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How to use assert_is_calc_sum method in wpt

Best JavaScript code snippet using wpt

testsuite.js

Source:testsuite.js

2  assert_class_string(result, 'CSSUnitValue',3    'relative lengths must compute to a CSSUnitValue');4  assert_equals(result.unit, unit, 'unit');5}6function assert_is_calc_sum(result) {7  assert_class_string(result, 'CSSMathSum',8    'specified calc must be a CSSMathSum');9}10function assert_is_equal_with_range_handling(input, result) {11  if (input instanceof CSSUnitValue && input.value < 0)12    assert_style_value_equals(result, new CSSMathSum(input));13  else14    assert_style_value_equals(result, input);15}16function assert_is_unsupported(result) {17  assert_class_string(result, 'CSSStyleValue');18}19const gCssWideKeywordsExamples = [20  {21    description: 'initial keyword',22    input: new CSSKeywordValue('initial')23  },24  {25    description: 'inherit keyword',26    input: new CSSKeywordValue('initial')27  },28  {29    description: 'unset keyword',30    input: new CSSKeywordValue('initial')31  },32  {33    description: 'revert keyword',34    input: new CSSKeywordValue('revert')35  },36];37const gVarReferenceExamples = [38  {39    description: 'a var() reference',40    input: new CSSUnparsedValue([' ', new CSSVariableReferenceValue('--A')])41  },42];43const gTestSyntaxExamples = {44  '<length>': {45    description: 'a length',46    examples: [47      {48        description: "zero px",49        input: new CSSUnitValue(0, 'px')50      },51      {52        description: "a negative em",53        input: new CSSUnitValue(-3.14, 'em'),54        // 'ems' are relative units, so just check that it computes to px55        defaultComputed: (_, result) => assert_is_unit('px', result)56      },57      {58        description: "a positive cm",59        input: new CSSUnitValue(3.14, 'cm'),60        // 'cms' are relative units, so just check that it computes to px61        defaultComputed: (_, result) => assert_is_unit('px', result)62      },63      {64        description: "a calc length",65        input: new CSSMathSum(new CSSUnitValue(0, 'px'), new CSSUnitValue(0, 'em')),66        // Specified/computed calcs are usually simplified.67        // FIXME: Test this properly68        defaultSpecified: (_, result) => assert_is_calc_sum(result),69        defaultComputed: (_, result) => assert_is_unit('px', result)70      }71    ],72  },73  '<percentage>': {74    description: 'a percent',75    examples: [76      {77        description: "zero percent",78        input: new CSSUnitValue(0, 'percent')79      },80      {81        description: "a negative percent",82        input: new CSSUnitValue(-3.14, 'percent')83      },84      {85        description: "a positive percent",86        input: new CSSUnitValue(3.14, 'percent')87      },88      {89        description: "a calc percent",90        input: new CSSMathSum(new CSSUnitValue(0, 'percent'), new CSSUnitValue(0, 'percent')),91        // Specified/computed calcs are usually simplified.92        // FIXME: Test this properly93        defaultSpecified: (_, result) => assert_is_calc_sum(result),94        defaultComputed: (_, result) => assert_is_unit('percent', result)95      }96    ],97  },98  '<time>': {99    description: 'a time',100    examples: [101      {102        description: "zero seconds",103        input: new CSSUnitValue(0, 's')104      },105      {106        description: "negative milliseconds",107        input: new CSSUnitValue(-3.14, 'ms'),108        // Computed values use canonical units109        defaultComputed: (_, result) => assert_style_value_equals(result, new CSSUnitValue(-0.00314, 's'))110      },111      {112        description: "positive seconds",113        input: new CSSUnitValue(3.14, 's')114      },115      {116        description: "a calc time",117        input: new CSSMathSum(new CSSUnitValue(0, 's'), new CSSUnitValue(0, 'ms')),118        // Specified/computed calcs are usually simplified.119        // FIXME: Test this properly120        defaultSpecified: (_, result) => assert_is_calc_sum(result),121        defaultComputed: (_, result) => assert_is_unit('s', result)122      }123    ],124  },125  '<time>': {126    description: 'a time',127    examples: [128      {129        description: "zero seconds",130        input: new CSSUnitValue(0, 's')131      },132      {133        description: "negative milliseconds",134        input: new CSSUnitValue(-3.14, 'ms'),135        // Computed values use canonical units136        defaultComputed: (_, result) => assert_style_value_equals(result, new CSSUnitValue(-0.00314, 's'))137      },138      {139        description: "positive seconds",140        input: new CSSUnitValue(3.14, 's')141      },142      {143        description: "a calc time",144        input: new CSSMathSum(new CSSUnitValue(0, 's'), new CSSUnitValue(0, 'ms')),145        // Specified/computed calcs are usually simplified.146        // FIXME: Test this properly147        defaultSpecified: (_, result) => assert_is_calc_sum(result),148        defaultComputed: (_, result) => assert_is_unit('s', result)149      }150    ],151  },152  '<angle>': {153    description: 'an angle',154    examples: [155      {156        description: "zero degrees",157        input: new CSSUnitValue(0, 'deg')158      },159      {160        description: "positive radians",161        input: new CSSUnitValue(3.14, 'rad'),162        // Computed values use canonical units163        defaultComputed: (_, result) => assert_style_value_equals(result, new CSSUnitValue(179.908752, 'deg'))164      },165      {166        description: "negative degrees",167        input: new CSSUnitValue(-3.14, 'deg')168      },169      {170        description: "a calc angle",171        input: new CSSMathSum(new CSSUnitValue(0, 'rad'), new CSSUnitValue(0, 'deg')),172        // Specified/computed calcs are usually simplified.173        // FIXME: Test this properly174        defaultSpecified: (_, result) => assert_is_calc_sum(result),175        defaultComputed: (_, result) => assert_is_unit('deg', result)176      }177    ],178  },179  '<flex>': {180    description: 'a flexible length',181    examples: [182      {183        description: "zero fractions",184        input: new CSSUnitValue(0, 'fr')185      },186      {187        description: "one fraction",188        input: new CSSUnitValue(0, 'fr')189      },190      {191        description: "negative fraction",192        input: new CSSUnitValue(-3.14, 'fr')193      },194      // TODO(https://github.com/w3c/css-houdini-drafts/issues/734):195      // Add calc tests involving 'fr' when that is spec'd in CSS.196    ],197  },198  '<number>': {199    description: 'a number',200    examples: [201      {202        description: 'the number zero',203        input: new CSSUnitValue(0, 'number')204      },205      {206        description: 'a negative number',207        input: new CSSUnitValue(-3.14, 'number')208      },209      {210        description: 'a positive number',211        input: new CSSUnitValue(3.14, 'number')212      },213      {214        description: "a calc number",215        input: new CSSMathSum(new CSSUnitValue(2, 'number'), new CSSUnitValue(3, 'number')),216        defaultSpecified: (_, result) => assert_is_calc_sum(result),217        defaultComputed: (_, result) => {218          assert_style_value_equals(result, new CSSUnitValue(5, 'number'));219        }220      }221    ],222  },223  '<position>': {224    description: 'a position',225    examples: [226      {227        decription: "origin position",228        input: new CSSPositionValue(new CSSUnitValue(0, 'px'), new CSSUnitValue(0, 'px'))229      }230    ],...

Using AI Code Generation

1var wpt = require('./wpt.js');2wpt.assert_is_calc_sum(1, 2, 3);3wpt.assert_is_calc_sum(1, 2, 4);4wpt.assert_is_calc_sum(1, 2, 5);5wpt.assert_is_calc_sum(1, 2, 6);6exports.assert_is_calc_sum = function (a, b, c) {7    if (a + b == c) {8        console.log("Test Passed");9    }10    else {11        console.log("Test Failed");12    }13}

Using AI Code Generation

1import {assert_is_calc_sum} from 'wpt/assert.js';2assert_is_calc_sum(2, 2, 4);3assert_is_calc_sum(2, 2, 5);4assert_is_calc_sum(2, 2, 6);5assert_is_calc_sum(2, 2, 7);6export function assert_is_calc_sum(a, b, expected) {7  if (a + b !== expected) {8    throw new Error(`Assertion failed: ${a} + ${b} is not ${expected}`);9  }10}

Using AI Code Generation

1var wpt = require('./wpt.js');2wpt.assert_is_calc_sum(5, 5, 10);3exports.assert_is_calc_sum = function(a, b, expected) {4    var actual = a + b;5    if (actual !== expected) {6        throw new Error('Test failed: ' + a + ' + ' + b + ' = ' + actual + ' (expected ' + expected + ')');7    }8};9exports.assert_is_calc_sum = function(a, b, expected) {10    var actual = a + b;11    if (actual !== expected) {12        throw new Error('Test failed: ' + a + ' + ' + b + ' = ' + actual + ' (expected ' + expected + ')');13    }14};15var wpt = require('./wpt.js');16wpt.assert_is_calc_sum(5, 5, 10);17exports.assert_is_calc_sum = function(a, b, expected) {18    var actual = a + b;19    if (actual !== expected) {20        throw new Error('Test failed: ' + a + ' + ' + b + ' = ' + actual + ' (expected ' + expected + ')');21    }22};23exports.assert_is_calc_sum = function(a, b, expected) {24    var actual = a + b;25    if (actual !== expected) {26        throw new Error('Test failed: ' + a + ' + ' + b + ' = ' + actual + ' (expected ' + expected + ')');27    }28};29var wpt = require('./wpt.js');30wpt.assert_is_calc_sum(5, 5, 10);31exports.assert_is_calc_sum = function(a, b, expected) {32    var actual = a + b;33    if (actual !== expected) {

Using AI Code Generation

1var assert_is_calc_sum = require('./wpt.js');2assert_is_calc_sum(4, 5, 9);3module.exports = function assert_is_calc_sum(a, b, expected) {4    var actual = calc_sum(a, b);5    if (actual !== expected) {6        throw new Error('calc_sum('+a+', '+b+') should be '+expected+', but was '+actual);7    }8};9module.exports.calc_sum = function calc_sum(a, b) {10    return a + b;11};12module.exports = {13    calc_sum: function calc_sum(a, b) {14        return a + b;15    }16};17var assert_is_calc_sum = require('./wpt.js');18assert_is_calc_sum(4, 5, 9);19var calc = require('./calc.js');20module.exports = function assert_is_calc_sum(a, b, expected) {21    var actual = calc.calc_sum(a, b);22    if (actual !== expected) {23        throw new Error('calc_sum('+a+', '+b+') should be '+expected+', but was '+actual);24    }25};26module.exports = {27    calc_sum: function calc_sum(a, b) {28        return a + b;29    }30};31var assert_is_calc_sum = require('./wpt.js');32assert_is_calc_sum(4, 5, 9);33var calc = require('./calc.js');34module.exports = function assert_is_calc_sum(a, b, expected) {35    var actual = calc.calc_sum(a, b);36    if (actual !== expected) {37        throw new Error('calc_sum('+a+', '+b+') should be '+expected+', but was '+actual);38    }39};40module.exports = {

Using AI Code Generation

1var wpt = require('./wpt.js');2var assert = require('assert');3var sum = wpt.assert_is_calc_sum(1,2);4assert.equal(sum, 3);5console.log("assert_is_calc_sum method of wpt.js is working fine");6var diff = wpt.assert_is_calc_diff(3,2);7assert.equal(diff, 1);8console.log("assert_is_calc_diff method of wpt.js is working fine");9var mul = wpt.assert_is_calc_mul(3,2);10assert.equal(mul, 6);11console.log("assert_is_calc_mul method of wpt.js is working fine");12var div = wpt.assert_is_calc_div(6,2);13assert.equal(div, 3);14console.log("assert_is_calc_div method of wpt.js is working fine");15var mod = wpt.assert_is_calc_mod(6,2);16assert.equal(mod, 0);17console.log("assert_is_calc_mod method of wpt.js is working fine");18var exp = wpt.assert_is_calc_exp(2,2);19assert.equal(exp, 4);20console.log("assert_is_calc_exp method of wpt.js is working fine");21var sqrt = wpt.assert_is_calc_sqrt(4);22assert.equal(sqrt, 2);23console.log("assert_is_calc_sqrt method of wpt.js is working fine");24var sin = wpt.assert_is_calc_sin(90);25assert.equal(sin, 1);26console.log("assert_is_calc_sin method of wpt.js is working fine");27var cos = wpt.assert_is_calc_cos(0);28assert.equal(cos, 1);29console.log("assert_is_calc_cos method of wpt.js is working fine");30var tan = wpt.assert_is_calc_tan(45);31assert.equal(tan, 1);32console.log("assert

Using AI Code Generation

1const assert = require('assert');2const wpt = require('./wpt.js');3wpt.assert_is_calc_sum(1,2,3);4console.log('Test passed');5module.exports = {6  assert_is_calc_sum: function(a, b, c) {7    assert.strictEqual(a + b, c);8  }9}

Using AI Code Generation

1const assert = require('assert');2const wpt = require('./wpt');3describe('Test for assert_is_calc_sum method', () => {4  it('should return 15', () => {5    assert.equal(wpt.assert_is_calc_sum(5, 10), 15);6  });7});8function assert_is_calc_sum(a, b) {9  return a + b;10}11module.exports = {12};

Using AI Code Generation

1const wpt = require('./wpt.js');2const assert = require('assert');3const assert_is_calc_sum = wpt.assert_is_calc_sum;4assert_is_calc_sum(5, 10, 15);5assert_is_calc_sum(5, 10, 25);6const assert = require('assert');7const assert_is_calc_sum = function (a, b, expected) {8  const actual = a + b;9  assert.strictEqual(actual, expected);10};11module.exports = {12};

Using AI Code Generation

1var assert_is_calc_sum = require('./wpt.js');2var sum = assert_is_calc_sum(1, 2);3assert(sum == 3, "The sum is not correct!");4module.exports = function assert_is_calc_sum(number1, number2) {5    return number1 + number2;6}

Using AI Code Generation

1assert_is_calc_sum(1, 2, 3);2assert_is_calc_sum(2, 2, 4);3assert_is_calc_sum(1, 1, 2);4assert_is_calc_sum(1, 1, 3);5function assert_is_calc_sum(a, b, expected) {6  var actual = calc_sum(a, b);7  if (actual !== expected) {8    throw new Error("Expected " + expected + " but got " + actual);9  }10}11function calc_sum(a, b) {12  return a + b;13}

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