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How to use sudoku._get_candidates_map method in Cypress

Best JavaScript code snippet using cypress

puzzle-generator.js

Source:puzzle-generator.js

...102        var blank_board = "";103        for(var i = 0; i < NR_SQUARES; ++i){104            blank_board += '.';105        }106        var candidates = sudoku._get_candidates_map(blank_board);107        108        // For each item in a shuffled list of squares109        var shuffled_squares = sudoku._shuffle(SQUARES);110        for(var si in shuffled_squares){111            var square = shuffled_squares[si];112            113            // If an assignment of a random chioce causes a contradictoin, give114            // up and try again115            var rand_candidate_idx = 116                    sudoku._rand_range(candidates[square].length);117            var rand_candidate = candidates[square][rand_candidate_idx];118            if(!sudoku._assign(candidates, square, rand_candidate)){119                break;120            }121            122            // Make a list of all single candidates123            var single_candidates = [];124            for(var si in SQUARES){125                var square = SQUARES[si];126                127                if(candidates[square].length == 1){128                    single_candidates.push(candidates[square]);129                }130            }131            132            // If we have at least difficulty, and the unique candidate count is133            // at least 8, return the puzzle!134            if(single_candidates.length >= difficulty && 135                    sudoku._strip_dups(single_candidates).length >= 8){136                var board = "";137                var givens_idxs = [];138                for(var i in SQUARES){139                    var square = SQUARES[i];140                    if(candidates[square].length == 1){141                        board += candidates[square];142                        givens_idxs.push(i);143                    } else {144                        board += sudoku.BLANK_CHAR;145                    }146                }147                148                // If we have more than `difficulty` givens, remove some random149                // givens until we're down to exactly `difficulty`150                var nr_givens = givens_idxs.length;151                if(nr_givens > difficulty){152                    givens_idxs = sudoku._shuffle(givens_idxs);153                    for(var i = 0; i < nr_givens - difficulty; ++i){154                        var target = parseInt(givens_idxs[i]);155                        board = board.substr(0, target) + sudoku.BLANK_CHAR + 156                            board.substr(target + 1);157                    }158                }159                160                // Double check board is solvable161                // TODO: Make a standalone board checker. Solve is expensive.162                if(sudoku.solve(board)){163                    return board;164                }165            }166        }167        168        // Give up and try a new puzzle169        return sudoku.generate(difficulty);170    };171172    // Solve173    // -------------------------------------------------------------------------174    sudoku.solve = function(board, reverse){175        /* Solve a sudoku puzzle given a sudoku `board`, i.e., an 81-character 176        string of sudoku.DIGITS, 1-9, and spaces identified by '.', representing the177        squares. There must be a minimum of 17 givens. If the given board has no178        solutions, return false.179        180        Optionally set `reverse` to solve "backwards", i.e., rotate through the181        possibilities in reverse. Useful for checking if there is more than one182        solution.183        */184        185        // Assure a valid board186        var report = sudoku.validate_board(board);187        if(report !== true){188            throw report;189        }190        191        // Check number of givens is at least MIN_GIVENS192        var nr_givens = 0;193        for(var i in board){194            if(board[i] !== sudoku.BLANK_CHAR && sudoku._in(board[i], sudoku.DIGITS)){195                ++nr_givens;196            }197        }198        if(nr_givens < MIN_GIVENS){199            throw "Too few givens. Minimum givens is " + MIN_GIVENS;200        }201202        // Default reverse to false203        reverse = reverse || false;204205        var candidates = sudoku._get_candidates_map(board);206        var result = sudoku._search(candidates, reverse);207        208        if(result){209            var solution = "";210            for(var square in result){211                solution += result[square];212            }213            return solution;214        }215        return false;216    };217218    sudoku.get_candidates = function(board){219        /* Return all possible candidatees for each square as a grid of 220        candidates, returnning `false` if a contradiction is encountered.221        222        Really just a wrapper for sudoku._get_candidates_map for programmer223        consumption.224        */225        226        // Assure a valid board227        var report = sudoku.validate_board(board);228        if(report !== true){229            throw report;230        }231        232        // Get a candidates map233        var candidates_map = sudoku._get_candidates_map(board);234        235        // If there's an error, return false236        if(!candidates_map){237            return false;238        }239        240        // Transform candidates map into grid241        var rows = [];242        var cur_row = [];243        var i = 0;244        for(var square in candidates_map){245            var candidates = candidates_map[square];246            cur_row.push(candidates);247            if(i % 9 == 8){
...

sudoku.js

Source:sudoku.js

...79        var blank_board = "";80        for(var i = 0; i < NR_SQUARES; ++i){81            blank_board += '.';82        }83        var candidates = sudoku._get_candidates_map(blank_board);84        // For each item in a shuffled list of squares85        var shuffled_squares = sudoku._shuffle(SQUARES);86        for(var si in shuffled_squares){87            var square = shuffled_squares[si];88            // If an assignment of a random chioce causes a contradictoin, give89            // up and try again90            var rand_candidate_idx =91                    sudoku._rand_range(candidates[square].length);92            var rand_candidate = candidates[square][rand_candidate_idx];93            if(!sudoku._assign(candidates, square, rand_candidate)){94                break;95            }96            // Make a list of all single candidates97            var single_candidates = [];98            for(si in SQUARES){99                square = SQUARES[si];100                if(candidates[square].length === 1){101                    single_candidates.push(candidates[square]);102                }103            }104            // If we have at least difficulty, and the unique candidate count is105            // at least 8, return the puzzle!106            if(single_candidates.length >= difficulty &&107                    sudoku._strip_dups(single_candidates).length >= 8){108                var board = "";109                var givens_idxs = [];110                for(i in SQUARES){111                    square = SQUARES[i];112                    if(candidates[square].length === 1){113                        board += candidates[square];114                        givens_idxs.push(i);115                    } else {116                        board += sudoku.BLANK_CHAR;117                    }118                }119                // If we have more than `difficulty` givens, remove some random120                // givens until we're down to exactly `difficulty`121                var nr_givens = givens_idxs.length;122                if(nr_givens > difficulty){123                    givens_idxs = sudoku._shuffle(givens_idxs);124                    for(i = 0; i < nr_givens - difficulty; ++i){125                        var target = parseInt(givens_idxs[i]);126                        board = board.substr(0, target) + sudoku.BLANK_CHAR +127                            board.substr(target + 1);128                    }129                }130                // Double check board is solvable131                // TODO: Make a standalone board checker. Solve is expensive.132                if(sudoku.solve(board)){133                    return board;134                }135            }136        }137        // Give up and try a new puzzle138        return sudoku.generate(difficulty);139    };140    // Solve141    // -------------------------------------------------------------------------142    sudoku.solve = function(board, reverse){143        /* Solve a sudoku puzzle given a sudoku `board`, i.e., an 81-character144        string of sudoku.DIGITS, 1-9, and spaces identified by '.', representing the145        squares. There must be a minimum of 17 givens. If the given board has no146        solutions, return false.147        Optionally set `reverse` to solve "backwards", i.e., rotate through the148        possibilities in reverse. Useful for checking if there is more than one149        solution.150        */151        // Assure a valid board152        var report = sudoku.validate_board(board);153        if(report !== true){154            throw report;155        }156        // Check number of givens is at least MIN_GIVENS157        var nr_givens = 0;158        for(var i in board){159            if(board[i] !== sudoku.BLANK_CHAR && sudoku._in(board[i], sudoku.DIGITS)){160                ++nr_givens;161            }162        }163        if(nr_givens < MIN_GIVENS){164            // eslint-disable-next-line165            throw "Too few givens. Minimum givens is " + MIN_GIVENS;166        }167        // Default reverse to false168        reverse = reverse || false;169        var candidates = sudoku._get_candidates_map(board);170        var result = sudoku._search(candidates, reverse);171        if(result){172            var solution = "";173            for(var square in result){174                solution += result[square];175            }176            return solution;177        }178        return false;179    };180    sudoku.get_candidates = function(board){181        /* Return all possible candidatees for each square as a grid of182        candidates, returnning `false` if a contradiction is encountered.183        Really just a wrapper for sudoku._get_candidates_map for programmer184        consumption.185        */186        // Assure a valid board187        var report = sudoku.validate_board(board);188        if(report !== true){189            throw report;190        }191        // Get a candidates map192        var candidates_map = sudoku._get_candidates_map(board);193        // If there's an error, return false194        if(!candidates_map){195            return false;196        }197        // Transform candidates map into grid198        var rows = [];199        var cur_row = [];200        var i = 0;201        for(var square in candidates_map){202            var candidates = candidates_map[square];203            cur_row.push(candidates);204            if(i % 9 === 8){205                rows.push(cur_row);206                cur_row = [];...

sudoku.core.js

Source:sudoku.core.js

...77    var blank_board = '';78    for (var i = 0; i < NR_SQUARES; ++i) {79        blank_board += '.';80    }81    var candidates = sudoku._get_candidates_map(blank_board);82    // For each item in a shuffled list of squares83    var shuffled_squares = sudoku._shuffle(SQUARES);84    for (var si in shuffled_squares) {85        var square = shuffled_squares[si];86        // If an assignment of a random chioce causes a contradictoin, give87        // up and try again88        var rand_candidate_idx =89            sudoku._rand_range(candidates[square].length);90        var rand_candidate = candidates[square][rand_candidate_idx];91        if (!sudoku._assign(candidates, square, rand_candidate)) {92            break;93        }94        // Make a list of all single candidates95        var single_candidates = [];96        for (var si in SQUARES) {97            var square = SQUARES[si];98            if (candidates[square].length == 1) {99                single_candidates.push(candidates[square]);100            }101        }102        // If we have at least difficulty, and the unique candidate count is103        // at least 8, return the puzzle!104        if (single_candidates.length >= difficulty &&105            sudoku._strip_dups(single_candidates).length >= 8) {106            var board = '';107            var givens_idxs = [];108            for (var i in SQUARES) {109                var square = SQUARES[i];110                if (candidates[square].length == 1) {111                    board += candidates[square];112                    givens_idxs.push(i);113                } else {114                    board += sudoku.BLANK_CHAR;115                }116            }117            // If we have more than `difficulty` givens, remove some random118            // givens until we're down to exactly `difficulty`119            var nr_givens = givens_idxs.length;120            if (nr_givens > difficulty) {121                givens_idxs = sudoku._shuffle(givens_idxs);122                for (var i = 0; i < nr_givens - difficulty; ++i) {123                    var target = parseInt(givens_idxs[i]);124                    board = board.substr(0, target) + sudoku.BLANK_CHAR +125                        board.substr(target + 1);126                }127            }128            // Double check board is solvable129            // TODO: Make a standalone board checker. Solve is expensive.130            if (sudoku.solve(board)) {131                return board;132            }133        }134    }135    // Give up and try a new puzzle136    return sudoku.generate(difficulty);137};138// Solve139// -------------------------------------------------------------------------140sudoku.solve = function (board, reverse) {141    /* Solve a sudoku puzzle given a sudoku `board`, i.e., an 81-character142    string of sudoku.DIGITS, 1-9, and spaces identified by '.', representing the143    squares. There must be a minimum of 17 givens. If the given board has no144    solutions, return false.145    Optionally set `reverse` to solve "backwards", i.e., rotate through the146    possibilities in reverse. Useful for checking if there is more than one147    solution.148    */149    // Assure a valid board150    var report = sudoku.validate_board(board);151    if (report !== true) {152        throw report;153    }154    // Check number of givens is at least MIN_GIVENS155    var nr_givens = 0;156    for (var i in board) {157        if (board[i] !== sudoku.BLANK_CHAR && sudoku._in(board[i], sudoku.DIGITS)) {158            ++nr_givens;159        }160    }161    if (nr_givens < MIN_GIVENS) {162        throw 'Too few givens. Minimum givens is ' + MIN_GIVENS;163    }164    // Default reverse to false165    reverse = reverse || false;166    var candidates = sudoku._get_candidates_map(board);167    var result = sudoku._search(candidates, reverse);168    if (result) {169        var solution = '';170        for (var square in result) {171            solution += result[square];172        }173        return solution;174    }175    return false;176};177sudoku.get_candidates = function (board) {178    /* Return all possible candidatees for each square as a grid of179    candidates, returnning `false` if a contradiction is encountered.180    Really just a wrapper for sudoku._get_candidates_map for programmer181    consumption.182    */183    // Assure a valid board184    var report = sudoku.validate_board(board);185    if (report !== true) {186        throw report;187    }188    // Get a candidates map189    var candidates_map = sudoku._get_candidates_map(board);190    // If there's an error, return false191    if (!candidates_map) {192        return false;193    }194    // Transform candidates map into grid195    var rows = [];196    var cur_row = [];197    var i = 0;198    for (var square in candidates_map) {199        var candidates = candidates_map[square];200        cur_row.push(candidates);201        if (i % 9 == 8) {202            rows.push(cur_row);203            cur_row = [];...

sudokuGenerator.js

Source:sudokuGenerator.js

...84    var blank_board = "";85    for (var i = 0; i < NR_SQUARES; ++i) {86      blank_board += '.';87    }88    var candidates = sudoku._get_candidates_map(blank_board);89    // For each item in a shuffled list of squares90    var shuffled_squares = sudoku._shuffle(SQUARES);91    for (var si in shuffled_squares) {92      var square = shuffled_squares[si];93      // If an assignment of a random chioce causes a contradictoin, give94      // up and try again95      var rand_candidate_idx =96        sudoku._rand_range(candidates[square].length);97      var rand_candidate = candidates[square][rand_candidate_idx];98      if (!sudoku._assign(candidates, square, rand_candidate)) {99        break;100      }101      // Make a list of all single candidates102      var single_candidates = [];103      for (var si in SQUARES) {104        var square = SQUARES[si];105        if (candidates[square].length == 1) {106          single_candidates.push(candidates[square]);107        }108      }109      // If we have at least difficulty, and the unique candidate count is110      // at least 8, return the puzzle!111      if (single_candidates.length >= difficulty &&112        sudoku._strip_dups(single_candidates).length >= 8) {113        var board = "";114        var givens_idxs = [];115        for (var i in SQUARES) {116          var square = SQUARES[i];117          if (candidates[square].length == 1) {118            board += candidates[square];119            givens_idxs.push(i);120          } else {121            board += sudoku.BLANK_CHAR;122          }123        }124        // If we have more than `difficulty` givens, remove some random125        // givens until we're down to exactly `difficulty`126        var nr_givens = givens_idxs.length;127        if (nr_givens > difficulty) {128          givens_idxs = sudoku._shuffle(givens_idxs);129          for (var i = 0; i < nr_givens - difficulty; ++i) {130            var target = parseInt(givens_idxs[i]);131            board = board.substr(0, target) + sudoku.BLANK_CHAR +132              board.substr(target + 1);133          }134        }135        // Double check board is solvable136        // TODO: Make a standalone board checker. Solve is expensive.137        if (sudoku.solve(board)) {138          return board;139        }140      }141    }142    // Give up and try a new puzzle143    return sudoku.generate(difficulty);144  };145  // Solve146  // -------------------------------------------------------------------------147  sudoku.solve = function (board, reverse) {148    /* Solve a sudoku puzzle given a sudoku `board`, i.e., an 81-character 149    string of sudoku.DIGITS, 1-9, and spaces identified by '.', representing the150    squares. There must be a minimum of 17 givens. If the given board has no151    solutions, return false.152    153    Optionally set `reverse` to solve "backwards", i.e., rotate through the154    possibilities in reverse. Useful for checking if there is more than one155    solution.156    */157    // Assure a valid board158    var report = sudoku.validate_board(board);159    if (report !== true) {160      throw report;161    }162    // Check number of givens is at least MIN_GIVENS163    var nr_givens = 0;164    for (var i in board) {165      if (board[i] !== sudoku.BLANK_CHAR && sudoku._in(board[i], sudoku.DIGITS)) {166        ++nr_givens;167      }168    }169    if (nr_givens < MIN_GIVENS) {170      throw "Too few givens. Minimum givens is " + MIN_GIVENS;171    }172    // Default reverse to false173    reverse = reverse || false;174    var candidates = sudoku._get_candidates_map(board);175    var result = sudoku._search(candidates, reverse);176    if (result) {177      var solution = "";178      for (var square in result) {179        solution += result[square];180      }181      return solution;182    }183    return false;184  };185  sudoku.get_candidates = function (board) {186    /* Return all possible candidatees for each square as a grid of 187    candidates, returnning `false` if a contradiction is encountered.188    189    Really just a wrapper for sudoku._get_candidates_map for programmer190    consumption.191    */192    // Assure a valid board193    var report = sudoku.validate_board(board);194    if (report !== true) {195      throw report;196    }197    // Get a candidates map198    var candidates_map = sudoku._get_candidates_map(board);199    // If there's an error, return false200    if (!candidates_map) {201      return false;202    }203    // Transform candidates map into grid204    var rows = [];205    var cur_row = [];206    var i = 0;207    for (var square in candidates_map) {208      var candidates = candidates_map[square];209      cur_row.push(candidates);210      if (i % 9 == 8) {211        rows.push(cur_row);212        cur_row = [];...

Using AI Code Generation

1var sudoku = new Cypress.Sudoku();2var candidates = sudoku._get_candidates_map();3console.log(candidates);4Cypress.Sudoku = function() {5    this._get_candidates_map = function() {6        var candidates_map = {};7        for (var i = 1; i <= 9; i++) {8            candidates_map[i] = {1: 1, 2: 1, 3: 1, 4: 1, 5: 1, 6: 1, 7: 1, 8: 1, 9: 1};9        }10        return candidates_map;11    };12};

Using AI Code Generation

1var sudoku = Cypress.env('sudoku');2var candidates_map = sudoku._get_candidates_map();3console.log(candidates_map);4var sudoku = Cypress.env('sudoku');5var candidates_map = sudoku._get_candidates_map();6console.log(candidates_map);7describe('My First Test', () => {8  it('Does not do much!', () => {9    expect(true).to.equal(true);10  });11});12describe('My First Test', () => {13  it('Does not do much!', () => {14    expect(true).to.equal(true);15  });16});17describe('My First Test', () => {18  it('Does not do much!', () => {19    expect(true).to.equal(true);20  });21});22describe('My First Test', () => {23  it('Does not do much!', () => {24    expect(true).to.equal(true);25  });26});27describe('My First Test', () => {28  it('Does not do much!', () => {29    expect(true).to.equal(true);30  });31});32describe('My First Test', () => {33  it('Does not do much!', () => {34    expect(true).to.equal(true);35  });36});37describe('My First Test', () => {38  it('Does not do much!', () => {39    expect(true).to.equal(true);40  });41});42describe('My First Test', () => {43  it('Does not do much!', () => {44    expect(true).to.equal(true);45  });46});47describe('My First Test', () => {48  it('Does not do much!', () => {49    expect(true).to.equal(true);50  });51});52describe('My First Test', () => {53  it('Does not do much!', () => {54    expect(true).to.equal(true);55  });56});57describe('My First Test',

Using AI Code Generation

1describe('Sudoku', function() {2  it('should return candidates map', function() {3    var map = sudoku._get_candidates_map();4    expect(map).to.deep.equal([[5, 3, 4, 6, 7, 8, 9, 1, 2],5                               [3, 4, 5, 2, 8, 6, 1, 7, 9]]);6  });7});8sudoku._get_candidates_map = function() {9  var map = [];10  for (var i = 0; i < 9; i++) {11    map[i] = [];12    for (var j = 0; j < 9; j++) {13      map[i][j] = this._candidates[i][j].length;14    }15  }16  return map;17};

Using AI Code Generation

1var sudoku = Cypress._sudoku;2var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});3console.log(candidates_map);4var sudoku = Cypress._sudoku;5var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});6console.log(candidates_map);7var sudoku = Cypress._sudoku;8var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});9console.log(candidates_map);10var sudoku = Cypress._sudoku;11var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});12console.log(candidates_map);13var sudoku = Cypress._sudoku;14var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});15console.log(candidates_map);16var sudoku = Cypress._sudoku;17var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});18console.log(candidates_map);19var sudoku = Cypress._sudoku;20var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});21console.log(candidates_map);22var sudoku = Cypress._sudoku;23var candidates_map = sudoku._get_candidates_map({x: 0, y: 0});24console.log(candidates_map);

Using AI Code Generation

1var candidates_map = sudoku._get_candidates_map();2console.log(candidates_map);3var candidates_map = sudoku._get_candidates_map();4console.log(candidates_map);5var candidates_map = sudoku._get_candidates_map();6console.log(candidates_map);7var candidates_map = sudoku._get_candidates_map();8console.log(candidates_map);9var candidates_map = sudoku._get_candidates_map();10console.log(candidates_map);11var candidates_map = sudoku._get_candidates_map();12console.log(candidates_map);13var candidates_map = sudoku._get_candidates_map();14console.log(candidates_map);15var candidates_map = sudoku._get_candidates_map();16console.log(candidates_map);17var candidates_map = sudoku._get_candidates_map();18console.log(candidates_map);

Using AI Code Generation

1var sudoku = new Cypress.Sudoku();2var board = sudoku._get_candidates_map();3for (var i = 0; i < 9; i++) {4    for (var j = 0; j < 9; j++) {5        console.log("Cell " + i + ", " + j + " has candidates " + board[i][j]);6    }7}

Cypress Tutorial

Cypress is a renowned Javascript-based open-source, easy-to-use end-to-end testing framework primarily used for testing web applications. Cypress is a relatively new player in the automation testing space and has been gaining much traction lately, as evidenced by the number of Forks (2.7K) and Stars (42.1K) for the project. LambdaTest’s Cypress Tutorial covers step-by-step guides that will help you learn from the basics till you run automation tests on LambdaTest.

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Selenium vs Cypress: A Detailed Comparison - Compare and explore some key differences in terms of their design and features.
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