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How to use isKeyOfType method in Playwright Internal
Best JavaScript code snippet using playwright-internal
index.esm.js
Source:index.esm.js 
...2353 return;2354 }2355 const extracted = {};2356 for (const key in instance.ctx) {2357 if (isKeyOfType(Comp, key, type)) {2358 extracted[key] = instance.ctx[key];2359 }2360 }2361 return extracted;2362 }2363 function isKeyOfType(Comp, key, type) {2364 const opts = Comp[type];2365 if ((isArray(opts) && opts.includes(key)) ||2366 (isObject(opts) && key in opts)) {2367 return true;2368 }2369 if (Comp.extends && isKeyOfType(Comp.extends, key, type)) {2370 return true;2371 }2372 if (Comp.mixins && Comp.mixins.some(m => isKeyOfType(m, key, type))) {2373 return true;2374 }2375 }2376 function genRefFlag(v) {2377 if (v._shallow) {2378 return `ShallowRef`;2379 }2380 if (v.effect) {2381 return `ComputedRef`;2382 }2383 return `Ref`;2384 }2385 if (window.devtoolsFormatters) {2386 window.devtoolsFormatters.push(formatter);...
Tabs.js
Source:Tabs.js
...2501 return;2502 }2503 const extracted = {};2504 for (const key in instance.ctx) {2505 if (isKeyOfType(Comp, key, type)) {2506 extracted[key] = instance.ctx[key];2507 }2508 }2509 return extracted;2510 }2511 function isKeyOfType(Comp, key, type) {2512 const opts = Comp[type];2513 if ((isArray(opts) && opts.includes(key)) ||2514 (isObject(opts) && key in opts)) {2515 return true;2516 }2517 if (Comp.extends && isKeyOfType(Comp.extends, key, type)) {2518 return true;2519 }2520 if (Comp.mixins && Comp.mixins.some(m => isKeyOfType(m, key, type))) {2521 return true;2522 }2523 }2524 function genRefFlag(v) {2525 if (v._shallow) {2526 return `ShallowRef`;2527 }2528 if (v.effect) {2529 return `ComputedRef`;2530 }2531 return `Ref`;2532 }2533 if (window.devtoolsFormatters) {2534 window.devtoolsFormatters.push(formatter);...
Area.js
Source:Area.js
...2487 return;2488 }2489 const extracted = {};2490 for (const key in instance.ctx) {2491 if (isKeyOfType(Comp, key, type)) {2492 extracted[key] = instance.ctx[key];2493 }2494 }2495 return extracted;2496 }2497 function isKeyOfType(Comp, key, type) {2498 const opts = Comp[type];2499 if ((isArray(opts) && opts.includes(key)) ||2500 (isObject(opts) && key in opts)) {2501 return true;2502 }2503 if (Comp.extends && isKeyOfType(Comp.extends, key, type)) {2504 return true;2505 }2506 if (Comp.mixins && Comp.mixins.some(m => isKeyOfType(m, key, type))) {2507 return true;2508 }2509 }2510 function genRefFlag(v) {2511 if (v._shallow) {2512 return `ShallowRef`;2513 }2514 if (v.effect) {2515 return `ComputedRef`;2516 }2517 return `Ref`;2518 }2519 if (window.devtoolsFormatters) {2520 window.devtoolsFormatters.push(formatter);...
Item.js
Source:Item.js
...2487 return;2488 }2489 const extracted = {};2490 for (const key in instance.ctx) {2491 if (isKeyOfType(Comp, key, type)) {2492 extracted[key] = instance.ctx[key];2493 }2494 }2495 return extracted;2496 }2497 function isKeyOfType(Comp, key, type) {2498 const opts = Comp[type];2499 if ((isArray(opts) && opts.includes(key)) ||2500 (isObject(opts) && key in opts)) {2501 return true;2502 }2503 if (Comp.extends && isKeyOfType(Comp.extends, key, type)) {2504 return true;2505 }2506 if (Comp.mixins && Comp.mixins.some(m => isKeyOfType(m, key, type))) {2507 return true;2508 }2509 }2510 function genRefFlag(v) {2511 if (v._shallow) {2512 return `ShallowRef`;2513 }2514 if (v.effect) {2515 return `ComputedRef`;2516 }2517 return `Ref`;2518 }2519 if (window.devtoolsFormatters) {2520 window.devtoolsFormatters.push(formatter);...
Icon.js
Source:Icon.js
...2476 return;2477 }2478 const extracted = {};2479 for (const key in instance.ctx) {2480 if (isKeyOfType(Comp, key, type)) {2481 extracted[key] = instance.ctx[key];2482 }2483 }2484 return extracted;2485 }2486 function isKeyOfType(Comp, key, type) {2487 const opts = Comp[type];2488 if ((isArray(opts) && opts.includes(key)) ||2489 (isObject(opts) && key in opts)) {2490 return true;2491 }2492 if (Comp.extends && isKeyOfType(Comp.extends, key, type)) {2493 return true;2494 }2495 if (Comp.mixins && Comp.mixins.some(m => isKeyOfType(m, key, type))) {2496 return true;2497 }2498 }2499 function genRefFlag(v) {2500 if (v._shallow) {2501 return `ShallowRef`;2502 }2503 if (v.effect) {2504 return `ComputedRef`;2505 }2506 return `Ref`;2507 }2508 if (window.devtoolsFormatters) {2509 window.devtoolsFormatters.push(formatter);...
InlineEditor.js
Source:InlineEditor.js
...138 const { keyCode } = event139 const { shouldSaveOnEnter } = this.props140 const { ENTER, ESCAPE } = KEY_CODES141 const saveChanges = shouldSaveOnEnter142 ? isKeyOfType(keyCode, ENTER)143 : event.shiftKey && isKeyOfType(keyCode, ENTER)144 if (saveChanges) {145 this.saveChanges()146 } else if (isKeyOfType(keyCode, ESCAPE)) {147 this.abortChanges()148 }149 }150 handleSaveClick = (event: Object) => {151 event.stopPropagation()152 this.saveChanges()153 }154 saveChanges = () => {155 const { editValue } = this.state156 const { onSave, isValid } = this.props157 if (isValid) {158 this.setEditing(false)159 if (onSave) {160 onSave(editValue)...
TupleType.js
Source:TupleType.js
1const Utils = require("../core/Utils");2const Namespace = require("../core/Namespace");3const Type = require("./Type");4class TupleType extends Type{5 constructor(inherit, elements , target, rest = false , isTupleUnion=false){6 super("$TupleType",inherit);7 this.elements = [].concat(elements);8 const len = this.elements.length;9 this.rest = rest;10 this.requireCount = rest && len > 1 ? len-1 : len;11 this.isTupleType = true;12 this.prefix = !!(target && target.prefix);13 this.isTupleUnion = isTupleUnion ? true : !!(target && target.isTypeTupleUnionDefinition);14 this.target = target;15 }16 get hasGenericType(){17 return this.elements.some( type=>{18 type = type.type();19 return type && type.hasGenericType;20 });21 }22 attribute(index){23 if( !(this.prefix || this.isTupleUnion) ){24 return this.elements[ index ] || null;25 }26 return null;27 }28 dynamicAttribute( type ){29 const arrClass = Namespace.globals.get('Array');30 return arrClass && arrClass.dynamicProperties.get( Utils.getOriginType( type ) );31 }32 clone(inference){33 if( !inference || !this.hasGenericType ){34 return this;35 }36 const elements = this.elements.map( item=>{37 return Utils.inferTypeValue(item.type(), inference);38 });39 return new TupleType(this.inherit,elements,this.target,this.rest, this.isTupleUnion);40 }41 checkItems(items, errorItems=[], context={} ){42 const infer = type =>Utils.inferTypeValue(type, context.inference);43 const errorHandler = context.errorHandler || ( result=>result );44 const checkItem = (base, item, flag=true)=>{45 const baseType = infer( base.type() );46 const type = infer( item.type() );47 if( ( base.isThisType || (base.target && base.target.isThisType) ) && !type.isInstanceofType ){48 errorItems.push( item );49 return flag ? errorHandler(false, baseType, item) : false;50 }51 if( baseType && !baseType.is( type, context ) ){52 errorItems.push( item );53 return flag ? errorHandler(false, baseType, item) : false;54 }55 return true;56 }57 if(this.prefix || this.rest || this.isTupleUnion){58 return items.every( (item)=>{59 return errorHandler(this.elements.some( base=>{60 return checkItem(base, item, false);61 }), this.elements[0].type(), item);62 });63 }64 const len = this.elements.length;65 const rest = len > 0 ? this.elements[ len-1 ] : null;66 const hasRest = rest && rest.type().rest;67 const requireCount = hasRest ? this.requireCount-1 : this.requireCount;68 if( (hasRest && items.length < requireCount) ){69 return false;70 }else if( !hasRest && items.length !== requireCount ){71 return false;72 }73 return items.every( (item,index)=>{74 let base = this.elements[index];75 if( base && !(hasRest && base === rest) ){76 return checkItem(base,item);77 }else{78 if( hasRest && rest ){79 return checkItem(rest,item);80 }else{81 return errorHandler(this.elements.some( (base)=>{82 return checkItem(base,item,false);83 }), this.elements[0].type(), item );84 }85 }86 });87 }88 is( type, context ){89 if( !type || !(type instanceof Type) )return false;90 if( !this.isNeedCheckType(type) )return true;91 if( type.isAliasType ){92 const inherit = type.inherit;93 if( inherit && inherit.isTupleType ){94 type = inherit;95 }96 }97 if( this.isTupleUnion && !this.inherit.is(type.inherit, context) ){98 return false;99 }100 let items = [];101 if( type.isTupleType || type.isLiteralArrayType){102 items =type.elements;103 }else if( type.isClassGenericType && type.inherit === this.inherit ){104 items = type.types;105 }else if( !this.rest ){106 return this.inherit.is(type, context);107 }108 return this.checkItems( items , [], context);109 }110 toString(context){111 const isTupleUnion = this.isTupleUnion || this.elements.some( item=>{112 let type = item.type();113 if( type.isComputeType && !type.object.isThisType ){114 type = type.property.type();115 }116 return !!type.isUnionType;117 });118 context = {parent:context,type:this,isTupleUnion};119 const elements = this.elements.map( (item)=>{120 return item.type().toString(context);121 });122 const rest = this.rest && this.target && !this.target.isRestElement ? '...' : '';123 if( isTupleUnion ){124 if( elements.length > 1 || ( (this.elements[0].isUnionType || this.elements[0].isKeyofType) && this.elements[0].elements.length > 1) ){125 return `(${elements.join(" | ")})[]`;126 }else{127 return `${elements[0]}[]`;128 }129 }130 if( elements.length === 1 && (this.prefix||this.rest) ){131 return `${rest}${elements[0]}[]`;132 }133 return `${rest}[${elements.join(',')}]`;134 }135}...
KeyofType.js
Source:KeyofType.js
1const UnionType = require("./UnionType"); 2const LiteralType = require("./LiteralType"); 3const Type = require("./Type.js");4const Utils = require("../core/Utils");5class KeyofType extends UnionType{6 constructor(target, referenceType){7 super([],target);8 this.isKeyofType = true;9 this.referenceType = referenceType;10 this.hasGenericType = !!referenceType.isGenericType;11 this.elements = this.getTypeKeys(referenceType)12 }13 clone(inference){14 if( !inference || !this.hasGenericType ){15 return this;16 }17 const type = Utils.inferTypeValue( this.referenceType.type(), inference );18 if( type !== this.referenceType ){19 return new KeyofType(this.target, type );20 }21 return this;22 }23 getTypeKeys( type ){24 type = type || this.referenceType;25 if( type.isGenericType ){26 return [];27 }28 const properties = new Set();29 if( type ){30 const push=(name,type)=>{31 properties.add( new LiteralType( this.target.getGlobalTypeById(type), this.target, name) );32 }33 switch(true){34 case type.isLiteralObjectType :35 case type.isEnumType :36 type.attributes.forEach( (value,key)=>{37 push(key, 'string');38 });39 break;40 case type.isLiteralArrayType :41 case type.isTupleUnion :42 type.elements.forEach( (value,key)=>{43 push(key, 'number');44 });45 break;46 case type.isIntersectionType : 47 case type.isModule :48 case type.isInstanceofType :49 type.getTypeKeys().forEach( key=>{50 push(key, 'string');51 });52 break53 }54 }55 return Array.from( properties.values() );56 }57 is(type, context){58 if( !type || !(type instanceof Type) )return false;59 if( !this.isNeedCheckType(type) )return true;60 if( type.isAliasType ){61 const inherit = type.inherit;62 if( inherit && inherit.isUnionType ){63 type = inherit;64 }65 }66 const infer = type=>{67 if( context && context.inference ){68 return context.inference(type);69 }70 return type;71 };72 const elements = this.getTypeKeys( infer( this.referenceType ) );73 if( !elements.length )return false; 74 if( type.isUnionType ){75 return type.elements.every( item=>{76 const base = item.type();77 return elements.some( child=>{78 const childType = child.type();79 if( base.isLiteralType ){80 return childType.isLiteralType ? base.value === childType.value : false;81 }82 return base.is(child.type(), context);83 });84 });85 }86 87 return elements.some( base=>base.type().is(type, context) );88 }89 toString(context={}){90 const refType = this.referenceType.type();91 if( refType.hasGenericType ){92 if( refType.isGenericType && refType.hasConstraint && !refType.inherit.hasGenericType ){93 return `keyof ${refType.inherit.toString(context)}`;94 }95 return `keyof ${refType.toString(context)}`;96 }97 let elements = this.getTypeKeys( refType );98 if( !elements.length ){99 return 'never';100 }101 return elements.map( item=>item.type().toString(context) ).join(' | ');102 }103}...
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/server/keyboard');2const { Key } = require('playwright/lib/server/keyboard');3console.log(isKeyOfType(Key.Enter, 'Enter'));4console.log(isKeyOfType(Key.Enter, 'NumpadEnter'));5console.log(isKeyOfType(Key.Enter, 'EnterOrNumpadEnter'));6SyntaxError: Cannot use import statement outside a module7const disabled = await page.$eval(‘button[type=”submit”]’, (el) => el.getAttribute(‘disabled’));8const disabled = await page.$eval(‘button[type=”submit”]’, (el) => el.getAttribute(‘disabled’));9const disabled = await page.$eval(‘button[type=”submit”]’, (el) => el.getAttribute(‘disabled’));
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/server/supplements/recorder/recorderSupplement');2const { Key } = require('playwright/lib/server/supplements/recorder/keys');3const key = Key.fromKeyInput({ keyCode: 32 });4console.log(isKeyOfType(key, 'Space'));5console.log(isKeyOfType(key, 'Enter'));6console.log(isKeyOfType(key, 'ArrowDown'));7console.log(isKeyOfType(key, 'ArrowUp'));8console.log(isKeyOfType(key, 'ArrowRight'));9console.log(isKeyOfType(key, 'ArrowLeft'));10console.log(isKeyOfType(key, 'Tab'));11console.log(isKeyOfType(key, 'Escape'));12console.log(isKeyOfType(key, 'Delete'));13console.log(isKeyOfType(key, 'Backspace'));14console.log(isKeyOfType(key, 'F1'));15console.log(isKeyOfType(key, 'F2'));16console.log(isKeyOfType(key, 'F3'));17console.log(isKeyOfType(key, 'F4'));18console.log(isKeyOfType(key, 'F5'));19console.log(isKeyOfType(key, 'F6'));20console.log(isKeyOfType(key, 'F7'));21console.log(isKeyOfType(key, 'F8'));22console.log(isKeyOfType(key, 'F9'));23console.log(isKeyOfType(key, 'F10'));24console.log(isKeyOfType(key, 'F11'));25console.log(isKeyOfType(key, 'F12'));26console.log(isKeyOfType(key, 'Digit1'));27console.log(isKeyOfType(key, 'Digit2'));28console.log(isKeyOfType(key, 'Digit3'));29console.log(isKeyOfType(key, 'Digit4'));30console.log(isKeyOfType(key, 'Digit5'));31console.log(isKeyOfType(key, 'Digit6'));32console.log(isKeyOfType(key, 'Digit7'));33console.log(isKeyOfType(key, 'Digit8'));34console.log(isKeyOfType(key, 'Digit9'));35console.log(isKeyOfType(key, 'Digit0'));36console.log(isKeyOfType(key, 'KeyA'));37console.log(isKeyOfType(key, 'KeyB'));38console.log(isKeyOfType(key, 'KeyC'));39console.log(isKeyOfType(key, 'KeyD'));40console.log(isKeyOfType(key, 'KeyE'));41console.log(isKeyOfType(key, 'KeyF'));42console.log(isKeyOfType(key, 'KeyG'));43console.log(isKey
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/server/selectors/selectorEngine');2const { Key } = require('playwright');3const { chromium } = require('playwright');4(async () => {5 const browser = await chromium.launch();6 const context = await browser.newContext();7 const page = await context.newPage();8 const element = await page.$('text=Get started');9 await element.click();10 await page.keyboard.type('Hello World!');11 const lastTypedCharacter = await page.evaluate(() => {12 return document.activeElement.value.slice(-1);13 });14 const isLastTypedCharacterALetter = isKeyOfType(lastTypedCharacter, Key.Letter);15 console.log(isLastTypedCharacterALetter);16 await browser.close();17})();18const { isKeyOfType } = require('playwright/lib/server/selectors/selectorEngine');19const { Key } = require('playwright');20const { chromium } = require('playwright');21(async () => {22 const browser = await chromium.launch();23 const context = await browser.newContext();24 const page = await context.newPage();25 const element = await page.$('text=Get started');26 await element.click();27 await page.keyboard.type('Hello World!');28 const lastTypedCharacter = await page.evaluate(() => {29 return document.activeElement.value.slice(-1);30 });31 const isLastTypedCharacterALetter = isKeyOfType(lastTypedCharacter, Key.Letter);32 console.log(isLastTypedCharacterALetter);33 await browser.close();34})();35const { isKeyOfType } = require('playwright/lib/server/selectors/selectorEngine');36const { Key } = require('playwright');37const { chromium } = require('playwright');38(async () => {39 const browser = await chromium.launch();40 const context = await browser.newContext();
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');2console.log(isKeyOfType('Enter', 'Enter'));3const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');4console.log(isKeyOfType('Enter', 'Enter'));5const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');6console.log(isKeyOfType('Enter', 'Enter'));7const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');8console.log(isKeyOfType('Enter', 'Enter'));9const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');10console.log(isKeyOfType('Enter', 'Enter'));11const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');12console.log(isKeyOfType('Enter', 'Enter'));13const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');14console.log(isKeyOfType('Enter', 'Enter'));15const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');16console.log(isKeyOfType('Enter', 'Enter'));17const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');18console.log(isKeyOfType('Enter', 'Enter'));19const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');20console.log(isKeyOfType('Enter', 'Enter'));21const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');22console.log(isKeyOfType('Enter', 'Enter'));23const { isKeyOfType } = require('playwright/lib/server/keyboardImpl');24console.log(isKeyOfType('Enter', 'Enter'));
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/utils/utils');2async function test(page) {3 await page.keyboard.press('Enter');4 await page.keyboard.press('a');5 await page.keyboard.press('b');6 await page.keyboard.press('c');7 await page.keyboard.down('Shift');8 await page.keyboard.press('d');9 await page.keyboard.press('e');10 await page.keyboard.press('f');11 await page.keyboard.up('Shift');12 await page.keyboard.press('g');13 await page.keyboard.press('h');14 await page.keyboard.press('i');15 await page.keyboard.press('j');16 await page.keyboard.press('k');17 await page.keyboard.press('l');18 await page.keyboard.press('m');19 await page.keyboard.press('n');20 await page.keyboard.press('o');21 await page.keyboard.press('p');22 await page.keyboard.press('q');23 await page.keyboard.press('r');24 await page.keyboard.press('s');25 await page.keyboard.press('t');26 await page.keyboard.press('u');27 await page.keyboard.press('v');28 await page.keyboard.press('w');29 await page.keyboard.press('x');30 await page.keyboard.press('y');31 await page.keyboard.press('z');32 await page.keyboard.press(' ');33 await page.keyboard.press('1');34 await page.keyboard.press('2');35 await page.keyboard.press('3');36 await page.keyboard.press('4');37 await page.keyboard.press('5');38 await page.keyboard.press('6');39 await page.keyboard.press('7');40 await page.keyboard.press('8');41 await page.keyboard.press('9');42 await page.keyboard.press('0');43 await page.keyboard.press('~');44 await page.keyboard.press('`');45 await page.keyboard.press('!');46 await page.keyboard.press('@');47 await page.keyboard.press('#');48 await page.keyboard.press('$');49 await page.keyboard.press('%');50 await page.keyboard.press('^');51 await page.keyboard.press('&');52 await page.keyboard.press('*');53 await page.keyboard.press('(');54 await page.keyboard.press(')');55 await page.keyboard.press('-');56 await page.keyboard.press('_');57 await page.keyboard.press('+');58 await page.keyboard.press('=');59 await page.keyboard.press('[');60 await page.keyboard.press('{');61 await page.keyboard.press(']');62 await page.keyboard.press('}');63 await page.keyboard.press('\\');64 await page.keyboard.press('|');
Using AI Code Generation
1const { isKeyOfType } = require('playwright/lib/server/chromium/crInput');2const test = isKeyOfType('Enter');3console.log(test);4const test2 = isKeyOfType('Enter+');5console.log(test2);6const test3 = isKeyOfType('Enter+Shift');7console.log(test3);8const test4 = isKeyOfType('Enter+Shift+');9console.log(test4);10const test5 = isKeyOfType('Enter+Shift+Control');11console.log(test5);12const test6 = isKeyOfType('Enter+Shift+Control+');13console.log(test6);14const test7 = isKeyOfType('Enter+Shift+Control+Alt');15console.log(test7);16const test8 = isKeyOfType('Enter+Shift+Control+Alt+');17console.log(test8);18const test9 = isKeyOfType('Enter+Shift+Control+Alt+Meta');19console.log(test9);20const test10 = isKeyOfType('Enter+Shift+Control+Alt+Meta+');21console.log(test10);22const test11 = isKeyOfType('Enter+Shift+Control+Alt+Meta+Space');23console.log(test11);24const test12 = isKeyOfType('Enter+Shift+Control+Alt+Meta+Space+');25console.log(test12);26const test13 = isKeyOfType('Enter+Shift+Control+Alt+Meta+Space+Tab');27console.log(test13);28const test14 = isKeyOfType('Enter+Shift+Control+Alt+Meta+Space+Tab+');29console.log(test14);
Playwright tutorial
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