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How to use sudoku._get_square_vals_map method in Cypress
Best JavaScript code snippet using cypress
generator.js
Source:generator.js 
...255 throw report;256 }257 258 var candidate_map = {};259 var squares_values_map = sudoku._get_square_vals_map(board);260 261 // Start by assigning every digit as a candidate to every square262 for(var si in SQUARES){263 candidate_map[SQUARES[si]] = sudoku.DIGITS;264 }265 266 // For each non-blank square, assign its value in the candidate map and267 // propigate.268 for(var square in squares_values_map){269 var val = squares_values_map[square];270 271 if(sudoku._in(val, sudoku.DIGITS)){272 var new_candidates = sudoku._assign(candidate_map, square, val);273 ...
sudoku.core.js
Source:sudoku.core.js
...216 if (report !== true) {217 throw report;218 }219 var candidate_map = {};220 var squares_values_map = sudoku._get_square_vals_map(board);221 // Start by assigning every digit as a candidate to every square222 for (var si in SQUARES) {223 candidate_map[SQUARES[si]] = sudoku.DIGITS;224 }225 // For each non-blank square, assign its value in the candidate map and226 // propigate.227 for (var square in squares_values_map) {228 var val = squares_values_map[square];229 if (sudoku._in(val, sudoku.DIGITS)) {230 var new_candidates = sudoku._assign(candidate_map, square, val);231 // Fail if we can't assign val to square232 if (!new_candidates) {233 return false;234 }...
tests.js
Source:tests.js
...217 var puz = 218 "4.....8.5.3..........7......2.....6.....8.4......1.......6.3.7.5..2.."+219 "...1.4......";220 221 deepEqual(sudoku._get_square_vals_map(puz), {222 "A1": "4", "A2": ".", "A3": ".", "A4": ".", "A5": ".", "A6": ".", 223 "A7": "8", "A8": ".", "A9": "5", "B1": ".", "B2": "3", "B3": ".", 224 "B4": ".", "B5": ".", "B6": ".", "B7": ".", "B8": ".", "B9": ".", 225 "C1": ".", "C2": ".", "C3": ".", "C4": "7", "C5": ".", "C6": ".", 226 "C7": ".", "C8": ".", "C9": ".", "D1": ".", "D2": "2", "D3": ".", 227 "D4": ".", "D5": ".", "D6": ".", "D7": ".", "D8": "6", "D9": ".", 228 "E1": ".", "E2": ".", "E3": ".", "E4": ".", "E5": "8", "E6": ".", 229 "E7": "4", "E8": ".", "E9": ".", "F1": ".", "F2": ".", "F3": ".", 230 "F4": ".", "F5": "1", "F6": ".", "F7": ".", "F8": ".", "F9": ".", 231 "G1": ".", "G2": ".", "G3": ".", "G4": "6", "G5": ".", "G6": "3", 232 "G7": ".", "G8": "7", "G9": ".", "H1": "5", "H2": ".", "H3": ".", 233 "H4": "2", "H5": ".", "H6": ".", "H7": ".", "H8": ".", "H9": ".", 234 "I1": "1", "I2": ".", "I3": "4", "I4": ".", "I5": ".", "I6": ".", 235 "I7": ".", "I8": ".", "I9": "."236 }, "Testing with medium puzzle");237 238 throws(function(){sudoku._get_square_vals_map("")}, 239 "Size squares/puzzle size mismatch")240});241test("Get square -> units map", function(){242 var rows = "ABCDEFGHI";243 var cols = "123456789";244 var squares = sudoku._cross(rows, cols);245 var units = sudoku._get_all_units(rows, cols);246 var square_units_map = sudoku._get_square_units_map(squares, units);247 // Check units for A1248 deepEqual(square_units_map["A1"], [249 ["A1", "A2", "A3", "A4", "A5", "A6", "A7", "A8", "A9"],250 ["A1", "B1", "C1", "D1", "E1", "F1", "G1", "H1", "I1"],251 ["A1", "A2", "A3", "B1", "B2", "B3", "C1", "C2", "C3"]252 ], "Units for A1");...
sudokuGenerator.js
Source:sudokuGenerator.js
...225 if (report !== true) {226 throw report;227 }228 var candidate_map = {};229 var squares_values_map = sudoku._get_square_vals_map(board);230 // Start by assigning every digit as a candidate to every square231 for (var si in SQUARES) {232 candidate_map[SQUARES[si]] = sudoku.DIGITS;233 }234 // For each non-blank square, assign its value in the candidate map and235 // propigate.236 for (var square in squares_values_map) {237 var val = squares_values_map[square];238 if (sudoku._in(val, sudoku.DIGITS)) {239 var new_candidates = sudoku._assign(candidate_map, square, val);240 // Fail if we can't assign val to square241 if (!new_candidates) {242 return false;243 }...
main.js
Source:main.js
...130// if (report !== true) {131// throw report;132// }133// var candidate_map = {};134// var squares_values_map = sudoku._get_square_vals_map(board);135// for (var si in SQUARES) {136// candidate_map[SQUARES[si]] = sudoku.DIGITS;137// }138// for (var square in squares_values_map) {139// var val = squares_values_map[square];140// if (sudoku._in(val, sudoku.DIGITS)) {141// var new_candidates = sudoku._assign(candidate_map, square, val);142// if (!new_candidates) {143// return false;144// }145// }146// }147// return candidate_map;148// };...
sudoku_generator_01.js
Source:sudoku_generator_01.js
...139 sudoku._get_candidates_map = function(board){140 var report = sudoku.validate_board(board);141 if(report !== true) throw report;142 var candidate_map = {};143 var squares_values_map = sudoku._get_square_vals_map(board);144 for(var si in sudoku.SQUARES) candidate_map[sudoku.SQUARES[si]] = sudoku.DIGITS;145 for(var square in squares_values_map){146 var val = squares_values_map[square];147 if(sudoku.DIGITS.includes(val)) {148 var new_candidates = sudoku._assign(candidate_map, square, val);149 if(!new_candidates) return false;150 }151 }152 return candidate_map;153 };154 sudoku._search = function(candidates, reverse){155 if(!candidates) return false;156 reverse = reverse || false;157 var max_nr_candidates = 0;...
sudoku.js
Source:sudoku.js
...53 if (report != true) {54 throw report;55 }56 var candidate_map = {};57 var squares_values_map = sudoku._get_square_vals_map(board);58 for (var i in SQUARES) {59 // Every digit can be a valid number at first60 candidate_map[SQUARES[i]] = sudoku.DIGITS;61 }62 ...
Using AI Code Generation
1var sudoku = new Cypress.Sudoku();2var square_vals_map = sudoku._get_square_vals_map();3console.log(square_vals_map);4var Cypress = Cypress || {};5Cypress.Sudoku = function () {6 this._get_square_vals_map = function () {7 var square_vals_map = {};8 for (var i = 0; i < 9; i++) {9 var squareVals = [];10 for (var j = 0; j < 9; j++) {11 squareVals.push('' + i + j);12 }13 square_vals_map['' + i] = squareVals;14 }15 return square_vals_map;16 };17};
Using AI Code Generation
1var sudoku = new Cypress.Sudoku();2var square_vals_map = sudoku._get_square_vals_map();3var square_vals_map_str = JSON.stringify(square_vals_map, null, 4);4console.log(square_vals_map_str);5{6}
Using AI Code Generation
1var sudoku = new Cypress.Sudoku();2var square_vals_map = sudoku._get_square_vals_map();3console.log(square_vals_map);4{5}6var sudoku = new Cypress.Sudoku();7var square_vals_map = sudoku._get_square_vals_map();8console.log(square_vals_map);9{
Using AI Code Generation
1const sudoku = require('sudoku');2const puzzle = sudoku.makepuzzle();3const puzzle_vals_map = sudoku._get_square_vals_map(puzzle);4console.log(puzzle_vals_map);5const sudoku = require('sudoku');6const puzzle = sudoku.makepuzzle();7const puzzle_vals_map = sudoku._get_square_vals_map(puzzle);8console.log(puzzle_vals_map);9const sudoku = require('sudoku');10const puzzle = sudoku.makepuzzle();
Using AI Code Generation
1describe('Sudoku', () => {2 beforeEach(() => {3 cy.get('input').type('1')4 cy.contains('New Board').click()5 })6 it('prints the square values', () => {7 cy.window()8 .then(win => {9 console.log(win.sudoku._get_square_vals_map())10 })11 })12})13class Sudoku {14 constructor() {15 this._board = new Board()16 this._square_vals_map = new Map()17 }18 _get_square_vals_map() {19 this._board._board.forEach((row, r) => {20 row.forEach((col, c) => {21 const square_num = Math.floor(r / 3) * 3 + Math.floor(c / 3)22 if (!this._square_vals_map.has(square_num)) {23 this._square_vals_map.set(square_num, [])24 }25 this._square_vals_map.get(square_num).push(this._board._board[r][c])26 })27 })28 }29}30class Board {31 constructor() {
Using AI Code Generation
1var sudoku = new Cypress.Sudoku();2var square_vals_map = sudoku._get_square_vals_map();3for (var square in square_vals_map) {4 var vals = square_vals_map[square];5 var unique_vals = {};6 for (var i = 0; i < vals.length; i++) {7 var val = vals[i];8 if (unique_vals[val]) {9 throw new Error("Duplicate value " + val + " found in square " + square);10 }11 unique_vals[val] = true;12 }13}14describe('Sudoku', function () {15 it('should have a unique set of values in each square', function () {16 var sudoku = new Cypress.Sudoku();17 var square_vals_map = sudoku._get_square_vals_map();18 for (var square in square_vals_map) {19 var vals = square_vals_map[square];20 var unique_vals = {};21 for (var i = 0; i < vals.length; i++) {22 var val = vals[i];23 if (unique_vals[val]) {24 throw new Error("Duplicate value " + val + " found in square " + square);25 }26 unique_vals[val] = true;27 }28 }29 });30});31describe('Sudoku', function () {32 it('should have a unique set of values in each square', function () {33 var sudoku = new Cypress.Sudoku();34 var square_vals_map = sudoku._get_square_vals_map();35 for (var square in square_vals_map) {36 var vals = square_vals_map[square];37 var unique_vals = {};38 for (var i = 0; i < vals.length; i++) {39 var val = vals[i];40 if (unique_vals[val]) {41 throw new Error("Duplicate value " + val + " found in square " + square);42 }43 unique_vals[val] = true;44 }45 }46 });47});48describe('Sudoku', function
Using AI Code Generation
1var sudoku = new Cypress.Sudoku();2var map = sudoku._get_square_vals_map(0,1);3console.log(map);4map = sudoku._get_square_vals_map(3,7);5console.log(map);6map = sudoku._get_square_vals_map(7,8);7console.log(map);8{ '1': true, '2': true, '3': true, '4': true, '5': true, '6': true, '7': true, '8': true, '9': true }9{ '1': true, '2': true, '3': true, '4': true, '5': true, '6': true, '7': true, '8': true, '9': true }10{ '1': true, '2': true, '3': true, '4': true, '5': true, '6': true, '7': true, '8': true, '9': true }
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.
Chapters:
- What is Cypress? -
- Why Cypress? - Learn why Cypress might be a good choice for testing your web applications.
- Features of Cypress Testing - Learn about features that make Cypress a powerful and flexible tool for testing web applications.
- Cypress Drawbacks - Although Cypress has many strengths, it has a few limitations that you should be aware of.
- Cypress Architecture - Learn more about Cypress architecture and how it is designed to be run directly in the browser, i.e., it does not have any additional servers.
- Browsers Supported by Cypress - Cypress is built on top of the Electron browser, supporting all modern web browsers. Learn browsers that support Cypress.
- Selenium vs Cypress: A Detailed Comparison - Compare and explore some key differences in terms of their design and features.
- Cypress Learning: Best Practices - Take a deep dive into some of the best practices you should use to avoid anti-patterns in your automation tests.
- How To Run Cypress Tests on LambdaTest? - Set up a LambdaTest account, and now you are all set to learn how to run Cypress tests.
Certification
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YouTube
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