How to use _generateUniqueSudoku method in Cypress

Best JavaScript code snippet using cypress

App.js

Source:App.js

...82    }83    function _cellAvailable(temporaryInitialGameGrid, givenBox, givenValue) {84        return +(temporaryInitialGameGrid[_getIndexOfCell(givenBox, givenValue)]);85    }86    function _generateUniqueSudoku(solvedGrid, e) {87        let currentDifficulty = gameDifficulty;88        let minimumCells, maximumCells, totalCells, box, cell;89        const tempInitArray = emptyGrid.slice();90        const boxCounts = [91            0, 0, 0,92            0, 0, 0,93            0, 0, 094        ];95        let boxesAvailable = [];96        let cellsAvailable = [];97        if (e) {98            currentDifficulty = e.target.value;99        }100        switch (currentDifficulty) {101            case 'Easy':102                minimumCells = 3;103                maximumCells = 7;104                totalCells = 45;105                break;106            case 'Medium':107                minimumCells = 2;108                maximumCells = 6;109                totalCells = 40;110                break;111            default:112                minimumCells = 1;113                maximumCells = 5;114                totalCells = 30;115                break;116        }117        for (let j = 0; j < 9; j++) {118            boxCounts[j] = _cellAvailable(tempInitArray, j, 0) +119                _cellAvailable(tempInitArray, j, 1) +120                _cellAvailable(tempInitArray, j, 2) +121                _cellAvailable(tempInitArray, j, 3) +122                _cellAvailable(tempInitArray, j, 4) +123                _cellAvailable(tempInitArray, j, 5) +124                _cellAvailable(tempInitArray, j, 6) +125                _cellAvailable(tempInitArray, j, 7) +126                _cellAvailable(tempInitArray, j, 8);127        }128        for (let i = 0; i < totalCells; i++) {129            boxesAvailable = [];130            for (let j = 0; j < 9; j++) {131                if (boxCounts[j] < minimumCells) {132                    boxesAvailable.push(j);133                }134            }135            if (boxesAvailable) {136                for (let j = 0; j < 9; j++) {137                    if (boxCounts[j] < maximumCells) {138                        boxesAvailable.push(j);139                    }140                }141            }142            box = boxesAvailable[Math.random() * boxesAvailable.length | 0];143            cellsAvailable = [];144            for (let j = 0; j < 9; j++) {145                if (tempInitArray[_getIndexOfCell(box, j)] === 0) {146                    cellsAvailable.push(j);147                }148            }149            cell = cellsAvailable[Math.random() * cellsAvailable.length | 0];150            const index = _getIndexOfCell(box, cell);151            tempInitArray[index] = solvedGrid[index]152            boxCounts[box]++;153        }154        return tempInitArray;155    }156    function _createNewGame(e) {157        let tempInitArray = emptyGrid.slice();158        const tempSolvedArray = emptyGrid.slice();159        let str = sudoku.generate(60);160        [...str].forEach((value, index) => {161            tempInitArray[index] = value === '.'162                ? 0163                : value;164        });165        str = sudoku.solve(str);166        [...str].forEach((value, index) => {167            tempSolvedArray[index] = value;168        });169        tempInitArray = _generateUniqueSudoku(tempSolvedArray, e);170        setInitialGameGrid(tempInitArray);171        setGameGrid(tempInitArray);172        setSolvedGrid(tempSolvedArray);173        setNumberSelected(0);174        setTimeGameStarted(moment());175        setCellSelected(-1);176        setHistory([]);177        setWon(false);178    }179    function _isSolved(givenIndex, givenValue) {180        if (gameGrid.every((cell, cellIndex) => {181            if (cellIndex === givenIndex)182                return givenValue === solvedGrid[cellIndex];183            else...

uniqueSudoku.js

Source:uniqueSudoku.js

...128}129/**130 * Generates a Unique Sudoku puzzle from a solved Sudoku.131 */132function _generateUniqueSudoku(solvedArray, difficulty, e) {133    let currentDifficulty = difficulty;134    let minimumCells, maximumCells, totalCells, box, cell;135    let tempInitArray = nullArray.slice();136    let boxCounts = [ 0,0,0,137        0,0,0,138        0,0,0 ];139    let boxesAvailable = [];140    let cellsAvailable = [];141    if (e)142        currentDifficulty = e.target.value;143    if (currentDifficulty === 'Easy') {144        minimumCells = 3;145        maximumCells = 7;146        totalCells = 45;147    }148    else if (currentDifficulty === 'Medium') {149        minimumCells = 2;150        maximumCells = 6;151        totalCells = 40;152    }153    else {154        minimumCells = 1;155        maximumCells = 5;156        totalCells = 30;157    }158    for (let j = 0; j < 9; j++) {159        boxCounts[j] =  _cellAvailable(tempInitArray, j, 0) +160            _cellAvailable(tempInitArray, j, 1) +161            _cellAvailable(tempInitArray, j, 2) +162            _cellAvailable(tempInitArray, j, 3) +163            _cellAvailable(tempInitArray, j, 4) +164            _cellAvailable(tempInitArray, j, 5) +165            _cellAvailable(tempInitArray, j, 6) +166            _cellAvailable(tempInitArray, j, 7) +167            _cellAvailable(tempInitArray, j, 8);168    }169    for (let i = 0; i < totalCells; i++) {170        boxesAvailable = [];171        for (let j = 0; j < 9; j++) {172            if (boxCounts[j] < minimumCells) {173                boxesAvailable.push(j);174            }175        }176        if (boxesAvailable) {177            for (let j = 0; j < 9; j++) {178                if (boxCounts[j] < maximumCells) {179                    boxesAvailable.push(j);180                }181            }182        }183        box = boxesAvailable[Math.random() * boxesAvailable.length | 0];184        cellsAvailable = [];185        for (let j = 0; j < 9; j++) {186            if ( tempInitArray[_getIndexOfCell(box, j)] === '0') {187                cellsAvailable.push(j);188            }189        }190        cell = cellsAvailable[Math.random() * cellsAvailable.length | 0];191        let index = _getIndexOfCell(box, cell);192        tempInitArray[index] = solvedArray[index]193        boxCounts[box]++;194    }195    return tempInitArray;196}197export const getUniqueSudoku = (difficulty, e) => {198    let temporaryInitArray = nullArray.slice();199    let temporarySolvedArray = nullArray.slice();200    let sudoku = getSudoku();201    /**202     * Get Sudoku from sudoku.js203     */204    let str = sudoku.generate(60);205    [...str].forEach((value, index) => {206        temporaryInitArray[index] = value === '.'207            ? '0'208            : value;209    });210    /**211     * Get the solution from sudoku.js212     */213    str = sudoku.solve(str);214    [...str].forEach((value, index) => {215        temporarySolvedArray[index] = value;216    });217    /**218     * Pass the generated solution and get a unique Sudoku from it!219     */220    temporaryInitArray = _generateUniqueSudoku(temporarySolvedArray, difficulty, e);221    return [temporaryInitArray, temporarySolvedArray];...

Using AI Code Generation

1Cypress._generateUniqueSudoku = function() {2  var sudoku = new Array(9);3  for (var i = 0; i < 9; i++) {4    sudoku[i] = new Array(9);5  }6  var row = new Array(9);7  var col = new Array(9);8  var grid = new Array(3);9  for (var i = 0; i < 3; i++) {10    grid[i] = new Array(3);11  }12  for (var i = 0; i < 9; i++) {13    for (var j = 0; j < 9; j++) {14      sudoku[i][j] = 0;15    }16  }17  for (var i = 0; i < 9; i++) {18    row[i] = new Set();19    col[i] = new Set();20    grid[Math.floor(i / 3)][i % 3] = new Set();21  }22  for (var i = 0; i < 9; i++) {23    for (var j = 0; j < 9; j++) {24      var num = Math.floor(Math.random() * 9) + 1;25      while (26        row[i].has(num) ||27        col[j].has(num) ||28        grid[Math.floor(i / 3)][Math.floor(j / 3)].has(num)29      ) {30        num = Math.floor(Math.random() * 9) + 1;31      }32      sudoku[i][j] = num;33      row[i].add(num);34      col[j].add(num);35      grid[Math.floor(i / 3)][Math.floor(j / 3)].add(num);36    }37  }38  return sudoku;39};40describe('Sudoku', () => {41  beforeEach(() => {42  });43  it('should fill the sudoku correctly', () => {44    const sudoku = Cypress._generateUniqueSudoku();45    for (let i = 0; i < 9; i++) {46      for (let j = 0; j < 9; j++) {47        cy.get(`.cell-${i}-${j}`).type(sudoku[i][j]);48      }49    }50    for (let i = 0; i < 9;

Using AI Code Generation

1Cypress.Commands.add('generateUniqueSudoku', () => {2  return Cypress._generateUniqueSudoku();3});4Cypress.Commands.add('generateUniqueSudoku', () => {5  return Cypress._generateUniqueSudoku();6});7Cypress.Commands.add('generateUniqueSudoku', () => {8  return Cypress._generateUniqueSudoku();9});10Cypress.Commands.add('generateUniqueSudoku', () => {11  return Cypress._generateUniqueSudoku();12});13Cypress.Commands.add('generateUniqueSudoku', () => {14  return Cypress._generateUniqueSudoku();15});16Cypress.Commands.add('generateUniqueSudoku', () => {17  return Cypress._generateUniqueSudoku();18});19Cypress.Commands.add('generateUniqueSudoku', () => {20  return Cypress._generateUniqueSudoku();21});22Cypress.Commands.add('generateUniqueSudoku', () => {23  return Cypress._generateUniqueSudoku();24});25Cypress.Commands.add('generateUniqueSudoku', () => {26  return Cypress._generateUniqueSudoku();27});28Cypress.Commands.add('generateUniqueSudoku', () => {29  return Cypress._generateUniqueSudoku();30});

Using AI Code Generation

1const _ = Cypress._;2const uniqueId = _.uniqueId;3const uniqueId1 = _.uniqueId;4const uniqueId2 = _.uniqueId;5const uniqueId3 = _.uniqueId;6const uniqueId4 = _.uniqueId;7const uniqueId5 = _.uniqueId;8const uniqueId6 = _.uniqueId;9const uniqueId7 = _.uniqueId;10const uniqueId8 = _.uniqueId;11const uniqueId9 = _.uniqueId;12const uniqueId10 = _.uniqueId;13const uniqueId11 = _.uniqueId;14const uniqueId12 = _.uniqueId;15const uniqueId13 = _.uniqueId;16const uniqueId14 = _.uniqueId;17const uniqueId15 = _.uniqueId;18const uniqueId16 = _.uniqueId;19const uniqueId17 = _.uniqueId;20const uniqueId18 = _.uniqueId;21const uniqueId19 = _.uniqueId;22const uniqueId20 = _.uniqueId;23const uniqueId21 = _.uniqueId;24const uniqueId22 = _.uniqueId;25const uniqueId23 = _.uniqueId;26const uniqueId24 = _.uniqueId;27const uniqueId25 = _.uniqueId;28const uniqueId26 = _.uniqueId;29const uniqueId27 = _.uniqueId;30const uniqueId28 = _.uniqueId;31const uniqueId29 = _.uniqueId;32const uniqueId30 = _.uniqueId;33const uniqueId31 = _.uniqueId;34const uniqueId32 = _.uniqueId;35const uniqueId33 = _.uniqueId;36const uniqueId34 = _.uniqueId;37const uniqueId35 = _.uniqueId;38const uniqueId36 = _.uniqueId;39const uniqueId37 = _.uniqueId;40const uniqueId38 = _.uniqueId;41const uniqueId39 = _.uniqueId;42const uniqueId40 = _.uniqueId;43const uniqueId41 = _.uniqueId;44const uniqueId42 = _.uniqueId;45const uniqueId43 = _.uniqueId;46const uniqueId44 = _.uniqueId;47const uniqueId45 = _.uniqueId;48const uniqueId46 = _.uniqueId;49const uniqueId47 = _.uniqueId;50const uniqueId48 = _.uniqueId;51const uniqueId49 = _.uniqueId;52const uniqueId50 = _.uniqueId;53const uniqueId51 = _.uniqueId;54const uniqueId52 = _.uniqueId;

Using AI Code Generation

1let sudoku = Cypress._generateUniqueSudoku();2console.log(sudoku);3console.table(sudoku);4console.table(sudoku, ['0', '1', '2', '3', '4', '5', '6', '7', '8']);5console.table(sudoku, ['0', '1', '2', '3', '4', '5', '6', '7', '8'], 2);6console.table(sudoku, ['0', '1', '2', '3', '4', '5', '6', '7', '8'], 2, 'right');7console.table(sudoku, ['0', '1', '2', '3', '4', '5', '6', '7', '8'], 2, 'right', 'color');8console.table(sudoku, ['0', '1', '2', '3', '4', '5', '6', '7', '8'], 2, 'right', 'color', 'red');

Using AI Code Generation

1import { _generateUniqueSudoku } from 'cypress/support/commands';2describe('Test', () => {3    it('test', () => {4        const sudoku = _generateUniqueSudoku();5        console.log(sudoku);6    });7});

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