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})();

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