KaneAI - World’s First E2E Software Testing Agent.Book a Demo Join TestMu Conference

How to use binaryTreeWithMaxDepth method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

BinaryTreeArbitrary.ts

Source:BinaryTreeArbitrary.ts

1import fc from 'fast-check';2import { Tree } from '../src/isSearchTree';3export const binaryTreeWithMaxDepth = (maxDepth: number): fc.Arbitrary<Tree<number>> => {4  const { tree } = fc.letrec((tie) => ({5    leaf: fc.record({6      value: fc.integer(),7      left: fc.constant(null),8      right: fc.constant(null),9    }),10    node: fc.record({ value: fc.integer(), left: tie('tree'), right: tie('tree') }),11    tree: fc.oneof({ maxDepth }, tie('leaf'), tie('node')),12  }));13  return tree as fc.Arbitrary<Tree<number>>;14};15export const binaryTreeWithoutMaxDepth = (): fc.Arbitrary<Tree<number>> => {16  const { tree } = fc.letrec((tie) => ({17    leaf: fc.record({18      value: fc.integer(),19      left: fc.constant(null),20      right: fc.constant(null),21    }),22    node: fc.record({ value: fc.integer(), left: tie('tree'), right: tie('tree') }),23    tree: fc.oneof({ depthSize: 'small' }, tie('leaf'), tie('node')),24  }));25  return tree as fc.Arbitrary<Tree<number>>;26};27// Alternative solutions28// Prefer one of the implementation above.29export const binaryTreeWithMaxDepthMemoBased = (maxDepth: number): fc.Arbitrary<Tree<number>> => {30  // Prefer letrec implementation: arbitrary is less expensive to build31  const leaf: fc.Arbitrary<Tree<number>> = fc.record({32    value: fc.integer(),33    left: fc.constant(null),34    right: fc.constant(null),35  });36  const node: fc.Memo<Tree<number>> = fc.memo((n) => {37    if (n <= 1) return leaf;38    return fc.record({ value: fc.integer(), left: tree(n - 1), right: tree(n - 1) });39  });40  const tree: fc.Memo<Tree<number>> = fc.memo((n) => fc.oneof(leaf, node(n)));41  return tree(maxDepth);42};43export function binaryTreeWithMaxDepthOldWay(maxDepth: number): fc.Arbitrary<Tree<number>> {44  const valueArbitrary = fc.integer();45  if (maxDepth <= 0) {46    return fc.record({47      value: valueArbitrary,48      left: fc.constant(null),49      right: fc.constant(null),50    });51  }52  const subTree = fc.oneof(fc.constant(null), binaryTreeWithMaxDepthOldWay(maxDepth - 1));53  return fc.record({54    value: valueArbitrary,55    left: subTree,56    right: subTree,57  });...

main.spec.ts

Source:main.spec.ts

...12    );13  });14  it('should detect invalid search trees whenever tree traversal produces unordered arrays', () => {15    fc.assert(16      fc.property(binaryTreeWithMaxDepth(3), (tree) => {17        fc.pre(!isSorted(traversal(tree, (t) => t.value)));18        return !isSearchTree(tree);19      })20    );21  });22  it('should detect invalid search trees whenever tree traversal produces unordered arrays (2)', () => {23    fc.assert(24      fc.property(binaryTreeWithoutMaxDepth(), (tree) => {25        fc.pre(!isSorted(traversal(tree, (t) => t.value)));26        return !isSearchTree(tree);27      })28    );29  });30  it('should detect invalid search trees whenever one node in the tree has an invalid direct child', () => {31    fc.assert(32      fc.property(binaryTreeWithMaxDepth(3), (tree) => {33        fc.pre(34          traversal(tree, (t) => t).some(35            (t) => (t.left && t.left.value > t.value) || (t.right && t.right.value <= t.value)36          )37        );38        return !isSearchTree(tree);39      })40    );41  });42});43// Helpers44function traversal<TOut>(t: Tree<number>, extract: (node: Tree<number>) => TOut, out: TOut[] = []): TOut[] {45  if (t.left) traversal(t.left, extract, out);46  out.push(extract(t));...

Using AI Code Generation

1const fc = require("fast-check");2const { binaryTreeWithMaxDepth } = require("fast-check/lib/arbitrary/BinaryTreeArbitrary");3const { Tree } = require("fast-check/lib/types/Tree");4fc.assert(5  fc.property(6    fc.nat(),7    (depth, maxDepth) => {8      const tree = binaryTreeWithMaxDepth(depth, maxDepth);9      const root = tree.generate(fc.random());10      return root.depth() <= maxDepth;11    }12);13function binaryTreeWithMaxDepth(depth: number, maxDepth: number): Arbitrary<Tree> {14  if (depth === 0 || maxDepth === 0) {15    return constant(new Tree());16  }17  return tuple(binaryTreeWithMaxDepth(depth - 1, maxDepth - 1), binaryTreeWithMaxDepth(depth - 1, maxDepth - 1)).map(18    ([left, right]) => new Tree(left, right)19  );20}21export class Tree {22  constructor(readonly left: Tree = new Tree(), readonly right: Tree = new Tree()) {}23  depth(): number {24    return 1 + Math.max(this.left.depth(), this.right.depth());25  }26}

Using AI Code Generation

1const { binaryTreeWithMaxDepth } = require('fast-check');2const { generate } = require('astring');3const { parse } = require('acorn');4const { default: generate } = require('@babel/generator');5const { default: traverse } = require('@babel/traverse');6const { default: t } = require('@babel/types');7const ast = parse('function hello() {console.log("hello world");}');8const ast2 = parse('function hello() {console.log("hello world");}');9const ast3 = parse('function hello() {console.log("hello world");}');10const ast4 = parse('function hello() {console.log("hello world");}');11const ast5 = parse('function hello() {console.log("hello world");}');12const generateCode = (ast) => {13  return generate(ast, {}).code;14};15const generateCode2 = (ast) => {16  return generate(ast, {}).code;17};18const generateCode3 = (ast) => {19  return generate(ast, {}).code;20};21const generateCode4 = (ast) => {22  return generate(ast, {}).code;23};24const generateCode5 = (ast) => {25  return generate(ast, {}).code;26};27const generateCode6 = (ast) => {28  return generate(ast, {}).code;29};30const generateCode7 = (ast) => {31  return generate(ast, {}).code;32};33const generateCode8 = (ast) => {34  return generate(ast, {}).code;35};36const generateCode9 = (ast) => {37  return generate(ast, {}).code;38};39const generateCode10 = (ast) => {40  return generate(ast, {}).code;41};42const generateCode11 = (ast) => {43  return generate(ast, {}).code;44};45const generateCode12 = (ast) => {46  return generate(ast, {}).code;47};48const generateCode13 = (ast) => {49  return generate(ast, {}).code;50};51const generateCode14 = (ast) => {52  return generate(ast, {}).code;53};54const generateCode15 = (ast) => {55  return generate(ast, {}).code;56};57const generateCode16 = (ast) => {58  return generate(ast, {}).code;59};60const generateCode17 = (ast) => {61  return generate(ast, {}).code;62};63const generateCode18 = (ast) => {64  return generate(ast, {}).code;65};

Using AI Code Generation

1const { binaryTreeWithMaxDepth } = require('fast-check');2const tree = binaryTreeWithMaxDepth(3);3console.log(tree);4const { binaryTreeWithMaxDepth } = require('fast-check');5const tree = binaryTreeWithMaxDepth(4);6console.log(tree);7const { binaryTreeWithMaxDepth } = require('fast-check');8const tree = binaryTreeWithMaxDepth(5);9console.log(tree);

Using AI Code Generation

1const fc = require('fast-check');2const binaryTreeWithMaxDepth = require('fast-check-monorepo').binaryTreeWithMaxDepth;3const {binaryTreeWithMaxDepth: binaryTreeWithMaxDepth2} = require('fast-check');4console.log(binaryTreeWithMaxDepth(4).generate(fc.randomForTests()).value);5console.log(binaryTreeWithMaxDepth2(4).generate(fc.randomForTests()).value);6const fc = require('fast-check');7const {binaryTreeWithMaxDepth} = require('fast-check-monorepo');8const binaryTreeWithMaxDepth2 = require('fast-check').binaryTreeWithMaxDepth;9console.log(binaryTreeWithMaxDepth(4).generate(fc.randomForTests()).value);10console.log(binaryTreeWithMaxDepth2(4).generate(fc.randomForTests()).value);11const fc = require('fast-check');12const {binaryTreeWithMaxDepth} = require('fast-check');13console.log(binaryTreeWithMaxDepth(4).generate(fc.randomForTests()).value);14const fc = require('fast-check');15const binaryTreeWithMaxDepth = require('fast-check').binaryTreeWithMaxDepth;16console.log(binaryTreeWithMaxDepth(4).generate(fc.randomForTests()).value);

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.