How to use createTree method in qawolf

Best JavaScript code snippet using qawolf

validateBinarySearchTree.test.js

Source:validateBinarySearchTree.test.js

...10    expect(isValid).toBeTruthy();11  });12  it("Should return true in case of a single node tree", () => {13    // arrange14    const tree = createTree(50);15    // act16    const isValid = validateBinarySearchTree(tree);17    // assert18    expect(isValid).toBeTruthy()19  });20  it("Should return true in case of left-branched tree", () => {21    // arrange22    const tree = createTree(50,23      createTree(4,24        createTree(3)25      )26    );27    // act28    const isValid = validateBinarySearchTree(tree);29    // assert30    expect(isValid).toBeTruthy()31  });32  it("Should return true in case of right-branched tree", () => {33    // arrange34    const tree = createTree(50,35      null,36      createTree(96,37        null,38        createTree(1000)39      )40    );41    // act42    const isValid = validateBinarySearchTree(tree);43    // assert44    expect(isValid).toBeTruthy()45  });46  it("Should return true in case of both-branched tree", () => {47    // arrange48    const tree = createTree(50,49      createTree(40,50        createTree(10),51        createTree(45)52      ),53      createTree(96,54        createTree(66),55        createTree(1000)56      )57    );58    // act59    const isValid = validateBinarySearchTree(tree);60    // assert61    expect(isValid).toBeTruthy()62  });63  it("Should return true in case of complex tree", () => {64    // arrange65    const tree = createTree(50,66      createTree(67        4,68        createTree(3),69        createTree(70          6,71          null,72          createTree(73            20,74            null,75            createTree(76              37,77              createTree(26),78              createTree(49),79            )80          )81        )82      ),83      createTree(84        96,85        createTree(86          85,87          createTree(88            55,89            null,90            createTree(58),91            ),92          createTree(86),93        ),94      )95    );96    // act97    const isValid = validateBinarySearchTree(tree);98    // assert99    expect(isValid).toBeTruthy()100  });101  it("Should return false in case of left-branched tree", () => {102    // arrange103    const tree = createTree(50,104      createTree(4,105        createTree(3,106          createTree(3,107            createTree(3),108          ),109        )110      )111    );112    // act113    const isValid = validateBinarySearchTree(tree);114    // assert115    expect(isValid).toBeFalsy()116  });117  it("Should return false in case of right-branched tree", () => {118    // arrange119    const tree = createTree(120      50,121      null,122      createTree(123        44,124        null,125        createTree(126          33,127          null,128          createTree(129            9,130            null,131            1000000132          ),133        ),134      ),135    );136    // act137    const isValid = validateBinarySearchTree(tree);138    // assert139    expect(isValid).toBeFalsy();140  });141  it("Should return false in case of both-branched tree", () => {142    // arrange143    const tree = createTree(50,144      createTree(40,145        createTree(48),146        createTree(3)147      ),148      createTree(96,149        createTree(66),150        createTree(1000)151      )152    );153    // act154    const isValid = validateBinarySearchTree(tree);155    // assert156    expect(isValid).toBeFalsy();157  });158  it("Should return false in case of complex tree", () => {159    // arrange160    const tree = createTree(50,161      createTree(162        4,163        createTree(3),164        createTree(165          6,166          null,167          createTree(168            20,169            null,170            createTree(171              37,172              createTree(26),173              createTree(49),174            )175          )176        )177      ),178      createTree(179        96,180        createTree(181          1000000,182          createTree(183            55,184            null,185            createTree(58),186          ),187          createTree(86),188        ),189      )190    );191    // act192    const isValid = validateBinarySearchTree(tree);193    // assert194    expect(isValid).toBeFalsy();195  });...

tree.unit.js

Source:tree.unit.js

...3    var sinon = require('sinon');4    var faker = require('../index');5}6describe("tree.js", function () {7    describe("createTree()", function () {8        var proto = {9            "firstname": "faker.random.first_name()",10            "children": "__RECURSE__"11        };12        it("requires the width to be at least one", function () {13            sinon.spy(faker.Tree, 'createTree');14            try {15                faker.Tree.createTree(0, 0, {});16            }17            catch (e) {18            }19            assert.ok(faker.Tree.createTree.threw);20            faker.Tree.createTree.restore();21        });22        it("requires that the object passed in should not be null", function () {23            sinon.spy(faker.Tree, 'createTree');24            try {25                faker.Tree.createTree(1, 1, null);26            }27            catch (e) {28            }29            assert.ok(faker.Tree.createTree.threw);30            faker.Tree.createTree.restore();31        });32        it("can create a trivial tree with one node", function () {33            sinon.spy(faker.random, 'first_name');34            var tree = faker.Tree.createTree(0, 1, proto);35            assert.ok(faker.random.first_name.calledOnce);36            assert.ok(tree.children == null);37            faker.random.first_name.restore();38        });39        it("can create a deep tree with one node at each level", function () {40            sinon.spy(faker.random, 'first_name');41            var tree = faker.Tree.createTree(2, 1, proto);42            assert.ok(faker.random.first_name.calledThrice);43            assert.ok(tree.firstname);44            assert.ok(tree.children[0].firstname);45            assert.ok(tree.children[0].children[0].firstname);46            faker.random.first_name.restore();47        });48        it("can create a basic N-tree", function () {49            var n = 3;50            sinon.spy(faker.random, 'first_name');51            var tree = faker.Tree.createTree(1, n, proto);52            assert.ok(faker.random.first_name.callCount == 4);53            assert.ok(tree.firstname);54            assert.ok(tree.children[0].firstname);55            assert.ok(tree.children[1].firstname);56            assert.ok(tree.children[2].firstname);57            faker.random.first_name.restore();58        });59        it("can create a full N-tree", function () {60            var n = 3;61            sinon.spy(faker.random, 'first_name');62            var tree = faker.Tree.createTree(2, n, proto);63            assert.ok(faker.random.first_name.callCount == 13);64            faker.random.first_name.restore();65        });66        it("can accept a function for the width", function () {67            var widthFuncCalled = 0;68            var widthFunc = function () {69                widthFuncCalled = widthFuncCalled + 1;70                return 2;71            };72            var tree = faker.Tree.createTree(2, widthFunc, proto);73            assert.equal(widthFuncCalled, 3);74        });75    });...

forestScene.js

Source:forestScene.js

...17        cone.position.set((locX), (locY+(shaY/2)), (locZ));18    }19   20    const createTreeRow1 = (locX, locY, locZ) => {21            createTree(locX, locY, locZ)22            createTree(locX+30, locY, locZ+30)23            createTree(locX-30, locY, locZ+30)24            createTree(locX-60, locY, locZ+30)25            createTree(locX+60, locY, locZ+30)26            createTree(locX+90, locY, locZ+60)27            createTree(locX-90, locY, locZ+60)28            createTree(locX+100, locY, locZ+60)29            30            createTree(locX-120, locY, locZ+200)31            createTree(locX-120, locY, locZ+500)32            createTree(locX-100, locY, locZ-160)33            createTree(locX+60, locY, locZ-200)34            createTree(locX-150, locY, locZ)35            createTree(locX-80, locY, locZ)36            createTree(locX-120, locY, locZ+50)37            createTree(locX-120, locY, locZ-250)38            createTree(locX-200, locY, locZ-100)39    }40            createTreeRow1(locX, locY, locZ)41            createTreeRow1(locX, locY, (locZ+100))42            createTreeRow1((locX-200), locY, (locZ+200))43            createTreeRow1((locX+100), locY, (locZ+100))44            createTreeRow1((locX-350), locY, (locZ+300))45            createTreeRow1((locX-550), locY, (locZ+400))46    47            48            49}...

Using AI Code Generation

1const { createTree } = require("qawolf");2const { chromium } = require("playwright");3(async () => {4  const browser = await chromium.launch();5  const context = await browser.newContext();6  const page = await context.newPage();7  await page.fill("input[aria-label='Search']", "Hello World");8  await page.press("input[aria-label='Search

Using AI Code Generation

1const { createTree } = require("qawolf");2const { chromium } = require("playwright-chromium");3(async () => {4  const browser = await chromium.launch();5  const context = await browser.newContext();6  const page = await context.newPage();7  const tree = await createTree(page);8  console.log(tree);

Using AI Code Generation

1const { createTree } = require("qawolf");2(async () => {3  console.log(tree);4})();5{6  "scripts": {7  },8  "dependencies": {9  }10}11{12    {

Using AI Code Generation

1const { createTree } = require('qawolf');2(async () => {3    const tree = await createTree();4    console.log(tree);5})();6const { createTree } = require('qawolf');7(async () => {8    const tree = await createTree();9    console.log(tree);10})();11{12}13const { createTree } = require('qawolf');14(async () => {15    const tree = await createTree();16    console.log(tree);17})();18{19}20{21}22{

Using AI Code Generation

1const { createTree } = require('qawolf');2console.log(tree);3const { createTree } = require('qawolf');4console.log(tree);5const { createTree } = require('qawolf');6console.log(tree);7const { createTree } = require('qawolf');8console.log(tree);9const { createTree } = require('qawolf');10console.log(tree);11const { createTree } = require('qawolf');12console.log(tree);13const { createTree } = require('qawolf');14console.log(tree);15const { createTree } = require('qawolf');16console.log(tree);17const { createTree } = require('qawolf');18console.log(tree);19const { createTree } = require('qawolf');20console.log(tree);21const { createTree } = require('qawolf');22console.log(tree);

Using AI Code Generation

1const { createTree } = require("@qawolf/create-tree");2const { launch } = require("@qawolf/browser");3const { readFileSync } = require("fs");4(async () => {5  const browser = await launch();6  const context = await browser.newContext();7  const page = await context.newPage();8  const tree = await createTree(page, {9    html: readFileSync("test.html", "utf8"),10    css: readFileSync("test.css", "utf8"),11  });12  console.log(tree);13  await browser.close();14})();15.test {16  background-color: red;17}18{19  "css": ".test { background-color: red; }",20    {21      "attributes": {22      },23        {24            {25              "attributes": {26              }27            },28            {29            }30        },31        {32            {33              "attributes": {34              },35                {

Using AI Code Generation

1await createTree({2    {3      code: "await page.click(\"input[name='q']\")",4    },5});6await createTree({7    {8      code: "await page.click(\"input[name='q']\")",9    },10});11await createTree({12    {13      code: "await page.click(\"input[name='q']\")",14    },15});16await createTree({17    {18      code: "await page.click(\"input[name='q']\")",19    },20});21await createTree({22    {23      code: "await page.click(\"input[name='q']\")",24    },25});26await createTree({27    {28      code: "await page.click(\"input[name='q']\")",29    },30});31await createTree({

Using AI Code Generation

1const { createTree } = require("qawolf");2const tree = createTree();3tree.add("node1");4tree.add("node2");5console.log(tree.toString());6const { createTree } = require("qawolf");7const tree = createTree();8tree.add("node1");9tree.add("node2");10console.log(tree.toString());11const { createTree } = require("qawolf");12const tree = createTree();13tree.add("node1");14tree.add("node2");15console.log(tree.toString());16const { createTree } = require("qawolf");17const tree = createTree();18tree.add("node1");19tree.add("node2");20console.log(tree.toString());21const { createTree } = require("qawolf");22const tree = createTree();23tree.add("node1");24tree.add("node2");25console.log(tree.toString());26const { createTree } = require("qawolf");27const tree = createTree();28tree.add("node1");29tree.add("node2");30console.log(tree.toString());

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