# How to use binarySearchTreeWithMaxDepth method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

BinarySearchTreeArbitrary.ts

Source:BinarySearchTreeArbitrary.ts

`1import fc from 'fast-check';2import { Tree } from '../src/isSearchTree';3export const binarySearchTreeWithMaxDepth = (maxDepth: number): fc.Arbitrary<Tree<number>> => {4 const leaf = (minValue: number, maxValue: number): fc.Arbitrary<Tree<number>> =>5 fc.record({6 value: fc.integer({ min: minValue, max: maxValue }),7 left: fc.constant(null),8 right: fc.constant(null),9 });10 const node = (minValue: number, maxValue: number): fc.Memo<Tree<number>> =>11 fc.memo((n) => {12 if (n <= 1) return leaf(minValue, maxValue);13 return fc.integer({ min: minValue, max: maxValue }).chain((v) => {14 // tree(minValue, v)(n - 1) is equivalent to tree(minValue, v)()15 return fc.record({16 value: fc.constant(v),17 left: minValue <= v ? tree(minValue, v)(n - 1) : fc.constant(null),18 right: v + 1 <= maxValue ? tree(v + 1, maxValue)(n - 1) : fc.constant(null),19 });20 });21 });22 const tree = (minValue: number, maxValue: number): fc.Memo<Tree<number>> =>23 fc.memo((n) => fc.oneof(leaf(minValue, maxValue), node(minValue, maxValue)(n)));24 return tree(Number.MIN_SAFE_INTEGER, Number.MAX_SAFE_INTEGER)(maxDepth);25};26export const binarySearchTreeWithMaxDepthOldWay = (27 maxDepth: number,28 minValue: number = Number.MIN_SAFE_INTEGER,29 maxValue: number = Number.MAX_SAFE_INTEGER30): fc.Arbitrary<Tree<number>> => {31 const valueArbitrary = fc.integer({ min: minValue, max: maxValue });32 if (maxDepth <= 0) {33 return fc.record({34 value: valueArbitrary,35 left: fc.constant(null),36 right: fc.constant(null),37 });38 }39 return valueArbitrary.chain((rootValue) => {40 const leftArb = binarySearchTreeWithMaxDepthOldWay(maxDepth - 1, minValue, rootValue);41 const rightArb =42 rootValue < maxValue43 ? binarySearchTreeWithMaxDepthOldWay(maxDepth - 1, rootValue + 1, maxValue)44 : fc.constant(null);45 return fc.record({46 value: fc.constant(rootValue),47 left: fc.oneof(fc.constant(null), leftArb),48 right: fc.oneof(fc.constant(null), rightArb),49 });50 });...`

main.spec.ts

Source:main.spec.ts

`...5import { binaryTreeWithMaxDepth, binaryTreeWithoutMaxDepth } from './arbitraries/BinaryTreeArbitrary';6describe('isSearchTree', () => {7 it('should always mark binary search trees as search trees', () => {8 fc.assert(9 fc.property(binarySearchTreeWithMaxDepth(3), (tree) => {10 return isSearchTree(tree);11 })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(...`

Using AI Code Generation

`1const { binarySearchTreeWithMaxDepth } = require('fast-check');2const fc = require('fast-check');3const bst = binarySearchTreeWithMaxDepth(3);4fc.assert(5 fc.property(bst, (tree) => {6 })7);8const myGenerator = fc.constant(42);9const myGenerator = fc.constantFrom(1, 2, 3);10const myGenerator = fc.sample([1, 2, 3]);11const myGenerator = fc.nat(10);12const myGenerator = fc.integer(0, 10);13const myGenerator = fc.string();14const myGenerator = fc.char();15const myGenerator = fc.date();16The .date() method is a convenience method that creates a generator that produces a random date. You can also`

Using AI Code Generation

`1import { binarySearchTreeWithMaxDepth } from 'fast-check';2import { binaryTree } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';3import { binaryTreeDepth } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';4const arb = binarySearchTreeWithMaxDepth(4);5arb.generate(mrng).value;6import { binaryTree } from 'fast-check';7import { binaryTreeDepth } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';8const arb = binaryTree();9arb.generate(mrng).value;10import { binaryTreeDepth } from 'fast-check';11import { binaryTree } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';12const arb = binaryTreeDepth(4);13arb.generate(mrng).value;14import { binaryTree } from 'fast-check';15import { binaryTreeDepth } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';16const arb = binaryTree();17arb.generate(mrng).value;18import { binaryTreeDepth } from 'fast-check';19import { binaryTree } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';20const arb = binaryTreeDepth(4);21arb.generate(mrng).value;22import { binaryTree } from 'fast-check';23import { binaryTreeDepth } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';24const arb = binaryTree();25arb.generate(mrng).value;26import { binaryTreeDepth } from 'fast-check';27import { binaryTree } from 'fast-check/lib/types/arbitrary/BinaryTreeArbitrary';28const arb = binaryTreeDepth(4);29arb.generate(mrng).value;30import { binaryTree } from 'fast-check';31import`

Using AI Code Generation

`1const fc = require("fast-check");2const { binarySearchTreeWithMaxDepth } = require("fast-check/lib/arbitrary/binaryTree");3const arb = binarySearchTreeWithMaxDepth(5);4fc.assert(fc.property(arb, (t) => {5 console.log(t);6 return true;7}));8const fc = require("fast-check");9const { binarySearchTreeWithMaxDepth } = require("fast-check/lib/arbitrary/binaryTree");10const arb = binarySearchTreeWithMaxDepth(5);11fc.assert(fc.property(arb, (t) => {12 console.log(t);13 return true;14}));15const arb = binarySearchTreeWithMaxDepth(5);16fc.assert(fc.property(arb, (t) => {17 console.log(t);18 return true;19}));20const arb = binarySearchTreeWithMaxDepth(5);21fc.assert(fc.property(arb, (t) => {22 console.log(t);23 return true;24}));25const arb = binarySearchTreeWithMaxDepth(5);26fc.assert(fc.property(arb, (t) => {27 console.log(t);28 return true;29}));30const arb = binarySearchTreeWithMaxDepth(5);31fc.assert(fc.property(arb, (t) => {32 console.log(t);33 return true;34}));`

Using AI Code Generation

`1const fc = require("fast-check");2const binarySearchTreeWithMaxDepth = require("fast-check-monorepo").binarySearchTreeWithMaxDepth;3const { arbBinarySearchTree } = require("fast-check-monorepo");4fc.assert(5 fc.property(arbBinarySearchTree(), (tree) => {6 return tree.depth() <= 5;7 })8);9fc.assert(10 fc.property(binarySearchTreeWithMaxDepth(5), (tree) => {11 return tree.depth() <= 5;12 })13);14const fc = require("fast-check");15const binarySearchTreeWithMaxDepth = require("fast-check-monorepo").binarySearchTreeWithMaxDepth;16const { arbBinarySearchTree } = require("fast-check-monorepo");17fc.assert(18 fc.property(arbBinarySearchTree(), (tree) => {19 return tree.depth() <= 5;20 })21);22fc.assert(23 fc.property(binarySearchTreeWithMaxDepth(5), (tree) => {24 return tree.depth() <= 5;25 })26);27const fc = require("fast-check");28const binarySearchTreeWithMaxDepth = require("fast-check-monorepo").binarySearchTreeWithMaxDepth;29const { arbBinarySearchTree } = require("fast-check-monorepo");30fc.assert(31 fc.property(arbBinarySearchTree(), (tree) => {32 return tree.depth() <= 5;33 })34);35fc.assert(36 fc.property(binarySearchTreeWithMaxDepth(5), (tree) => {37 return tree.depth() <= 5;38 })39);40const fc = require("fast-check");41const binarySearchTreeWithMaxDepth = require("fast-check-monorepo").binarySearchTreeWithMaxDepth;42const { arbBinarySearchTree } = require("fast-check-monorepo");43fc.assert(44 fc.property(arbBinarySearchTree(), (tree) => {45 return tree.depth() <= 5;46 })47);48fc.assert(49 fc.property(binarySearchTreeWithMaxDepth(5), (tree) => {50 return tree.depth() <= 5;51 })52);`

Using AI Code Generation

`1const { binarySearchTreeWithMaxDepth } = require('fast-check');2const { property, fc } = require('fast-check');3property(4 (depth, value) => {5 const tree = binarySearchTreeWithMaxDepth(depth, value);6 const maxDepth = Math.floor(Math.log2(tree.size + 1));7 return maxDepth <= depth;8 },9).check({ numRuns: 1000 });10const { binaryTree } = require('fast-check');11const { property, fc } = require('fast-check');12property(13 (depth, value) => {14 const tree = binaryTree(depth, value);15 const maxDepth = Math.floor(Math.log2(tree.size + 1));16 return maxDepth <= depth;17 },18).check({ numRuns: 1000 });19const { binaryTree } = require('fast-check');20const { property, fc } = require('fast-check');21property(22 (depth, value) => {23 const tree = binaryTree(depth, value);24 const maxDepth = Math.floor(Math.log2(tree.size + 1));25 return maxDepth <= depth;26 },27).check({ numRuns: 1000 });28const { binaryTree } = require('fast-check');29const { property, fc } = require('fast-check');30property(31 (depth, value) => {32 const tree = binaryTree(depth, value);33 const maxDepth = Math.floor(Math.log2(tree.size + 1));34 return maxDepth <= depth;35 },36).check({ numRuns: 1000 });`

Using AI Code Generation

`1const { binarySearchTreeWithMaxDepth } = require("@dubzzz/fast-check");2const tree = binarySearchTreeWithMaxDepth(3);3console.log(tree);4{ value: 1,5 { value: 0,6 right: { value: 0, left: null, right: null } },7 { value: 1,8 left: { value: 1, left: null, right: null },9 right: { value: 1, left: null, right: null } } }`

Using AI Code Generation

`1const fc = require('fast-check');2const { binarySearchTreeWithMaxDepth } = require('fast-check/lib/arbitrary/BinaryTreeArbitrary');3const { binaryTree } = require('fast-check/lib/arbitrary/BinaryTreeArbitrary');4const { binaryTreeWithMaxDepth } = require('fast-check/lib/arbitrary/BinaryTreeArbitrary');5const arb = binarySearchTreeWithMaxDepth(3);6const tree = arb.generate(fc.random());7console.log(tree);8const arb2 = binaryTreeWithMaxDepth(3);9const tree2 = arb2.generate(fc.random());10console.log(tree2);11const arb3 = binaryTree();12const tree3 = arb3.generate(fc.random());13console.log(tree3);14const arb4 = binarySearchTreeWithMaxDepth(3);15const tree4 = arb4.generate(fc.random());16console.log(tree4);17const arb5 = binaryTreeWithMaxDepth(3);18const tree5 = arb5.generate(fc.random());19console.log(tree5);20const arb6 = binaryTree();21const tree6 = arb6.generate(fc.random());22console.log(tree6);23const arb7 = binarySearchTreeWithMaxDepth(3);24const tree7 = arb7.generate(fc.random());25console.log(tree7);26const arb8 = binaryTreeWithMaxDepth(3);27const tree8 = arb8.generate(fc.random());28console.log(tree8);29const arb9 = binaryTree();30const tree9 = arb9.generate(fc.random());31console.log(tree9);32const arb10 = binarySearchTreeWithMaxDepth(3);33const tree10 = arb10.generate(fc.random());34console.log(tree10);35const arb11 = binaryTreeWithMaxDepth(3);36const tree11 = arb11.generate(fc.random());37console.log(tree11);38const arb12 = binaryTree();`

Using AI Code Generation

`1const { binarySearchTreeWithMaxDepth } = require('fast-check');2const { range } = require('lodash');3const arb = binarySearchTreeWithMaxDepth(3);4const { value: tree } = arb.generate();5console.log(tree);6{7 left: {8 left: { value: 0.0008907849493026733, left: null, right: null },9 right: {10 left: { value: 0.028878522515296936, left: null, right: null },11 }12 },13 right: {14 left: {15 left: {16 right: { value: 0.9672576195001602, left: null, right: null }17 },18 },19 right: {20 right: {21 right: { value: 1, left: null, right: null }22 }23 }24 }25}26const { binarySearchTreeWithMaxDepth } = require('fast-check');27const { range } = require('lodash');28const arb = binarySearchTreeWithMaxDepth(4);29const { value: tree } = arb.generate();30console.log(tree);31{32 left: {33 left: {34 left: {35 left: {36 left: {37 left: {`

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