Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use isWritable method in taiko

Best JavaScript code snippet using taiko

redeemParticipationBidV3.ts

Source:redeemParticipationBidV3.ts

1import {2  SystemProgram,3  SYSVAR_RENT_PUBKEY,4  TransactionInstruction,5} from '@solana/web3.js';6import BN from 'bn.js';7import { serialize } from 'borsh';8import {9  getAuctionKeys,10  getBidderKeys,11  RedeemParticipationBidV3Args,12  SCHEMA,13  getPrizeTrackingTicket,14  getSafetyDepositConfig,15} from '.';16import {17  getAuctionExtended,18  getEdition,19  getEditionMarkPda,20  getMetadata,21} from '../../actions';22import { programIds, StringPublicKey, toPublicKey } from '../../utils';23export async function redeemParticipationBidV3(24  vault: StringPublicKey,25  safetyDepositTokenStore: StringPublicKey,26  destination: StringPublicKey,27  safetyDeposit: StringPublicKey,28  bidder: StringPublicKey,29  payer: StringPublicKey,30  metadata: StringPublicKey,31  masterEdition: StringPublicKey,32  originalMint: StringPublicKey,33  transferAuthority: StringPublicKey,34  acceptPaymentAccount: StringPublicKey,35  tokenPaymentAccount: StringPublicKey,36  newMint: StringPublicKey,37  edition: BN,38  winIndex: BN | null,39  instructions: TransactionInstruction[],40) {41  const PROGRAM_IDS = programIds();42  const store = PROGRAM_IDS.store;43  if (!store) {44    throw new Error('Store not initialized');45  }46  const { auctionKey, auctionManagerKey } = await getAuctionKeys(vault);47  const auctionDataExtended = await getAuctionExtended({48    auctionProgramId: PROGRAM_IDS.auction,49    resource: vault,50  });51  const { bidRedemption, bidMetadata } = await getBidderKeys(52    auctionKey,53    bidder,54  );55  const prizeTrackingTicket = await getPrizeTrackingTicket(56    auctionManagerKey,57    originalMint,58  );59  const newMetadata = await getMetadata(newMint);60  const newEdition = await getEdition(newMint);61  const editionMarkPda = await getEditionMarkPda(originalMint, edition);62  const safetyDepositConfig = await getSafetyDepositConfig(63    auctionManagerKey,64    safetyDeposit,65  );66  const value = new RedeemParticipationBidV3Args({ winIndex });67  const data = Buffer.from(serialize(SCHEMA, value));68  const keys = [69    {70      pubkey: toPublicKey(auctionManagerKey),71      isSigner: false,72      isWritable: true,73    },74    {75      pubkey: toPublicKey(safetyDepositTokenStore),76      isSigner: false,77      isWritable: true,78    },79    {80      pubkey: toPublicKey(destination),81      isSigner: false,82      isWritable: true,83    },84    {85      pubkey: toPublicKey(bidRedemption),86      isSigner: false,87      isWritable: true,88    },89    {90      pubkey: toPublicKey(safetyDeposit),91      isSigner: false,92      isWritable: false,93    },94    {95      pubkey: toPublicKey(vault),96      isSigner: false,97      isWritable: false,98    },99    {100      pubkey: toPublicKey(safetyDepositConfig),101      isSigner: false,102      isWritable: true,103    },104    {105      pubkey: toPublicKey(auctionKey),106      isSigner: false,107      isWritable: false,108    },109    {110      pubkey: toPublicKey(bidMetadata),111      isSigner: false,112      isWritable: false,113    },114    {115      pubkey: toPublicKey(bidder),116      isSigner: false,117      isWritable: true,118    },119    {120      pubkey: toPublicKey(payer),121      isSigner: true,122      isWritable: true,123    },124    {125      pubkey: PROGRAM_IDS.token,126      isSigner: false,127      isWritable: false,128    },129    {130      pubkey: toPublicKey(PROGRAM_IDS.vault),131      isSigner: false,132      isWritable: false,133    },134    {135      pubkey: toPublicKey(PROGRAM_IDS.metadata),136      isSigner: false,137      isWritable: false,138    },139    {140      pubkey: store,141      isSigner: false,142      isWritable: false,143    },144    {145      pubkey: SystemProgram.programId,146      isSigner: false,147      isWritable: false,148    },149    {150      pubkey: SYSVAR_RENT_PUBKEY,151      isSigner: false,152      isWritable: false,153    },154    {155      pubkey: toPublicKey(transferAuthority),156      isSigner: true,157      isWritable: false,158    },159    {160      pubkey: toPublicKey(acceptPaymentAccount),161      isSigner: false,162      isWritable: true,163    },164    {165      pubkey: toPublicKey(tokenPaymentAccount),166      isSigner: false,167      isWritable: true,168    },169    {170      pubkey: toPublicKey(prizeTrackingTicket),171      isSigner: false,172      isWritable: true,173    },174    {175      pubkey: toPublicKey(newMetadata),176      isSigner: false,177      isWritable: true,178    },179    {180      pubkey: toPublicKey(newEdition),181      isSigner: false,182      isWritable: true,183    },184    {185      pubkey: toPublicKey(masterEdition),186      isSigner: false,187      isWritable: true,188    },189    {190      pubkey: toPublicKey(newMint),191      isSigner: false,192      isWritable: true,193    },194    {195      pubkey: toPublicKey(editionMarkPda),196      isSigner: false,197      isWritable: true,198    },199    {200      // Mint authority (this) is going to be the payer since the bidder201      // may not be signer hre - we may be redeeming for someone else (permissionless)202      // and during the txn, mint authority is removed from us and given to master edition.203      // The ATA account is already owned by bidder by default. No signing needed204      pubkey: toPublicKey(payer),205      isSigner: true,206      isWritable: false,207    },208    {209      pubkey: toPublicKey(metadata),210      isSigner: false,211      isWritable: false,212    },213    {214      pubkey: toPublicKey(auctionDataExtended),215      isSigner: false,216      isWritable: false,217    },218  ];219  instructions.push(220    new TransactionInstruction({221      keys,222      programId: toPublicKey(PROGRAM_IDS.metaplex),223      data,224    }),225  );...

redeemPrintingV2Bid.ts

Source:redeemPrintingV2Bid.ts

1import {2  SystemProgram,3  SYSVAR_RENT_PUBKEY,4  TransactionInstruction,5} from '@solana/web3.js';6import BN from 'bn.js';7import { serialize } from 'borsh';8import {9  getAuctionKeys,10  getBidderKeys,11  RedeemPrintingV2BidArgs,12  getPrizeTrackingTicket,13  SCHEMA,14  getSafetyDepositConfig,15} from '.';16import {17  getEdition,18  getEditionMarkPda,19  getMetadata,20  getAuctionExtended,21} from '../../actions';22import { programIds, StringPublicKey, toPublicKey } from '../../utils';23export async function redeemPrintingV2Bid(24  vault: StringPublicKey,25  safetyDepositTokenStore: StringPublicKey,26  tokenAccount: StringPublicKey,27  safetyDeposit: StringPublicKey,28  bidder: StringPublicKey,29  payer: StringPublicKey,30  metadata: StringPublicKey,31  masterEdition: StringPublicKey,32  originalMint: StringPublicKey,33  newMint: StringPublicKey,34  edition: BN,35  editionOffset: BN,36  winIndex: BN,37  instructions: TransactionInstruction[],38) {39  const PROGRAM_IDS = programIds();40  const store = PROGRAM_IDS.store;41  if (!store) {42    throw new Error('Store not initialized');43  }44  const { auctionKey, auctionManagerKey } = await getAuctionKeys(vault);45  const { bidRedemption, bidMetadata } = await getBidderKeys(46    auctionKey,47    bidder,48  );49  const prizeTrackingTicket = await getPrizeTrackingTicket(50    auctionManagerKey,51    originalMint,52  );53  const safetyDepositConfig = await getSafetyDepositConfig(54    auctionManagerKey,55    safetyDeposit,56  );57  const newMetadata = await getMetadata(newMint);58  const newEdition = await getEdition(newMint);59  const editionMarkPda = await getEditionMarkPda(originalMint, edition);60  const value = new RedeemPrintingV2BidArgs({ editionOffset, winIndex });61  const data = Buffer.from(serialize(SCHEMA, value));62  const extended = await getAuctionExtended({63    auctionProgramId: PROGRAM_IDS.auction,64    resource: vault,65  });66  const keys = [67    {68      pubkey: toPublicKey(auctionManagerKey),69      isSigner: false,70      isWritable: true,71    },72    {73      pubkey: toPublicKey(safetyDepositTokenStore),74      isSigner: false,75      isWritable: true,76    },77    {78      pubkey: toPublicKey(tokenAccount),79      isSigner: false,80      isWritable: true,81    },82    {83      pubkey: toPublicKey(bidRedemption),84      isSigner: false,85      isWritable: true,86    },87    {88      pubkey: toPublicKey(safetyDeposit),89      isSigner: false,90      isWritable: true,91    },92    {93      pubkey: toPublicKey(vault),94      isSigner: false,95      isWritable: true,96    },97    {98      pubkey: toPublicKey(safetyDepositConfig),99      isSigner: false,100      isWritable: false,101    },102    {103      pubkey: toPublicKey(auctionKey),104      isSigner: false,105      isWritable: false,106    },107    {108      pubkey: toPublicKey(bidMetadata),109      isSigner: false,110      isWritable: false,111    },112    {113      pubkey: toPublicKey(bidder),114      isSigner: false,115      isWritable: false,116    },117    {118      pubkey: toPublicKey(payer),119      isSigner: true,120      isWritable: true,121    },122    {123      pubkey: PROGRAM_IDS.token,124      isSigner: false,125      isWritable: false,126    },127    {128      pubkey: toPublicKey(PROGRAM_IDS.vault),129      isSigner: false,130      isWritable: false,131    },132    {133      pubkey: toPublicKey(PROGRAM_IDS.metadata),134      isSigner: false,135      isWritable: false,136    },137    {138      pubkey: store,139      isSigner: false,140      isWritable: false,141    },142    {143      pubkey: SystemProgram.programId,144      isSigner: false,145      isWritable: false,146    },147    {148      pubkey: SYSVAR_RENT_PUBKEY,149      isSigner: false,150      isWritable: false,151    },152    {153      pubkey: toPublicKey(prizeTrackingTicket),154      isSigner: false,155      isWritable: true,156    },157    {158      pubkey: toPublicKey(newMetadata),159      isSigner: false,160      isWritable: true,161    },162    {163      pubkey: toPublicKey(newEdition),164      isSigner: false,165      isWritable: true,166    },167    {168      pubkey: toPublicKey(masterEdition),169      isSigner: false,170      isWritable: true,171    },172    {173      pubkey: toPublicKey(newMint),174      isSigner: false,175      isWritable: true,176    },177    {178      pubkey: toPublicKey(editionMarkPda),179      isSigner: false,180      isWritable: true,181    },182    {183      // Mint authority (this) is going to be the payer since the bidder184      // may not be signer hre - we may be redeeming for someone else (permissionless)185      // and during the txn, mint authority is removed from us and given to master edition.186      // The ATA account is already owned by bidder by default. No signing needed187      pubkey: toPublicKey(payer),188      isSigner: true,189      isWritable: false,190    },191    {192      pubkey: toPublicKey(metadata),193      isSigner: false,194      isWritable: false,195    },196    {197      pubkey: toPublicKey(extended),198      isSigner: false,199      isWritable: false,200    },201  ];202  instructions.push(203    new TransactionInstruction({204      keys,205      programId: toPublicKey(PROGRAM_IDS.metaplex),206      data,207    }),208  );...

deprecatedRedeemParticipationBid.ts

Source:deprecatedRedeemParticipationBid.ts

1import {2  SystemProgram,3  SYSVAR_RENT_PUBKEY,4  TransactionInstruction,5} from '@solana/web3.js';6import { serialize } from 'borsh';7import {8  getAuctionKeys,9  getBidderKeys,10  SCHEMA,11  getSafetyDepositConfig,12} from '.';13import { programIds, StringPublicKey, toPublicKey } from '../../utils';14import { DeprecatedRedeemParticipationBidArgs } from './deprecatedStates';15export async function deprecatedRedeemParticipationBid(16  vault: StringPublicKey,17  safetyDepositTokenStore: StringPublicKey,18  destination: StringPublicKey,19  safetyDeposit: StringPublicKey,20  bidder: StringPublicKey,21  payer: StringPublicKey,22  instructions: TransactionInstruction[],23  participationPrintingAccount: StringPublicKey,24  transferAuthority: StringPublicKey,25  acceptPaymentAccount: StringPublicKey,26  tokenPaymentAccount: StringPublicKey,27) {28  const PROGRAM_IDS = programIds();29  const store = PROGRAM_IDS.store;30  if (!store) {31    throw new Error('Store not initialized');32  }33  const { auctionKey, auctionManagerKey } = await getAuctionKeys(vault);34  const { bidRedemption, bidMetadata } = await getBidderKeys(35    auctionKey,36    bidder,37  );38  const safetyDepositConfig = await getSafetyDepositConfig(39    auctionManagerKey,40    safetyDeposit,41  );42  const value = new DeprecatedRedeemParticipationBidArgs();43  const data = Buffer.from(serialize(SCHEMA, value));44  const keys = [45    {46      pubkey: toPublicKey(auctionManagerKey),47      isSigner: false,48      isWritable: true,49    },50    {51      pubkey: toPublicKey(safetyDepositTokenStore),52      isSigner: false,53      isWritable: true,54    },55    {56      pubkey: toPublicKey(destination),57      isSigner: false,58      isWritable: true,59    },60    {61      pubkey: toPublicKey(bidRedemption),62      isSigner: false,63      isWritable: true,64    },65    {66      pubkey: toPublicKey(safetyDeposit),67      isSigner: false,68      isWritable: false,69    },70    {71      pubkey: toPublicKey(vault),72      isSigner: false,73      isWritable: false,74    },75    {76      pubkey: toPublicKey(safetyDepositConfig),77      isSigner: false,78      isWritable: false,79    },80    {81      pubkey: toPublicKey(auctionKey),82      isSigner: false,83      isWritable: false,84    },85    {86      pubkey: toPublicKey(bidMetadata),87      isSigner: false,88      isWritable: false,89    },90    {91      pubkey: toPublicKey(bidder),92      isSigner: false,93      isWritable: true,94    },95    {96      pubkey: toPublicKey(payer),97      isSigner: true,98      isWritable: false,99    },100    {101      pubkey: PROGRAM_IDS.token,102      isSigner: false,103      isWritable: false,104    },105    {106      pubkey: toPublicKey(PROGRAM_IDS.vault),107      isSigner: false,108      isWritable: false,109    },110    {111      pubkey: toPublicKey(PROGRAM_IDS.metadata),112      isSigner: false,113      isWritable: false,114    },115    {116      pubkey: store,117      isSigner: false,118      isWritable: false,119    },120    {121      pubkey: SystemProgram.programId,122      isSigner: false,123      isWritable: false,124    },125    {126      pubkey: SYSVAR_RENT_PUBKEY,127      isSigner: false,128      isWritable: false,129    },130    {131      pubkey: toPublicKey(transferAuthority),132      isSigner: true,133      isWritable: false,134    },135    {136      pubkey: toPublicKey(acceptPaymentAccount),137      isSigner: false,138      isWritable: true,139    },140    {141      pubkey: toPublicKey(tokenPaymentAccount),142      isSigner: false,143      isWritable: true,144    },145    {146      pubkey: toPublicKey(participationPrintingAccount),147      isSigner: false,148      isWritable: true,149    },150  ];151  instructions.push(152    new TransactionInstruction({153      keys,154      programId: toPublicKey(PROGRAM_IDS.metaplex),155      data,156    }),157  );...

Using AI Code Generation

1const { openBrowser, goto, write, closeBrowser, isWritable } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await write("Taiko", into("Search"));6        if (await isWritable("Search")) {7            console.log("Element is writable");8        } else {9            console.log("Element is not writable");10        }11    } catch (e) {12        console.error(e);13    } finally {14        await closeBrowser();15    }16})();17isWritable()18const { openBrowser, goto, write, closeBrowser, isWritable } = require('taiko');19(async () => {20    try {21        await openBrowser();22        await write("Taiko", into("Search"));23        if (await isWritable("Search")) {24            console.log("Element is writable");25        } else {26            console.log("Element is not writable");27        }28    } catch (e) {29        console.error(e);30    } finally {31        await closeBrowser();32    }33})();34isWritable()35const { openBrowser, goto, write, closeBrowser, isWritable } = require('taiko');36(async () => {37    try {38        await openBrowser();39        await write("Taiko", into("Search"));40        if (await isWritable("Search")) {41            console.log("Element is writable");42        } else {43            console.log("Element is not writable");44        }45    } catch (e) {46        console.error(e);47    } finally {48        await closeBrowser();49    }50})();51isWritable()52isWritable() method

Using AI Code Generation

1const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');2(async () => {3    try {4        await openBrowser({ headless: false });5        await isWritable("Search");6    } catch (e) {7        console.error(e);8    } finally {9        await closeBrowser();10    }11})();12const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');13(async () => {14    try {15        await openBrowser({ headless: false });16        await isWritable("Search", { timeout: 2000 });17    } catch (e) {18        console.error(e);19    } finally {20        await closeBrowser();21    }22})();23const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');24(async () => {25    try {26        await openBrowser({ headless: false });27        await isWritable("Search", { timeout: 2000, interval: 500 });28    } catch (e) {29        console.error(e);30    } finally {31        await closeBrowser();32    }33})();34const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');35(async () => {36    try {37        await openBrowser({ headless: false });38        await isWritable("Search", { timeout: 2000, interval: 500, retryInterval: 1000 });39    } catch (e) {40        console.error(e);41    } finally {42        await closeBrowser();43    }44})();45const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');46(async () => {47    try {48        await openBrowser({ headless: false });49        await goto("

Using AI Code Generation

1const { openBrowser, goto, textBox, write, closeBrowser, isWritable } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        let searchBox = textBox("Search");7        if (await isWritable(searchBox)) {8            await write("Hello World");9        }10        await closeBrowser();11    } catch (e) {12        console.error(e);13    } finally {14    }15})();

Using AI Code Generation

1const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await goto("google.com");6        console.log(await isWritable("q"));7    } catch (e) {8        console.error(e);9    } finally {10        await closeBrowser();11    }12})();13isWritable ( selector, options )14const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');15(async () => {16    try {17        await openBrowser();18        await goto("google.com");19        console.log(await isWritable("q"));20    } catch (e) {21        console.error(e);22    } finally {23        await closeBrowser();24    }25})();26const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');27(async () => {28    try {29        await openBrowser();30        await goto("google.com");31        console.log(await isWritable("q", { timeout: 5000 }));32    } catch (e) {33        console.error(e);34    } finally {35        await closeBrowser();36    }37})();38const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');39(async () => {40    try {41        await openBrowser();42        await goto("google.com");43        console.log(await isWritable("q", { timeout: 5000, retryInterval: 1000 }));44    } catch (e) {45        console.error(e);46    } finally {47        await closeBrowser();48    }49})();50const { openBrowser, goto, closeBrowser, isWritable } = require('taiko');51(async () => {52    try {53        await openBrowser();54        await goto("google.com");55        console.log(await isWritable("q", { timeout: 5000, retryInterval: 1000, observe

Using AI Code Generation

1const { openBrowser, goto, write, closeBrowser, isWritable, button } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await write("gauge", into("Search"));6        await click("Search");7        await click("Documentation");8        await click("Getting Started");9        await click("Install Gauge");10        await click("Installation");11        await click("Windows");12        await click("Install Gauge");13        await click("Download");14        await click("Next");15        await click("I Agree");16        await click("Next");17        await click("Install");18        await click("Finish");19        await click("Next");

Using AI Code Generation

1const { isWritable, openBrowser, goto, closeBrowser, write, textBox } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await write("Taiko", into(textBox("Search")));6        if (await isWritable(textBox("Search"))) {7            console.log("Search box is writable");8        }9    } catch (e) {10        console.error(e);11    } finally {12        await closeBrowser();13    }14})();15isNotWritable(elementHandle, options, args)16const { isNotWritable, openBrowser, goto, closeBrowser, write, textBox } = require('taiko');17(async () => {18    try {19        await openBrowser();20        await write("Taiko", into(textBox("Search")));21        if (await isNotWritable(textBox("Search"))) {22            console.log("Search box is not writable");23        }24    } catch (e) {25        console.error(e);26    } finally {27        await closeBrowser();28    }29})();30isNotVisible(elementHandle, options, args)31const { isNotVisible, openBrowser, goto, closeBrowser, write, textBox } = require('taiko');32(async () => {33    try {34        await openBrowser();

Using AI Code Generation

1const { openBrowser, goto, closeBrowser, isWritable, write, textBox, toRightOf } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await write("Hello World", toRightOf(textBox({placeholder:"Search"})));6        console.log(await isWritable(textBox({placeholder:"Search"})));7    } catch (e) {8        console.error(e);9    } finally {10        await closeBrowser();11    }12})();13isWritable(element, options?)14const { openBrowser, goto, closeBrowser, isWritable, write, textBox, toRightOf } = require('taiko');15(async () => {16    try {17        await openBrowser();18        await write("Hello World", toRightOf(textBox({placeholder:"Search"})));19        console.log(await isWritable(textBox({placeholder:"Search"})));20    } catch (e) {21        console.error(e);22    } finally {23        await closeBrowser();24    }25})();26isWritable(element, options?)27: (Optional)

Using AI Code Generation

1const { openBrowser, goto, write, closeBrowser, textBox, isWritable, isDisabled } = require('taiko');2(async () => {3    try {4        await openBrowser();5        await write("Taiko", into(textBox()));6        console.log(await isWritable(textBox()));7        console.log(await isDisabled(textBox()));8    } catch (e) {9        console.error(e);10    } finally {11        await closeBrowser();12    }13})();14isWritable(element, [options])15Parameter Type Description element Element The element to check for writability. options Object Optional object which can have following properties: timeout number How long to wait for the element to be writable. Default: 30000 (30 seconds)16const { openBrowser, goto, write, closeBrowser, textBox, isWritable, isDisabled } = require('taiko');17(async () => {18    try {19        await openBrowser();20        await write("Taiko", into(textBox()));21        console.log(await isWritable(textBox(), {timeout: 1000}));22        console.log(await isDisabled(textBox(), {timeout: 1000}));23    } catch (e) {24        console.error(e);25    } finally {26        await closeBrowser();27    }28})();29isDisabled(element, [options])30Parameter Type Description element Element The element to check for disabled state. options Object Optional object which can have following properties: timeout number How long to wait for the element to be disabled. Default: 30000 (30 seconds)31const { openBrowser, goto, write, closeBrowser, textBox, isWritable, isDisabled } = require('taiko');32(async () => {33    try {34        await openBrowser();35        await write("Taiko", into(textBox()));36        console.log(await isWritable(textBox()));37        console.log(await isDisabled(textBox()));38    } catch (e) {39        console.error(e);40    } finally {41        await closeBrowser();42    }43})();

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.