parent, root) => {294 ABC += value;295 return value === 'D';296 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);297 assert.exists(treeD);298 if (treeD) {299 assert.equal('D', treeD.value);300 assert.equal(treeD.children[0].value, 'J');301 assert.equal(treeD.children[1].value, 'K');302 }303 assert.equal(ABC, 'ABEFGCHMNID');304 let treeH = treeA.find('H', SuminTree.TRAVERSAL_TYPE.PRE_ORDER);305 assert.exists(treeH);306 if (treeH) {307 assert.equal('H', treeH.value);308 assert.equal(treeH.children[0].value, 'M');309 assert.equal(treeH.children[1].value, 'N');310 }311 });312 it('post-order', () => {313 let treeA = new SuminTree(mock);314 let ABC = '';315 let treeD = treeA.find((value, depth, index, parent, root) => {316 ABC += value;317 return value === 'D';318 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);319 assert.exists(treeD);320 if (treeD) {321 assert.equal('D', treeD.value);322 assert.equal(treeD.children[0].value, 'J');323 assert.equal(treeD.children[1].value, 'K');324 }325 assert.equal(ABC, 'EFGBMNHICJOPKD');326 let treeH = treeA.find('H', SuminTree.TRAVERSAL_TYPE.PRE_ORDER);327 assert.exists(treeH);328 if (treeH) {329 assert.equal('H', treeH.value);330 assert.equal(treeH.children[0].value, 'M');331 assert.equal(treeH.children[1].value, 'N');332 }333 });334 });335 describe('map', () => {336 it('map', () => {337 let treeA = new SuminTree(mock);338 let treeM = treeA.map(value => value + 'map');339 let tree: TYPE_TREE<string> = {340 _value: 'Amap', _children: [341 { _value: 'Bmap', _children: [342 { _value: 'Emap', _children: [] },343 { _value: 'Fmap', _children: [] },344 { _value: 'Gmap', _children: [] }345 ] },346 { _value: 'Cmap', _children: [347 { _value: 'Hmap', _children: [348 { _value: 'Mmap', _children: [] },349 { _value: 'Nmap', _children: [] },350 ] },351 { _value: 'Imap', _children: [] }352 ] },353 { _value: 'Dmap', _children: [354 { _value: 'Jmap', _children: [] },355 { _value: 'Kmap', _children: [356 { _value: 'Omap', _children: [] },357 { _value: 'Pmap', _children: [] }358 ] }359 ] }360 ]361 };362 assert.notDeepEqual(treeA, treeM);363 assert.deepEqual(tree, treeM as any);364 });365 });366 describe('some', () => {367 it('pre-order', () => {368 let treeA = new SuminTree(mock);369 let ABC = '';370 let ret = treeA.some((value, depth, index, children, parent, root) => {371 ABC += value;372 return value === 'H' || value === 'O';373 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);374 assert.isTrue(ret);375 assert.equal(ABC, 'ABEFGCH');376 ABC = '';377 ret = treeA.some((value, depth, index, children, parent, root) => {378 ABC += value;379 return value === 'Q';380 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);381 assert.isFalse(ret);382 assert.equal(ABC, 'ABEFGCHMNIDJKOP');383 });384 it('post-order', () => {385 let treeA = new SuminTree(mock);386 let ABC = '';387 let ret = treeA.some((value, depth, index, children, parent, root) => {388 ABC += value;389 return value === 'H' || value === 'O';390 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);391 assert.isTrue(ret);392 assert.equal(ABC, 'EFGBMNH');393 ABC = '';394 ret = treeA.some((value, depth, index, children, parent, root) => {395 ABC += value;396 return value === 'Q';397 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);398 assert.isFalse(ret);399 assert.equal(ABC, 'EFGBMNHICJOPKDA');400 });401 });402 describe('every', () => {403 it('pre-order', () => {404 let treeA = new SuminTree(mock);405 let ABC = '';406 let ret = treeA.every((value, depth, index, children, parent, root) => {407 ABC += value;408 return value.length === 1; 409 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);410 assert.isTrue(ret);411 assert.equal(ABC, 'ABEFGCHMNIDJKOP');412 ABC = '';413 ret = treeA.every((value, depth, index, children, parent, root) => {414 ABC += value;415 return value !== 'H';416 }, SuminTree.TRAVERSAL_TYPE.PRE_ORDER);417 assert.isFalse(ret);418 assert.equal(ABC, 'ABEFGCH');419 });420 it('post-order', () => {421 let treeA = new SuminTree(mock);422 let ABC = '';423 let ret = treeA.every((value, depth, index, children, parent, root) => {424 ABC += value;425 return value.length === 1; 426 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);427 assert.isTrue(ret);428 assert.equal(ABC, 'EFGBMNHICJOPKDA');429 ABC = '';430 ret = treeA.every((value, depth, index, children, parent, root) => {431 ABC += value;432 return value !== 'H';433 }, SuminTree.TRAVERSAL_TYPE.POST_ORDER);434 assert.isFalse(ret);435 assert.equal(ABC, 'EFGBMNH');436 });437 });438 describe('obj2tree', () => {439 it('obj2tree', () => {440 let treeA = new SuminTree(mock);441 let obj2tree = SuminTree.obj2tree<string>({442 value: 'A', children: [443 { value: 'B', children: [444 { value: 'E', children: [] },445 { value: 'F', children: [] },446 { value: 'G', children: [] }447 ] },448 { value: 'C', children: [449 { value: 'H', children: [450 { value: 'M', children: [] },451 { value: 'N', children: [] },452 ] },453 { value: 'I', children: [] }454 ] },455 { value: 'D', children: [456 { value: 'J', children: [] },457 { value: 'K', children: [458 { value: 'O', children: [] },459 { value: 'P', children: [] }460 ] }461 ] }462 ]463 });464 assert.notEqual(treeA, obj2tree);465 assert.deepEqual(treeA, obj2tree);466 });467 });...

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trees.test.js

Source:trees.test.js Github

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1const Node = require('../index').Node;2const BinaryTree = require('../index').BinaryTree;3const BinarySearchTree = require('../index').BinarySearchTree;4const treeIntersection = require('../index').treeIntersection;5describe('Trees', () => {6 it('instantiate an empty tree', () => {7 let tree = new BinaryTree();8 expect(tree instanceof BinaryTree).toBe(true);9 });10 it('instantiate a tree with a single root node', () => {11 let tree = new BinaryTree();12 let node = new Node(5);13 tree.root = node;14 expect(tree.root.value).toEqual(5);15 expect(tree.root.left).toBe(null);16 expect(tree.root.right).toBe(null);17 });18 it("add a left child and right child to a single root node", () => {19 let tree = new BinarySearchTree();20 tree.add(10);21 tree.add(15);22 tree.add(5);23 expect(tree.root.value).toEqual(10);24 expect(tree.root.left.value).toEqual(5);25 expect(tree.root.right.value).toEqual(15);26 });27 it('Preorder traversal', () => {28 let tree = new BinarySearchTree();29 tree.add(10);30 tree.add(15);31 tree.add(5);32 tree.add(7);33 tree.add(20);34 expect(tree.preOrder()).toEqual([10, 5, 7, 15, 20]);35 });36 it('Inorder traversal', () => {37 let tree = new BinarySearchTree();38 tree.add(10);39 tree.add(15);40 tree.add(5);41 tree.add(7);42 tree.add(20);43 expect(tree.inOrder()).toEqual([5, 7, 10, 15, 20]);44 })45 it('Postorder traversal', () => {46 let tree = new BinarySearchTree();47 tree.add(10);48 tree.add(15);49 tree.add(5);50 tree.add(7);51 tree.add(20);52 expect(tree.postOrder()).toEqual([7, 5, 20, 15, 10]);53 })54});55// codeChallenge1656describe('Find Maximum Value in a Tree', () => {57 let tree = new BinaryTree();58 tree.root = new Node(1);59 tree.root.left = new Node(2);60 tree.root.right = new Node(3);61 tree.root.left.left = new Node(4);62 tree.root.left.right = new Node(5);63 tree.root.right.left = new Node(6);64 tree.root.right.right = new Node(7);65 tree.root.right.right.left = new Node(8);66 tree.root.right.right.right = new Node(9);67 test('find a maximum value in a tree', () => {68 expect(tree.findMax()).toEqual(9);69 });70 test('Test expected to fail on an alphabets tree', () => {71 let tree2 = new BinaryTree();72 tree2.root = new Node('a');73 tree2.root.left = new Node('b');74 tree2.root.right = new Node('c');75 tree2.root.left.left = new Node('d');76 expect(tree2.findMax()).toBeFalsy();77 });78});79 // codeChallenge1780 81 describe('Breadth First Test', () => {82 let tree = new BinaryTree();83 tree.root = new Node(1);84 tree.root.left = new Node(2);85 tree.root.right = new Node(3);86 tree.root.left.left = new Node(4);87 tree.root.left.right = new Node(5);88 tree.root.right.left = new Node(6);89 tree.root.right.right = new Node(7);90 tree.root.right.right.left = new Node(8);91 tree.root.right.right.right = new Node(9);92 93 test('find a maximum value in a tree', () => {94 expect(tree.breadthFirst()).toEqual([1,2,3,4,5,6,7,8,9]);95 });96 });97 // codeChallenge18 98 describe('FIZZ BUZZ Test', () => {99 it('fizzBuzz', () => {100 let tree = new BinaryTree();101 tree.root = new Node(1);102 tree.root.left = new Node(7);103 tree.root.left.left = new Node(1);104 tree.root.left.right = new Node(6);105 tree.root.left.right.left = new Node(5);106 tree.root.left.right.right = new Node(11);107 tree.root.right = new Node(5);108 tree.root.right.right = new Node(9);109 tree.root.right.right.left = new Node(15);110 let fizzBuzz = tree.fizzBuzz(tree);111 let fizBuzBrFirst= fizzBuzz.breadthFirst() 112 expect(fizBuzBrFirst).toEqual(['1','7','Buzz','1','Fizz','Fizz','Buzz','11','FizzBuzz']);113 });114 });115// code challenge 32116describe('Trees Intersection', () => {117 it('No Intersection', () => {118 let treeA = new BinaryTree();119 treeA.root = new Node(1);120 treeA.root.left = new Node(2);121 treeA.root.right = new Node(3);122 treeA.root.left.left = new Node(4);123 treeA.root.left.right = new Node(5);124 treeA.root.right.left = new Node(6);125 treeA.root.right.right = new Node(7);126 treeA.root.right.right.left = new Node(8);127 treeA.root.right.right.right = new Node(9);128 129 let treeB = new BinaryTree();130 treeB.root = new Node(10);131 treeB.root.left = new Node(20);132 treeB.root.right = new Node(30);133 treeB.root.left.left = new Node(40);134 treeB.root.left.right = new Node(50);135 treeB.root.right.left = new Node(60);136 treeB.root.right.right = new Node(70);137 treeB.root.right.right.left = new Node(80);138 treeB.root.right.right.right = new Node(90);139 140 expect(treeIntersection(treeA, treeB)).toEqual([]);141 });142 it('same trees', () => {143 let treeA = new BinaryTree();144 treeA.root = new Node(1);145 treeA.root.left = new Node(2);146 treeA.root.right = new Node(3);147 treeA.root.left.left = new Node(4);148 treeA.root.left.right = new Node(5);149 treeA.root.right.left = new Node(6);150 treeA.root.right.right = new Node(7);151 treeA.root.right.right.left = new Node(8);152 treeA.root.right.right.right = new Node(9);153 154 let treeB = new BinaryTree();155 treeB.root = new Node(1);156 treeB.root.left = new Node(2);157 treeB.root.right = new Node(3);158 treeB.root.left.left = new Node(4);159 treeB.root.left.right = new Node(5);160 treeB.root.right.left = new Node(6);161 treeB.root.right.right = new Node(7);162 treeB.root.right.right.left = new Node(8);163 treeB.root.right.right.right = new Node(9);164 expect(treeIntersection(treeA, treeB)).toEqual([1,2,4,5,3,6,7,8,9]);165 });166 it('different trees', () => {167 let treeA = new BinaryTree();168 treeA.root = new Node(1);169 treeA.root.left = new Node(2);170 treeA.root.right = new Node(3);171 treeA.root.left.left = new Node(4);172 treeA.root.left.right = new Node(5);173 treeA.root.right.left = new Node(6);174 treeA.root.right.right = new Node(7);175 treeA.root.right.right.left = new Node(8);176 treeA.root.right.right.right = new Node(9);177 178 let treeB = new BinaryTree();179 treeB.root = new Node(1);180 treeB.root.left = new Node(2);181 treeB.root.right = new Node(3);182 treeB.root.left.left = new Node(4);183 treeB.root.left.right = new Node(50);184 treeB.root.right.left = new Node(6);185 treeB.root.right.right = new Node(7);186 treeB.root.right.right.left = new Node(81);187 treeB.root.right.right.right = new Node(9);188 expect(treeIntersection(treeA, treeB)).toEqual([1,2,4,3,6,7,9]);189 });190 191 });...

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function.ts

Source:function.ts Github

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1/*2El abuelo 👴 dice que ve todos los árboles de navidad iguales... La abuela 👵, en cambio, piensa que no. Que todos los árboles de navidad son distintos...3Vamos a hacer una función que nos diga si dos árboles de navidad son iguales. Para ello, vamos a comparar los árboles que ya creamos en el reto 22.4Tenemos que ver si ambos árboles tienen la misma estructura y los mismos valores en todas las ramas. Aquí tienes unos ejemplos:5const tree = {6 value: 1,7 left: { value: 2, left: null, right: null },8 right: { value: 3, left: null, right: null }9}10checkIsSameTree(tree, tree) // true11const tree2 = {12 value: 1,13 left: { value: 3, left: { value: 2, left: null, right: null }, right: null },14 right: { value: 5, left: null, right: { value: 4, left: null, right: null } }15}16checkIsSameTree(tree, tree2) // false17checkIsSameTree(tree2, tree2) // true18El cuñado 🦹‍♂️, que se las sabe todas, me ha dicho que tenga cuidado porque el truco del JSON.stringify puede no funcionar... ya que los árboles pueden ser el mismo pero el orden de representación de las ramas izquierda y derecha puede ser inversa...19*/20const checkIsSameTree = (treeA: any, treeB: any): boolean => {21 if (treeA.value !== treeB.value) return false22 else if (treeA.left === treeB.left || treeA.right === treeB.right) return true23 let checkingTree: boolean = false;24 if (treeA.left && treeB.left) {25 const sameTree: boolean = checkIsSameTree(treeA.left, treeB.left);26 checkingTree = sameTree27 }28 if (treeA.right && treeB.right) {29 const sameTree: boolean = checkIsSameTree(treeA.right, treeB.right);30 checkingTree = sameTree31 }32 return checkingTree33}...

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Using AI Code Generation

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1import { treeA } from 'fast-check-monorepo';2console.log(treeA());3import { treeB } from 'fast-check-monorepo';4console.log(treeB());5import { treeC } from 'fast-check-monorepo';6console.log(treeC());7import { treeD } from 'fast-check-monorepo';8console.log(treeD());9import { treeE } from 'fast-check-monorepo';10console.log(treeE());11import { treeF } from 'fast-check-monorepo';12console.log(treeF());13import { treeG } from 'fast-check-monorepo';14console.log(treeG());15import { treeH } from 'fast-check-monorepo';16console.log(treeH());17import { treeI } from 'fast-check-monorepo';18console.log(treeI());19import { treeJ } from 'fast-check-monorepo';20console.log(treeJ());21import { treeK } from 'fast-check-monorepo';22console.log(treeK());23import { treeL } from 'fast-check-monorepo';24console.log(treeL());25import { treeM } from 'fast-check-monorepo';26console.log(treeM());

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Using AI Code Generation

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1import { treeA } from 'fast-check-monorepo'2console.log(treeA())3import { treeB } from 'fast-check-monorepo'4console.log(treeB())5import { treeC } from 'fast-check-monorepo'6console.log(treeC())7import { treeD } from 'fast-check-monorepo'8console.log(treeD())9import { treeE } from 'fast-check-monorepo'10console.log(treeE())11import { treeF } from 'fast-check-monorepo'12console.log(treeF())13import { treeG } from 'fast-check-monorepo'14console.log(treeG())15import { treeH } from 'fast-check-monorepo'16console.log(treeH())17import { treeI } from 'fast-check-monorepo'18console.log(treeI())19import { treeJ } from 'fast-check-monorepo'20console.log(treeJ())21import { treeK } from 'fast-check-monorepo'22console.log(treeK())23import { treeL } from 'fast-check-monorepo'24console.log(treeL())25import { treeM } from 'fast-check-monorepo'26console.log(treeM())

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Using AI Code Generation

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1const treeA = require('fast-check-monorepo/treeA');2console.log(treeA());3const treeB = require('fast-check-monorepo/treeB');4console.log(treeB());5const treeC = require('fast-check-monorepo/treeC');6console.log(treeC());7const treeD = require('fast-check-monorepo/treeD');8console.log(treeD());9const treeE = require('fast-check-monorepo/treeE');10console.log(treeE());11const treeF = require('fast-check-monorepo/treeF');12console.log(treeF());13const treeG = require('fast-check-monorepo/treeG');14console.log(treeG());15const treeH = require('fast-check-monorepo/treeH');16console.log(treeH());17const treeI = require('fast-check-monorepo/treeI');18console.log(treeI());19const treeJ = require('fast-check-monorepo/treeJ');20console.log(treeJ());21const treeK = require('fast-check-monorepo/treeK');22console.log(treeK());23const treeL = require('fast-check-monorepo/treeL');24console.log(treeL());25const treeM = require('fast-check-monorepo/treeM');26console.log(treeM

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Using AI Code Generation

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1const treeA = require('fast-check-monorepo/treeA');2console.log(treeA);3const treeB = require('fast-check-monorepo/treeB');4console.log(treeB);5const treeC = require('fast-check-monorepo/treeC');6console.log(treeC);7const treeD = require('fast-check-monorepo/treeD');8console.log(treeD);9const treeE = require('fast-check-monorepo/treeE');10console.log(treeE);11const treeF = require('fast-check-monorepo/treeF');12console.log(treeF);13const treeG = require('fast-check-monorepo/treeG');14console.log(treeG);15const treeH = require('fast-check-monorepo/treeH');16console.log(treeH);17const treeI = require('fast-check-monorepo/treeI');18console.log(treeI);19const treeJ = require('fast-check-monorepo/treeJ');20console.log(treeJ);21const treeK = require('fast-check-monorepo/treeK');22console.log(treeK);23const treeL = require('fast-check-monorepo/treeL');24console.log(treeL);25const treeM = require('fast-check-monorepo/treeM');26console.log(treeM);27const treeN = require('fast-check-monorepo/treeN');28console.log(treeN);29const treeO = require('fast-check-monorepo/treeO');30console.log(treeO);

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Using AI Code Generation

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1const { treeA } = require('fast-check-monorepo');2console.log(treeA());3const { treeA } = require('fast-check-monorepo');4console.log(treeA());5const { treeA } = require('fast-check-monorepo');6console.log(treeA());7const { treeA } = require('fast-check-monorepo');8console.log(treeA());9const { treeA } = require('fast-check-monorepo');10console.log(treeA());11const { treeA } = require('fast-check-monorepo');12console.log(treeA());13const { treeA } = require('fast-check-monorepo');14console.log(treeA());15const { treeA } = require('fast-check-monorepo');16console.log(treeA());17const { treeA } = require('fast-check-monorepo');18console.log(treeA());19const { treeA } = require('fast-check-monorepo');20console.log(treeA());21const { treeA } = require('fast-check-monorepo');22console.log(treeA());23const { treeA } = require('fast-check-monorepo');24console.log(treeA());25const { treeA } = require('fast-check-monorepo');26console.log(treeA

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Using AI Code Generation

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1import { treeA } from 'fast-check-monorepo';2import { treeA } from 'fast-check-monorepo';3import { treeA } from 'fast-check-monorepo';4import { treeA } from 'fast-check-monorepo';5import { treeA } from 'fast-check-monorepo';6import { treeA } from 'fast-check-monorepo';7import { treeA } from 'fast-check-monorepo';8import { treeA } from 'fast-check-monorepo';9import { treeA } from 'fast-check-monorepo';10import { treeA } from 'fast-check-monorepo';11import { treeA } from 'fast-check-monorepo';12import { treeA } from 'fast-check-monorepo';13import { treeA } from 'fast-check-monorepo';

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Automation Testing Tutorials

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You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.

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