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How to use testComputedValues method in wpt

Best JavaScript code snippet using wpt

test-box-properties.js

Source:test-box-properties.js

...123    test(function() {124      testElement.style.setProperty(shorthand, value);125      testCSSValues("shorthand in inline style", testElement.style, expected);126      const stylesheet = `.test { ${group.prerequisites} }`;127      testComputedValues("shorthand in computed style", stylesheet, expected);128    }, `Test that ${shorthand} shorthand sets longhands and serializes correctly.`);129    testElement.style.cssText = "";130  }131  for (const writingMode of writingModes) {132    for (const style of writingMode.styles) {133      const writingModeDecl = makeDeclaration(style);134      const associated = {};135      for (const [logicalSide, logicalProp] of Object.entries(group.logical)) {136        const physicalProp = group.physical[writingMode[logicalSide]];137        associated[logicalProp] = physicalProp;138        associated[physicalProp] = logicalProp;139      }140      // Test that logical properties are converted to their physical141      // equivalent correctly when all in the group are present on a single142      // declaration, with no overwriting of previous properties and143      // no physical properties present.  We put the writing mode properties144      // on a separate declaration to test that the computed values of these145      // properties are used, rather than those on the same declaration.146      test(function() {147        let decl = group.prerequisites;148        const expected = [];149        for (const [i, logicalProp] of logicals.entries()) {150          decl += `${logicalProp}: ${values[i]}; `;151          expected.push([logicalProp, values[i]]);152          expected.push([associated[logicalProp], values[i]]);153        }154        testComputedValues("logical properties on one declaration, writing " +155                           `mode properties on another, '${writingModeDecl}'`,156                           `.test { ${writingModeDecl} } .test { ${decl} }`,157                           expected);158      }, `Test that logical ${group.property} properties share computed values `159       + `with their physical associates, with '${writingModeDecl}'.`);160      // Test logical shorthand properties.161      if (shorthands) {162        test(function() {163          for (const [shorthand, longhands] of shorthands) {164            let valueArray = shorthandValues[shorthand];165            const decl = group.prerequisites + `${shorthand}: ${valueArray.join(" ")}; `;166            const expected = [];167            for (let [i, longhand] of longhands.entries()) {168              const longhandValue = valueArray[group.type.length > 1 ? 0 : i];169              expected.push([longhand, longhandValue]);170              expected.push([associated[longhand], longhandValue]);171            }172            testComputedValues("shorthand properties on one declaration, writing " +173                               `mode properties on another, '${writingModeDecl}'`,174                               `.test { ${writingModeDecl} } .test { ${decl} }`,175                               expected);176          }177        }, `Test that ${group.property} shorthands set the computed value of both `178         + `logical and physical longhands, with '${writingModeDecl}'.`);179      }180      // Test that logical and physical properties are cascaded together,181      // honoring their relative order on a single declaration182      // (a) with a single logical property after the physical ones183      // (b) with a single physical property after the logical ones184      test(function() {185        for (const lastIsLogical of [true, false]) {186          const lasts = lastIsLogical ? logicals : physicals;187          const others = lastIsLogical ? physicals : logicals;188          for (const lastProp of lasts) {189            let decl = writingModeDecl + group.prerequisites;190            const expected = [];191            for (const [i, prop] of others.entries()) {192              decl += `${prop}: ${values[i]}; `;193              const valueIdx = associated[prop] === lastProp ? others.length : i;194              expected.push([prop, values[valueIdx]]);195              expected.push([associated[prop], values[valueIdx]]);196            }197            decl += `${lastProp}: ${values[others.length]}; `;198            testComputedValues(`'${lastProp}' last on single declaration, '${writingModeDecl}'`,199                               `.test { ${decl} }`,200                               expected);201          }202        }203      }, `Test that ${group.property} properties honor order of appearance when both `204       + `logical and physical associates are declared, with '${writingModeDecl}'.`);205      // Test that logical and physical properties are cascaded properly when206      // on different declarations207      // (a) with a logical property in the high specificity rule208      // (b) with a physical property in the high specificity rule209      test(function() {210        for (const highIsLogical of [true, false]) {211          let lowDecl = writingModeDecl + group.prerequisites;212          const high = highIsLogical ? logicals : physicals;213          const others = highIsLogical ? physicals : logicals;214          for (const [i, prop] of others.entries()) {215            lowDecl += `${prop}: ${values[i]}; `;216          }217          for (const highProp of high) {218            const highDecl = `${highProp}: ${values[others.length]}; `;219            const expected = [];220            for (const [i, prop] of others.entries()) {221              const valueIdx = associated[prop] === highProp ? others.length : i;222              expected.push([prop, values[valueIdx]]);223              expected.push([associated[prop], values[valueIdx]]);224            }225            testComputedValues(`'${highProp}', two declarations, '${writingModeDecl}'`,226                               `#test { ${highDecl} } .test { ${lowDecl} }`,227                               expected);228          }229        }230      }, `Test that ${group.property} properties honor selector specificty when both `231       + `logical and physical associates are declared, with '${writingModeDecl}'.`);232    }233  }...

test-logical-values.js

Source:test-logical-values.js

...19      const {style} = testElement;20      style.cssText = "";21      style.setProperty(property, value);22      testCSSValues("logical values in inline style", style, [[property, value]]);23      testComputedValues("logical values in computed style", style, [[property, value]]);24    }, `Test that '${property}: ${value}' is supported.`);25  }...

Using AI Code Generation

1var wpt = require('./wpt');2    if (err) {3        console.log(err);4    } else {5        console.log(data);6    }7});8var wpt = require('./wpt');9var script = "var metrics = {}; metrics['test'] = 1; return metrics;";10    if (err) {11        console.log(err);12    } else {13        console.log(data);14    }15});16var wpt = require('./wpt');17var options = {18};19wpt.testCustom(options, function(err, data) {20    if (err) {21        console.log(err);22    } else {23        console.log(data);24    }25});

Using AI Code Generation

1var wpt = require('./wpt.js');2    console.log(data);3});4var wpt = require('./wpt.js');5wpt.testComputedValues = function(url, callback){6}7module.exports.testComputedValues = function(url, callback){8}9exports.testComputedValues = function(url, callback){10}11exports.testComputedValues = testComputedValues;12exports.testComputedValues = testComputedValues;13var wpt = require('./wpt.js');14    console.log(data);15});16var testComputedValues = function(url, callback){17}18exports.testComputedValues = testComputedValues;19var wpt = require('./wpt.js');20    console.log(data);21});22var testComputedValues = function(url, callback){

Using AI Code Generation

1var wpt = require('wpt');2var wptObj = new wpt();3    if(err){4        console.log('Error: ' + err);5    }6    else{7        console.log('Data: ' + data);8    }9});10var wpt = require('wpt');11var wptObj = new wpt();12    if(err){13        console.log('Error: ' + err);14    }15    else{16        console.log('Data: ' + data);17    }18});19var wpt = require('wpt');20var wptObj = new wpt();21    if(err){22        console.log('Error: ' + err);23    }24    else{25        console.log('Data: ' + data);26    }27});28var wpt = require('wpt');29var wptObj = new wpt();30    if(err){31        console.log('Error: ' + err);32    }33    else{34        console.log('Data: ' + data);35    }36});37var wpt = require('wpt');38var wptObj = new wpt();39    if(err){40        console.log('Error: ' + err);41    }42    else{43        console.log('Data: ' + data);44    }45});46var wpt = require('wpt');

Using AI Code Generation

1testComputedValues("color", "black", "p");2testComputedValues("color", "red", "p", "p1");3testComputedValues("color", "blue", "p", "p2");4testComputedValues("color", "green", "p", "p3");5testComputedValues("color", "purple", "p", "p4");6testComputedValues("color", "yellow", "p", "p5");7testComputedValues("color", "orange", "p", "p6");8testComputedValues("color", "white", "p", "p7");9testComputedValues("color", "cyan", "p", "p8");10testComputedValues("color", "magenta", "p", "p9");11testComputedValues("color", "brown", "p", "p10");12testComputedValues("color", "gray", "p", "p11");13testComputedValues("color", "lime", "p", "p12");14testComputedValues("color", "pink", "p", "p13");15testComputedValues("color", "teal", "p", "p14");16testComputedValues("color", "navy", "p", "p15");17testComputedValues("color", "maroon", "p", "p16");18testComputedValues("color", "olive", "p", "p17");19testComputedValues("color", "silver", "p", "p18");20testComputedValues("color", "aqua", "p", "p19");21testComputedValues("color", "fuchsia", "p", "p20");22testComputedValues("color", "white", "p", "p21");23testComputedValues("color", "black", "p", "p22");24testComputedValues("color", "red", "p", "p23");25testComputedValues("color", "blue", "p", "p24");26testComputedValues("color", "green", "p", "p25");27testComputedValues("color", "purple", "p", "p26");28testComputedValues("color", "yellow", "p", "p27");29testComputedValues("color", "orange", "p", "p28");30testComputedValues("color", "white", "p", "p29");31testComputedValues("color", "cyan", "p", "p

Using AI Code Generation

1var test = require('./wpt.js');2    console.log(data);3});4var test = require('./wpt.js');5    console.log(data);6});7var test = require('./wpt.js');8    console.log(data);9});10var test = require('./wpt.js');11    console.log(data);12});13var test = require('./wpt.js');14    console.log(data);15});16var test = require('./wpt.js');17test.testStatus('1234567890', function (data) {18    console.log(data);19});20var test = require('./wpt.js');21test.testLocations(function (data) {22    console.log(data);23});24var test = require('./wpt.js');25test.testLocation('Dulles:Chrome', function (data) {26    console.log(data);27});28var test = require('./wpt.js');29test.testLocationTesters('Dulles:Chrome', function (data) {30    console.log(data);31});32var test = require('./wpt.js');33test.testLocationTester('Dulles:Chrome', 'Tester', function (data)

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