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);
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I played with your example for a while and I got the same errors. These are the things I found that made my example work:
It must be Linux. I know that you mentioned that you picked a Linux plan. But I found that in VS Code that part is hidden, and on the Web the default is Windows. This is important because only the Linux plan runs npm install
on the server.
Make sure that you are building on the server. You can find this option in the VS Code Settings:
Make sure you set the environment variable PLAYWRIGHT_BROWSERS_PATH
, before making the publish.
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