# thirdweb

> Frontend, Backend, and Onchain tools to build complete web3 apps — on every EVM chain.

## Docs

* [Batching transactions](/connect/account-abstraction/batching-transactions): Batching transactions allows sending multiple transactions in a single user operation. This can be useful to save on fees, reduce number of user confimations or to ensure that multiple transactions are executed atomically.
* [ERC-20 Paymaster](/connect/account-abstraction/erc-20-paymaster): In traditional Ethereum transactions, users pay gas fees in the native cryptocurrency of the network, such as ETH. This requirement can create friction, especially for applications where users interact with smart contracts without holding native tokens. ERC-20 Paymaster enables users pay gas fees using ERC-20 tokens. [Learn more about ERC-20 Paymasters.](https://blog.thirdweb.com/account-abstraction-paymaster-pay-evm-gas-fees-with-usdt-usdc-or-any-other-erc-20-token/)
* [Account Factories](/connect/account-abstraction/factories): By default, the SDK uses a global account factory deployed on most chains:
* [Engine](/connect/account-abstraction/gasless/engine): Learn to setup gasless transactions using TransactionButton and Engine
* [Biconomy](/connect/account-abstraction/gasless/biconomy): Learn to setup gasless transactions using TransactionButton and Biconomy's gasless relayers.
* [OpenZeppelin](/connect/account-abstraction/gasless/openzeppelin): Learn to setup gasless transactions using TransactionButton and OpenZeppelin's gasless relayers.
* [Getting Started](/connect/account-abstraction/get-started): Getting started to add ERC-4337 compatible smart accounts to your application easily.
* [What is a Smart Account?](/connect/account-abstraction/how-it-works): A Smart account is a smart contract wallet that follows the [ERC-4337 specification](https://eips.ethereum.org/EIPS/eip-4337).
* [Using Account abstraction in Typescript](/connect/account-abstraction/guides/typescript): By using the [TypeScript SDK](/typescript/v5), you can use smart accounts in your applications easily.
* [Using Account Abstraction in React](/connect/account-abstraction/guides/react): By using the [TypeScript SDK](/typescript/v5), you can use smart accounts in your front-end applications easily.
* [Bundler & Paymaster Infrastructure](/connect/account-abstraction/infrastructure): The thirdweb SDK handles all the heavy lifting of bundling operations and covering gas fees with a turn-key infrastructure. The thirdweb paymaster and bundler services are **stand alone** and can be used with any smart account contract without using the thirdweb SDKs.
* [Account Abstraction](/connect/account-abstraction/overview): Everything you need to leverage account abstraction technology to enable seamless user experiences for your users. You get all the tools to integrate account abstraction into your app. This includes:
* [Account Permissions & Session Keys](/connect/account-abstraction/permissions): All of the account contracts - [Simple](https://thirdweb.com/thirdweb.eth/AccountFactory) and [Managed](https://thirdweb.com/thirdweb.eth/ManagedAccountFactory) \- share the same permission model. In this section, we'll describe this permission model in detail.
* [Sponsorship rules](/connect/account-abstraction/sponsorship-rules): You can easily define rules around which transactions (User Ops) the paymaster should sponsor. This can be used to prevent abuse, progressively onboard users, and incentivize specific in-app actions.
* [Deploying Your App to Production](/connect/auth/deploying-to-production): Before you deploy your app to real users, you'll want to make sure your application is secure and ready to onboard users to your app. This involves separating some operations to the server and others to the client.
* [FAQs](/connect/account-abstraction/faq): Yes, by using our Account factory contracts, it is possible to enable predictable addresses per user across all EVM chains. To do this, ensure that your **account factory** has the same address on every chain. You can accomplish this from the dashboard by enabling "Deterministic address" when deploying the account factory.
* [Blockchain API](/connect/blockchain-api): Perfomant, reliable and type safe API to read write to any contract on any EVM chain through our [RPC Edge](/infrastructure/rpc-edge/overview) endpoints.
* [Overview](/connect/auth): Auth allows anyone to integrate passwordless web3-native authentication and authorization into their applications. Users can then **login using any thirdweb wallet** (in-app, browser, or smart wallet).
* [React + Express](/connect/auth/frameworks/react-express): If you want to interact with a working version of the Auth + React integration that we'll be building in this guide, you can check the following GitHub repository, or clone it with the command below:
* [Create a Custom JWT Auth Server](/connect/in-app-wallet/custom-auth/custom-jwt-auth-server): Learn how to integrate your auth backend with our in-app wallets solution so you can onboard your users into web3 seamlessly.
* [Overview](/connect/in-app-wallet/custom-auth/overview): In-App wallets already support most popular login methods out of the box, but we also give app developers the flexibility to use in-app wallets with any authentication method. If you have a valid authenticated user, you should be able to easily spin up an in-app wallet for them irrespective of how they got authenticated.
* [Custom Auth Server](/connect/in-app-wallet/custom-auth/custom-auth-server): Learn how to integrate your auth backend with our in-app wallets solution so you can onboard your users into web3 seamlessly.
* [Integrate Firebase Auth](/connect/in-app-wallet/custom-auth/firebase-auth): Learn how to obtain a JSON Web Token (JWT) from Firebase using Firebase's email provider and integrate it with In-App Wallet.
* [Build your own UI](/connect/in-app-wallet/guides/build-your-own-ui): You have full control with the connection hooks and functions to build your own UI. To use in-app wallets, you first choose an authentication strategy and then connect.
* [Connect Users](/connect/in-app-wallet/guides/connect-users): If you're building a [React website](/typescript/react/v5/ConnectButton), [React Native app](/react-native/v5), or [Unity game](/unity/ConnectWallet) you can use the prebuilt connect UI components to authenticate users and connect their wallets.
* [Sponsor Transactions](/connect/in-app-wallet/guides/enable-gasless): By combining [Account abstraction](/connect/account-abstraction) and [In-App Wallet](/connect/in-app-wallet/overview), you can create a truly seamless user experience:
* [Interact with the blockchain](/connect/in-app-wallet/guides/interact-blockchain): Once connected, in-app wallets can be used alongside the [Contract SDK](/contracts) to interact with the blockchain.
* [Configuration](/connect/in-app-wallet/custom-auth/configuration): We offer two options to setup in-app wallets with custom auth, one that is based on the [OIDC (Open ID Connect)](https://openid.net/developers/how-connect-works/) standard, and a generic option that lets you bring your own auth server. You can also use both options together if needed.
* [Interact with users](/connect/in-app-wallet/guides/interact-with-accounts): Once connected, you can interact with user accounts using the `thirdweb/wallets` specific methods.
* [PayEmbed Customization](/connect/pay/customization/payembed): Learn how to customize the `PayEmbed`. You can find a selection of popular customizations below. For the full list of props, you can [view the full reference](/references/typescript/v5/PayEmbedProps).
* [useSendTransaction Customization](/connect/pay/customization/send-transaction): Learn how to customize the Universal Bridge interface when executing a transaction with `useSendTransaction`. You can find a selection of popular customizations below. For the full list of props, you can [view the full reference](/references/typescript/v5/SendTransactionConfig).
* [Customize ConnectButton](/connect/pay/customization/connectbutton): Learn how to customize Universal Bridge within the `ConnectButton` interface. You can find a selection of popular customizations below. For the full list of props, you can [view the full reference](/references/typescript/v5/ConnectButtonProps).
* [Next.js](/connect/auth/frameworks/next): If you want to interact with a working version of the Auth + Next integration that we'll be building in this guide, you can check the following GitHub repository, or clone it with the command below:
* [Fee Sharing](/connect/pay/fee-sharing): thirdweb collects a 1% fee per end user transaction. We share 70% of this fee with you.
* [FAQs](/connect/pay/faqs): thirdweb does not charge any fees for buy with fiat. Any fees on onramping are based on the onramp provider.
* [Overview](/connect/pay/overview): Universal Bridge allows your users to bridge, swap, and purchase cryptocurrencies and execute transactions with any fiat options or tokens via cross-chain routing.
* [Supported Chains](/connect/pay/supported-chains): [View all supported chains with Universal Bridge](https://thirdweb.com/chainlist?service=pay).
* [Build a Custom Fiat Experience](/connect/pay/guides/build-a-custom-experience): Learn how to enable your users to purchase your application’s token with any fiat payment method with our headless flow.
* [Accept Direct Payments with Universal Bridge & Engine](/connect/pay/guides/accept-direct-payments): Learn how to accept fiat and crypto from your customers with Universal Bridge and trigger Engine actions, like minting NFTs or transferring tokens to user wallets.
* [Webhooks](/connect/pay/webhooks): Pay can be configured to send webhook events to notify your application any time an event happens on your transaction. Pay sends a response, via a HTTP request, to any endpoint URLs that you have provided us in your Team > Project > Connect > Pay > Webhooks page in [thirdwe dashboard](https://thirdweb.com/team).
* [Quickstart](/connect/quickstart): Learn how to add Connect SDK to your application, log in your users, and allow them to interact with your application.
* [Customization Options](/connect/sign-in/customization): Our ConnectButton and ConnectEmbed components are highly customizable. You can find a selection of popular customizations below. For the full list of props, you can [view the full reference](https://portal.thirdweb.com/references/typescript/v5/ConnectButtonProps).
* [Enable Test Mode](/connect/pay/testing-pay): Developers can turn on Test Mode to test both fiat-to-crypto transactions and crypto-to-crypto transactions on supported testnet chains. It is possible to test both at the same time or separately.
* [Ecosystem Wallet Explorer Page](/connect/wallet/ecosystem/portal): Every Ecosystem Wallet deployment will also create a wallet management page that you can share with your partners and users. End users can visit this page to view tokens and assets in the in-app wallets they’ve created across your ecosystem.
* [Integrating with Partners](/connect/wallet/ecosystem/integrating-partners): One of the key features of ecosystem wallets is the ability to enable other developers to spin up in-app wallets on your behalf. All partners that spin up in-app wallets using your ecosystem wallet will access the same account for your end users. You can create partners in the [Ecosystem Wallets dashboard](https://thirdweb.com/team/~/~/ecosystem).
* [Managing Ecosystem Permissions](/connect/wallet/ecosystem/permissions): There are two permission options depending on whether you’d like an open or exclusive ecosystem wallet. You can manage these permissions from the Permissions page in your Ecosystem Wallet Dashboard.
* [How to Register Your thirdweb Ecosystem Wallet with WalletConnect (now Reown)](/connect/wallet/ecosystem/register-walletconnect): **Note:** WalletConnect Inc. is now Reown. [Read more here](https://reown.com/blog/walletconnect-is-now-reown).
* [General FAQs](/connect/wallet/faq): Our thirdweb In-App Wallet is fully EVM compatible and supports all EVM chains.
* [Get Started](/connect/wallet/ecosystem/set-up): Learn how to spin up your first ecosystem wallet, brand your wallet, and integrate your first ecosystem partner.
* [Get Users](/connect/wallet/get-users): Once you have users connecting to your app through in-app wallets, you can fetch all users through our REST API:
* [Migration Guide](/connect/wallet/migrate-to-thirdweb): Migrating from another embedded wallet provider is possible even if your users have assets and funds on their existing wallets.
* [Get Started](/connect/pay/get-started): Learn how to add onramps and crypto purchases to your application. To see which integration is right for you, refer to our [integrations overview](/connect/pay/overview#integration-options).
* [Onramp Providers](/connect/pay/onramp-providers): thirdweb Universal Bridge integrates with Stripe, Kado and Transak to power our onramp. By default, we choose a recommended provider based on the location of the user, KYC status, and currency.
* [Get Started](/connect/wallet/get-started): thirdweb offers multiple ways to add wallets to your application. Choose the method that best suits your needs:
* [How it works](/connect/wallet/security/legacy): When a user signs into an application using their email or social logins for the first time, a wallet is generated on the user's device. The corresponding wallet key for this wallet is securely split into three shards using [Shamir's Secret Sharing](https://en.wikipedia.org/wiki/Shamir%27s%5Fsecret%5Fsharing) algorithm.
* [Pregenerate Wallets](/connect/wallet/pregenerate-wallets): Wallet pregeneration is a technique where you create wallets for users before they actually sign up or authenticate. This allows you to:
* [Overview](/connect/wallet/overview): A flexible sign-up flow that accommodates different preferences is critical when onboarding users. thirdweb offers multiple wallet solutions to meet various integration needs:
* [thirdweb Wallet Security](/connect/wallet/security): If you are looking for the previous security documentation around the shamir secret sharing model, please refer to the [In-App Wallet Security](/connect/wallet/security/legacy) page.
* [Export Private Key](/connect/wallet/user-management/export-private-key): Learn how to export the private key for a thirdweb wallet using the Connect modal.
* [Sign-In Methods](/connect/wallet/sign-in-methods/configure): thirdweb supports a bunch of various traditional authentication methods.
* [Guest Mode](/connect/wallet/sign-in-methods/guest): Sometimes users want to get started using your app without signing in. You can now give users an in-memory "guest account" that can then be converted into a standard account by linking another auth method. An example is if you want to wait til a user tries to make a transaction before forcing them to onboard. A guest mode account is not persisted durably and only exists in memory until linked to an Auth method.
* [External wallets](/connect/wallet/sign-in-methods/external-wallets): thirdweb natively supports 500+ first-party wallets and all wallets that implement EIP-6963 (Multi-injected Provider Discovery). For the full list, please consult [this list](/typescript/v5/supported-wallets).
* [Getting User Profiles](/connect/wallet/user-management/get-user-profiles): Once authenticated, you can retrieve the user profiles linked to a wallet. This allows you to access additional information about the user, such as their email address or phone number.
* [Web3 Onboard](/connect/wallet/web3-onboard): thirdweb acquired Web3Onboard by Blocknative on 1/13/2025\. We will be quickly migrating the documentation over to thirdweb in the coming weeks. For now, please refer to [Web3 Onboard's documentation](https://onboard.blocknative.com/docs/overview/introduction)
* [What is Connect?](/connect): Connect is the complete toolkit for connecting every user to your application. It features customizable onboarding flows, self-custodial in-app wallets, account abstraction, onramps, and a performant API to interact with the blockchain.
* [Why thirdweb?](/connect/why-thirdweb): The thirdweb SDK comes with all the features you need to build production-grade client-side applications. Here's a comparison with other popular libraries.
* [ERC1155DelayedReveal](/contracts/build/base-contracts/erc-1155/delayed-reveal): `ERC1155DelayedReveal` adds the [Delayed Reveal](/glossary/delayed-reveal) feature to the[ERC1155LazyMint](/contracts/build/base-contracts/erc-1155/lazy-mint) base contract.
* [ERC1155Drop](/contracts/build/base-contracts/erc-1155/drop): The `ERC1155Drop` base contract is the foundation for an Edition (ERC1155) NFT Drop that other wallets can claim.
* [ERC1155Base](/contracts/build/base-contracts/erc-1155/base): The `ERC1155Base` smart contract implements the [ERC1155](https://eips.ethereum.org/EIPS/eip-1155) NFT standard. It allows for minting NFTs to yourself (or to someone else) and selling those NFTs on a marketplace.
* [ERC20Base](/contracts/build/base-contracts/erc-20/base): The `ERC20Base` smart contract implements the [ERC-20](https://eips.ethereum.org/EIPS/eip-20) standard. Additionally, it supports [EIP-2612](https://eips.ethereum.org/EIPS/eip-2612), allowing approvals to be made via signatures.
* [ERC1155SignatureMint](/contracts/build/base-contracts/erc-1155/signature-mint): The `ERC1155SignatureMint` smart contract adds [Signature-Based Minting](/contracts/build/extensions/erc-1155/ERC1155SignatureMint)extensions to the [ERC1155Base](/contracts/build/base-contracts/erc-1155/base) contract.
* [ERC20DropVote](/contracts/build/base-contracts/erc-20/drop-vote): The `ERC20Drop` base contract adds the [Drop Single Phase](/contracts/build/extensions/general/DropSinglePhase) extension to the [ERC20 base](/contracts/build/base-contracts/erc-20/base) contract to allow you to distribute your tokens under the criteria of claim conditions. It also implements the [ERC20Votes](https://github.com/OpenZeppelin/openzeppelin-contracts/blob/master/contracts/token/ERC20/extensions/ERC20Votes.sol) contract, which provides voting and delegation functionality, along with delegation by signature.
* [ERC20Drop](/contracts/build/base-contracts/erc-20/drop): The `ERC20Drop` base contract adds the [Drop Single Phase](/contracts/build/extensions/general/DropSinglePhase) extension contract to the [ERC20 base](/contracts/build/base-contracts/erc-20/base) contract to allow you to distribute your tokens under the criteria of claim conditions.
* [ERC1155LazyMint](/contracts/build/base-contracts/erc-1155/lazy-mint): `ERC1155LazyMint` allows you to [Lazy Mint](/glossary/lazy-minting) NFTs on your contract. It exposes a `verifyClaim` function that you can override to add your claim-restriction logic.
* [ERC20SignatureMintVote](/contracts/build/base-contracts/erc-20/signature-mint-vote): The `ERC20SignatureMintVote` smart contract adds [signature-based minting](/contracts/build/extensions/erc-20/ERC20signaturemint) extension to the [ERC20Vote](/contracts/build/base-contracts/erc-20/base) base contract. It also implements the [ERC20Votes](https://github.com/OpenZeppelin/openzeppelin-contracts/blob/master/contracts/token/ERC20/extensions/ERC20Votes.sol) contract, which provides voting and delegation functionality, along with delegation by signature.[Signature minting](/glossary/signature-based-minting) uses [EIP-712](https://eips.ethereum.org/EIPS/eip-712), which enables the contract admin to authorize an external party's request to mint tokens on the admin's contract. At a high level, this means you can authorize others to mint tokens on your contract, and specify what exactly will be minted by that external party.
* [ERC20SignatureMint](/contracts/build/base-contracts/erc-20/signature-mint): The `ERC20SignatureMint` smart contract adds the [signature-based minting extension](/contracts/build/extensions/erc-20/ERC20signaturemint)functionality to the [ERC20Base](/contracts/build/base-contracts/erc-20/base) contract. [Signature minting](/glossary/signature-based-minting) uses [EIP-712](https://eips.ethereum.org/EIPS/eip-712), which enables the contract admin to authorize an external party's request to mint tokens on the admin's contract. At a high level, this means you can authorize others to mint tokens on your contract, and specify what exactly will be minted by that external party.
* [ERC20Vote](/contracts/build/base-contracts/erc-20/vote): The `ERC20Vote` smart contract implements the [ERC20](https://eips.ethereum.org/EIPS/eip-20) standard. It also supports [EIP-2612](https://eips.ethereum.org/EIPS/eip-2612); allowing approvals to be made via signatures, and the[ERC20Votes](https://github.com/OpenZeppelin/openzeppelin-contracts/blob/master/contracts/token/ERC20/extensions/ERC20Votes.sol) contract; which provides voting and delegation functionality, along with delegation by signature.
* [AccountFactory](/contracts/build/base-contracts/erc-4337/account-factory): This contract inherits from the [BaseAccountFactory](/contracts/build/extensions/erc-4337/SmartWalletFactory) contract.
* [Managed Account](/contracts/build/base-contracts/erc-4337/managed-account): This contract inherits from the [BaseAccount](/contracts/build/extensions/erc-4337/SmartWallet) contract.
* [Account](/contracts/build/base-contracts/erc-4337/account): This contract inherits from the [BaseAccount](/contracts/build/extensions/erc-4337/SmartWallet) contract
* [Managed Account Factory](/contracts/build/base-contracts/erc-4337/managed-account-factory): This contract inherits from the [BaseAccountFactory](/contracts/build/extensions/erc-4337/SmartWallet-factory) contract.
* [ERC-4337 Smart Accounts](/contracts/build/base-contracts/erc-4337): All of thirdweb's [smart accounts](/connect/account-abstraction) are [EIP-4337](https://eips.ethereum.org/EIPS/eip-4337) smart contract accounts with role-based permission control.
* [ERC721Base](/contracts/build/base-contracts/erc-721/base): The `ERC721Base` smart contract implements the [ERC721](https://eips.ethereum.org/EIPS/eip-721) NFT standard, along with the [ERC721A](https://www.erc721a.org/) optimization to the standard. It allows you to mint NFTs to yourself (or to someone else) and selling those NFTs on a marketplace.
* [ERC721DelayedReveal](/contracts/build/base-contracts/erc-721/delayed-reveal): `ERC721DelayedReveal` adds the [Delayed Reveal](/contracts/build/extensions/general/DelayedReveal) feature to the [ERC721LazyMint](/contracts/build/base-contracts/erc-721/lazy-mint) base contract.
* [ERC721Drop](/contracts/build/base-contracts/erc-721/drop): The `ERC721Drop` base contract allows you to create an NFT Drop that other wallets can claim.
* [Base Contracts](/contracts/build/base-contracts): Was this page helpful?
* [ERC721LazyMint](/contracts/build/base-contracts/erc-721/lazy-mint): `ERC721LazyMint` allows you to lazy-mint ERC-721 tokens, which allows any wallet to claim a lazy-minted NFT. It exposes a `verifyClaim` function that you can override to add your claim-restriction logic.
* [ERC721SignatureMint](/contracts/build/base-contracts/erc-721/signature-mint): The `ERC721SignatureMint` smart contract uses the[ERC721Base](/contracts/build/base-contracts/erc-721/base)base contract along with the [SignatureMintERC721](/contracts/build/extensions/erc-721/ERC721SignatureMint) contract extension.
* [ERC1155](/contracts/build/extensions/erc-1155/ERC1155): ERC1155 is the standard for representing "Edition" NFTs where each NFT in the collection can have more than 1 quantity; also known as "semi-fungible" tokens.
* [ERC1155BatchMintable](/contracts/build/extensions/erc-1155/ERC1155BatchMintable): Enable minting multiple NFTs at once in a single transaction by Implementing [ERC1155](/contracts/build/extensions/erc-1155/ERC1155), [IMintableERC1155](/contracts/build/extensions/erc-1155/ERC1155Mintable), and [Multicall](/contracts/build/extensions/general/Multicall) extensions.
* [ERC1155Burnable](/contracts/build/extensions/erc-1155/ERC1155Burnable): ERC1155Burnable allows the NFTs in the contract to be burned (transferred to a non-recoverable address).
* [ERC1155ClaimConditions](/contracts/build/extensions/erc-1155/ERC1155ClaimConditions): Allow other wallets to claim/mint tokens from the contract under the criteria of claim conditions by implementing [ERC1155](/contracts/build/extensions/erc-1155/ERC1155) and [DropSinglePhase](/contracts/build/extensions/general/DropSinglePhase) extensions.
* [ERC1155Claimable](/contracts/build/extensions/erc-1155/ERC1155Claimable): Allow other wallets to **claim** NFTs that you have lazy-minted.
* [ERC1155ClaimCustom](/contracts/build/extensions/erc-1155/ERC1155ClaimCustom): Allow other wallets to claim/mint tokens that you have Lazy Minted by implementing [ERC1155](/contracts/build/extensions/erc-1155/ERC1155) and [ERC1155Claimable](/contracts/build/extensions/erc-1155/ERC1155Claimable) extensions.
* [ERC1155ClaimPhases](/contracts/build/extensions/erc-1155/ERC1155ClaimPhases): Allow other wallets to claim/mint tokens from the contract under the criteria of claim conditions by implementing [ERC1155](/contracts/build/extensions/erc-1155/ERC1155) and [Drop](/contracts/build/extensions/general/Drop).
* [DropSinglePhase (ERC1155)](/contracts/build/extensions/erc-1155/ERC1155DropSinglePhase): The `DropSinglePhase1155` smart contract is an extension meant for distributing ERC1155 tokens.
* [ERC1155Drop](/contracts/build/extensions/erc-1155/ERC1155Drop): The `Drop1155` smart contract is an extension meant for distributing [ERC1155](/contracts/build/extensions/erc-1155/ERC1155) tokens. It allows setting up multiple claim phases unlike [ERC1155DropSinglePhase](/contracts/build/extensions/erc-1155/ERC1155DropSinglePhase). This series of claim phases is ordered by their respective `startTimestamp`.
* [ERC1155Mintable](/contracts/build/extensions/erc-1155/ERC1155Mintable): `ERC1155Mintable` allows you to mint new NFTs into your ERC1155 NFT collection contract.
* [ERC1155Revealable](/contracts/build/extensions/erc-1155/ERC1155Revealable): Create batches of ['delayed-reveal'](/glossary/delayed-reveal) NFTs that can be revealed at a later date after they have been minted and claimed.
* [Linking Multiple Identities](/connect/wallet/user-management/link-multiple-identity): thirdweb Wallets allow users to tie the same wallet address to multiple social identities. Developers can programmatically link additional identities at any point in their user journey.
* [ERC1155SignatureMint](/contracts/build/extensions/erc-1155/ERC1155SignatureMint): The `SignatureMintERC1155` smart contract is an extension meant for distributing ERC1155 tokens.
* [ERC1155Staking](/contracts/build/extensions/erc-1155/ERC1155Staking): The `Staking1155` smart contract extension implements NFT staking mechanism for ERC1155\. With this extension you can setup a staking contract for NFT holders of your ERC1155 Collection. Users can stake their NFTs and earn ERC20 tokens as rewards.
* [ERC1155Supply](/contracts/build/extensions/erc-1155/ERC1155Supply): View all of the NFTs on the contract by implementing the `totalSupply` function in your ERC1155 contract.
* [ERC20BatchMintable](/contracts/build/extensions/erc-20/ERC20BatchMintable): Enable minting multiple NFTs at once in a single transaction by Implementing [ERC20](/contracts/build/extensions/erc-20/ERC20), [IMintableERC20](/contracts/build/extensions/erc-20/ERC20BatchMintable), and [Multicall](/contracts/build/extensions/general/Multicall) extensions.
* [ERC20](/contracts/build/extensions/erc-20/ERC20): ERC20 is the standard for representing fungible tokens; where each token is of equal valuable and interchangeable.
* [ERC20ClaimConditions](/contracts/build/extensions/erc-20/ERC20ClaimConditions): Allow other wallets to claim/mint tokens from the contract under the criteria of claim conditions by implementing [ERC20](/contracts/build/extensions/erc-20/ERC20) and [DropSinglePhase](/contracts/build/extensions/general/DropSinglePhase) extensions.
* [ERC20Burnable](/contracts/build/extensions/erc-20/ERC20Burnable): Support burning tokens by implementing the `IBurnableERC20` interface.
* [ERC20Mintable](/contracts/build/extensions/erc-20/ERC20Mintable): Enable the minting of new tokens by implementing the `IMintableERC20` interface.
* [ERC721Permit](/contracts/build/extensions/erc-20/ERC20Permit): Implementing the `ERC20Permit` extensions allows approvals to be made via signatures, as defined in[EIP-2612](https://eips.ethereum.org/EIPS/eip-2612%5BEIP-2612%5D).
* [ERC20SignatureMint](/contracts/build/extensions/erc-20/ERC20SignatureMint): The `SignatureMintERC20` smart contract is an extension meant for distributing ERC20 tokens.
* [ERC20Staking](/contracts/build/extensions/erc-20/ERC20Staking): The `Staking20` smart contract extension implements ERC20 staking mechanism. With this extension, you can set up a staking contract for holders of your ERC20 tokens. Users can stake their tokens and earn a different set of ERC20 tokens as rewards.
* [BaseAccount](/contracts/build/extensions/erc-4337/SmartWallet): The `BaseAccount` smart contract is an extension that is intended to be used when creating your own smart account contract which does not use one of our ready-to-use base-contract account smart contracts.
* [AccountExtension](/contracts/build/extensions/erc-4337/AccountExtension): The `AccountExtension` smart contract is the extension usable with the [Managed](/contracts/build/base-contracts/erc-4337/managed-account) Account smart contracts. It is the _default extension_ for these base contracts. It includes the default logic for creating a smart account smart contract including the ability to:
* [ERC1155Enumerable](/contracts/build/extensions/erc-1155/ERC1155Enumerable): View all of the NFTs in the collection and all the NFTs owned by a specific wallet address by implementing the `IERC1155Enumerable` interface.
* [BaseAccountFactory](/contracts/build/extensions/erc-4337/SmartWalletFactory): The `BaseAccountFactory` smart contract is an extension usable with the [Managed](/contracts/build/base-contracts/erc-4337/managed-account) and [Non-Upgradable](/contracts/build/base-contracts/erc-4337/account-factory) Account smart contracts. When creating your [Smart Account](/glossary/smart-wallet) account factory contract, inherit from this extension to include all of the base logic to create your factory.
* [ERC721](/contracts/build/extensions/erc-721/ERC721): ERC721 is the standard for representing NFTs (non-fungible tokens).
* [ERC721BatchMintable](/contracts/build/extensions/erc-721/ERC721BatchMintable): Enable minting multiple NFTs at once in a single transaction by Implementing [ERC721](/contracts/build/extensions/erc-721/ERC721), [IMintableERC721](/contracts/build/extensions/erc-721/ERC721Mintable), and [Multicall](/contracts/build/extensions/general/Multicall) extensions.
* [ERC721ClaimCustom](/contracts/build/extensions/erc-721/ERC721ClaimCustom): Allow other wallets to claim/mint tokens that you have Lazy Minted by implementing [ERC721](/contracts/build/extensions/erc-721/ERC721) and [ERC721Claimable](/contracts/build/extensions/erc-721/ERC721Claimable) extensions.
* [ERC721Burnable](/contracts/build/extensions/erc-721/ERC721Burnable): ERC721Burnable allows the NFTs in the contract to be burned (transferred to a non-recoverable address).
* [ERC721ClaimConditions](/contracts/build/extensions/erc-721/ERC721ClaimConditions): Allow other wallets to claim/mint tokens from the contract under the criteria of claim conditions by implementing [ERC721](/contracts/build/extensions/erc-721/ERC721) and [DropSinglePhase](/contracts/build/extensions/general/DropSinglePhase) extensions.
* [ERC721Claimable](/contracts/build/extensions/erc-721/ERC721Claimable): Allow other wallets to **claim** NFTs that you have lazy-minted.
* [ERC721ClaimPhases](/contracts/build/extensions/erc-721/ERC721ClaimPhases): Allow other wallets to claim/mint tokens from the contract under the criteria of claim conditions by implementing [ERC721](/contracts/build/extensions/erc-721/ERC721) and [Drop](/contracts/build/extensions/general/Drop) extensions.
* [ERC721Enumerable](/contracts/build/extensions/erc-721/ERC721Enumerable): View all of the NFTs owned by a specific wallet address by implementing the `IERC721Enumerable` interface.
* [ERC721Mintable](/contracts/build/extensions/erc-721/ERC721Mintable): Enable new NFTs to be minted into the collection by implementing the `IMintableERC721` interface on your ERC721(A) contract.
* [ERC721Revealable](/contracts/build/extensions/erc-721/ERC721Revealable): Create batches of ['delayed-reveal'](/glossary/delayed-reveal) NFTs that can be revealed at a later date after they have been minted and claimed.
* [ERC721Supply](/contracts/build/extensions/erc-721/ERC721Supply): View all of the NFTs from the collection by implementing the `totalSupply` function on your ERC721(A) contract.
* [ERC721Staking](/contracts/build/extensions/erc-721/ERC721Staking): The `Staking721` smart contract extension implements NFT staking mechanism. With this extension you can setup a staking contract for NFT holders of your ERC721 Collection. Users can stake their NFTs and earn ERC20 tokens as rewards.
* [ERC721SignatureMint](/contracts/build/extensions/erc-721/ERC721SignatureMint): The `SignatureMintERC721` smart contract is an extension meant for distributing ERC721 tokens.
* [ContractMetadata](/contracts/build/extensions/general/ContractMetadata): The `ContractMetadata` smart contract is an extension usable with any smart contract. It lets you define metadata for your smart contract. Additionally, `ContractMetadata` is necessary to enable [royalties](/contracts/build/extensions/general/Royalty) on NFT contracts on OpenSea.
* [BatchMintMetadata (ERC1155 & ERC721)](/contracts/build/extensions/general/BatchMintMetadata): The `BatchMintMetadata` smart contract is an extension for any NFT contract. It lets the smart contract using this extension set the metadata for `n` number of NFTs in one transaction. A single base URI for a batch of `n` NFTs is defined, where the metadata URI for each NFT in a relevant batch is `baseURI/tokenId`.
* [DelayedReveal](/contracts/build/extensions/general/DelayedReveal): The [DelayedReveal](/glossary/delayed-reveal) smart contract is an extension for any NFT contract. It lets you create batches of 'delayed-reveal' NFTs.
* [Drop (ERC20 & ERC721)](/contracts/build/extensions/general/Drop): [Drop](/glossary/drop) is an extension meant for distributing ERC20 or ERC721 tokens. It allows setting up multiple claim phases unlike `DropSinglePhase`. This series of claim phases is ordered by their respective `startTimestamp`.
* [LazyMint](/contracts/build/extensions/general/LazyMint): The `LazyMint` smart contract is an extension for any base NFT contract. It lets you 'lazy mint' any number of NFTs at once.
* [DropSinglePhase (ERC20 & ERC721)](/contracts/build/extensions/general/DropSinglePhase): The `DropSinglePhase` smart contract is an extension meant for distributing ERC20 or ERC721 tokens.
* [Multicall](/contracts/build/extensions/general/Multicall): The `Multicall` smart contract is an extension usable with any base smart contract. It provides a function `multicall` to batch together multiple calls in a single external call.
* [Ownable](/contracts/build/extensions/general/Ownable): The `Ownable` smart contract extension is usable with any base smart contract. It lets you set an owner for your smart contract.
* [PermissionsEnumerable](/contracts/build/extensions/general/PermissionsEnumerable): The `PermissionsEnumerable` extension provides role-based access control: you can create roles and write custom logic in your smart contract that depends on whether a given wallet holds a given role. The `Enumerable` part provides the capability to view all the addresses holding a specific role.
* [Permissions](/contracts/build/extensions/general/Permissions): The `Permissions` extension provides role-based access control: you can create roles and write custom logic in your smart contract that depends on whether a given wallet holds a given role.
* [PrimarySale](/contracts/build/extensions/general/PrimarySale): `PrimarySale` lets you set a recipient for any sale value you intend to collect in your smart contract.
* [Extensions](/contracts/build/extensions): Was this page helpful?
* [Getting Started](/contracts/build/get-started): To get started with the Solidity SDK, run the following command to create a new project:
* [Modular Contracts](/contracts/build/modular-contracts): **Modular Contracts** are contracts for which you can add, remove, or upgrade the exact parts you want.
* [Royalty](/contracts/build/extensions/general/Royalty): `Royalty` implements [EIP-2981](https://eips.ethereum.org/EIPS/eip-2981) NFT royalty standard for royalty support on NFT marketplaces, allowing you to take a percentage fee of secondary sales of your NFTs.
* [Deploy Contract](/contracts/deploy/deploy-contract): To deploy a contract using Deploy:
* [Build (Solidity SDK)](/contracts/build/overview): **Build** or **Solidity SDK** provides the tools needed to build custom smart contracts more efficiently by offering a set of pre-built base contracts and reusable components, better known as extensions.
* [Deploy](/contracts/deploy/overview): Deployment tools allow you to deploy any contract to any EVM compatible chain through one simple command and an easy-to-use interface. Deploy reduces the complexities of deploying a contract by eliminating steps such as hardcoding private keys, managing RPC URLs, or running scripts to deploy your contracts.
* [PlatformFee](/contracts/build/extensions/general/PlatformFee): `PlatformFee` allows you to charge a percentage fee wherever there is a transfer of currency (ERC20 tokens or native tokens) in your contract.
* [CLI Reference](/contracts/deploy/reference): Use the CLI to deploy your contracts directly to any EVM compatible blockchain by running:
* [Drop design document.](/contracts/design-docs/drop): This is a live document that explains what the [thirdweb](https://thirdweb.com/) `Drop` smart contracts are, how they work and can be used, and why they are written the way they are.
* [Pack design document.](/contracts/design-docs/pack): This is a live document that explains what the [thirdweb](https://thirdweb.com/) `Pack` smart contract is, how it works and can be used, and why it is designed the way it is.
* [Modular Contracts design document.](/contracts/design-docs/modular-contracts): _Modular Contracts_ is a framework for writing highly composable smart contracts. These are smart contracts for which you can add, remove, upgrade or switch out the exact parts you want.
* [Account Factory](/contracts/explore/pre-built-contracts/account-factory): The **Account Factory** contract is used to deploy immutable [ERC-4337](https://eips.ethereum.org/EIPS/eip-4337) smart accounts with role based permission control. The `Account` contract is a simple smart account contract that comes with all the basic benefits of account abstraction, along with the mentioned default features. App developers can issue `Account` smart accounts programmatically by deploying an `AccountFactory` smart contract. The `Account` smart contract is non-upgradeable. Developers should use this wallet if they do not anticipate making any future upgrades to their users' wallets.
* [Multiwrap design document.](/contracts/design-docs/multiwrap): This is a live document that explains what the [thirdweb](https://thirdweb.com/) `Multiwrap` smart contract is, how it works and can be used, and why it is designed the way it is.
* [Signature minting design document.](/contracts/design-docs/signature-mint): This is a live document that explains the 'signature minting' mechanism used in [thirdweb](https://thirdweb.com/) `Token` smart contracts.
* [Airdrop ERC1155 Claimable](/contracts/explore/pre-built-contracts/airdrop-erc1155-claimable): The `AirdropERC1155Claimable` contract is suitable to use when you want to airdrop ERC1155 NFTs to a list of recipient addresses, where these recipients are expected to individually claim their own airdrop.
* [Explore (Pre-built Contracts)](/contracts/explore/overview): Pre-built contracts are proxy contracts created by the thirdweb team to cover most common use cases and patterns for smart contracts. Contracts cover various use cases across NFTs, airdrops, staking, marketplaces, memberships, and more. All pre-built contracts are available to deploy on [Explore](https://thirdweb.com/explore).
* [Airdrop ERC-20 (Claimable)](/contracts/explore/pre-built-contracts/airdrop-erc20-claimable): The `AirdropERC20Claimable` contract is suitable to use when you want to airdrop ERC20 tokens to a list of recipient addresses, where these recipients are expected to individually claim their own airdrop.
* [Airdrop ERC-20](/contracts/explore/pre-built-contracts/airdrop-erc20): Airdrop ERC-20 tokens or the chain's native token (e.g. ether for Ethereum mainnet) to a list of recipients.
* [Airdrop ERC721 Claimable](/contracts/explore/pre-built-contracts/airdrop-erc721-claimable): The `AirdropERC721Claimable` contract is suitable to use when you want to airdrop ERC721 NFTs to a list of recipient addresses, where these recipients are expected to individually claim their own airdrop.
* [Airdrop ERC1155](/contracts/explore/pre-built-contracts/airdrop-erc1155): Airdrop ERC1155 NFTs to a list of recipients.
* [Airdrop ERC-721](/contracts/explore/pre-built-contracts/airdrop-erc721): Airdrop ERC721 NFTs to a list of recipients.
* [Edition](/contracts/explore/pre-built-contracts/edition): The **Edition** contract is best used when you want to release many NFTs based on the same asset, but you **don't** want to "drop" or "release" them for your community to claim.
* [Edition Drop](/contracts/explore/pre-built-contracts/edition-drop): The **Edition Drop** contract is best used when you want to release many NFTs with the same metadata that you want users to be able to claim. This contract follows the [ERC1155 extension](https://eips.ethereum.org/EIPS/eip-1155), also known as "Semi-Fungible Tokens".
* [Multiwrap](/contracts/explore/pre-built-contracts/multiwrap): The Multiwrap contract lets you wrap [ERC20](https://eips.ethereum.org/EIPS/eip-20),[ERC721](https://eips.ethereum.org/EIPS/eip-721) and[ERC1155](https://eips.ethereum.org/EIPS/eip-1155)tokens into a **new** wrapped ERC721 NFT. The wrapped NFT can be unwrapped (burned) back into the underlying tokens.
* [Managed Account Factory](/contracts/explore/pre-built-contracts/managed-account-factory): The **Managed Account Factory** contract is used to deploy upgradeable [ERC-4337](https://eips.ethereum.org/EIPS/eip-4337s) smart wallets with role based permission control.
* [NFT Collection](/contracts/explore/pre-built-contracts/nft-collection): The NFT Collection contract is suitable for when you want to have a collection of unique NFTs, but **not** "drop" or "release" them for your community to claim.
* [Pack](/contracts/explore/pre-built-contracts/pack): The packs are ERC1155 NFTs themselves, which can have the metadata you'd expect of an NFT, such as a name, image, description, etc.
* [Marketplace](/contracts/explore/pre-built-contracts/marketplace): A Marketplace is a contract where you can buy and sell NFTs, such as OpenSea or Rarible.
* [NFT Drop](/contracts/explore/pre-built-contracts/nft-drop): NFT Drop enables users to release a collection of unique NFTs using the ERC721A standard. NFT Drop uses a “drop” mechanism intended for large collections to distribute NFTs.
* [Open Edition ERC721](/contracts/explore/pre-built-contracts/open-edition): The `OpenEditionERC721` contract is an 'open edition' ERC721 NFT collection. The contract uses the [ERC-721A](/contracts/build/extensions/erc-721/ERC721) standard.
* [Split](/contracts/explore/pre-built-contracts/split): The Split contract lets you specify multiple wallet addresses that are recipients of any revenue or royalty split.
* [Stake ERC1155](/contracts/explore/pre-built-contracts/stake-erc1155): This contract allows users to stake their ERC-1155 NFTs and get ERC-20 tokens as staking rewards. Contract admin should set the NFT and Reward-token addresses during deployment. These can't be changed later.
* [Stake ERC-20](/contracts/explore/pre-built-contracts/stake-erc20): This contract allows users to stake their ERC-20 tokens and get ERC-20 tokens as staking rewards (different from the staked tokens). Contract admin should set the Staking and Reward token addresses during deployment. These can't be changed later.
* [Stake ERC-721](/contracts/explore/pre-built-contracts/stake-erc721): This contract allows users to stake their ERC-721 NFTs and get ERC-20 tokens as staking rewards. Contract admin should set the NFT and Reward-token addresses during deployment. These can't be changed later.
* [Token Drop](/contracts/explore/pre-built-contracts/token-drop): The Token Drop contract is a way of releasing your [ERC20](https://eips.ethereum.org/EIPS/eip-20)tokens for a set price.
* [Vote](/contracts/explore/pre-built-contracts/vote): The Vote contract is designed for groups such as DAOs to vote on proposals.
* [Deploy a modular Edition Drop contract](/contracts/explore/pre-built-modular/edition-drop): The Edition Drop contract also known as “semi-fungible” or “multi” tokens create multiple NFTs from the same asset based on the [ERC-1155 standard](https://eips.ethereum.org/EIPS/eip-1155).
* [Deploy a modular Edition Drop](/contracts/explore/pre-built-modular/edition): The Edition contract also known as “semi-fungible” or “multi” tokens create multiple NFTs from the same asset based on the [ERC-1155 standard](https://eips.ethereum.org/EIPS/eip-1155). NFTs are minted to the creator’s wallet as they are added to the collection. NFTs are still transferable, able to be sold on a marketplace, and perform any other actions as defined by ERC-1155.
* [Token](/contracts/explore/pre-built-contracts/token): The Token contract is suited for creating a digital currency and is compliant with the [ERC20](https://eips.ethereum.org/EIPS/eip-20) standard. It can be purchased and traded between users on an exchange, utilized to buy and sell NFTs in a marketplace, etc.
* [Deploy a modular NFT Collection contract](/contracts/explore/pre-built-modular/nft-collection): The NFT Collection contract creates a unique collection of NFTs based on the ERC-721A standard. NFTs are minted to the creator’s wallet as they are added to the collection. NFTs are still transferable, able to be sold on a marketplace, and perform any other actions as defined by ERC-721A.
* [Deploy a modular Open Edition contract](/contracts/explore/pre-built-modular/open-edition): The Open Edition contract creates NFTs with shared metadata with unique token IDs appended to the NFTs name. Contrary to standard NFT contracts, Open Edition has an unlimited supply and users may continuously mint them increasing accessibility to a broader audience. The Open Edition contract is based on the ERC-721A contract.
* [Deploy a modular NFT Drop contract](/contracts/explore/pre-built-modular/nft-drop): The NFT Drop contract creates a unique collection of NFTs based on the [ERC-721A](https://www.erc721a.org/) standard. NFT Drop allows you to define claim conditions or settings which define how a user can claim an NFT.
* [Deploy a modular Token Drop Contract](/contracts/explore/pre-built-modular/token-drop): The Token Drop contract creates digital currencies that are released for a set price and is compliant with the [ERC-20](https://eips.ethereum.org/EIPS/eip-20) standard. This contract defines a common set of rules for tokens including how they can be transferred, how transactions are approved, and how data about token balances is accessed.
* [ERC-1155 Core](/contracts/modular-contracts/core-contracts/erc-1155): Was this page helpful?
* [Loyalty Card](/contracts/explore/pre-built-contracts/loyalty-card): The Loyalty Card contract is suitable for launching loyalty programs. Each NFT represents a loyalty card, and the NFT's metadata contains the loyalty card's information.
* [Deploy a modular Token Contract](/contracts/explore/pre-built-modular/token): The modular Token contract creates digital currencies and is compliant with the ERC-20 standard. This contract defines a common set of rules for tokens including how they can be transferred, how transactions are approved, and how data about token balances is accessed.
* [ERC-721 Core](/contracts/modular-contracts/core-contracts/erc-721): Was this page helpful?
* [ERC-20 Core](/contracts/modular-contracts/core-contracts/erc-20): Was this page helpful?
* [Create Core Contract](/contracts/modular-contracts/get-started/create-core-contract): Install Forge from Foundry and add the modular contract framework:
* [How Do Modular Contracts Work](/contracts/modular-contracts/how-it-works): Modular contracts are composed of two core components:
* [Get Started with Modular Contracts](/contracts/modular-contracts/get-started): The Get Started documentation for Modular Contracts guides you through building and deploying an example modular contract that increments a counter. It also shows you how to build an application using this contract.
* [Deploy a Modular Contract](/contracts/modular-contracts/get-started/deploy-modular-contract): This guide will show you how to publish a Modular Contract that increments a counter. If you're interested in learning how modular contracts work, refer to [How it works](https://portal.thirdweb.com/contracts/modular-contracts/how-it-works). If you haven't read through [Create a Core Contract](https://portal.thirdweb.com/contracts/modular-contracts/get-started/create-core-contact) and [Create a Module Contract](https://portal.thirdweb.com/contracts/modular-contracts/get-started/create-module-contract), please do so before proceeding as this guide will build on top of those previous guides.
* [Create Module Contract](/contracts/modular-contracts/get-started/create-module-contract): **Prerequisite:** Read “Create Core Contract” before creating a Module.
* [Agglayer Module Contract](/contracts/modular-contracts/module-contracts/cross-chain/agglayer): We created a module which leverages Agglayer, an interoperability protocol. This module may be added to any ERC-20 modular contract to construct a cross-chain interoperable smart contract for trustless and secure transfers across any chain. [Learn more about Agglayer.](https://github.com/AggLayer)
* [Modular Contracts](/contracts/modular-contracts/modular-contracts): **Modular Contracts** are contracts for which you can add, remove, or upgrade the exact parts you want.
* [OpenEditionMetadataERC1155](/contracts/modular-contracts/module-contracts/erc-1155/metadata/openEditionMetadataERC1155): The `OpenEditionMetadataERC1155` contract is a module that provides metadata management for Open Edition ERC-1155 tokens. This module builds upon the functionalities of the `OpenEditionMetadataERC721` contract, adapting them for the ERC-1155 standard.
* [BatchMetadataERC1155](/contracts/modular-contracts/module-contracts/erc-1155/metadata/batchMetadataERC1155): The `BatchMetadataERC1155` contract is a module that provides batch metadata management for ERC-1155 tokens. This module builds upon the functionalities of the `BatchMetadataERC721` contract, adapting them for the ERC-1155 standard. It includes functionalities for updating and managing metadata in batches efficiently.
* [Simple Metadata ERC-1155](/contracts/modular-contracts/module-contracts/erc-1155/metadata/simpleMetadataERC1155): The `SimpleMetadataERC1155` contract is a module that provides simple metadata functionality for ERC-1155 tokens. It inherits from `SimpleMetadataERC721` to leverage the metadata management capabilities and adapt them for ERC-1155 tokens, allowing for easy setting and retrieval of token URIs.
* [ClaimableERC1155](/contracts/modular-contracts/module-contracts/erc-1155/minting/claimableERC1155): The `ClaimableERC1155` contract is a module that provides claim-based minting functionality for ERC-1155 tokens. It includes features for setting claim conditions, validating claims via Merkle proofs, and handling signature-based claim requests. This contract ensures secure and controlled minting processes with the possibility of integrating primary sales.
* [MintableERC1155](/contracts/modular-contracts/module-contracts/erc-1155/minting/mintableERC1155): The `MintableERC1155` contract is a module that provides minting functionalities for ERC-1155 tokens. This module includes features such as minting with and without signatures, and configuration for primary sales recipients.
* [SequentialTokenIdERC1155](/contracts/modular-contracts/module-contracts/erc-1155/misc/sequentialTokenIdERC1155): The `SequentialTokenIdERC1155` contract is a module that provides sequential token ID generation for ERC-1155 tokens. This module ensures that each new token minted receives a unique, incrementing ID, preventing ID collisions and simplifying the token minting process.
* [Transferable ERC-1155](/contracts/modular-contracts/module-contracts/erc-1155/misc/transferableERC1155): The `TransferableERC1155` contract is a module that provides transfer control functionality for ERC-1155 tokens. This contract allows enabling or disabling token transfers globally or for specific addresses, adding an extra layer of control over how tokens can be moved.
* [RoyaltyERC1155](/contracts/modular-contracts/module-contracts/erc-1155/misc/royaltyERC1155): The `RoyaltyERC1155` contract is a module that integrates royalty management and validation functionalities for ERC-1155 token transfers. This module ensures that royalties are appropriately handled during token transfers, and allows for the validation of these transfers through a customizable transfer validator.
* [ClaimableERC20](/contracts/modular-contracts/module-contracts/erc-20/minting/claimableERC20): The `ClaimableERC20` contract is a module that provides claim-based minting functionality for ERC-20 tokens. It includes features for setting claim conditions, validating claims via Merkle proofs, and handling signature-based claim requests. This contract ensures secure and controlled minting processes with the possibility of integrating primary sales.
* [MintableERC20](/contracts/modular-contracts/module-contracts/erc-20/minting/mintableERC20): The `MintableERC20` contract is a module that provides minting functionalities for ERC-20 tokens. This module includes features such as minting with and without signatures, and configuration for primary sales recipients.
* [Transferable ERC-20](/contracts/modular-contracts/module-contracts/erc-20/misc/transferableERC20): The `TransferableERC20` contract is a module that provides transfer control functionality for ERC-20 tokens. This contract allows enabling or disabling token transfers globally or for specific addresses, adding an extra layer of control over how tokens can be moved.
* [BatchMetadataERC721](/contracts/modular-contracts/module-contracts/erc-721/metadata/batchMetadataERC721): The `BatchMetadataERC721` contract is a module that provides batch metadata management for ERC-721 tokens. It includes functionalities for uploading, updating, and retrieving metadata in batches efficiently. This contract helps manage metadata for large collections of tokens by organizing them in batches.
* [CreatorTokenERC20](/contracts/modular-contracts/module-contracts/erc-20/misc/creatorTokenERC20): The `CreatorTokenERC20` contract is a module that builds upon the ERC-20 standard to offer additional functionality tailored for token creators. This module includes features such as transfer validation to ensure only approved transfers are processed, adding a layer of control and security for token transfers.
* [OpenEditionMetadataERC721](/contracts/modular-contracts/module-contracts/erc-721/metadata/openEditionMetadataERC721): The `OpenEditionMetadataERC721` contract is a module that provides metadata management for Open Edition ERC-721 tokens. It includes functionalities for setting and retrieving shared metadata for tokens, making metadata management simple and efficient.
* [Simple Metadata ERC-721](/contracts/modular-contracts/module-contracts/erc-721/metadata/simpleMetadataERC721): The `SimpleMetadataERC721` contract is a module that provides simple metadata functionality for ERC-721 tokens. It allows for easy setting and retrieval of token URIs, making it straightforward to manage metadata for individual tokens.
* [Delayed Reveal Batch Metadata ERC-721](/contracts/modular-contracts/module-contracts/erc-721/metadata/delayedRevealBatchMetadataERC721): The `DelayedRevealBatchMetadataERC721` contract is a module that provides functionality for delayed reveal of metadata for ERC-721 tokens. It enables the uploading of metadata for ranges of token IDs with optional encryption, allowing tokens to be revealed at a later time with a decryption key. This is useful for scenarios where the token metadata needs to be kept secret until a specified time.
* [MintableERC721](/contracts/modular-contracts/module-contracts/erc-721/minting/mintableERC721): The `MintableERC721` contract is a module that provides minting functionalities for ERC-721 tokens. This module includes features such as minting with and without signatures, and configuration for primary sales recipients.
* [ClaimableERC721](/contracts/modular-contracts/module-contracts/erc-721/minting/claimableERC721): The `ClaimableERC721` contract is a module that provides claim-based minting functionality for ERC-721 tokens. It includes features for setting claim conditions, validating claims via Merkle proofs, and handling signature-based claim requests. This contract ensures secure and controlled minting processes with the possibility of integrating primary sales.
* [RoyaltyERC721](/contracts/modular-contracts/module-contracts/erc-721/misc/royaltyERC721): The `RoyaltyERC721` contract is a module that integrates royalty management and validation functionalities for ERC-721 token transfers. This module ensures that royalties are appropriately handled during token transfers, and allows for the validation of these transfers through a customizable transfer validator.
* [What are Modular Contracts?](/contracts/modular-contracts/overview): Modular contracts is a framework that enables the creation of highly customizable and upgradeable smart contracts. Modular contracts is designed to encompass a broad number of use cases without compromising on the ease and security of creating smart contracts with thirdweb.
* [Transferable ERC-721](/contracts/modular-contracts/module-contracts/erc-721/misc/transferableERC721): The `TransferableERC721` contract is a module that provides transfer control functionality for ERC-721 tokens. This contract allows enabling or disabling token transfers globally or for specific addresses, adding an extra layer of control over how tokens can be moved.
* [undefined](/contracts/modular-contracts/tutorials/deploy-erc721-core): Was this page helpful?
* [Deploy ERC-20 Core Contract](/contracts/modular-contracts/tutorials/deploy-erc20-core): Learn how to deploy an ERC-20 Core Contract. This contract serves as the foundation for creating a modular contract with additional features and functionalities.
* [Publish Options](/contracts/publish/publish-options): The deployment options you choose will determine how _users_ deploy your contract.
* [Publish](/contracts/publish/overview): Publish allows developers to share their contract for others to deploy. Publishing a contract allows it to be shareable, verifiable, and deployable by other users.
* [What are Contracts?](/contracts): Contracts is an end-to-end development suite which provides tools to develop, deploy, and manage smart contracts.
* [ThirdwebContract.Create](/dotnet/contracts/create): Create an instance of `ThirdwebContract` to start interacting with a deployed smart contract. You can read data from and write data to the blockchain using this contract instance. If the ABI is not provided, it will attempt to fetch it automatically if available.
* [Publish](/contracts/publish/publish-contract): Use the [CLI](/cli) to publish your contracts directly to **Any EVM compatible chain** using the [dashboard](https://thirdweb.com/team):
* [Initializing a Thirdweb Client](/dotnet/client): The `ThirdwebClient` class is the main entry point for interacting with the Thirdweb SDK.
* [Contract Extensions](/dotnet/contracts/extensions): Thirdweb's .NET SDK provides a set of useful type-safe extensions for calling smart contracts. These extensions simplify the process of interacting with smart contracts by providing a more intuitive and user-friendly API.
* [ThirdwebContract.Read](/dotnet/contracts/read): Use `ThirdwebContract.Read` to fetch data from a smart contract without making any state changes to the blockchain. This method is primarily used for "view" and "pure" functions within the smart contract.
* [ThirdwebContract.Prepare](/dotnet/contracts/prepare): Instantiate a low level [Transaction](/dotnet/transactions/create) object from a contract prepare call.
* [Integrating into MAUI Projects](/dotnet/maui): Thirdweb's .NET SDK is fully compatible with .NET MAUI, allowing you to integrate wallets and blockchain functionality into your cross-platform applications.
* [ThirdwebContract.Write](/dotnet/contracts/write): The `ThirdwebContract.Write` method allows you to execute transactions that alter the state of the blockchain via a smart contract. This is typically used for functions that create, modify, or delete data on the blockchain.
* [Getting Started](/dotnet/getting-started): We recommend using an API key to use thirdweb’s default infrastructure services with the .NET SDK such as RPC, Storage, and Account Abstraction. If you haven’t created a key yet, you can do so for free from the [thirdweb dashboard](https://thirdweb.com/create-api-key).
* [Integrating into Godot Projects](/dotnet/godot): To integrate the Thirdweb .NET SDK into your Godot projects, you will need to add the Thirdweb SDK package directly to your Godot project's `.csproj` file. This enables you to use the SDK's functionalities within your Godot application, allowing for blockchain interactions such as connecting to user's wallets, interacting with smart contracts, and more.
* [Insight Indexer .NET Integration](/dotnet/insight/quickstart): Insight is an extremely useful and performant tool to query blockchain data and can decorate it quite nicely too.
* [BuyWithFiat](/dotnet/pay/buywithfiat): Generate an onramp link to redirect users to. See [GetBuyWithFiatQuote](/dotnet/pay/getbuywithfiatquote) for more information on how to get an onramp quote.
* [Nebula AI .NET Integration](/dotnet/nebula/quickstart): The last piece of the puzzle required to create .NET apps and games leveraging a blockchain-powered AI assistant or NPC that also has the power to fully execute transactions.
* [BuyWithCrypto](/dotnet/pay/buywithcrypto): Send a quoted swap transaction. See [GetBuyWithCryptoQuote](/dotnet/pay/getbuywithcryptoquote) for more information on how to get a swap quote.
* [GetBuyHistory](/dotnet/pay/getbuyhistory): Get buy history for a specific wallet that executed a [Buy With Crypto](/dotnet/pay/buywithcrypto) or [Buy With Fiat](/dotnet/pay/buywithfiat) swap, supports cursor and pagination.
* [GetBuyWithCryptoQuote](/dotnet/pay/getbuywithcryptoquote): Get a quote containing a TransactionRequest for swapping any token pair.
* [GetBuyWithCryptoStatus](/dotnet/pay/getbuywithcryptostatus): Get swap status for a transaction hash returned by [BuyWithCrypto](/dotnet/pay/buywithcrypto).
* [GetBuyWithFiatCurrencies](/dotnet/pay/getbuywithfiatcurrencies): Returns a list of fiat currencies supported by Buy With Fiat that can be used when getting a quote using the [GetBuyWithFiatQuote](/dotnet/pay/getbuywithfiatquote) API.
* [GetBuyWithFiatQuote](/dotnet/pay/getbuywithfiatquote): Get a quote containing an intent id and onramp link for a fiat to crypto swap.
* [GetBuyWithFiatStatus](/dotnet/pay/getbuywithfiatstatus): Get onramp status for an intent id returned by [BuyWithFiat](/dotnet/pay/buywithfiat).
* [Quickstart](/dotnet/pay/quickstart): Thirdweb Pay is a powerful service that allows you to easily integrate fiat onramps and cross-chain crypto purchases.
* [ThirdwebStorage](/dotnet/storage): The `ThirdwebStorage` class provides methods to interact with any URL including IPFS, allowing you to download and upload data easily.
* [ThirdwebTransaction Instance Methods](/dotnet/transactions/instance): The `ThirdwebTransaction` class provides a set of instance methods to set various properties of your transaction's input data and gas settings.
* [Utils](/dotnet/utils): A collection of common utility functions that are useful for interacting with the Thirdweb .NET SDK or the blockchain in general. Full list available [here](https://thirdweb-dev.github.io/dotnet/docs/Thirdweb.Utils.html).
* [IThirdwebWallet.Authenticate](/dotnet/wallets/actions/authenticate): Login to your [thirdweb Auth](https://portal.thirdweb.com/connect/auth)\-integrated backend.
* [SmartWallet.CreateSessionKey](/dotnet/wallets/actions/createsessionkey): Grants restricted Smart Wallet access to a signer, otherwise known as session keys, allowing that signer to connect to this Smart Wallet and interact with it, alongside the original admin.
* [SmartWallet.AddAmin](/dotnet/wallets/actions/addadmin): Add a new admin to the connected Smart Wallet.
* [Publish CLI Reference](/contracts/publish/reference): Use the CLI to publish your contracts directly to Any EVM compatible chain using the dashboard:
* [ThirdwebTransaction Static Methods](/dotnet/transactions/static): The `ThirdwebTransaction` class includes several static methods that provide functionality to estimate costs, simulate, send and poll transactions and user operations.
* [IThirdwebWallet.Disconnect](/dotnet/wallets/actions/disconnect): This method cleanly disconnects the wallet instance from the blockchain network or any related services, effectively ending the session.
* [EcosystemWallet.GenerateExternalLoginLink](/dotnet/wallets/actions/generateexternalloginlink): This method returns a URL that can be used to forward the logged-in session of In-App or Ecosystem Wallets from .NET to React apps built using thirdweb.
* [IThirdwebWallet.ExecuteTransaction](/dotnet/wallets/actions/executetransaction): Sends a raw transaction from the connected wallet (if supported), waits for it to be mined and returns the receipt. It is recommended to use `ThirdwebContract.Write` instead.
* [ThirdwebTransaction.Create](/dotnet/transactions/create): If you are interacting with a contract, it is best to use[ThirdwebContract.Prepare](/dotnet/contracts/prepare) to create a transaction.
* [SmartWallet.GetAllActiveSigners](/dotnet/wallets/actions/getallactivesigners): This method retrieves a list of all active signers with their permissions for a smart wallet.
* [IThirdwebWallet.GetAddress](/dotnet/wallets/actions/getaddress): This method retrieves the blockchain address associated with a Thirdweb wallet instance, enabling developers to easily identify and interact with the wallet on the blockchain.
* [SmartWallet.GetAllAdmins](/dotnet/wallets/actions/getalladmins): This method retrieves a list of all admin addresses for a smart wallet.
* [EcosystemWallet.GetEcosystemDetails](/dotnet/wallets/actions/getecosystemdetails): This method returns information about the Ecosystem the wallet is part of.
* [IThirdwebWallet.GetBalance](/dotnet/wallets/actions/getbalance): This method allows getting either the native token balance or the balance of a specific token for a wallet.
* [GetPersonalWallet](/dotnet/wallets/actions/getpersonalwallet): This method retrieves the current signer of the connected SmartWallet.
* [EcosystemWallet.GetUserDetails](/dotnet/wallets/actions/getuserdetails): This method returns information about the connected user wallet and its linked accounts.
* [EcosystemWallet.GetUserDetails](/dotnet/wallets/actions/getuserauthdetails): This method returns information about the connected user auth provider details, for instance Google or Github specific details.
* [IThirdwebWallet.GetTransactionCount](/dotnet/wallets/actions/gettransactioncount): This method retrieves the transaction count (i.e., nonce) for a specified wallet address on a given chain.
* [IThirdwebWallet.IsConnected](/dotnet/wallets/actions/isconnected): Determines whether the wallet instance is currently connected to the blockchain network and any related services.
* [SmartWallet.RemoveAdmin](/dotnet/wallets/actions/removeadmin): Removes an admin from the connected Smart Wallet.
* [SmartWallet.IsDeployed](/dotnet/wallets/actions/isdeployed): This method retrieves whether the connected Smart Wallet is deployed onchain.
* [IThirdwebWallet.SendTransaction](/dotnet/wallets/actions/sendtransaction): Sends a raw transaction from the connected wallet (if supported) and returns the hash. It is recommended to use `ThirdwebContract.Write` instead.
* [IThirdwebWallet.PersonalSign](/dotnet/wallets/actions/sign): This method allows signing a string message using the wallet's private key. The signed message proves the message's integrity and authenticity, demonstrating that the message was indeed created by the owner of the private key.
* [IThirdwebWallet.SignTypedDataV4](/dotnet/wallets/actions/signtypeddatav4): Signs structured data according to EIP-712, enhancing the security and usability of signing structured data by providing a standardized user experience across Ethereum applications.
* [SmartWallet.Create](/dotnet/wallets/providers/account-abstraction): Instantiate a `SmartWallet` to enable advanced blockchain interactions, including gasless transactions through account abstraction. This wallet type is especially useful for creating a user-friendly experience in decentralized applications.
* [EIP-7702 Integration (Experimental)](/dotnet/wallets/actions/signauthorization): Integrates `authorizationList` for any transactions. This EIP essentially allows you to set code to an EOA, unlocking a world of possibilities to enhance their functionality.
* [PrivateKeyWallet.Create](/dotnet/wallets/providers/private-key): Instantiate a `PrivateKeyWallet` with a given private key. This wallet is capable of signing transactions and messages, interacting with smart contracts, and performing other blockchain operations. **This wallet type is intended for backend applications only,** due to the sensitive nature of private keys.
* [EngineWallet.Create](/dotnet/wallets/providers/engine-wallet): A .NET integration of thirdweb [Engine](https://thirdweb.com/engine).
* [.NET SDK](/dotnet): Build decentralized .NET applications and create seamless user experiences using Thirdweb's .NET SDK.
* [FAQ](/engine/faq): Engine supports reads and writes to any contract verified on the blockchain explorer, including any contract deployed via thirdweb._Note: Some endpoints allow providing the contract ABI to support any unverified contract._
* [InAppWallet.Create](/dotnet/wallets/providers/in-app-wallet): Create an instance of `InAppWallet` using a user's email, phone number or OAuth. This wallet type facilitates secure user authentication through OTP verification, making it suitable for client-facing applications where handling private keys directly is not ideal.
* [Access Tokens](/engine/features/access-tokens): Manage API access to your Engine instance. Access tokens are valid until deleted.
* [Admins](/engine/features/admins): Manage access to your Engine instance.
* [Alert Notifications](/engine/features/alert-notifications): All cloud-hosted Engine instances (running `v2.0.10` or later) can now configure alert notifications to be notified when an issue is detected on your Engine instance.
* [Account Abstraction](/engine/features/account-abstraction): Consider using [Smart Backend Wallets](/engine/features/backend-wallets#smart-backend-wallets) instead. They combine EOA and smart account management into a single wallet, with automatic deployment and simplified integration:
* [EcosystemWallet.Create](/dotnet/wallets/providers/ecosystem-wallet): Create an instance of `EcosystemWallet` using a user's email, phone number or OAuth. This wallet type facilitates secure user authentication through OTP verification, making it suitable for client-facing applications where handling private keys directly is not ideal.
* [Cancelling Transactions](/engine/features/cancelling-transactions): Engine submits transactions to the blockchain within 5-10 seconds of receiving a request. During gas or traffic spikes, transactions may take longer to be mined.
* [Backend Wallets](/engine/features/backend-wallets): Engine performs blockchain actions using backend wallets that you own and manage.
* [Contracts](/engine/features/contracts): Call or deploy contracts from your backend wallet to any EVM blockchain with one API call.
* [Custom Chains](/engine/features/custom-chains): Engine supports all [public EVM chains](https://thirdweb.com/chainlist) and your own custom chains.
* [Contract Subscriptions](/engine/features/contract-subscriptions): Receive webhooks for any transaction log or receipt on any contract.
* [IThirdwebWallet.Transfer](/dotnet/wallets/actions/transfer): This method transfers a specified amount of Wei (smallest denomination of Ether) or ERC20s to a specified wallet address on a given chain.
* [Gasless Transactions](/engine/features/gasless-transactions): Attract a broader audience by removing the need to have gas to use your application. Engine offers multiple options for developers looking to sponsor gas for their users' transactions.
* [Keypair Authentication](/engine/features/keypair-authentication): Engine supports keypair authentication allowing your app to generate short-lived access tokens.
* [Preventing Duplicate Transactions](/engine/features/preventing-duplicate-transactions): Your backend server may implement retries to handle when an HTTP response from Engine was not received successfully. In these cases, set an **idempotency key** to drop duplicate submissions of the same transaction.
* [Relayers](/engine/features/relayers): Use Engine as a relayer to sponsor gas for transactions on behalf of your users. Users sign a transaction with their own wallet (no gas required), and pay [gas fees](/glossary/gas) with an Engine backend wallet.
* [Security](/engine/features/security): Engine provides you with security features to configure and restrict access to sensitive operations.
* [Wallet Credentials](/engine/features/wallet-credentials): Wallet credentials are authentication details required to interact with different cloud providers and wallet services. They enable secure access to wallet functionality across various platforms.
* [Get Started](/engine/get-started): Once you have Engine set up, learn the basics of Engine.
* [Webhooks](/engine/features/webhooks): Configure webhooks in Engine to notify your backend server of transaction or backend wallet events.
* [Airdrop NFTs](/engine/guides/airdrop-nfts): Engine makes it effortless for any developer to airdrop NFTs at scale. You sponsor the gas so your users only need a wallet address!
* [Production Checklist](/engine/production-checklist): Follow best practices when using Engine in a production environment.
* [NFT Checkout](/engine/guides/nft-checkout): This guide uses thirdweb Engine to sell NFTs with credit card:
* [Security](/engine/security): As of Jan 2024, Engine has received a thorough security audit and internal bug bounty program from HackerOne. A Letter of Attestation may be provided upon request.
* [Typescript SDK](/engine/references/typescript): Update configuration, manage backend wallets, and call contracts in Typescript. All Engine APIs are accessible via SDK.
* [Troubleshooting](/engine/troubleshooting): Here are helpful resources for debugging issues you may encounter while using thirdweb Engine.
* [Self-Host Instructions](/engine/self-host): Self-host Engine on your own infrastructure for free and manage your self-hosted Engine from the [thirdweb dashboard](https://thirdweb.com/team/~/~/engine).
* [Bundler](/glossary/bundler): A bundler is a node that monitors the alternative mempool of `UserOperations` and bundles multiple `UserOps` together to forward to the EntryPoint contract as a single transaction. These `UserOps` can be sent from different accounts and are bundled and sent to the `EntryPoint` contract via a `handleOps` call.
* [Engine](/engine): Engine is an open-source, backend server that reads, writes, and deploys contracts at production scale.
* [Claiming](/glossary/claiming): Claiming is the process of transferring token ownership to the claimer's wallet. Once a token has been [lazy minted](/glossary/lazy-minting), it can be claimed by a wallet.
* [Claim Phases](/glossary/claim-phases): Claim phases or "claim conditions" allow you to configure various aspects of a [drop](/glossary/drop); such as who can claim tokens, how many tokens will be released, the price of each token, release date, etc.
* [Delayed Reveal](/glossary/delayed-reveal): Delayed reveal is a feature that allows you to release NFTs in a [drop](/glossary/drop) with hidden content that can only be revealed at a later time. The owner of the smart contract (or a wallet with the appropriate permissions) can [lazy-mints](/glossary/lazy-minting) a batch of NFTs, along with placeholder metadata and a password.
* [Drop](/glossary/drop): A drop smart contract allows the owner of the contract to [lazy mint](/glossary/lazy-minting) NFTs _(unless it is an ERC20 drop)_, and have other users mint them, typically under the conditions defined in the smart contract’s [claim phases](/glossary/claim-phases), although these are not required.
* [Externally Owned Account](/glossary/externally-owned-account): An Externally Owned Account (EOA) is an account controlled by the owner of the account's private key usually through a wallet application. Examples include MetaMask, Coinbase Wallet, and Phantom.
* [Factory contract](/glossary/factory-contract): A factory contract is a smart contract that is used to deploy other smart contracts.
* [Entry Point](/glossary/entry-point): The EntryPoint is a singleton contract (a contract that has a predictable address that is the same on every chain and only one instance per chain). It has two methods that are used as entry points to execute bundles of UserOperations: `handleOps` and `handleAggregatedOps` which validate and execute user operation(s).
* [Gas Fees](/glossary/gas): All transactions (operations that change information stored on the blockchain) require a gas fee, which is used to cover the costs of the computational resources to execute that transaction.
* [Interoperability](/glossary/interoperability): Interoperability refers to the ability of different networks to share data or assets (like tokens) and interact with each other.
* [Gasless Transactions](/glossary/gasless-transactions): Gasless Transactions, also known as meta-transactions, are transactions that have the [gas fee](/glossary/gas)paid for by a third party instead of the transaction sender. Typically, this means the dApp owner covers the gas costs of their users' transactions, providing a more seamless user experience.
* [IPFS](/glossary/ipfs): IPFS (InterPlanetary File System) is a protocol to store files in a decentralized peer-to-peer network.
* [Lazy Minting](/glossary/lazy-minting): Lazy minting is the preparation of NFT metadata without actually minting the NFT to a wallet address.
* [Local Wallet](/glossary/local-wallet): A local wallet is a type of wallet that allows you to create wallets within your application or project.
* [NFT](/glossary/nft): A Non-fungible token (NFT) is a type of cryptographic token that represents something unique; non-fungible tokens are thus not mutually interchangeable. It is defined by the [ERC-721 standard](https://eips.ethereum.org/EIPS/eip-721), which is a standard for creating NFTs on the Ethereum blockchain. This is in contrast to ERC-20 tokens, which are 1:1 exchangeable.
* [Non-Custodial Wallet](/glossary/non-custodial-wallet): A non-custodial wallet (also known as a self-custody wallet) is a wallet where the user has full control of their security & assets. The user is solely responsible for the security of their private key and therefore their funds. Examples of non-custodial wallets are Coinbase Wallet, Electron, and Ledger.
* [Paymaster](/glossary/paymaster): A paymaster is a smart contract that relays transactions. It provides a service that enables a third party to pay the transaction fee on behalf of the user by funding the paymaster in advance. The Paymaster acts as a gas reserve which then can be used during the call execution via the`EntryPoint` contract.
* [Permissionless](/glossary/permissionless): On the context of smart contracts, permissionless means that anyone can interact with the contract without needing special permission or approval. Smart contracts can be deployed on public blockchains like Ethereum, promoting open access and transparency. While anyone can interact with a permissionless smart contract, the contract's code may still limit certain operations (like modifying the contract or accessing certain data) to specific roles, such as the contract's owner or creator.
* [Composability](/glossary/composability): Composability refers to the ability for different protocols and smart contracts to interact and build upon each other. It allows for the creation of new products and services without having to build everything from scratch.
* [Proxy Contracts](/glossary/proxy-contracts): A Proxy smart contract contains the [Storage](/storage) for an upgradable contract that allows you to modify its logic post-deployment.
* [RPC URLs](/glossary/rpc): An RPC (Remote Procedure Call) URL is an endpoint that enables an application to communicate with a blockchain network. It is used to send requests (initiate transactions) and receive responses (read data) from the blockchain, enabling developers to build applications that interact with the blockchain.
* [Minting](/glossary/minting): Minting is the process of creating new tokens on the blockchain. These tokens can be any type of asset, such as ERC-20, ERC-721 or ERC-1155 tokens. Minting is usually done by the creator of the token (the default admin), but can also be done by anyone who has been given [permission](/contracts/build/extensions/general/Permissions) to mint tokens by the creator.
* [Signature-based Minting](/glossary/signature-based-minting): Signature-based minting, or "on-demand minting" allows a smart contract admin to generate signatures that can be used by other wallets to allow them to mint tokens on your smart contract in real-time.
* [Smart Contract](/glossary/smart-contract): A smart contract is a computer program, stored on the blockchain. Smart contracts allow trustless transactions to be executed without third parties - the smart contract enforces the rules of the transaction automatically. These transactions are trackable and irreversible.
* [Smart Account](/glossary/smart-wallet): A Smart Account is a wallet that is controlled by a smart contract following the [ERC-4337 specification](https://eips.ethereum.org/EIPS/eip-4337).
* [Soulbound Tokens](/glossary/soulbound): Soulbound tokens refer to NFTs that are permanently attached to a specific wallet address on the blockchain.
* [Token](/glossary/token): A token is a type of digital asset that represents a particular value or utility. Tokens are defined by smart contracts which follow a token standard such as the ERC-20, ERC-1155 or ERC-721 standards.
* [Wallet](/glossary/wallet): A wallet is a user's way of interacting with the blockchain. Wallets can be used to store, send, and receive blockchain assets such as ERC-20 tokens and NFTS.
* [Staking](/glossary/staking): Staking is the process of locking up tokens to support the operations of a blockchain network. In return for staking, users receive rewards in the form of additional tokens. Staking is a key element of Proof of Stake (PoS) consensus mechanisms, which are used by many blockchains to secure their networks.
* [Glossary](/glossary): This section aims to guide you through web3 concepts, including [EIPs](https://eips.ethereum.org/) and thirdweb-specific innovations.
* [Blueprints](/insight/blueprints): A blueprint is an API that provides access to on-chain data in a user-friendly format. There's no need for ABIs, decoding, RPC, or web3 knowledge to fetch blockchain data. Every chain exposes the default blueprints below
* [Insight FAQs](/insight/faqs): More information coming soon.
* [For Agents & LLMs](/insight/agents-and-llms): Insight is a powerful tool that can be used to power AI agents and LLMs with blockchain data. To use the API in your AI agent you can use the llms.txt file bellow.
* [Thirdweb Insight](/insight/agents-and-llms/llmstxt): Insight is a powerful tool that lets you retrieve blockchain data from any EVM chain, enrich it with metadata, and transform it using custom logic. Whether you're building a gaming inventory system, tracking DeFi metrics, or analyzing NFT collections, Insight makes it easy to get the data you need with simple API calls.
* [Insight Troubleshoot Guide](/insight/troubleshoot): More information coming soon.
* [Insight](/insight): Insight is a tool that lets you retrieve blockchain data from any EVM chain, enrich it with metadata, and transform it using custom logic.
* [Get Started](/insight/get-started): In this guide we will learn how to use the events blueprint in insight.
* [Multichain Queries](/insight/multichain-queries): Insight now supports querying multiple blockchain networks in a single API call. This powerful feature allows you to retrieve and analyze data across different chains without making separate requests for each network.
* [Insight Use Cases](/insight/use-cases): Insight offers versatile use cases for using blockchain data within applications, enabling developers to track and analyze a wide array of on-chain activities. With Insight, you can efficiently monitor transfer events, transactions, token ownership, NFT collections, and staking activities across multiple chains, and more, making it a powerful tool for building dynamic blockchain applications.
* [Clear Session](/nebula/api-reference/clear-session): Clears all messages for a specific session using the session ID.
* [Create Session](/nebula/api-reference/create-session): Creates a new session.
* [Delete Session](/nebula/api-reference/delete-session): Deletes a session by ID
* [Send Message](/nebula/api-reference/chat): Process a chat message and return the response
* [Execute Action](/nebula/api-reference/execute): Executes a specified action. It is similar to /chat but it only handles transaction requests. It is designed to be used without history context.
* [Get Session](/nebula/api-reference/get-session): Get details of a session by ID
* [Update Session](/nebula/api-reference/update-session): Update session details like title, context, etc.
* [IThirdwebWallet.SwitchNetwork](/dotnet/wallets/actions/switchnetwork): This method allows setting the active chain of the wallet if applicable.
* [List Sessions](/nebula/api-reference/list-session): Fetches a list of all available sessions.
* [Nebula API Reference](/nebula/api-reference): Nebula provides a conversational interface to interact with blockchain data and services, and access to thirdweb tools.
* [Nebula FAQs](/nebula/faqs): We are rolling out Nebula approval in batches daily - stay tuned!
* [Chat & Execute endpoints](/nebula/key-concepts/chat-execute): The `/chat` endpoint is used for **natural language interactions** with the AI. It allows users to ask questions, get explanations, or retrieve blockchain-related insights, and execute transactions.
* [Context Filters](/nebula/key-concepts/context-filters): Context filters help control what blockchain data the AI uses to generate responses.
* [Execute Configuration](/nebula/key-concepts/execute-configuration): Configure transaction execution behavior using the execute config:
* [Get Started](/nebula/get-started): Learn how to get set up and started with the Nebula API to successfully prepare and enable a connected user to sign a transfer .
* [Sessions](/nebula/key-concepts/sessions): Sessions are a way to maintain context across multiple interactions with a user. Since LLMs are stateless by default, sessions help simulate continuity.
* [Eliza](/nebula/plugins/eliza): Eliza is a simple, fast, and lightweight AI agent framework to build flexible, scalable, and secure conversational agents.
* [Response Handling](/nebula/key-concepts/response-handling): For `stream:true`, you'll need to handle the following event types:
* [OpenAI](/nebula/plugins/openai): Compatible with OpenAI’s Chat Completion API to process chat history and generate context-aware responses.
* [Nebula Troubleshoot Guide](/nebula/troubleshoot): For any issues you encounter while using Nebula, please [visit our support site](https://thirdweb.com/support).
* [Plugins](/nebula/plugins): We are actively adding more integrations, for any specific requests please [contact us](https://thirdweb.com/contact).
* [Prompt Guide](/nebula/prompt-guide): Maximize the potential of Nebula. Whether you’re new to blockchain development or an experienced user, this document will help you craft prompts that fully leverage Nebula’s blockchain specific features.
* [Nebula](/nebula): Nebula is a natural language model with improved blockchain reasoning, autonomous transaction capabilities, and real-time access to the blockchain. [Learn more about Nebula.](https://blog.thirdweb.com/introducing-nebula-a-powerful-blockchain-model-to-read-write-and-reason-onchain/)
* [Batching transactions](/react/v5/account-abstraction/batching-transactions): Batching transactions allows sending multiple transactions in a single user operation. This can be useful to save on fees, reduce number of user confimations or to ensure that multiple transactions are executed atomically.
* [Build your own UI](/react/v5/account-abstraction/build-your-own-ui): You can also use the connection hooks and functions to connect to your smart accounts and build your fully custom UI.
* [ERC-4337 Smart Accounts](/react/v5/account-abstraction/get-started): Convert any wallet to a ERC-4337 smart account to your application.
* [Adapters](/react/v5/adapters): The thirdweb SDK can work side by side with:
* [Account Permissions & Session Keys](/react/v5/account-abstraction/permissions): A [smart account](/react/v5/account-abstraction/get-started) can have two types of actors: _Session Keys_ and _Admins_.
* [Sign in with Ethereum](/react/v5/auth): Authenticate users with your backend securely by proving they own a given Ethereum address.
* [AutoConnect](/react/v5/components/AutoConnect): Automatically connects the last connected wallet in the case a user reloads the page or revisits the app at a later time.
* [ConnectButton](/react/v5/components/ConnectButton): ConnectButton component renders a `<button>` which when clicked opens a modal and allows users to connect to various wallets. It is extremely customizable and very easy to use.
* [MediaRenderer](/react/v5/components/MediaRenderer): Component that renders any asset stored on IPFS (or anywhere else), given the IPFS URI / URL.
* [ConnectEmbed](/react/v5/components/ConnectEmbed): ConnectEmbed component renders a UI to connect to various wallets. It renders the same UI as the [ConnectButton](/react/v5/ConnectButton) component's Modal UI. This is really useful for Implementing a "Sign in" page by embedding the UI for connecting wallets directly in the page instead of showing inside a modal.
* [TransactionButton](/react/v5/components/TransactionButton): TransactionButton component is used to render a button that sends a given transaction. Refer to [preparing transactions guide](/typescript/v5/transactions/prepare) to learn how to create a transaction object.
* [Account UI Components](/react/v5/components/account): Build your own UI for displaying account information with these headless components.
* [UI Components](/react/v5/components): A button that opens the Modal to connect to various wallets
* [Onchain Data UI Components](/react/v5/components/onchain): Build your own UI and interact with onchain data using headless components.
* [Connection Hooks](/react/v5/connecting-wallets/hooks): You can build a completely custom UI for connecting the wallet using the [useConnect](/references/typescript/v5/useConnect) hook to connect any of [supported wallets](/typescript/v5/supported-wallets).
* [Connecting Wallets](/react/v5/connecting-wallets): Use the prebuilt UI components or create your own UX with hooks to connect wallets in your app.
* [UI Components](/react/v5/connecting-wallets/ui-components): You can use [ConnectButton](/react/v5/ConnectButton) or [ConnectEmbed](/react/v5/ConnectEmbed) component for a quick, easy and customizable UI.
* [Extensions](/react/v5/extensions): Get familiar with the concept of extensions and how to use them in your project.
* [Getting Started](/react/v5/getting-started): You can get started by creating a new project or adding thirdweb to an existing project.
* [Sponsor Transactions](/react/v5/in-app-wallet/enable-gasless): By using [Account abstraction](/connect/account-abstraction) or [In-App Wallets](/connect/in-app-wallet/overview), you can sponsor all gas costs for your users transactions.
* [Build your own UI](/react/v5/in-app-wallet/build-your-own-ui): You have full control with the connection hooks and functions to build your own UI. To use in-app wallets, you first choose an authentication strategy and then connect.
* [Export Private Key](/react/v5/in-app-wallet/export-private-key): Learn how to export the private key for a thirdweb in-app wallet using the Connect modal.
* [Retrieving In-App Wallet User Details on the Server](/react/v5/in-app-wallet/how-to/get-user-details): You can query user details through the thirdweb SDK using a wallet address, email, phone number, or user ID. **This function requires a secret key to be present on the thirdweb client and should only be used on the server.**
* [Interact with wallets](/react/v5/in-app-wallet/how-to/interact-with-wallets): Once connected, you can interact with the wallet using the `thirdweb/wallets/inApp` specific methods.
* [Interact with the blockchain](/react/v5/in-app-wallet/how-to/interact-blockchain): Once connected, in-app wallets can be used alongside the [Contract SDK](/contracts) to interact with the blockchain.
* [Link Profiles](/react/v5/linking): When using [in-app wallets](/react/v5/in-app-wallet/get-started) or [ecosystem wallets](/react/v5/ecosystem-wallets/get-started), you can link profiles to your account. This allows users to login with a frictionless method like guest, passkey or email, then later link their wallet or social profile to their account.
* [In-App Wallets](/react/v5/in-app-wallet/get-started): Create in-app wallet for your users based on their email, phone, passkey, social auth or even their external wallets. These wallets are scoped by your clientId and do not require any confirmation to sign transactions.
* [Interacting with contracts](/react/v5/migrate/contracts): [Migrate from React v4](/react/v5/migrate)
* [Cheatsheet](/react/v5/migrate/cheatsheet): Was this page helpful?
* [Ethers.js in v5](/react/v5/migrate/ethers-adapter): One common misconception about the thirdweb SDK v5 is that it will no longer work with Ethers.js. As a matter of fact, the SDK v5 is built so that it can play well with polular web3 SDKs like viem, ethers v5 and ether v6!
* [Migration from React SDK v4](/react/v5/migrate): The new SDK is built with performance in mind and proper tree-shaking. Therefore, the minimum bundle size of your application is greatly reduced.
* [Funding wallets](/react/v5/pay/fund-wallets): Let users fund their wallets with crypto or fiat on all the supported chains.
* [Installation & Setups](/react/v5/migrate/installation): [Migrate from React v4](/react/v5/migrate)
* [Chain Abstraction](/react/v5/pay/transaction): Facilitate transactions by letting users pay with any token from any chain, or with fiat.
* [Read contract state](/react/v5/reading-state): Read onchain data from any contract on any chain.
* [Migrate from RainbowKit](/react/v5/rainbow-kit-migrate): Learn how to migrate to thirdweb's ConnectButton component from [RainbowKit](https://www.rainbowkit.com/).
* [Web3 Social Identities](/react/v5/social): Query all web3 social identities for a given address.
* [React SDK](/react/v5): On top of the core typescript API, `thirdweb/react` exports various Components and Hooks to easily connect wallets & interact with smart contracts
* [Transactions](/react/v5/transactions): Sending a transaction in react is done via the `useSendTransaction` hook. The hook returns a React Query `mutate` function that you can call with a transaction object created with `prepareContractCall` or `prepareTransaction`.
* [Differences from React](/react-native/v5/differences): The `thirdweb` package is designed to work with React Native, but there are some differences you should be aware of.
* [Troubleshooting](/react-native/v5/troubleshooting): Due to required native dependencies, you cannot use Expo Go for running your app. You must use a development build.
* [React Native SDK](/react-native/v5): You can use all of the `thirdweb` and `thirdweb/react` exports in your React Native app, with some exceptions (see differences).
* [Getting Started](/react-native/v5/getting-started): We recommend starting a new thirdweb React Native project using our CLI, which sets up everything automatically for you.
* [ADDRESS_ZERO](/references/typescript/v5/ADDRESS_ZERO): The zero address in Ethereum, represented as a hexadecimal string.
* [AcceptOfferParams](/references/typescript/v5/AcceptOfferParams): Was this page helpful?
* [Connect Users to your Ecosystem](/react/v5/ecosystem-wallet/get-started): Ecosystem wallets inherit all the functionality of [in-app wallets](/react/v5/in-app-wallet/get-started), but instead of being scoped to a single app, they can be used across multiple applications.
* [AddressInput](/references/typescript/v5/AddressInput): Was this page helpful?
* [Address](/references/typescript/v5/Address): Was this page helpful?
* [BASENAME_RESOLVER_ADDRESS](/references/typescript/v5/BASENAME_RESOLVER_ADDRESS): Was this page helpful?
* [BASE_SEPOLIA_BASENAME_RESOLVER_ADDRESS](/references/typescript/v5/BASE_SEPOLIA_BASENAME_RESOLVER_ADDRESS): Was this page helpful?
* [BoolToBytesOpts](/references/typescript/v5/BoolToBytesOpts): Was this page helpful?
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* [BytesToStringOpts](/references/typescript/v5/BytesToStringOpts): Was this page helpful?
* [Chain](/references/typescript/v5/Chain): Was this page helpful?
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* [CoreType](/references/typescript/v5/CoreType): Was this page helpful?
* [DeepLinkSupportedWalletCreationOptions](/references/typescript/v5/DeepLinkSupportedWalletCreationOptions): Was this page helpful?
* [DEFAULT_ACCOUNT_FACTORY_V0_6](/references/typescript/v5/DEFAULT_ACCOUNT_FACTORY_V0_6): Was this page helpful?
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* [ENTRYPOINT_ADDRESS_v0_6](/references/typescript/v5/ENTRYPOINT_ADDRESS_v0_6): Was this page helpful?
* [ENTRYPOINT_ADDRESS_v0_7](/references/typescript/v5/ENTRYPOINT_ADDRESS_v0_7): Was this page helpful?
* [ERC1155ContractType](/references/typescript/v5/ERC1155ContractType): Was this page helpful?
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* [ERC7579Config](/references/typescript/v5/ERC7579Config): Was this page helpful?
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* [EstimateGasResult](/references/typescript/v5/EstimateGasResult): Was this page helpful?
* [FetchDeployMetadataResult](/references/typescript/v5/FetchDeployMetadataResult): Was this page helpful?
* [GetActiveClaimConditionParams](/references/typescript/v5/GetActiveClaimConditionParams): Was this page helpful?
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* [GetCapabilitiesResult](/references/typescript/v5/GetCapabilitiesResult): Was this page helpful?
* [GetListingParams](/references/typescript/v5/GetListingParams): Was this page helpful?
* [GetNFTParams](/references/typescript/v5/GetNFTParams-2): Parameters for getting an NFT.
* [GetOfferParams](/references/typescript/v5/GetOfferParams): Was this page helpful?
* [GetOwnedNFTsParams](/references/typescript/v5/GetOwnedNFTsParams): Parameters for retrieving NFTs.
* [GetOwnedTokenIdsParams](/references/typescript/v5/GetOwnedTokenIdsParams-2): Was this page helpful?
* [GetOwnedNFTsParams](/references/typescript/v5/GetOwnedNFTsParams-2): Was this page helpful?
* [GetWinningBidParams](/references/typescript/v5/GetWinningBidParams): Was this page helpful?
* [Hex](/references/typescript/v5/Hex): Was this page helpful?
* [HexToBigIntOpts](/references/typescript/v5/HexToBigIntOpts): Was this page helpful?
* [HexToBoolOpts](/references/typescript/v5/HexToBoolOpts): Was this page helpful?
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* [HexToStringOpts](/references/typescript/v5/HexToStringOpts): Was this page helpful?
* [HexToUint8ArrayOpts](/references/typescript/v5/HexToUint8ArrayOpts): Was this page helpful?
* [ID_REGISTRY_ADDRESS](/references/typescript/v5/ID_REGISTRY_ADDRESS): Was this page helpful?
* [InAppWalletAuth](/references/typescript/v5/InAppWalletAuth): Was this page helpful?
* [InAppWalletSocialAuth](/references/typescript/v5/InAppWalletSocialAuth): Was this page helpful?
* [IsHexOptions](/references/typescript/v5/IsHexOptions): Was this page helpful?
* [LENS_COLLECT_NFT_ADDRESS_TESTNET](/references/typescript/v5/LENS_COLLECT_NFT_ADDRESS_TESTNET): Was this page helpful?
* [KEY_GATEWAY_ADDRESS](/references/typescript/v5/KEY_GATEWAY_ADDRESS): Was this page helpful?
* [LENS_COLLECT_NFT_ADDRESS](/references/typescript/v5/LENS_COLLECT_NFT_ADDRESS): Was this page helpful?
* [LENS_FOLLOW_NFT_ADDRESS](/references/typescript/v5/LENS_FOLLOW_NFT_ADDRESS): Was this page helpful?
* [LENS_FOLLOW_NFT_ADDRESS_TESTNET](/references/typescript/v5/LENS_FOLLOW_NFT_ADDRESS_TESTNET): Was this page helpful?
* [LENS_HANDLE_ADDRESS](/references/typescript/v5/LENS_HANDLE_ADDRESS): Was this page helpful?
* [LENS_HUB_ADDRESS](/references/typescript/v5/LENS_HUB_ADDRESS): List of Lens's contracts on both polygon mainnet and polygon amoy testnet Update to the latest data here: https://www.lens.xyz/docs/resources/smart-contracts
* [LENS_HANDLE_ADDRESS_TESTNET](/references/typescript/v5/LENS_HANDLE_ADDRESS_TESTNET): Was this page helpful?
* [LENS_HUB_ADDRESS_TESTNET](/references/typescript/v5/LENS_HUB_ADDRESS_TESTNET): Was this page helpful?
* [LENS_MODULE_REGISTRY_ADDRESS](/references/typescript/v5/LENS_MODULE_REGISTRY_ADDRESS): Was this page helpful?
* [LENS_MODULE_REGISTRY_ADDRESS_TESTNET](/references/typescript/v5/LENS_MODULE_REGISTRY_ADDRESS_TESTNET): Was this page helpful?
* [LENS_TOKEN_HANDLE_REGISTRY_ADDRESS](/references/typescript/v5/LENS_TOKEN_HANDLE_REGISTRY_ADDRESS): Was this page helpful?
* [LENS_TOKEN_HANDLE_REGISTRY_ADDRESS_TESTNET](/references/typescript/v5/LENS_TOKEN_HANDLE_REGISTRY_ADDRESS_TESTNET): Was this page helpful?
* [MintAdditionalSupplyToBatchParams](/references/typescript/v5/MintAdditionalSupplyToBatchParams): Was this page helpful?
* [MintToParams](/references/typescript/v5/MintToParams-3): Was this page helpful?
* [ID_GATEWAY_ADDRESS](/references/typescript/v5/ID_GATEWAY_ADDRESS): Was this page helpful?
* [MultiStepAuthArgsType](/references/typescript/v5/MultiStepAuthArgsType): Was this page helpful?
* [NATIVE_TOKEN_ADDRESS](/references/typescript/v5/NATIVE_TOKEN_ADDRESS): The address of the native token.
* [NumberToHexOpts](/references/typescript/v5/NumberToHexOpts): Was this page helpful?
* [ParseErc6492SignatureReturnType](/references/typescript/v5/ParseErc6492SignatureReturnType): Was this page helpful?
* [QuoteApprovalParams](/references/typescript/v5/QuoteApprovalParams): Was this page helpful?
* [ReleasableByTokenParams](/references/typescript/v5/ReleasableByTokenParams): Was this page helpful?
* [ReleaseByTokenParams](/references/typescript/v5/ReleaseByTokenParams): Was this page helpful?
* [ResetClaimEligibilityParams](/references/typescript/v5/ResetClaimEligibilityParams): Was this page helpful?
* [STORAGE_REGISTRY_ADDRESS](/references/typescript/v5/STORAGE_REGISTRY_ADDRESS): Was this page helpful?
* [SIGNED_KEY_REQUEST_VALIDATOR_ADDRESS](/references/typescript/v5/SIGNED_KEY_REQUEST_VALIDATOR_ADDRESS): Was this page helpful?
* [SendCallsResult](/references/typescript/v5/SendCallsResult): Was this page helpful?
* [SetContractURIParams](/references/typescript/v5/SetContractURIParams): Represents the parameters for the "setContractURI" function.
* [SetContractMetadataParams](/references/typescript/v5/SetContractMetadataParams): Was this page helpful?
* [SignedAuthorization](/references/typescript/v5/SignedAuthorization): Represents a signed EIP-7702 authorization object.
* [SupportedTokens](/references/typescript/v5/SupportedTokens): Was this page helpful?
* [StringToHexOpts](/references/typescript/v5/StringToHexOpts): Was this page helpful?
* [TokenMintParams](/references/typescript/v5/TokenMintParams): Was this page helpful?
* [TokenPaymaster](/references/typescript/v5/TokenPaymaster): Was this page helpful?
* [UD_POLYGON_MAINNET](/references/typescript/v5/UD_POLYGON_MAINNET): Was this page helpful?
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* [UploadMobileOptions](/references/typescript/v5/UploadMobileOptions): Was this page helpful?
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* [UploadOptions](/references/typescript/v5/UploadOptions): Was this page helpful?
* [VerifySignatureParams](/references/typescript/v5/VerifySignatureParams): Was this page helpful?
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* [WalletSendCallsId](/references/typescript/v5/WalletSendCallsId): Was this page helpful?
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* [abstract](/references/typescript/v5/abstract): Was this page helpful?
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* [anvil](/references/typescript/v5/anvil): Was this page helpful?
* [arbitrum](/references/typescript/v5/arbitrum): Was this page helpful?
* [arbitrumSepolia](/references/typescript/v5/arbitrumSepolia): Was this page helpful?
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* [assetChainTestnet](/references/typescript/v5/assetChainTestnet): Was this page helpful?
* [astriaEvmDusknet](/references/typescript/v5/astriaEvmDusknet): Was this page helpful?
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* [avalancheFuji](/references/typescript/v5/avalancheFuji): Was this page helpful?
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* [base](/references/typescript/v5/base): Was this page helpful?
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* [bsc](/references/typescript/v5/bsc): Was this page helpful?
* [bscTestnet](/references/typescript/v5/bscTestnet): Was this page helpful?
* [celo](/references/typescript/v5/celo): Was this page helpful?
* [celoAlfajoresTestnet](/references/typescript/v5/celoAlfajoresTestnet): Was this page helpful?
* [cronos](/references/typescript/v5/cronos): Was this page helpful?
* [defaultTokens](/references/typescript/v5/defaultTokens): Default tokens shown in [ConnectButton](https://portal.thirdweb.com/react/v4/components/ConnectButton) 's SendFunds screen for each network.
* [degen](/references/typescript/v5/degen): Was this page helpful?
* [ethereum](/references/typescript/v5/ethereum): Was this page helpful?
* [fantom](/references/typescript/v5/fantom): Was this page helpful?
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* [hokumTestnet](/references/typescript/v5/hokumTestnet): Was this page helpful?
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* [localhost](/references/typescript/v5/localhost): Was this page helpful?
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* [mantaPacificTestnet](/references/typescript/v5/mantaPacificTestnet): Was this page helpful?
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* [polygonZkEvmTestnet](/references/typescript/v5/polygonZkEvmTestnet): Was this page helpful?
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* [rari](/references/typescript/v5/rari): Was this page helpful?
* [rariTestnet](/references/typescript/v5/rariTestnet): Was this page helpful?
* [scrollAlphaTestnet](/references/typescript/v5/scrollAlphaTestnet): Was this page helpful?
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* [scrollSepoliaTestnet](/references/typescript/v5/scrollSepoliaTestnet): Was this page helpful?
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* [TypeScript SDK Reference](/references/typescript/v5): Was this page helpful?
* [zoraSepolia](/references/typescript/v5/zoraSepolia): Was this page helpful?
* [Batching transactions](/typescript/v5/account-abstraction/batching-transactions): Batching transactions allows sending multiple transactions in a single user operation. This can be useful to save on fees, reduce number of user confimations or to ensure that multiple transactions are executed atomically.
* [Account Permissions & Session Keys](/typescript/v5/account-abstraction/permissions): All of the account contracts - [Simple](https://thirdweb.com/thirdweb.eth/AccountFactory) and [Managed](https://thirdweb.com/thirdweb.eth/ManagedAccountFactory) \- share the same permission model. In this section, we'll describe this permission model in detail.
* [Using Account abstraction in Typescript](/typescript/v5/account-abstraction/get-started): By using the [TypeScript SDK](/typescript/v5), you can use smart accounts in your applications easily.
* [Chain](/typescript/v5/chain): The thirdweb SDK works with **any EVM chain**.
* [Adapters](/typescript/v5/adapters): The thirdweb SDK can work side by side with:
* [Auth](/typescript/v5/auth): Using [EIP-4361](https://eips.ethereum.org/EIPS/eip-4361) (Sign in with Ethererum) standard, you can authenticate users to your backend using only their wallet. This is a secure and easy way to authenticate users without requiring them to create an additional account.
* [Client](/typescript/v5/client): A client is the entry point to the thirdweb SDK. It is required for all other actions.
* [Connecting Wallets](/typescript/v5/connecting-wallets): The SDK supports 500+ wallets out of the box, all you need to pass is their id.
* [Connect Users to your Ecosystem](/typescript/v5/ecosystem-wallet): Ecosystem wallets inherit all the functionality of [in-app wallets](/references/typescript/v5/in-app-wallet), but instead of being scoped to a single app, they can be used across multiple applications.
* [Contract](/typescript/v5/contract): A "contract" is a wrapper around a smart contract that is deployed on a chain. It is what you use to create transactions and read contract state.
* [Built-in extensions for common standards](/typescript/v5/extensions/built-in): The SDK comes packed with a set of built-in extensions for common standards. These extensions are designed to make it easy to interact with popular contracts and protocols. They are available as part of the SDK and can be used in your application without any additional setup.
* [Writing your own extensions](/typescript/v5/extensions/create): You can create your own extensions. They are just regular functions that pre-define the behavior of a `prepareContractCall()` or `readContract()` function.
* [Interacting with ENS](/typescript/v5/extensions/examples/ethereum-name-service): Was this page helpful?
* [Generating extensions](/typescript/v5/extensions/generate): You can generate precompiled, optimized extensions for any deployed contract using the thirdweb CLI.
* [Interacting with Lens protocol](/typescript/v5/extensions/examples/lens-protocol): In Lens protocol, each profile is represented by an ERC721 token. In this particular context, the tokenId (of the ERC721 token) is the profileId. They can be used interchangably.
* [Transfering (sending) tokens using thirdweb extensions](/typescript/v5/extensions/examples/transfering-tokens): ERC1155 works in a similar way. However you must specify the quantity that you want to transfer, and an optional data parameter.
* [Using extensions](/typescript/v5/extensions/use): Extensions are the most convenient way to interact with contracts and protocols.
* [Getting Started](/typescript/v5/getting-started): In this quickstart guide, we'll create a basic script to generate a wallet using a private key and send a transaction. We’ll assume you already have a TypeScript project created.
* [Extensions](/typescript/v5/extensions): Extensions are the most convenient way to interact with contracts and protocols.
* [Built-in modules](/typescript/v5/modular/built-in): The SDK comes packed with a set of built-in modules for convenient use. Note that you can also create your own modules.
* [In-App Wallets](/typescript/v5/in-app-wallet): Create in-app wallet for your users based on their email, phone, passkey, social auth or even their external wallets. These wallets are scoped by your clientId and do not require any confirmation to sign transactions.
* [Deploying a Modular Contract](/typescript/v5/modular/deploy): To deploy a modular contract, you can use the `deployModularContract` function. You can deploy just the core contract, or decide to deploy a core with specific modules preinstalled.
* [Migration from TypeScript SDK v4](/typescript/v5/migrate): Go to this page for an in-depth React migration guide
* [Interacting with a Modular Contract](/typescript/v5/modular/interact): There are core contracts for ERC20, ERC721 and ERC1155 standards. Those follow the standard ERCs and can be interacted with like usual with the standard extensions.
* [Modular Contracts](/typescript/v5/modular): Modular contracts are a new way to build, deploy, and interact with contracts that can be upgraded and modified over time.
* [Upgrading a Modular Contract](/typescript/v5/modular/upgrade): These modules can be swapped at any time, and new ones can also be added post deployment. Here's how to install a new module.
* [IPFS Storage](/typescript/v5/storage): The thirdweb SDK comes built-in with an IPFS uploader and downloader.
* [Coinbase Wallet](/typescript/v5/supported-wallets/com.coinbase.wallet): Was this page helpful?
* [Preparing Transactions](/typescript/v5/transactions/prepare): All transactions sent with the SDK need to be prepared first. Preparing a transaction is synchronous, lightweight and does not require any network requests. It also gives you type-safe definitions for your contract calls.
* [Reading contract state](/typescript/v5/transactions/read): The recommended way to read the contract state is to use the `readContract` function and pass the Solidity method signature and the params. This is type-safe based on the Solidity method signature you define. You can get your desired contract method signature from the solidity code directly.
* [Transactions](/typescript/v5/transactions): Transactions are the primary way to read and write to the blockchain.
* [Acting on a prepared transaction](/typescript/v5/transactions/send): Transactions have a variety of actions that can be called on them, in all cases this is done by passing the transaction to the various action functions.
* [Accounts & Wallets](/typescript/v5/wallets): We distinguish between "accounts" and "wallets" in the thirdweb SDK. We believe this ultimately provides a more predictable and flexible API for developers.
* [ThirdwebContract](/unity/v5/contracts): `ThirdwebContract` is a wrapper around any EVM-compatible smart contract. It allows you to interact with the contract's functions easily, as well as prepare transactions.
* [TypeScript SDK](/typescript/v5): Performant & lightweight SDK to interact with any EVM chain from Node, React and React Native.
* [Build Instructions](/unity/v5/build-instructions): Example setup for testing In-App or Ecosystem Wallet Social Login locally:
* [Getting Started](/unity/v5/getting-started): To get started with the Unity SDK, you will need to have a [thirdweb API Key](https://thirdweb.com/create-api-key) created. Make sure you allowlist a bundle ID to use within Unity native applications.
* [Unity SDK v4 to v5 Migration Guide](/unity/v5/migration-guide): This guide outlines the migration process from thirdweb Unity SDK v4 to v5\. SDK v5 offers enhanced features and modularity, and also allows direct integration with the .NET SDK.
* [Thirdweb Manager](/unity/v5/thirdwebmanager): The `ThirdwebManager` is a prefab that provides a convenient way to instantiate the [ThirdwebClient](/dotnet/client), and contains helper functions to create contracts and wallets. Add the prefab to your scene and the client will persist throughout your game's lifecycle, keeping track of your connected wallets.
* [InAppWallet](/unity/v5/wallets/in-app-wallet): `InAppWallet` is the ultimate persistent wallet provider option for your game. It supports email, phone, social and custom authentication schemes, and will persist across devices, platforms, and other SDKs.
* [SmartWallet](/unity/v5/wallets/account-abstraction): Instantiate or upgrade any other wallet to a `SmartWallet` to enable advanced blockchain interactions, including gasless transactions through Account Abstraction (ERC4337 as well as ZkSync Native AA).
* [MetaMaskWallet](/unity/v5/wallets/metamask): `MetaMaskWallet` is the most popular external wallet provider that allows users to connect their MetaMask wallet to your game.
* [PrivateKeyWallet](/unity/v5/wallets/private-key): `PrivateKeyWallet` is best used as a guest wallet. Should be treated as ephemereal, useful for testing.
* [EcosystemWallet](/unity/v5/wallets/ecosystem-wallet): `EcosystemWallet` is the ultimate persistent wallet provider option for your game. It supports email, phone, social and custom authentication schemes, and will persist across devices, platforms, and other SDKs.
* [WalletConnectWallet](/unity/v5/wallets/walletconnect): `WalletConnectWallet` is a wallet provider that allows users to connect any of 400+ external wallets.
* [Unity SDK](/unity/v5): The best Unity SDK to build cross-platform games on any EVM blockchain.
* [Engine](/unreal-engine/blueprints/engine): Call the Read Contract endpoint on an engine instance.
* [Smart Wallets](/unreal-engine/blueprints/smart-wallet): Creates an in-app email wallet.
* [In-App Wallets](/unreal-engine/blueprints/in-app-wallet): Creates an in-app wallet based on inputs.
* [Blueprint Overview](/unreal-engine/blueprints): All blueprint facing nodes are contained within the `UThirdwebFunctionLibrary` class. It provides a comprehensive set of Blueprint functions to interact with Thirdweb's wallet functionalities within Unreal Engine. This includes utilities for wallet creation, session management, signing messages, and more.
* [Utilities](/unreal-engine/blueprints/utilities): Signs a message with the specified wallet handle.
* [Common](/unreal-engine/cpp/common): `ThirdwebCommon` defines several common enums and structs that are used across the Thirdweb Unreal Engine SDK. They represent various states and outcomes for operations related to wallets, smart contracts, and authentication providers.
* [Runtime Settings](/unreal-engine/cpp/runtime-settings): `ThirdwebRuntimeSettings` provides configuration settings for the Thirdweb SDK within Unreal Engine. These settings are used by the SDK to manage essential information like client credentials and storage paths.
* [ThirdwebUtils](/unreal-engine/cpp/thirdweb-utils): The `ThirdwebUtils` namespace provides a set of utility functions for class-agnostic use.
* [WalletHandle](/unreal-engine/cpp/wallet-handles): `FWalletHandle` is the base struct that provides a unique handle for distinguishing different types of wallets in the Thirdweb SDK. It supports a variety of shared operations and is not used directly, but rather inherited.
* [Getting Started](/unreal-engine/getting-started): To get started with the Unreal SDK, you will need to have a [thirdweb API Key](https://thirdweb.com/create-api-key) created. Make sure you allowlist a bundle ID to use within Unreal native applications.
* [Thirdweb](/unreal-engine/cpp/thirdweb): The `Thirdweb` namespace is a low-level wrapper around the `Thirdweb` Rust library, providing a set of utility functions and classes to interact with the Thirdweb SDK.
* [Unreal Engine SDK](/unreal-engine): A Code Plugin for Unreal Engine that enables developers to create thirdweb In-App, Ecosystem and Smart Wallets for their games and applications. The plugin provides a simple API and blueprints to interact with wallets, login with email or socials as well as create Smart Wallet session keys.
* [Marketplace V3 design document.](/contracts/design-docs/marketplace): This is a live document that explains what the [thirdweb](https://thirdweb.com/) `Marketplace V3` smart contract is, how it works and can be used, and why it is written the way it is.
* [Abi](/references/typescript/v5/Abi): Contract [ ABI Specification](https://docs.soliditylang.org/en/latest/abi-spec.html#json)
* [AbiConstructor](/references/typescript/v5/AbiConstructor): ABI [ "constructor"](https://docs.soliditylang.org/en/latest/abi-spec.html#json) type
* [AbiEvent](/references/typescript/v5/AbiEvent): ABI [ "event"](https://docs.soliditylang.org/en/latest/abi-spec.html#events) type
* [AbiFallback](/references/typescript/v5/AbiFallback): ABI [ "fallback"](https://docs.soliditylang.org/en/latest/abi-spec.html#json) type
* [AbiFunction](/references/typescript/v5/AbiFunction): ABI [ "function"](https://docs.soliditylang.org/en/latest/abi-spec.html#json) type
* [AbiReceive](/references/typescript/v5/AbiReceive): ABI [ "receive"](https://docs.soliditylang.org/en/latest/contracts.html#receive-ether-function) type
* [AbiError](/references/typescript/v5/AbiError): ABI [ "error"](https://docs.soliditylang.org/en/latest/abi-spec.html#errors) type
* [AcceptedOfferEventFilters](/references/typescript/v5/AcceptedOfferEventFilters): Represents the filters for the "AcceptedOffer" event.
* [Account](/references/typescript/v5/Account): Account interface
* [AccountBalanceInfo](/references/typescript/v5/AccountBalanceInfo): Represents either token balance or fiat balance.
* [AccountProvider](/references/typescript/v5/AccountProvider): A React context provider component that supplies Account-related data to its child components.
* [AccountBlobbie](/references/typescript/v5/AccountBlobbie): A wrapper for the Blobbie component
* [AdapterWalletOptions](/references/typescript/v5/AdapterWalletOptions): Was this page helpful?
* [AddAdminOptions](/references/typescript/v5/AddAdminOptions): The admin account that will perform the operation.
* [AccountProviderProps](/references/typescript/v5/AccountProviderProps): Props for the `<AccountProvider />` component
* [AddMessage](/references/typescript/v5/AddMessage): Unix timestamp when this message expires
* [AddParams](/references/typescript/v5/AddParams): Represents the parameters for the "add" function.
* [AddSessionKeyOptions](/references/typescript/v5/AddSessionKeyOptions): The admin account that will perform the operation.
* [AddSignerForParams](/references/typescript/v5/AddSignerForParams): Represents the parameters for the `addSignerFor` function.
* [AddSignerParams](/references/typescript/v5/AddSignerParams): Represents the parameters for the `addSigner` function.
* [Aggregate3Params](/references/typescript/v5/Aggregate3Params): Represents the parameters for the "aggregate3" function.
* [AggregateParams](/references/typescript/v5/AggregateParams): Represents the parameters for the "aggregate" function.
* [AbiParameterToPrimitiveType](/references/typescript/v5/AbiParameterToPrimitiveType): Converts AbiParameter to corresponding TypeScript primitive type.
* [AirdropERC1155Params](/references/typescript/v5/AirdropERC1155Params): Represents the parameters for the "airdropERC1155" function.
* [Aggregate3ValueParams](/references/typescript/v5/Aggregate3ValueParams): Represents the parameters for the "aggregate3Value" function.
* [AirdropERC20Params](/references/typescript/v5/AirdropERC20Params): Represents the parameters for the "airdropERC20" function.
* [AirdropERC721Params](/references/typescript/v5/AirdropERC721Params): Represents the parameters for the "airdropERC721" function.
* [AirdropNativeTokenParams](/references/typescript/v5/AirdropNativeTokenParams): Represents the parameters for the "airdropNativeToken" function.
* [AllowanceParams](/references/typescript/v5/AllowanceParams): Represents the parameters for the "allowance" function.
* [ApprovalEventFilters](/references/typescript/v5/ApprovalEventFilters-2): Represents the filters for the "Approval" event.
* [ApprovalEventFilters](/references/typescript/v5/ApprovalEventFilters): Represents the filters for the "Approval" event.
* [ApprovalForAllEventFilters](/references/typescript/v5/ApprovalForAllEventFilters): Represents the filters for the "ApprovalForAll" event.
* [ApprovalForAllEventFilters](/references/typescript/v5/ApprovalForAllEventFilters-2): Represents the filters for the "ApprovalForAll" event.
* [ApproveBuyerForListingParams](/references/typescript/v5/ApproveBuyerForListingParams): Represents the parameters for the "approveBuyerForListing" function.
* [ApproveCurrencyForListingParams](/references/typescript/v5/ApproveCurrencyForListingParams): Represents the parameters for the "approveCurrencyForListing" function.
* [ApproveParams](/references/typescript/v5/ApproveParams): Represents the parameters for the `approve` function.
* [ApproveParams](/references/typescript/v5/ApproveParams-2): Represents the parameters for the "approve" function.
* [AsyncStorage](/references/typescript/v5/AsyncStorage): Was this page helpful?
* [AuctionClosedEventFilters](/references/typescript/v5/AuctionClosedEventFilters): Represents the filters for the "AuctionClosed" event.
* [AuthOptions](/references/typescript/v5/AuthOptions): Was this page helpful?
* [AuthorizationRequest](/references/typescript/v5/AuthorizationRequest): An EIP-7702 authorization object fully prepared and ready for signing.
* [AutoConnect](/references/typescript/v5/AutoConnect): AutoConnect last connected wallet on page reload or revisit. Note: If you are using `ConnectButton` or `ConnectEmbed` components, You don't need to use this component as it is already included.
* [AutoConnectProps](/references/typescript/v5/AutoConnectProps): Enable Account abstraction for all wallets. This will connect to the users's smart account based on the connected personal wallet and the given options.
* [BalanceOfParams](/references/typescript/v5/BalanceOfParams): Represents the parameters for the "balanceOf" function.
* [BalanceOfBatchParams](/references/typescript/v5/BalanceOfBatchParams): Represents the parameters for the "balanceOfBatch" function.
* [BatchToReveal](/references/typescript/v5/BatchToReveal): Was this page helpful?
* [BiconomyOptions](/references/typescript/v5/BiconomyOptions): Was this page helpful?
* [BalanceOfParams](/references/typescript/v5/BalanceOfParams-3): Represents the parameters for the "balanceOf" function.
* [BlockAndAggregateParams](/references/typescript/v5/BlockAndAggregateParams): Represents the parameters for the "blockAndAggregate" function.
* [Blobbie](/references/typescript/v5/Blobbie): A unique gradient avatar based on the provided address.
* [BaseTransactionOptions](/references/typescript/v5/BaseTransactionOptions): Was this page helpful?
* [BurnBatchParams](/references/typescript/v5/BurnBatchParams): Represents the parameters for the "burnBatch" function.
* [BidInAuctionParams](/references/typescript/v5/BidInAuctionParams): Was this page helpful?
* [BurnParams](/references/typescript/v5/BurnParams-3): Represents the parameters for the "burn" function.
* [BurnParams](/references/typescript/v5/BurnParams-2): Represents the parameters for the "burn" function.
* [BurnParams](/references/typescript/v5/BurnParams): Represents the parameters for the "burn" function.
* [BuyDirectListingButton](/references/typescript/v5/BuyDirectListingButton): This button is used with thirdweb Marketplace v3 contract, for buying NFT(s) from a listing.
* [BuyFromListingParams](/references/typescript/v5/BuyFromListingParams): Was this page helpful?
* [BuyDirectListingButtonProps](/references/typescript/v5/BuyDirectListingButtonProps): Was this page helpful?
* [BuyHistoryData](/references/typescript/v5/BuyHistoryData): The result for [getBuyHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoHistory) function
* [BuyWithCryptoHistoryData](/references/typescript/v5/BuyWithCryptoHistoryData): The results for [getBuyWithCryptoHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoHistory) function It includes information about transactions that the wallet address has made through thirdweb buy with crypto.
* [BuyHistoryParams](/references/typescript/v5/BuyHistoryParams): The parameters for [getBuyHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyHistory) function
* [BuyWithCryptoHistoryParams](/references/typescript/v5/BuyWithCryptoHistoryParams): The parameters for [getBuyWithCryptoHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoHistory) function It takes the wallet history address and optional cursor and page size. for paginated results.
* [BuyWithCryptoQuote](/references/typescript/v5/BuyWithCryptoQuote): Was this page helpful?
* [BuyWithCryptoTransaction](/references/typescript/v5/BuyWithCryptoTransaction): Was this page helpful?
* [BuyWithCryptoTransfer](/references/typescript/v5/BuyWithCryptoTransfer): Was this page helpful?
* [BurnFromParams](/references/typescript/v5/BurnFromParams): Represents the parameters for the "burnFrom" function.
* [BuyWithFiatQuote](/references/typescript/v5/BuyWithFiatQuote): The response object returned by the [getBuyWithFiatQuote](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatQuote) function.
* [BuyWithCryptoStatus](/references/typescript/v5/BuyWithCryptoStatus): The object returned by the [getBuyWithCryptoStatus](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoStatus) function to represent the status of a quoted transaction
* [BuyWithFiatHistoryData](/references/typescript/v5/BuyWithFiatHistoryData): The results for [getBuyWithFiatHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatHistory) function
* [BuyWithFiatStatus](/references/typescript/v5/BuyWithFiatStatus): The returned object from [getBuyWithFiatStatus](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatStatus) function
* [BuyerApprovedForListingEventFilters](/references/typescript/v5/BuyerApprovedForListingEventFilters): Represents the filters for the "BuyerApprovedForListing" event.
* [BytesToBigIntOpts](/references/typescript/v5/BytesToBigIntOpts): Whether or not the number of a signed representation.
* [BuyWithFiatHistoryParams](/references/typescript/v5/BuyWithFiatHistoryParams): The parameters for [getBuyWithFiatHistory](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatHistory) function
* [BuyoutAuctionParams](/references/typescript/v5/BuyoutAuctionParams): Was this page helpful?
* [CanClaimParams](/references/typescript/v5/CanClaimParams-2): Was this page helpful?
* [CanClaimParams](/references/typescript/v5/CanClaimParams): Was this page helpful?
* [CanClaimParams](/references/typescript/v5/CanClaimParams-3): Was this page helpful?
* [CanClaimResult](/references/typescript/v5/CanClaimResult-3): Was this page helpful?
* [CancelAuctionParams](/references/typescript/v5/CancelAuctionParams): Was this page helpful?
* [BalanceOfParams](/references/typescript/v5/BalanceOfParams-2): Represents the parameters for the "balanceOf" function.
* [CanClaimResult](/references/typescript/v5/CanClaimResult): Was this page helpful?
* [CancelOfferParams](/references/typescript/v5/CancelOfferParams): Represents the parameters for the "cancelOffer" function.
* [CancelledListingEventFilters](/references/typescript/v5/CancelledListingEventFilters): Represents the filters for the "CancelledListing" event.
* [CancelListingParams](/references/typescript/v5/CancelListingParams): Represents the parameters for the "cancelListing" function.
* [CancelledOfferEventFilters](/references/typescript/v5/CancelledOfferEventFilters): Represents the filters for the "CancelledOffer" event.
* [CastVoteBySigParams](/references/typescript/v5/CastVoteBySigParams): Represents the parameters for the "castVoteBySig" function.
* [CastVoteParams](/references/typescript/v5/CastVoteParams): Represents the parameters for the "castVote" function.
* [CastVoteWithReasonAndParamsParams](/references/typescript/v5/CastVoteWithReasonAndParamsParams): Represents the parameters for the "castVoteWithReasonAndParams" function.
* [CancelledAuctionEventFilters](/references/typescript/v5/CancelledAuctionEventFilters): Represents the filters for the "CancelledAuction" event.
* [CastVoteWithReasonAndParamsBySigParams](/references/typescript/v5/CastVoteWithReasonAndParamsBySigParams): Represents the parameters for the "castVoteWithReasonAndParamsBySig" function.
* [ChainMetadata](/references/typescript/v5/ChainMetadata): Was this page helpful?
* [ChainOptions](/references/typescript/v5/ChainOptions): Was this page helpful?
* [ChainProvider](/references/typescript/v5/ChainProvider): A React context provider component that supplies Chain-related data to its child components.
* [ChainProviderProps](/references/typescript/v5/ChainProviderProps): Props for the `<ChainProvider />` component
* [ChangeRecoveryAddressParams](/references/typescript/v5/ChangeRecoveryAddressParams): Represents the parameters for the "changeRecoveryAddress" function.
* [CastVoteWithReasonParams](/references/typescript/v5/CastVoteWithReasonParams): Represents the parameters for the "castVoteWithReason" function.
* [ClaimButton](/references/typescript/v5/ClaimButton): This button is used to claim tokens (NFT or ERC20) from a given thirdweb Drop contract.
* [CheckContractWalletSignatureOptions](/references/typescript/v5/CheckContractWalletSignatureOptions): Was this page helpful?
* [ClaimButtonProps](/references/typescript/v5/ClaimButtonProps): Props for the ClaimButton component
* [ClaimERC1155Params](/references/typescript/v5/ClaimERC1155Params): Was this page helpful?
* [ClaimERC20Params](/references/typescript/v5/ClaimERC20Params): Was this page helpful?
* [ClaimERC721Params](/references/typescript/v5/ClaimERC721Params): Was this page helpful?
* [ClaimToBatchParams](/references/typescript/v5/ClaimToBatchParams): Was this page helpful?
* [ClaimToParams](/references/typescript/v5/ClaimToParams-2): Represents the parameters for claiming an ERC20 token.
* [ClaimToParams](/references/typescript/v5/ClaimToParams): Was this page helpful?
* [CoinbaseSDKWalletConnectionOptions](/references/typescript/v5/CoinbaseSDKWalletConnectionOptions): Options for connecting to the CoinbaseSDK Wallet
* [ClaimToParams](/references/typescript/v5/ClaimToParams-3): Represents the parameters for claiming an ERC721 token.
* [CheckContractWalletSignTypedDataOptions](/references/typescript/v5/CheckContractWalletSignTypedDataOptions): Was this page helpful?
* [CoinbaseWalletCreationOptions](/references/typescript/v5/CoinbaseWalletCreationOptions): Was this page helpful?
* [CollectAuctionTokensParams](/references/typescript/v5/CollectAuctionTokensParams): Represents the parameters for the "collectAuctionTokens" function.
* [CompleteOwnershipHandoverParams](/references/typescript/v5/CompleteOwnershipHandoverParams): Represents the parameters for the "completeOwnershipHandover" function.
* [CanClaimResult](/references/typescript/v5/CanClaimResult-2): Was this page helpful?
* [ConnectButton_connectButtonOptions](/references/typescript/v5/ConnectButton_connectButtonOptions): Options for configuring the `ConnectButton` 's Connect Button
* [ConnectButton_connectModalOptions](/references/typescript/v5/ConnectButton_connectModalOptions): Options for configuring the `ConnectButton` 's Connect Modal
* [ConnectButton_detailsModalOptions](/references/typescript/v5/ConnectButton_detailsModalOptions): Options for configuring the `ConnectButton` 's Details Modal
* [ConnectButton](/references/typescript/v5/ConnectButton): A fully featured wallet connection component that allows to:
* [ConnectEmbed](/references/typescript/v5/ConnectEmbed): An inline wallet connection component that allows to:
* [ConnectButton_detailsButtonOptions](/references/typescript/v5/ConnectButton_detailsButtonOptions): Options for configuring the `ConnectButton` 's Details Button
* [CollectAuctionPayoutParams](/references/typescript/v5/CollectAuctionPayoutParams): Represents the parameters for the "collectAuctionPayout" function.
* [ConnectEmbedProps](/references/typescript/v5/ConnectEmbedProps): Enable Account abstraction for all wallets. This will connect to the users's smart account based on the connected personal wallet and the given options.
* [ContractOptions](/references/typescript/v5/ContractOptions): Was this page helpful?
* [ConvertFiatToCryptoParams](/references/typescript/v5/ConvertFiatToCryptoParams): Props for the `convertFiatToCrypto` function
* [ConvertToAssetsParams](/references/typescript/v5/ConvertToAssetsParams): Represents the parameters for the "convertToAssets" function.
* [ConnectManagerOptions](/references/typescript/v5/ConnectManagerOptions): Was this page helpful?
* [ConvertCryptoToFiatParams](/references/typescript/v5/ConvertCryptoToFiatParams): Props for the `convertCryptoToFiat` function
* [ConvertToSharesParams](/references/typescript/v5/ConvertToSharesParams): Represents the parameters for the "convertToShares" function.
* [CreateAccountParams](/references/typescript/v5/CreateAccountParams): Represents the parameters for the "createAccount" function.
* [CreateAuctionParams](/references/typescript/v5/CreateAuctionParams): Was this page helpful?
* [CreateDelayedRevealBatchParams](/references/typescript/v5/CreateDelayedRevealBatchParams): Was this page helpful?
* [CountParams](/references/typescript/v5/CountParams): Represents the parameters for the "count" function.
* [CreateListingParams](/references/typescript/v5/CreateListingParams): Was this page helpful?
* [CreateDirectListingButtonProps](/references/typescript/v5/CreateDirectListingButtonProps): Was this page helpful?
* [CreateNewPackParams](/references/typescript/v5/CreateNewPackParams): An array of ERC1155 rewards, see type `ERC1155Reward` for more info
* [CreatePackParams](/references/typescript/v5/CreatePackParams-2): Represents the parameters for the "createPack" function.
* [CreatePoolParams](/references/typescript/v5/CreatePoolParams): Represents the parameters for the "createPool" function.
* [CreatePackParams](/references/typescript/v5/CreatePackParams): Represents the parameters for the "createPack" function.
* [CreateWalletArgs](/references/typescript/v5/CreateWalletArgs): Generic type for getting the tuple type of arguments that the `createWallet` function takes.
* [CurrencyApprovedForListingEventFilters](/references/typescript/v5/CurrencyApprovedForListingEventFilters): Represents the filters for the "CurrencyApprovedForListing" event.
* [CreateThirdwebClientOptions](/references/typescript/v5/CreateThirdwebClientOptions): Was this page helpful?
* [CurrencyPriceForListingParams](/references/typescript/v5/CurrencyPriceForListingParams): Was this page helpful?
* [CustodyOfParams](/references/typescript/v5/CustodyOfParams): Represents the parameters for the "custodyOf" function.
* [DefaultWalletConnectRequestHandlers](/references/typescript/v5/DefaultWalletConnectRequestHandlers): Default request handlers for WalletConnect requests.
* [DelegateParams](/references/typescript/v5/DelegateParams): Represents the parameters for the "delegate" function.
* [DeployERC20ContractOptions](/references/typescript/v5/DeployERC20ContractOptions): Was this page helpful?
* [DelegatesParams](/references/typescript/v5/DelegatesParams): Represents the parameters for the "delegates" function.
* [DeployERC1155ContractOptions](/references/typescript/v5/DeployERC1155ContractOptions): Was this page helpful?
* [DeployModularContractOptions](/references/typescript/v5/DeployModularContractOptions): Was this page helpful?
* [DeployERC721ContractOptions](/references/typescript/v5/DeployERC721ContractOptions): Was this page helpful?
* [DeployMarketplaceContractOptions](/references/typescript/v5/DeployMarketplaceContractOptions): Was this page helpful?
* [DeployProxyByImplementationParams](/references/typescript/v5/DeployProxyByImplementationParams): Represents the parameters for the "deployProxyByImplementation" function.
* [DeployPublishedContractOptions](/references/typescript/v5/DeployPublishedContractOptions): Was this page helpful?
* [DepositParams](/references/typescript/v5/DepositParams-2): Represents the parameters for the "deposit" function.
* [DepositEventFilters](/references/typescript/v5/DepositEventFilters): Represents the filters for the "Deposit" event.
* [DirectPaymentOptions](/references/typescript/v5/DirectPaymentOptions): The payment information
* [DirectListing](/references/typescript/v5/DirectListing): Was this page helpful?
* [EIP1193Provider](/references/typescript/v5/EIP1193Provider): Was this page helpful?
* [ERC1155ContractParams](/references/typescript/v5/ERC1155ContractParams): Was this page helpful?
* [ERC1155Reward](/references/typescript/v5/ERC1155Reward): Was this page helpful?
* [ERC20ContractParams](/references/typescript/v5/ERC20ContractParams): Was this page helpful?
* [ERC721ContractParams](/references/typescript/v5/ERC721ContractParams): Was this page helpful?
* [ERC20Reward](/references/typescript/v5/ERC20Reward): Was this page helpful?
* [ERC721Reward](/references/typescript/v5/ERC721Reward): Was this page helpful?
* [EcosystemWalletCreationOptions](/references/typescript/v5/EcosystemWalletCreationOptions): The partnerId of the ecosystem wallet to connect to
* [Ed25519Keypair](/references/typescript/v5/Ed25519Keypair): Was this page helpful?
* [EditionMintParams](/references/typescript/v5/EditionMintParams): Was this page helpful?
* [EnableFeeAmountParams](/references/typescript/v5/EnableFeeAmountParams): Represents the parameters for the "enableFeeAmount" function.
* [EngineAccountOptions](/references/typescript/v5/EngineAccountOptions): Options for creating an engine account.
* [EnglishAuction](/references/typescript/v5/EnglishAuction): Was this page helpful?
* [EngineOptions](/references/typescript/v5/EngineOptions): Was this page helpful?
* [EnsProfile](/references/typescript/v5/EnsProfile): Was this page helpful?
* [CreateDirectListingButton](/references/typescript/v5/CreateDirectListingButton): This button is used to create Direct listings for the thirdweb Marketplace v3 contract
* [EstimateGasOptions](/references/typescript/v5/EstimateGasOptions): Was this page helpful?
* [Erc6492Signature](/references/typescript/v5/Erc6492Signature): Was this page helpful?
* [EstimateGasCostResult](/references/typescript/v5/EstimateGasCostResult): The estimated gas cost in ether.
* [ExactInputParams](/references/typescript/v5/ExactInputParams): Represents the parameters for the "exactInput" function.
* [ExactInputSingleParams](/references/typescript/v5/ExactInputSingleParams): Represents the parameters for the "exactInputSingle" function.
* [ExactOutputParams](/references/typescript/v5/ExactOutputParams): Represents the parameters for the "exactOutput" function.
* [ExecuteParams](/references/typescript/v5/ExecuteParams): Represents the parameters for the "execute" function.
* [ExactOutputSingleParams](/references/typescript/v5/ExactOutputSingleParams): Represents the parameters for the "exactOutputSingle" function.
* [ExecuteSaleParams](/references/typescript/v5/ExecuteSaleParams): Was this page helpful?
* [FarcasterContractOptions](/references/typescript/v5/FarcasterContractOptions): Represents the options to retrieve a Farcaster contract
* [FeeAmountTickSpacingParams](/references/typescript/v5/FeeAmountTickSpacingParams): Represents the parameters for the "feeAmountTickSpacing" function.
* [ExtendedMetadata](/references/typescript/v5/ExtendedMetadata): Was this page helpful?
* [ExistsParams](/references/typescript/v5/ExistsParams): Represents the parameters for the "exists" function.
* [FarcasterProfile](/references/typescript/v5/FarcasterProfile): Was this page helpful?
* [FromBytesReturnType](/references/typescript/v5/FromBytesReturnType): Was this page helpful?
* [FromHexReturnType](/references/typescript/v5/FromHexReturnType): Was this page helpful?
* [FromBytesParameters](/references/typescript/v5/FromBytesParameters): Was this page helpful?
* [FromHexParameters](/references/typescript/v5/FromHexParameters): Was this page helpful?
* [FullProfileResponse](/references/typescript/v5/FullProfileResponse): Was this page helpful?
* [FundWalletOptions](/references/typescript/v5/FundWalletOptions): Prefill the Buy Token amount, chain and/or token. You can also disable the edits for the prefilled values using `allowEdits` \- By default all are editable
* [FromEip1193AdapterOptions](/references/typescript/v5/FromEip1193AdapterOptions): Options for creating an EIP-1193 provider adapter.
* [GenerateAirdropERC1155SignatureOptions](/references/typescript/v5/GenerateAirdropERC1155SignatureOptions): Was this page helpful?
* [GaslessOptions](/references/typescript/v5/GaslessOptions): Gasless configs for sending gasless transactions. This config is used in:
* [GenerateAirdropERC721SignatureOptions](/references/typescript/v5/GenerateAirdropERC721SignatureOptions): Was this page helpful?
* [GenerateAccountOptions](/references/typescript/v5/GenerateAccountOptions): Was this page helpful?
* [GenerateLoginPayloadParams](/references/typescript/v5/GenerateLoginPayloadParams): Was this page helpful?
* [GenerateAirdropERC20SignatureOptions](/references/typescript/v5/GenerateAirdropERC20SignatureOptions): Was this page helpful?
* [GenerateMerkleTreeInfoERC1155Params](/references/typescript/v5/GenerateMerkleTreeInfoERC1155Params): Was this page helpful?
* [GenerateMerkleTreeInfoERC721Params](/references/typescript/v5/GenerateMerkleTreeInfoERC721Params): Was this page helpful?
* [GenerateMerkleTreeInfoERC20Params](/references/typescript/v5/GenerateMerkleTreeInfoERC20Params): Was this page helpful?
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions-3): Was this page helpful?
* [GetAccountsOfSignerParams](/references/typescript/v5/GetAccountsOfSignerParams): Represents the parameters for the "getAccountsOfSigner" function.
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions-5): Was this page helpful?
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions-4): Was this page helpful?
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions): Was this page helpful?
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions-2): Was this page helpful?
* [GetAllAuctionParams](/references/typescript/v5/GetAllAuctionParams): The number of listings to retrieve.
* [GetAllListingParams](/references/typescript/v5/GetAllListingParams): The number of listings to retrieve.
* [GetAllOffersParams](/references/typescript/v5/GetAllOffersParams): The number of offers to retrieve.
* [GetAllParams](/references/typescript/v5/GetAllParams): Represents the parameters for the "getAll" function.
* [GetAllOwnersParams](/references/typescript/v5/GetAllOwnersParams): Parameters for retrieving NFTs.
* [GetAllPublishedContractsParams](/references/typescript/v5/GetAllPublishedContractsParams): Represents the parameters for the "getAllPublishedContracts" function.
* [GetAllValidAuctionParams](/references/typescript/v5/GetAllValidAuctionParams): The number of listings to retrieve.
* [GenerateMintSignatureOptions](/references/typescript/v5/GenerateMintSignatureOptions-6): Was this page helpful?
* [GetAllValidOffersParams](/references/typescript/v5/GetAllValidOffersParams): The number of offers to retrieve.
* [GetAllRoleMembersParams](/references/typescript/v5/GetAllRoleMembersParams): Was this page helpful?
* [GetApprovalForTransactionParams](/references/typescript/v5/GetApprovalForTransactionParams): The caller's account
* [GetAuthenticatedUserParams](/references/typescript/v5/GetAuthenticatedUserParams): Was this page helpful?
* [GetAllValidListingParams](/references/typescript/v5/GetAllValidListingParams): The number of listings to retrieve.
* [GetBalanceParams](/references/typescript/v5/GetBalanceParams): Represents the parameters for retrieving the balance of an address.
* [GetBalanceResult](/references/typescript/v5/GetBalanceResult): Represents the result of a balance query for an ERC20 token.
* [GetBlockHashParams](/references/typescript/v5/GetBlockHashParams): Represents the parameters for the "getBlockHash" function.
* [GetBuyWithFiatQuoteParams](/references/typescript/v5/GetBuyWithFiatQuoteParams): Parameters for [getBuyWithFiatQuote](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatQuote) function
* [GetBuyWithCryptoQuoteParams](/references/typescript/v5/GetBuyWithCryptoQuoteParams): The parameters for [getBuyWithCryptoQuote](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoQuote) function It includes information about which tokens to swap, the amount of tokens to swap, slippage, etc.
* [GetBuyWithCryptoTransferParams](/references/typescript/v5/GetBuyWithCryptoTransferParams): The parameters for [getBuyWithCryptoTransfer](https://portal.thirdweb.com/references/typescript/v5/getBuyWithCryptoTransfer) function It facilitates a token transfer.
* [GetCapabilitiesOptions](/references/typescript/v5/GetCapabilitiesOptions): Was this page helpful?
* [GetCallsStatusOptions](/references/typescript/v5/GetCallsStatusOptions): Was this page helpful?
* [GetBuyWithFiatStatusParams](/references/typescript/v5/GetBuyWithFiatStatusParams): Parameters for the [getBuyWithFiatStatus](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatStatus) function
* [GetClaimConditionByIdParams](/references/typescript/v5/GetClaimConditionByIdParams): Represents the parameters for the "getClaimConditionById" function.
* [GetCallsStatusResponse](/references/typescript/v5/GetCallsStatusResponse): Was this page helpful?
* [GetClaimParamsOptions](/references/typescript/v5/GetClaimParamsOptions): Was this page helpful?
* [GetContractEventsOptions](/references/typescript/v5/GetContractEventsOptions): Was this page helpful?
* [GetContentURIParams](/references/typescript/v5/GetContentURIParams): Represents the parameters for the "getContentURI" function.
* [GetContractEventsResult](/references/typescript/v5/GetContractEventsResult): Was this page helpful?
* [GetEthBalanceParams](/references/typescript/v5/GetEthBalanceParams): Represents the parameters for the "getEthBalance" function.
* [GetCurrencyMetadataResult](/references/typescript/v5/GetCurrencyMetadataResult): Was this page helpful?
* [GetClaimConditionsParams](/references/typescript/v5/GetClaimConditionsParams): Was this page helpful?
* [GetFidParams](/references/typescript/v5/GetFidParams): Was this page helpful?
* [GetFollowDataParams](/references/typescript/v5/GetFollowDataParams): Represents the parameters for the "getFollowData" function.
* [GetFollowTokenIdParams](/references/typescript/v5/GetFollowTokenIdParams): Represents the parameters for the "getFollowTokenId" function.
* [GetFollowerProfileIdParams](/references/typescript/v5/GetFollowerProfileIdParams): Represents the parameters for the "getFollowerProfileId" function.
* [GetFullProfileParams](/references/typescript/v5/GetFullProfileParams): Override variables for Lens smart contracts Make sure all of them have to be on the same network
* [GetHandleFromProfileIdParams](/references/typescript/v5/GetHandleFromProfileIdParams): Override variables for LensHandle contract and TokenHandleRegistry contract Make sure both of them have to be on the same network
* [GetGasPriceOptions](/references/typescript/v5/GetGasPriceOptions): Was this page helpful?
* [GetDefaultHandleParams](/references/typescript/v5/GetDefaultHandleParams): Represents the parameters for the "getDefaultHandle" function.
* [GetHandleParams](/references/typescript/v5/GetHandleParams): Represents the parameters for the "getHandle" function.
* [GetLocalNameParams](/references/typescript/v5/GetLocalNameParams): Represents the parameters for the "getLocalName" function.
* [GetNFTParams](/references/typescript/v5/GetNFTParams): Parameters for getting an NFT.
* [GetModuleTypesParams](/references/typescript/v5/GetModuleTypesParams): Represents the parameters for the "getModuleTypes" function.
* [GetMetadataUriParams](/references/typescript/v5/GetMetadataUriParams): Represents the parameters for the "getMetadataUri" function.
* [GetNFTsParams](/references/typescript/v5/GetNFTsParams-2): Parameters for retrieving NFTs.
* [GetNFTsParams](/references/typescript/v5/GetNFTsParams): Parameters for retrieving NFTs.
* [GetNonceParams](/references/typescript/v5/GetNonceParams): Was this page helpful?
* [GetOriginalFollowTimestampParams](/references/typescript/v5/GetOriginalFollowTimestampParams): Represents the parameters for the "getOriginalFollowTimestamp" function.
* [GetPackContentsParams](/references/typescript/v5/GetPackContentsParams): Represents the parameters for the "getPackContents" function.
* [GetOwnedTokenIdsParams](/references/typescript/v5/GetOwnedTokenIdsParams): Parameters for retrieving owned tokenIds of an ERC1155 contract.
* [GetPermissionsForSignerParams](/references/typescript/v5/GetPermissionsForSignerParams): Represents the parameters for the "getPermissionsForSigner" function.
* [GetPoolParams](/references/typescript/v5/GetPoolParams): Represents the parameters for the "getPool" function.
* [GetPostOnRampQuoteParams](/references/typescript/v5/GetPostOnRampQuoteParams): The parameters for [getPostOnRampQuote](https://portal.thirdweb.com/references/typescript/v5/getPostOnRampQuote) function
* [GetProfileParams](/references/typescript/v5/GetProfileParams): Represents the parameters for the "getProfile" function.
* [GetProfileIdByHandleHashParams](/references/typescript/v5/GetProfileIdByHandleHashParams): Represents the parameters for the "getProfileIdByHandleHash" function.
* [GetProfileMetadataParams](/references/typescript/v5/GetProfileMetadataParams): Was this page helpful?
* [GetPublicationParams](/references/typescript/v5/GetPublicationParams): Represents the parameters for the "getPublication" function.
* [GetPublishedContractParams](/references/typescript/v5/GetPublishedContractParams): Represents the parameters for the "getPublishedContract" function.
* [GetPublishedUriFromCompilerUriParams](/references/typescript/v5/GetPublishedUriFromCompilerUriParams): Represents the parameters for the "getPublishedUriFromCompilerUri" function.
* [GetPublisherProfileUriParams](/references/typescript/v5/GetPublisherProfileUriParams): Represents the parameters for the "getPublisherProfileUri" function.
* [GetRoleMemberCountParams](/references/typescript/v5/GetRoleMemberCountParams): Was this page helpful?
* [GetRoleMemberParams](/references/typescript/v5/GetRoleMemberParams): Was this page helpful?
* [GetRoleAdminParams](/references/typescript/v5/GetRoleAdminParams): Was this page helpful?
* [GetRoyaltyInfoForTokenParams](/references/typescript/v5/GetRoyaltyInfoForTokenParams-2): Represents the parameters for the "getRoyaltyInfoForToken" function.
* [GetRoyaltyInfoForTokenParams](/references/typescript/v5/GetRoyaltyInfoForTokenParams-3): Represents the parameters for the "getRoyaltyInfoForToken" function.
* [GetRoyaltyInfoForTokenParams](/references/typescript/v5/GetRoyaltyInfoForTokenParams): Represents the parameters for the "getRoyaltyInfoForToken" function.
* [GetTokenCountOfBundleParams](/references/typescript/v5/GetTokenCountOfBundleParams): Represents the parameters for the "getTokenCountOfBundle" function.
* [GetTokenIdParams](/references/typescript/v5/GetTokenIdParams): Represents the parameters for the "getTokenId" function.
* [GetStoragePriceParams](/references/typescript/v5/GetStoragePriceParams): Was this page helpful?
* [GetUniswapV3PoolParams](/references/typescript/v5/GetUniswapV3PoolParams): Represents the parameters for the `findUniswapV3Pool` function.
* [GetUniswapV3PoolResult](/references/typescript/v5/GetUniswapV3PoolResult): Was this page helpful?
* [GetUsdRegistrationPriceParams](/references/typescript/v5/GetUsdRegistrationPriceParams): Was this page helpful?
* [GetUsdStoragePriceParams](/references/typescript/v5/GetUsdStoragePriceParams): Was this page helpful?
* [GetUserResult](/references/typescript/v5/GetUserResult): Was this page helpful?
* [GetUserOpHashParams](/references/typescript/v5/GetUserOpHashParams): Represents the parameters for the "getUserOpHash" function.
* [GetVotesParams](/references/typescript/v5/GetVotesParams): Represents the parameters for the "getVotes" function.
* [GetVotesWithParamsParams](/references/typescript/v5/GetVotesWithParamsParams): Represents the parameters for the "getVotesWithParams" function.
* [GetWalletBalanceOptions](/references/typescript/v5/GetWalletBalanceOptions): (Optional) The address of the token to retrieve the balance for. If not provided, the balance of the native token will be retrieved.
* [GrantMinterRoleParams](/references/typescript/v5/GrantMinterRoleParams): Was this page helpful?
* [GrantRoleParams](/references/typescript/v5/GrantRoleParams): Was this page helpful?
* [GrantRolesParams](/references/typescript/v5/GrantRolesParams): Represents the parameters for the "grantRoles" function.
* [HasAllRolesParams](/references/typescript/v5/HasAllRolesParams): Represents the parameters for the "hasAllRoles" function.
* [HasRoleParams](/references/typescript/v5/HasRoleParams): Was this page helpful?
* [HasAnyRoleParams](/references/typescript/v5/HasAnyRoleParams): Represents the parameters for the "hasAnyRole" function.
* [HasVotedParams](/references/typescript/v5/HasVotedParams): Represents the parameters for the "hasVoted" function.
* [HashProposalParams](/references/typescript/v5/HashProposalParams): Represents the parameters for the "hashProposal" function.
* [GetPublishedContractVersionsParams](/references/typescript/v5/GetPublishedContractVersionsParams): Represents the parameters for the "getPublishedContractVersions" function.
* [GetRegistrationPriceParams](/references/typescript/v5/GetRegistrationPriceParams): Was this page helpful?
* [GetProfileIdAllowedToRecoverParams](/references/typescript/v5/GetProfileIdAllowedToRecoverParams): Represents the parameters for the "getProfileIdAllowedToRecover" function.
* [IdOfParams](/references/typescript/v5/IdOfParams): Represents the parameters for the "idOf" function.
* [InAppWalletAutoConnectOptions](/references/typescript/v5/InAppWalletAutoConnectOptions): Was this page helpful?
* [InAppWalletConnectionOptions](/references/typescript/v5/InAppWalletConnectionOptions): Was this page helpful?
* [InAppWalletCreationOptions](/references/typescript/v5/InAppWalletCreationOptions): Was this page helpful?
* [InjectedConnectOptions](/references/typescript/v5/InjectedConnectOptions): Optional chain to connect to.
* [Input](/references/typescript/v5/Input): Was this page helpful?
* [InjectedSupportedWalletIds](/references/typescript/v5/InjectedSupportedWalletIds): Was this page helpful?
* [InstallPublishedModuleOptions](/references/typescript/v5/InstallPublishedModuleOptions): Was this page helpful?
* [IsAccountDeployedParams](/references/typescript/v5/IsAccountDeployedParams): Represents the parameters for the "getAddress" function.
* [IsApprovedForAllParams](/references/typescript/v5/IsApprovedForAllParams-2): Represents the parameters for the "isApprovedForAll" function.
* [InstallModuleParams](/references/typescript/v5/InstallModuleParams): Represents the parameters for the "installModule" function.
* [IsActiveSignerParams](/references/typescript/v5/IsActiveSignerParams): Represents the parameters for the "isActiveSigner" function.
* [IsApprovedForAllParams](/references/typescript/v5/IsApprovedForAllParams): Represents the parameters for the "isApprovedForAll" function.
* [IsBuyerApprovedForListingParams](/references/typescript/v5/IsBuyerApprovedForListingParams): Was this page helpful?
* [IsClaimedParams](/references/typescript/v5/IsClaimedParams): Represents the parameters for the "isClaimed" function.
* [IsErc20CurrencyRegisteredParams](/references/typescript/v5/IsErc20CurrencyRegisteredParams): Represents the parameters for the "isErc20CurrencyRegistered" function.
* [IsModuleRegisteredAsParams](/references/typescript/v5/IsModuleRegisteredAsParams): Represents the parameters for the "isModuleRegisteredAs" function.
* [IsModuleRegisteredParams](/references/typescript/v5/IsModuleRegisteredParams): Represents the parameters for the "isModuleRegistered" function.
* [IsNewWinningBidParams](/references/typescript/v5/IsNewWinningBidParams): Represents the parameters for the "isNewWinningBid" function.
* [IsFollowingParams](/references/typescript/v5/IsFollowingParams): Represents the parameters for the "isFollowing" function.
* [IsTransferEnabledForParams](/references/typescript/v5/IsTransferEnabledForParams-3): Represents the parameters for the "isTransferEnabledFor" function.
* [IsTransferEnabledForParams](/references/typescript/v5/IsTransferEnabledForParams): Represents the parameters for the "isTransferEnabledFor" function.
* [IsTransferEnabledForParams](/references/typescript/v5/IsTransferEnabledForParams-2): Represents the parameters for the "isTransferEnabledFor" function.
* [JWTPayload](/references/typescript/v5/JWTPayload): Was this page helpful?
* [JWTPayloadInput](/references/typescript/v5/JWTPayloadInput): Was this page helpful?
* [IsCurrencyApprovedForListingParams](/references/typescript/v5/IsCurrencyApprovedForListingParams): Represents the parameters for the "isCurrencyApprovedForListing" function.
* [LazyMintParams](/references/typescript/v5/LazyMintParams-2): Was this page helpful?
* [LazyMintParams](/references/typescript/v5/LazyMintParams): Was this page helpful?
* [LensProfileSchema](/references/typescript/v5/LensProfileSchema): Was this page helpful?
* [LensProfile](/references/typescript/v5/LensProfile): Was this page helpful?
* [LocaleId](/references/typescript/v5/LocaleId): Was this page helpful?
* [LoginPayload](/references/typescript/v5/LoginPayload): Was this page helpful?
* [MarketplaceContractParams](/references/typescript/v5/MarketplaceContractParams): Was this page helpful?
* [MakeOfferParams](/references/typescript/v5/MakeOfferParams): Was this page helpful?
* [MaxDepositParams](/references/typescript/v5/MaxDepositParams): Represents the parameters for the "maxDeposit" function.
* [MaxMintParams](/references/typescript/v5/MaxMintParams): Represents the parameters for the "maxMint" function.
* [MaxRedeemParams](/references/typescript/v5/MaxRedeemParams): Represents the parameters for the "maxRedeem" function.
* [MediaRenderer](/references/typescript/v5/MediaRenderer): Refer to [MediaRendererProps](https://portal.thirdweb.com/references/typescript/v5/MediaRendererProps) to see the available props.
* [MaxWithdrawParams](/references/typescript/v5/MaxWithdrawParams): Represents the parameters for the "maxWithdraw" function.
* [MediaRendererProps](/references/typescript/v5/MediaRendererProps): Props taken by the for the [MediaRenderer](https://portal.thirdweb.com/references/typescript/v5/MediaRenderer) component
* [MintAdditionalSupplyToParams](/references/typescript/v5/MintAdditionalSupplyToParams): Was this page helpful?
* [MintTimestampOfFollowNFTParams](/references/typescript/v5/MintTimestampOfFollowNFTParams): Represents the parameters for the "mintTimestampOf" function.
* [MintParams](/references/typescript/v5/MintParams): Represents the parameters for the "mint" function.
* [MintTimestampOfParams](/references/typescript/v5/MintTimestampOfParams): Represents the parameters for the "mintTimestampOf" function.
* [MintToBatchParams](/references/typescript/v5/MintToBatchParams): Was this page helpful?
* [MintToParams](/references/typescript/v5/MintToParams): Was this page helpful?
* [MintToParams](/references/typescript/v5/MintToParams-2): Represents the parameters for the `mintTo` function.
* [ModuleInstallData](/references/typescript/v5/ModuleInstallData): Was this page helpful?
* [ModularContractParams](/references/typescript/v5/ModularContractParams): Was this page helpful?
* [ModuleInstaller](/references/typescript/v5/ModuleInstaller): Was this page helpful?
* [NFT](/references/typescript/v5/NFT): Was this page helpful?
* [MulticallParams](/references/typescript/v5/MulticallParams): Represents the parameters for the "multicall" function.
* [NFTInput](/references/typescript/v5/NFTInput): Represents the input data for creating an NFT (Non-Fungible Token).
* [NFTMedia](/references/typescript/v5/NFTMedia): This component fetches and displays an NFT's media. It uses thirdweb [MediaRenderer](https://portal.thirdweb.com/refernces/typescript/v5/MediaRenderer) under the hood so you can style it just like how you would style a MediaRenderer.
* [NFTMediaInfo](/references/typescript/v5/NFTMediaInfo): Was this page helpful?
* [NFTMintParams](/references/typescript/v5/NFTMintParams): Was this page helpful?
* [NFTMediaProps](/references/typescript/v5/NFTMediaProps): Was this page helpful?
* [NFTMetadata](/references/typescript/v5/NFTMetadata): Was this page helpful?
* [NFTProviderProps](/references/typescript/v5/NFTProviderProps): Props for the `<NFT>` component
* [NFTProvider](/references/typescript/v5/NFTProvider): A React context provider component that supplies NFT-related data to its child components.
* [NamehashParams](/references/typescript/v5/NamehashParams): Represents the parameters for the "namehash" function.
* [NewAuctionEventFilters](/references/typescript/v5/NewAuctionEventFilters): Represents the filters for the "NewAuction" event.
* [NetworkSelectorProps](/references/typescript/v5/NetworkSelectorProps): The `Chain` of the chain that was switched to
* [NewBidEventFilters](/references/typescript/v5/NewBidEventFilters): Represents the filters for the "NewBid" event.
* [NewListingEventFilters](/references/typescript/v5/NewListingEventFilters): Represents the filters for the "NewListing" event.
* [NewOfferEventFilters](/references/typescript/v5/NewOfferEventFilters): Represents the filters for the "NewOffer" event.
* [NewSaleEventFilters](/references/typescript/v5/NewSaleEventFilters): Represents the filters for the "NewSale" event.
* [NoncesParams](/references/typescript/v5/NoncesParams): Represents the parameters for the "nonces" function.
* [OpenPackParams](/references/typescript/v5/OpenPackParams-2): Represents the parameters for the "openPack" function.
* [OpenPackParams](/references/typescript/v5/OpenPackParams): Represents the parameters for the "openPack" function.
* [Offer](/references/typescript/v5/Offer): Was this page helpful?
* [OpenZeppelinOptions](/references/typescript/v5/OpenZeppelinOptions): Was this page helpful?
* [Output](/references/typescript/v5/Output): Was this page helpful?
* [OwnerUpdatedEventFilters](/references/typescript/v5/OwnerUpdatedEventFilters): Represents the filters for the "OwnerUpdated" event.
* [OwnershipHandoverExpiresAtParams](/references/typescript/v5/OwnershipHandoverExpiresAtParams): Represents the parameters for the "ownershipHandoverExpiresAt" function.
* [PACK_TOKEN_TYPE](/references/typescript/v5/PACK_TOKEN_TYPE): Was this page helpful?
* [PackContractParams](/references/typescript/v5/PackContractParams): Defaults to the deployer's address
* [PackCreatedEventFilters](/references/typescript/v5/PackCreatedEventFilters): Represents the filters for the "PackCreated" event.
* [PackCreatedEventFilters](/references/typescript/v5/PackCreatedEventFilters-2): Represents the filters for the "PackCreated" event.
* [PackOpenedEventFilters](/references/typescript/v5/PackOpenedEventFilters-2): Represents the filters for the "PackOpened" event.
* [PackUpdatedEventFilters](/references/typescript/v5/PackUpdatedEventFilters-2): Represents the filters for the "PackUpdated" event.
* [PackOpenedEventFilters](/references/typescript/v5/PackOpenedEventFilters): Represents the filters for the "PackOpened" event.
* [PackUpdatedEventFilters](/references/typescript/v5/PackUpdatedEventFilters): Represents the filters for the "PackUpdated" event.
* [ParseEventLogsOptions](/references/typescript/v5/ParseEventLogsOptions): Was this page helpful?
* [ParseAvatarOptions](/references/typescript/v5/ParseAvatarOptions): Was this page helpful?
* [ParseEventLogsResult](/references/typescript/v5/ParseEventLogsResult): Was this page helpful?
* [OwnerOfParams](/references/typescript/v5/OwnerOfParams): Represents the parameters for the "ownerOf" function.
* [PayEmbedConnectOptions](/references/typescript/v5/PayEmbedConnectOptions): Connection options for the `PayEmbed` component
* [PayEmbedProps](/references/typescript/v5/PayEmbedProps): Props of [PayEmbed](https://portal.thirdweb.com/references/typescript/v5/PayEmbed) component
* [PayTokenInfo](/references/typescript/v5/PayTokenInfo): Was this page helpful?
* [PayOnChainTransactionDetails](/references/typescript/v5/PayOnChainTransactionDetails): Was this page helpful?
* [PayUIOptions](/references/typescript/v5/PayUIOptions): Was this page helpful?
* [PayeeParams](/references/typescript/v5/PayeeParams): Represents the parameters for the "payee" function.
* [PaymasterResult](/references/typescript/v5/PaymasterResult): Was this page helpful?
* [PrepareCallOptions](/references/typescript/v5/PrepareCallOptions): Was this page helpful?
* [PaymentInfo](/references/typescript/v5/PaymentInfo): Was this page helpful?
* [PrepareContractCallOptions](/references/typescript/v5/PrepareContractCallOptions): Was this page helpful?
* [PrepareDirectDeployTransactionOptions](/references/typescript/v5/PrepareDirectDeployTransactionOptions): Was this page helpful?
* [PrepareEventOptions](/references/typescript/v5/PrepareEventOptions): Was this page helpful?
* [PrepareTransactionOptions](/references/typescript/v5/PrepareTransactionOptions): Was this page helpful?
* [PreparedEvent](/references/typescript/v5/PreparedEvent): Was this page helpful?
* [PreparedSendCall](/references/typescript/v5/PreparedSendCall): Was this page helpful?
* [PreviewDepositParams](/references/typescript/v5/PreviewDepositParams): Represents the parameters for the "previewDeposit" function.
* [PreparedTransaction](/references/typescript/v5/PreparedTransaction): Was this page helpful?
* [PreviewMintParams](/references/typescript/v5/PreviewMintParams): Represents the parameters for the "previewMint" function.
* [PreviewRedeemParams](/references/typescript/v5/PreviewRedeemParams): Represents the parameters for the "previewRedeem" function.
* [PriceParams](/references/typescript/v5/PriceParams-2): Represents the parameters for the "price" function.
* [PriceParams](/references/typescript/v5/PriceParams-3): Represents the parameters for the "price" function.
* [PreviewWithdrawParams](/references/typescript/v5/PreviewWithdrawParams): Represents the parameters for the "previewWithdraw" function.
* [PriceParams](/references/typescript/v5/PriceParams): Represents the parameters for the "price" function.
* [PrivateKeyToAccountOptions](/references/typescript/v5/PrivateKeyToAccountOptions): A client is the entry point to the thirdweb SDK. It is required for all other actions. You can create a client using the `createThirdwebClient` function. Refer to the [ Creating a Client](https://portal.thirdweb.com/typescript/v5/client) documentation for more information.
* [Profile](/references/typescript/v5/Profile): Was this page helpful?
* [ProposalDeadlineParams](/references/typescript/v5/ProposalDeadlineParams): Represents the parameters for the "proposalDeadline" function.
* [ProposalItem](/references/typescript/v5/ProposalItem): Description of the proposal
* [ProposalSnapshotParams](/references/typescript/v5/ProposalSnapshotParams): Represents the parameters for the "proposalSnapshot" function.
* [ProposalState](/references/typescript/v5/ProposalState): Was this page helpful?
* [ProposalVotesParams](/references/typescript/v5/ProposalVotesParams): Represents the parameters for the "proposalVotes" function.
* [ProposalsParams](/references/typescript/v5/ProposalsParams): Represents the parameters for the "proposals" function.
* [ProposeParams](/references/typescript/v5/ProposeParams): Represents the parameters for the "propose" function.
* [PublishContractParams](/references/typescript/v5/PublishContractParams): Was this page helpful?
* [QuorumParams](/references/typescript/v5/QuorumParams): Represents the parameters for the "quorum" function.
* [QuoteExactInputParams](/references/typescript/v5/QuoteExactInputParams): Represents the parameters for the "quoteExactInput" function.
* [QuoteExactOutputParams](/references/typescript/v5/QuoteExactOutputParams): Represents the parameters for the "quoteExactOutput" function.
* [QuoteExactOutputSingleParams](/references/typescript/v5/QuoteExactOutputSingleParams): Represents the parameters for the "quoteExactOutputSingle" function.
* [QuoteExactInputSingleParams](/references/typescript/v5/QuoteExactInputSingleParams): Represents the parameters for the "quoteExactInputSingle" function.
* [ReadContractOptions](/references/typescript/v5/ReadContractOptions): Was this page helpful?
* [RecoverParams](/references/typescript/v5/RecoverParams): Represents the parameters for the "recover" function.
* [RecoverForParams](/references/typescript/v5/RecoverForParams): Represents the parameters for the "recoverFor" function.
* [RecoveryOfParams](/references/typescript/v5/RecoveryOfParams): Represents the parameters for the "recoveryOf" function.
* [RedeemParams](/references/typescript/v5/RedeemParams): Represents the parameters for the "redeem" function.
* [ReadContractResult](/references/typescript/v5/ReadContractResult): Was this page helpful?
* [RefreshJWTParams](/references/typescript/v5/RefreshJWTParams): Was this page helpful?
* [RegisterFidAndSignerParams](/references/typescript/v5/RegisterFidAndSignerParams): Represents the parameters for the `registerFidAndSigner` function.
* [RegisterForParams](/references/typescript/v5/RegisterForParams): Represents the parameters for the "registerFor" function.
* [RegisterMessage](/references/typescript/v5/RegisterMessage): Unix timestamp when this message expires
* [RegisterFidParams](/references/typescript/v5/RegisterFidParams): Represents the parameters for the `registerFid` function.
* [RegisterParams](/references/typescript/v5/RegisterParams-2): Represents the parameters for the "register" function.
* [RegisterParams](/references/typescript/v5/RegisterParams): Represents the parameters for the "register" function.
* [ReleasableParams](/references/typescript/v5/ReleasableParams): Represents the parameters for the "releasable" function.
* [RelayParams](/references/typescript/v5/RelayParams): Represents the parameters for the "relay" function.
* [ReleaseParams](/references/typescript/v5/ReleaseParams): Represents the parameters for the "release" function.
* [ReleasedParams](/references/typescript/v5/ReleasedParams): Represents the parameters for the "released" function.
* [RemoveAdminOptions](/references/typescript/v5/RemoveAdminOptions): The admin account that will perform the operation.
* [RemoveParams](/references/typescript/v5/RemoveParams): Represents the parameters for the "remove" function.
* [RenounceRoleParams](/references/typescript/v5/RenounceRoleParams): Was this page helpful?
* [RemoveSessionKeyOptions](/references/typescript/v5/RemoveSessionKeyOptions): The account that will perform the operation.
* [RenounceRolesParams](/references/typescript/v5/RenounceRolesParams): Represents the parameters for the "renounceRoles" function.
* [RentStorageParams](/references/typescript/v5/RentStorageParams): Represents the parameters for the `rentStorage` function.
* [ResolveAddressOptions](/references/typescript/v5/ResolveAddressOptions-2): Was this page helpful?
* [ResolveAddressOptions](/references/typescript/v5/ResolveAddressOptions): Was this page helpful?
* [ResolveArweaveSchemeOptions](/references/typescript/v5/ResolveArweaveSchemeOptions): Was this page helpful?
* [ResolveAvatarOptions](/references/typescript/v5/ResolveAvatarOptions): Was this page helpful?
* [ResolveL2NameOptions](/references/typescript/v5/ResolveL2NameOptions): Was this page helpful?
* [ResolveLensAddressParams](/references/typescript/v5/ResolveLensAddressParams): a [ThirdwebClient](https://portal.thirdweb.com/references/typescript/v5/ThirdwebClient)
* [ResolveNameOptions](/references/typescript/v5/ResolveNameOptions): Was this page helpful?
* [ResolveParams](/references/typescript/v5/ResolveParams): Represents the parameters for the "resolve" function.
* [ResolveSchemeOptions](/references/typescript/v5/ResolveSchemeOptions): Was this page helpful?
* [ResolveTextOptions](/references/typescript/v5/ResolveTextOptions): Was this page helpful?
* [ResolveUDNameOptions](/references/typescript/v5/ResolveUDNameOptions): Was this page helpful?
* [RevealParams](/references/typescript/v5/RevealParams): Was this page helpful?
* [RevokeRoleParams](/references/typescript/v5/RevokeRoleParams): Was this page helpful?
* [PayEmbed](/references/typescript/v5/PayEmbed): Embed a prebuilt UI for funding wallets, purchases or transactions with crypto or fiat.
* [RevokeRolesParams](/references/typescript/v5/RevokeRolesParams): Represents the parameters for the "revokeRoles" function.
* [ReverseNameOfParams](/references/typescript/v5/ReverseNameOfParams): Represents the parameters for the "reverseNameOf" function.
* [RoleAdminChangedEventFilters](/references/typescript/v5/RoleAdminChangedEventFilters): Represents the filters for the "RoleAdminChanged" event.
* [RoleGrantedEventFilters](/references/typescript/v5/RoleGrantedEventFilters): Represents the filters for the "RoleGranted" event.
* [RoleRevokedEventFilters](/references/typescript/v5/RoleRevokedEventFilters): Represents the filters for the "RoleRevoked" event.
* [RolesOfParams](/references/typescript/v5/RolesOfParams): Represents the parameters for the "rolesOf" function.
* [RoyaltyInfoParams](/references/typescript/v5/RoyaltyInfoParams-2): Represents the parameters for the "royaltyInfo" function.
* [RoyaltyInfoParams](/references/typescript/v5/RoyaltyInfoParams): Represents the parameters for the "royaltyInfo" function.
* [SafeBatchTransferFromParams](/references/typescript/v5/SafeBatchTransferFromParams): Represents the parameters for the "safeBatchTransferFrom" function.
* [SafeTransferFromParams](/references/typescript/v5/SafeTransferFromParams): Represents the parameters for the "safeTransferFrom" function.
* [SaveSnapshotParams](/references/typescript/v5/SaveSnapshotParams): Was this page helpful?
* [SendBatchTransactionOptions](/references/typescript/v5/SendBatchTransactionOptions): Was this page helpful?
* [SendCallsOptions](/references/typescript/v5/SendCallsOptions): Was this page helpful?
* [SendTransactionConfig](/references/typescript/v5/SendTransactionConfig): Configuration for the `useSendTransaction` hook.
* [SendTransactionOptions](/references/typescript/v5/SendTransactionOptions): Send transaction options
* [SendTransactionPayModalConfig](/references/typescript/v5/SendTransactionPayModalConfig): Configuration for the "Pay Modal" that opens when the user doesn't have enough funds to send a transaction. Set `payModal: false` to disable the "Pay Modal" popup
* [SerializeTransactionOptions](/references/typescript/v5/SerializeTransactionOptions): Was this page helpful?
* [SetApprovalForAllParams](/references/typescript/v5/SetApprovalForAllParams-2): Represents the parameters for the "setApprovalForAll" function.
* [SetApprovalForAllParams](/references/typescript/v5/SetApprovalForAllParams): Represents the parameters for the "setApprovalForAll" function.
* [SetClaimConditionsParams](/references/typescript/v5/SetClaimConditionsParams-2): Was this page helpful?
* [SetClaimConditionsParams](/references/typescript/v5/SetClaimConditionsParams-3): Was this page helpful?
* [SetClaimConditionsParams](/references/typescript/v5/SetClaimConditionsParams): Was this page helpful?
* [SetDefaultRoyaltyInfoParams](/references/typescript/v5/SetDefaultRoyaltyInfoParams-2): Represents the parameters for the "setDefaultRoyaltyInfo" function.
* [SetDefaultRoyaltyInfoParams](/references/typescript/v5/SetDefaultRoyaltyInfoParams-3): Represents the parameters for the "setDefaultRoyaltyInfo" function.
* [SetMerkleRootParams](/references/typescript/v5/SetMerkleRootParams): Represents the parameters for the "setMerkleRoot" function.
* [SetDefaultRoyaltyInfoParams](/references/typescript/v5/SetDefaultRoyaltyInfoParams): Represents the parameters for the "setDefaultRoyaltyInfo" function.
* [SetOwnerParams](/references/typescript/v5/SetOwnerParams-2): Represents the parameters for the "setOwner" function.
* [SetPlatformFeeInfoParams](/references/typescript/v5/SetPlatformFeeInfoParams): Represents the parameters for the "setPlatformFeeInfo" function.
* [SetOwnerParams](/references/typescript/v5/SetOwnerParams): Represents the parameters for the "setOwner" function.
* [SetPrimarySaleRecipientParams](/references/typescript/v5/SetPrimarySaleRecipientParams): Represents the parameters for the "setPrimarySaleRecipient" function.
* [SetPublisherProfileUriParams](/references/typescript/v5/SetPublisherProfileUriParams): Represents the parameters for the "setPublisherProfileUri" function.
* [SetProposalThresholdParams](/references/typescript/v5/SetProposalThresholdParams): Represents the parameters for the "setProposalThreshold" function.
* [SetRoyaltyInfoForTokenParams](/references/typescript/v5/SetRoyaltyInfoForTokenParams-2): Represents the parameters for the "setRoyaltyInfoForToken" function.
* [SetRoyaltyInfoForTokenParams](/references/typescript/v5/SetRoyaltyInfoForTokenParams-3): Represents the parameters for the "setRoyaltyInfoForToken" function.
* [SetRoyaltyInfoForTokenParams](/references/typescript/v5/SetRoyaltyInfoForTokenParams): Represents the parameters for the "setRoyaltyInfoForToken" function.
* [SetTokenURIParams](/references/typescript/v5/SetTokenURIParams-2): Represents the parameters for the "setTokenURI" function.
* [SetTokenURIParams](/references/typescript/v5/SetTokenURIParams): Represents the parameters for the "setTokenURI" function.
* [SetTransferValidatorParams](/references/typescript/v5/SetTransferValidatorParams-2): Represents the parameters for the "setTransferValidator" function.
* [SetTransferableForParams](/references/typescript/v5/SetTransferableForParams-2): Represents the parameters for the "setTransferableFor" function.
* [SetTransferValidatorParams](/references/typescript/v5/SetTransferValidatorParams): Represents the parameters for the "setTransferValidator" function.
* [SetTransferableForParams](/references/typescript/v5/SetTransferableForParams-3): Represents the parameters for the "setTransferableFor" function.
* [SetSharedMetadataParams](/references/typescript/v5/SetSharedMetadataParams): Was this page helpful?
* [SetTransferableForParams](/references/typescript/v5/SetTransferableForParams): Represents the parameters for the "setTransferableFor" function.
* [SharesParams](/references/typescript/v5/SharesParams): Represents the parameters for the "shares" function.
* [SetVotingPeriodParams](/references/typescript/v5/SetVotingPeriodParams): Represents the parameters for the "setVotingPeriod" function.
* [SetVotingDelayParams](/references/typescript/v5/SetVotingDelayParams): Represents the parameters for the "setVotingDelay" function.
* [SignAddOptions](/references/typescript/v5/SignAddOptions): Was this page helpful?
* [SignKeyRequestOptions](/references/typescript/v5/SignKeyRequestOptions): Was this page helpful?
* [SignLoginPayloadParams](/references/typescript/v5/SignLoginPayloadParams): Was this page helpful?
* [SignMessageOptions](/references/typescript/v5/SignMessageOptions): Was this page helpful?
* [SignOptions](/references/typescript/v5/SignOptions): Options for signing a transaction hash.
* [SignRegisterOptions](/references/typescript/v5/SignRegisterOptions): Was this page helpful?
* [SignTransactionOptions](/references/typescript/v5/SignTransactionOptions): Was this page helpful?
* [SignTypedDataOptions](/references/typescript/v5/SignTypedDataOptions): Was this page helpful?
* [SignedKeyRequestMessage](/references/typescript/v5/SignedKeyRequestMessage): Unix timestamp when this message expires
* [QuoteTokenInfo](/references/typescript/v5/QuoteTokenInfo): Was this page helpful?
* [SignedKeyRequestMetadataOptions](/references/typescript/v5/SignedKeyRequestMetadataOptions): Was this page helpful?
* [SimulateOptions](/references/typescript/v5/SimulateOptions): Was this page helpful?
* [SimulateHandleOpParams](/references/typescript/v5/SimulateHandleOpParams): Represents the parameters for the "simulateHandleOp" function.
* [SingleStepAuthArgsType](/references/typescript/v5/SingleStepAuthArgsType): Was this page helpful?
* [SiteLink](/references/typescript/v5/SiteLink): Creates a link to another thirdweb-supported site with wallet connection parameters.
* [SmartWalletConnectionOptions](/references/typescript/v5/SmartWalletConnectionOptions): Was this page helpful?
* [SmartWalletOptions](/references/typescript/v5/SmartWalletOptions): Was this page helpful?
* [SplitContractParams](/references/typescript/v5/SplitContractParams): An array of strings containing wallet addresses of the recipients For example:
* [SocialProfile](/references/typescript/v5/SocialProfile): Was this page helpful?
* [StandaloneWCConnectOptions](/references/typescript/v5/StandaloneWCConnectOptions): Was this page helpful?
* [StateParams](/references/typescript/v5/StateParams): Represents the parameters for the "state" function.
* [SplitRecipient](/references/typescript/v5/SplitRecipient): The address of the recipient
* [StoredTransaction](/references/typescript/v5/StoredTransaction): Was this page helpful?
* [StringToBytesOpts](/references/typescript/v5/StringToBytesOpts): Size of the output bytes.
* [Theme](/references/typescript/v5/Theme): Was this page helpful?
* [ThemeOverrides](/references/typescript/v5/ThemeOverrides): Was this page helpful?
* [ThirdwebClient](/references/typescript/v5/ThirdwebClient): Was this page helpful?
* [ThirdwebContract](/references/typescript/v5/ThirdwebContract): Was this page helpful?
* [ToBytesParameters](/references/typescript/v5/ToBytesParameters): Size of the output bytes.
* [ThirdwebProvider](/references/typescript/v5/ThirdwebProvider): The ThirdwebProvider is component is a provider component that sets up the React Query client.
* [ToEip1193ProviderOptions](/references/typescript/v5/ToEip1193ProviderOptions): Was this page helpful?
* [ToHexParameters](/references/typescript/v5/ToHexParameters): The size (in bytes) of the output hex value.
* [TokenConditionIdParams](/references/typescript/v5/TokenConditionIdParams): Represents the parameters for the "tokenConditionId" function.
* [ToSerializableTransactionOptions](/references/typescript/v5/ToSerializableTransactionOptions): The from address or account to use for gas estimation and authorization signing.
* [TokenDataOfParams](/references/typescript/v5/TokenDataOfParams): Represents the parameters for the "tokenDataOf" function.
* [TokenInfo](/references/typescript/v5/TokenInfo): Was this page helpful?
* [TokenMerkleRootParams](/references/typescript/v5/TokenMerkleRootParams): Represents the parameters for the "tokenMerkleRoot" function.
* [TokenOfOwnerByIndexParams](/references/typescript/v5/TokenOfOwnerByIndexParams): Represents the parameters for the "tokenOfOwnerByIndex" function.
* [TokenProvider](/references/typescript/v5/TokenProvider): A React context provider component that supplies Token-related data to its child components.
* [TokenProviderProps](/references/typescript/v5/TokenProviderProps): Props for the `<TokenProvider />` component
* [TokenURIParams](/references/typescript/v5/TokenURIParams): Represents the parameters for the "tokenURI" function.
* [TokenURIRevealedEventFilters](/references/typescript/v5/TokenURIRevealedEventFilters): Represents the filters for the "TokenURIRevealed" event.
* [TokensClaimedEventFilters](/references/typescript/v5/TokensClaimedEventFilters): Represents the filters for the "TokensClaimed" event.
* [TokensLazyMintedEventFilters](/references/typescript/v5/TokensLazyMintedEventFilters): Represents the filters for the "TokensLazyMinted" event.
* [TokensClaimedEventFilters](/references/typescript/v5/TokensClaimedEventFilters-2): Represents the filters for the "TokensClaimed" event.
* [TokensMintedEventFilters](/references/typescript/v5/TokensMintedEventFilters): Represents the filters for the "TokensMinted" event.
* [TokensMintedWithSignatureEventFilters](/references/typescript/v5/TokensMintedWithSignatureEventFilters-3): Represents the filters for the "TokensMintedWithSignature" event.
* [TokensMintedWithSignatureEventFilters](/references/typescript/v5/TokensMintedWithSignatureEventFilters-2): Represents the filters for the "TokensMintedWithSignature" event.
* [TokensOfOwnerParams](/references/typescript/v5/TokensOfOwnerParams): Represents the parameters for the "tokensOfOwner" function.
* [TokensMintedWithSignatureEventFilters](/references/typescript/v5/TokensMintedWithSignatureEventFilters): Represents the filters for the "TokensMintedWithSignature" event.
* [TotalSupplyParams](/references/typescript/v5/TotalSupplyParams): Represents the parameters for the "totalSupply" function.
* [TransactionButtonProps](/references/typescript/v5/TransactionButtonProps): Props for the [TransactionButton](https://portal.thirdweb.com/references/typescript/v5/TransactionButton) component.
* [TranasctionOptions](/references/typescript/v5/TranasctionOptions): The transaction to be executed.
* [TransferAndChangeRecoveryParams](/references/typescript/v5/TransferAndChangeRecoveryParams): Represents the parameters for the "transferAndChangeRecovery" function.
* [TransferBatchEventFilters](/references/typescript/v5/TransferBatchEventFilters): Represents the filters for the "TransferBatch" event.
* [TransactionReceipt](/references/typescript/v5/TransactionReceipt): The actual value per gas deducted from the sender's account for blob gas. Only specified for blob transactions as defined by EIP-4844.
* [SiweAuthOptions](/references/typescript/v5/SiweAuthOptions): Options for Setting up SIWE (Sign in with Ethereum) Authentication
* [TransferEventFilters](/references/typescript/v5/TransferEventFilters): Represents the filters for the "Transfer" event.
* [TransferBatchParams](/references/typescript/v5/TransferBatchParams): Represents the parameters for a batch transfer operation.
* [TransferEventFilters](/references/typescript/v5/TransferEventFilters-2): Represents the filters for the "Transfer" event.
* [TransactionButton](/references/typescript/v5/TransactionButton): TransactionButton component is used to render a button that triggers a transaction. It shows a "Switch Network" button if the connected wallet is on a different chain than the transaction.
* [TransferForParams](/references/typescript/v5/TransferForParams): Represents the parameters for the "transferFor" function.
* [TransferFromParams](/references/typescript/v5/TransferFromParams): Represents the parameters for the `transferFrom` function.
* [TransferFromParams](/references/typescript/v5/TransferFromParams-2): Represents the parameters for the "transferFrom" function.
* [TransferOwnershipParams](/references/typescript/v5/TransferOwnershipParams): Represents the parameters for the "transferOwnership" function.
* [TransferParams](/references/typescript/v5/TransferParams-2): Represents the parameters for the "transfer" function.
* [TryAggregateParams](/references/typescript/v5/TryAggregateParams): Represents the parameters for the "tryAggregate" function.
* [TransferParams](/references/typescript/v5/TransferParams): Represents the parameters for a transfer operation.
* [TransferSingleEventFilters](/references/typescript/v5/TransferSingleEventFilters): Represents the filters for the "TransferSingle" event.
* [TryBlockAndAggregateParams](/references/typescript/v5/TryBlockAndAggregateParams): Represents the parameters for the "tryBlockAndAggregate" function.
* [UninstallModuleByProxyOptions](/references/typescript/v5/UninstallModuleByProxyOptions): Was this page helpful?
* [UninstallPublishedModuleOptions](/references/typescript/v5/UninstallPublishedModuleOptions): Was this page helpful?
* [UninstallModuleParams](/references/typescript/v5/UninstallModuleParams): Represents the parameters for the "uninstallModule" function.
* [UnpinOptions](/references/typescript/v5/UnpinOptions): Was this page helpful?
* [UnpublishContractParams](/references/typescript/v5/UnpublishContractParams): Represents the parameters for the "unpublishContract" function.
* [UpdateMetadataParams](/references/typescript/v5/UpdateMetadataParams-2): Was this page helpful?
* [UpdateListingParams](/references/typescript/v5/UpdateListingParams): Was this page helpful?
* [UpdateMetadataParams](/references/typescript/v5/UpdateMetadataParams): Was this page helpful?
* [UpdateQuorumNumeratorParams](/references/typescript/v5/UpdateQuorumNumeratorParams): Represents the parameters for the "updateQuorumNumerator" function.
* [UpdateTokenURIParams](/references/typescript/v5/UpdateTokenURIParams-2): Was this page helpful?
* [UpdatedListingEventFilters](/references/typescript/v5/UpdatedListingEventFilters): Represents the filters for the "UpdatedListing" event.
* [UploadMetadataParams](/references/typescript/v5/UploadMetadataParams-2): Was this page helpful?
* [UpdateTokenURIParams](/references/typescript/v5/UpdateTokenURIParams): Was this page helpful?
* [UseBlockNumberOptions](/references/typescript/v5/UseBlockNumberOptions): Was this page helpful?
* [UriParams](/references/typescript/v5/UriParams): Represents the parameters for the "uri" function.
* [UseConnectModalOptions](/references/typescript/v5/UseConnectModalOptions): Options for configuring Connect Modal for [useConnectModal](https://portal.thirdweb.com/references/typescript/v5/useConnectModal) hook
* [UseNetworkSwitcherModalOptions](/references/typescript/v5/UseNetworkSwitcherModalOptions): Options for the `useNetworkSwitcherModal` hook's returned `open` function
* [UseWalletDetailsModalOptions](/references/typescript/v5/UseWalletDetailsModalOptions): When you click on "View Assets", by default the "Tokens" tab is shown first. If you want to show the "NFTs" tab first, change the order of the asset tabs to: \["nft", "token"\] Note: If an empty array is passed, the \[View Funds\] button will be hidden
* [UserOperation](/references/typescript/v5/UserOperation): Was this page helpful?
* [VerifyEOASignatureParams](/references/typescript/v5/VerifyEOASignatureParams): Was this page helpful?
* [VerifyLoginPayloadResult](/references/typescript/v5/VerifyLoginPayloadResult): Was this page helpful?
* [VerifyContractWalletSignatureParams](/references/typescript/v5/VerifyContractWalletSignatureParams): Was this page helpful?
* [VerifyFidSignatureParams](/references/typescript/v5/VerifyFidSignatureParams): Represents the parameters for the "verifyFidSignature" function.
* [VerifyLoginPayloadParams](/references/typescript/v5/VerifyLoginPayloadParams): Was this page helpful?
* [VerifyTypedDataParams](/references/typescript/v5/VerifyTypedDataParams): Was this page helpful?
* [WCAutoConnectOptions](/references/typescript/v5/WCAutoConnectOptions): A client is the entry point to the thirdweb SDK. It is required for all other actions. You can create a client using the `createThirdwebClient` function. Refer to the [ Creating a Client](https://portal.thirdweb.com/typescript/v5/client) documentation for more information.
* [VoteType](/references/typescript/v5/VoteType): Was this page helpful?
* [WCConnectOptions](/references/typescript/v5/WCConnectOptions): The [Chain](https://portal.thirdweb.com/references/typescript/v5/Chain) object of the blockchain you want the wallet to connect to
* [WaitForReceiptOptions](/references/typescript/v5/WaitForReceiptOptions): Was this page helpful?
* [WaitForBundleOptions](/references/typescript/v5/WaitForBundleOptions): Was this page helpful?
* [WCSupportedWalletIds](/references/typescript/v5/WCSupportedWalletIds): Was this page helpful?
* [Wallet](/references/typescript/v5/Wallet): Wallet interface
* [WalletCallReceipt](/references/typescript/v5/WalletCallReceipt): Was this page helpful?
* [WalletAutoConnectionOption](/references/typescript/v5/WalletAutoConnectionOption): Generic type for getting the type of object that the `wallet.autoConnect` method takes as the first argument.
* [WalletCapabilitiesRecord](/references/typescript/v5/WalletCapabilitiesRecord): Was this page helpful?
* [WalletConnectSession](/references/typescript/v5/WalletConnectSession): Was this page helpful?
* [WalletCreationOptions](/references/typescript/v5/WalletCreationOptions): Generic type for getting the type of object that the `createWallet` function takes as the second argument. ( the first argument being the wallet id )
* [WalletConnectionOption](/references/typescript/v5/WalletConnectionOption): Generic type for getting the type of object that the `wallet.connect` method takes as the first argument.
* [WalletEmitterEvents](/references/typescript/v5/WalletEmitterEvents): Was this page helpful?
* [WalletInfo](/references/typescript/v5/WalletInfo): Was this page helpful?
* [WalletId](/references/typescript/v5/WalletId): Was this page helpful?
* [WalletProvider](/references/typescript/v5/WalletProvider): A React context provider component that supplies Wallet-related data to its child components.
* [WalletProviderProps](/references/typescript/v5/WalletProviderProps): Props for the WalletProvider component
* [WalletSendCallsParameters](/references/typescript/v5/WalletSendCallsParameters): Was this page helpful?
* [WelcomeScreen](/references/typescript/v5/WelcomeScreen): Render custom Welcome Screen in "wide" `ConnectButton` 's Modal either by passing a custom React component or by passing an object with custom title, subtitle and image
* [WithdrawEventFilters](/references/typescript/v5/WithdrawEventFilters): Represents the filters for the "Withdraw" event.
* [WatchBlockNumberOptions](/references/typescript/v5/WatchBlockNumberOptions): Was this page helpful?
* [WatchContractEventsOptions](/references/typescript/v5/WatchContractEventsOptions): Was this page helpful?
* [WithdrawParams](/references/typescript/v5/WithdrawParams): Represents the parameters for the "withdraw" function.
* [WithdrawParams](/references/typescript/v5/WithdrawParams-2): Represents the parameters for the "withdraw" function.
* [airdropERC1155WithSignature](/references/typescript/v5/airdrop/airdropERC1155WithSignature): Prepares a transaction to call the "airdropERC1155WithSignature" function on the contract.
* [airdropERC1155](/references/typescript/v5/airdrop/airdropERC1155): Prepares a transaction to call the "airdropERC1155" function on the contract.
* [airdropERC20WithSignature](/references/typescript/v5/airdrop/airdropERC20WithSignature): Prepares a transaction to call the "airdropERC20WithSignature" function on the contract.
* [airdropERC721](/references/typescript/v5/airdrop/airdropERC721): Prepares a transaction to call the "airdropERC721" function on the contract.
* [claimERC1155](/references/typescript/v5/airdrop/claimERC1155): Claim airdrop of ERC1155 tokens for allowlisted addresses. (Pull based airdrop)
* [airdropERC721WithSignature](/references/typescript/v5/airdrop/airdropERC721WithSignature): Prepares a transaction to call the "airdropERC721WithSignature" function on the contract.
* [airdropERC20](/references/typescript/v5/airdrop/airdropERC20): Prepares a transaction to call the "airdropERC20" function on the contract.
* [airdropNativeToken](/references/typescript/v5/airdrop/airdropNativeToken): Prepares a transaction to call the "airdropNativeToken" function on the contract.
* [fetchProofsERC1155](/references/typescript/v5/airdrop/fetchProofsERC1155): Retrieves the claim merkle proof for the provided address.
* [fetchProofsERC20](/references/typescript/v5/airdrop/fetchProofsERC20): Retrieves the claim merkle proof for the provided address.
* [claimERC721](/references/typescript/v5/airdrop/claimERC721): Claim airdrop of ERC721 tokens for allowlisted addresses. (Pull based airdrop)
* [claimERC20](/references/typescript/v5/airdrop/claimERC20): Claim airdrop of ERC20 tokens for allowlisted addresses. (Pull based airdrop)
* [fetchProofsERC721](/references/typescript/v5/airdrop/fetchProofsERC721): Retrieves the claim merkle proof for the provided address.
* [generateAirdropSignatureERC1155](/references/typescript/v5/airdrop/generateAirdropSignatureERC1155): Generates the req and signature for sending ERC1155 airdrop.
* [generateAirdropSignatureERC721](/references/typescript/v5/airdrop/generateAirdropSignatureERC721): Generates the req and signature for sending ERC721 airdrop.
* [generateAirdropSignatureERC20](/references/typescript/v5/airdrop/generateAirdropSignatureERC20): Generates the req and signature for sending ERC20 airdrop.
* [generateMerkleTreeInfoERC721](/references/typescript/v5/airdrop/generateMerkleTreeInfoERC721): Generate merkle tree for a given snapshot.
* [generateMerkleTreeInfoERC1155](/references/typescript/v5/airdrop/generateMerkleTreeInfoERC1155): Generate merkle tree for a given snapshot.
* [generateMerkleTreeInfoERC20](/references/typescript/v5/airdrop/generateMerkleTreeInfoERC20): Generate merkle tree for a given snapshot.
* [isClaimed](/references/typescript/v5/airdrop/isClaimed): Calls the "isClaimed" function on the contract.
* [saveSnapshot](/references/typescript/v5/airdrop/saveSnapshot): Generate merkle tree for a given snapshot and save the info on-chain.
* [tokenConditionId](/references/typescript/v5/airdrop/tokenConditionId): Calls the "tokenConditionId" function on the contract.
* [setMerkleRoot](/references/typescript/v5/airdrop/setMerkleRoot): Prepares a transaction to call the "setMerkleRoot" function on the contract.
* [tokenMerkleRoot](/references/typescript/v5/airdrop/tokenMerkleRoot): Calls the "tokenMerkleRoot" function on the contract.
* [authenticate](/references/typescript/v5/authenticate): Authenticates the user based on the provided authentication arguments.
* [authenticateWithRedirect](/references/typescript/v5/authenticateWithRedirect): Authenticates the user based on the provided authentication arguments using a redirect.
* [autoConnect](/references/typescript/v5/autoConnect): Attempts to automatically connect to the last connected wallet. It combines both specified wallets and installed wallet providers that aren't already specified.
* [batchMetadataUpdateEvent](/references/typescript/v5/batchmetadataerc1155/batchMetadataUpdateEvent): Creates an event object for the BatchMetadataUpdate event.
* [encodeInstall](/references/typescript/v5/batchmetadataerc1155/encodeInstall): Encodes the install data for the BatchMetadataERC1155 module.
* [install](/references/typescript/v5/batchmetadataerc1155/install): Installs the BatchMetadataERC1155 module on a core contract.
* [uploadMetadata](/references/typescript/v5/batchmetadataerc1155/uploadMetadata): Uploads metadata for a batch of NFTs.
* [module](/references/typescript/v5/batchmetadataerc1155/module): Convenience function to add the BatchMetadataERC1155 module as a default module on a core contract.
* [batchMetadataUpdateEvent](/references/typescript/v5/batchmetadataerc721/batchMetadataUpdateEvent): Creates an event object for the BatchMetadataUpdate event.
* [encodeInstall](/references/typescript/v5/batchmetadataerc721/encodeInstall): Encodes the install data for the BatchMetadataERC721 module.
* [module](/references/typescript/v5/batchmetadataerc721/module): Convenience function to add the BatchMetadataERC721 module as a default module on a core contract.
* [uploadMetadata](/references/typescript/v5/batchmetadataerc721/uploadMetadata): Uploads metadata for a batch of NFTs.
* [boolToBytes](/references/typescript/v5/boolToBytes): Converts a boolean value to a Uint8Array of bytes.
* [boolToHex](/references/typescript/v5/boolToHex): Converts a boolean value to a hexadecimal string representation.
* [bundleUserOp](/references/typescript/v5/bundleUserOp): Bundle a user operation.
* [bytesToBigInt](/references/typescript/v5/bytesToBigInt): Converts a Uint8Array of bytes to a bigint.
* [bytesToString](/references/typescript/v5/bytesToString): Converts an array of bytes to a string using UTF-8 encoding.
* [bytesToBool](/references/typescript/v5/bytesToBool): Converts a byte array to a boolean value.
* [bytesToNumber](/references/typescript/v5/bytesToNumber): Converts a Uint8Array of bytes to a number.
* [chat](/references/typescript/v5/chat): Chat with Nebula.
* [checksumAddress](/references/typescript/v5/checksumAddress): Calculates the checksum address for the given address.
* [checkVerificationStatus](/references/typescript/v5/checkVerificationStatus): Checks the verification status of a contract.
* [getSaleConfig](/references/typescript/v5/claimableerc1155/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [getClaimCondition](/references/typescript/v5/claimableerc1155/getClaimCondition): Calls the "getClaimConditionByTokenId" function on the contract.
* [encodeInstall](/references/typescript/v5/claimableerc1155/encodeInstall): Encodes the install data for the ClaimableERC1155 module.
* [install](/references/typescript/v5/claimableerc1155/install): Installs the ClaimableERC1155 module on a core contract.
* [module](/references/typescript/v5/claimableerc1155/module): Convenience function to add the ClaimableERC1155 module as a default module on a core contract.
* [mint](/references/typescript/v5/claimableerc1155/mint): Mints ERC1155 tokens to a specified address via a ClaimableERC1155 module.
* [setClaimCondition](/references/typescript/v5/claimableerc1155/setClaimCondition): Sets the claim conditions for a given token ID.
* [encodeInstall](/references/typescript/v5/claimableerc20/encodeInstall): Encodes the install data for the ClaimableERC20 module.
* [setSaleConfig](/references/typescript/v5/claimableerc1155/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [getClaimCondition](/references/typescript/v5/claimableerc20/getClaimCondition): Calls the "getClaimCondition" function on the contract.
* [getSaleConfig](/references/typescript/v5/claimableerc20/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [install](/references/typescript/v5/claimableerc20/install): Installs the ClaimableERC20 module on a core contract.
* [mint](/references/typescript/v5/claimableerc20/mint): Mints tokens to a specified address via a ClaimableERC20 module.
* [module](/references/typescript/v5/claimableerc20/module): Convenience function to add the ClaimableERC20 module as a default module on a core contract.
* [setClaimCondition](/references/typescript/v5/claimableerc20/setClaimCondition): Sets the claim conditions for a given token ID.
* [setSaleConfig](/references/typescript/v5/claimableerc20/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [encodeInstall](/references/typescript/v5/claimableerc721/encodeInstall): Encodes the install data for the ClaimableERC721 module.
* [getClaimCondition](/references/typescript/v5/claimableerc721/getClaimCondition): Calls the "getClaimCondition" function on the contract.
* [install](/references/typescript/v5/batchmetadataerc721/install): Installs the BatchMetadataERC721 module on a core contract.
* [install](/references/typescript/v5/claimableerc721/install): Installs the ClaimableERC721 module on a core contract.
* [getSaleConfig](/references/typescript/v5/claimableerc721/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [mint](/references/typescript/v5/claimableerc721/mint): Mints ERC721 tokens to a specified address via a ClaimableERC721 module.
* [module](/references/typescript/v5/claimableerc721/module): Convenience function to add the ClaimableERC721 module as a default module on a core contract.
* [setClaimCondition](/references/typescript/v5/claimableerc721/setClaimCondition): Sets the claim conditions for a given token ID.
* [setSaleConfig](/references/typescript/v5/claimableerc721/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [checkModulesCompatibility](/references/typescript/v5/common/checkModulesCompatibility): Check if the given modules are compatible with the given core contract
* [contractURI](/references/typescript/v5/common/contractURI): Calls the "contractURI" function on the contract.
* [deployModularContract](/references/typescript/v5/common/deployModularContract): Deploys an thirdweb ERC20 contract of the given type. On chains where the thirdweb infrastructure contracts are not deployed, this function will deploy them as well.
* [getContractMetadata](/references/typescript/v5/common/getContractMetadata): Retrieves the contract metadata including name and symbol.
* [getDefaultRoyaltyInfo](/references/typescript/v5/common/getDefaultRoyaltyInfo): Calls the "getDefaultRoyaltyInfo" function on the contract.
* [getDeployedModule](/references/typescript/v5/common/getDeployedModule): Gets a deployed module implementation contract.
* [getRoyaltyInfoForToken](/references/typescript/v5/common/getRoyaltyInfoForToken): Calls the "getRoyaltyInfoForToken" function on the contract.
* [getOrDeployModule](/references/typescript/v5/common/getOrDeployModule): Gets or deploys a module implementation contract.
* [getPlatformFeeInfo](/references/typescript/v5/common/getPlatformFeeInfo): Calls the "getPlatformFeeInfo" function on the contract.
* [grantMinterRole](/references/typescript/v5/common/grantMinterRole): Grants the minter role to a user.
* [isGetContractMetadataSupported](/references/typescript/v5/common/isGetContractMetadataSupported): Checks if the `contractURI` method is supported by the given contract.
* [installPublishedModule](/references/typescript/v5/common/installPublishedModule): Install a published module on a modular contract
* [isGetDefaultRoyaltyInfoSupported](/references/typescript/v5/common/isGetDefaultRoyaltyInfoSupported): Checks if the `getDefaultRoyaltyInfo` method is supported by the given contract.
* [isGetRoyaltyInfoForTokenSupported](/references/typescript/v5/common/isGetRoyaltyInfoForTokenSupported): Checks if the `getRoyaltyInfoForToken` method is supported by the given contract.
* [isGetPlatformFeeInfoSupported](/references/typescript/v5/common/isGetPlatformFeeInfoSupported): Checks if the `getPlatformFeeInfo` method is supported by the given contract.
* [isMulticallSupported](/references/typescript/v5/common/isMulticallSupported): Checks if the `multicall` method is supported by the given contract.
* [isOwnerSupported](/references/typescript/v5/common/isOwnerSupported): Checks if the `owner` method is supported by the given contract.
* [isPrimarySaleRecipientSupported](/references/typescript/v5/common/isPrimarySaleRecipientSupported): Checks if the `primarySaleRecipient` method is supported by the given contract.
* [SiteEmbed](/references/typescript/v5/SiteEmbed): Embeds another thirdweb-supported site for seamless in-app and ecosystem wallet connection.
* [isNameSupported](/references/typescript/v5/common/isNameSupported): Checks if the `name` method is supported by the given contract.
* [isSetPlatformFeeInfoSupported](/references/typescript/v5/common/isSetPlatformFeeInfoSupported): Checks if the `setPlatformFeeInfo` method is supported by the given contract.
* [isSetContractURISupported](/references/typescript/v5/common/isSetContractURISupported): Checks if the `setContractURI` method is supported by the given contract.
* [isSetPrimarySaleRecipientSupported](/references/typescript/v5/common/isSetPrimarySaleRecipientSupported): Checks if the `setPrimarySaleRecipient` method is supported by the given contract.
* [isSetDefaultRoyaltyInfoSupported](/references/typescript/v5/common/isSetDefaultRoyaltyInfoSupported): Checks if the `setDefaultRoyaltyInfo` method is supported by the given contract.
* [isSymbolSupported](/references/typescript/v5/common/isSymbolSupported): Checks if the `symbol` method is supported by the given contract.
* [isSetRoyaltyInfoForTokenSupported](/references/typescript/v5/common/isSetRoyaltyInfoForTokenSupported): Checks if the `setRoyaltyInfoForToken` method is supported by the given contract.
* [multicall](/references/typescript/v5/common/multicall): Prepares a transaction to call the "multicall" function on the contract.
* [name](/references/typescript/v5/common/name): Retrieves the name associated with the given contract.
* [owner](/references/typescript/v5/common/owner): Calls the "owner" function on the contract.
* [ownerUpdatedEvent](/references/typescript/v5/common/ownerUpdatedEvent): Creates an event object for the OwnerUpdated event.
* [primarySaleRecipient](/references/typescript/v5/common/primarySaleRecipient): Calls the "primarySaleRecipient" function on the contract.
* [setContractMetadata](/references/typescript/v5/common/setContractMetadata): Sets the metadata for a contract.
* [setContractURI](/references/typescript/v5/common/setContractURI): Prepares a transaction to call the "setContractURI" function on the contract.
* [setOwner](/references/typescript/v5/common/setOwner): Prepares a transaction to call the "setOwner" function on the contract.
* [setDefaultRoyaltyInfo](/references/typescript/v5/common/setDefaultRoyaltyInfo): Prepares a transaction to call the "setDefaultRoyaltyInfo" function on the contract.
* [setPrimarySaleRecipient](/references/typescript/v5/common/setPrimarySaleRecipient): Prepares a transaction to call the "setPrimarySaleRecipient" function on the contract.
* [setRoyaltyInfoForToken](/references/typescript/v5/common/setRoyaltyInfoForToken): Prepares a transaction to call the "setRoyaltyInfoForToken" function on the contract.
* [setPlatformFeeInfo](/references/typescript/v5/common/setPlatformFeeInfo): Prepares a transaction to call the "setPlatformFeeInfo" function on the contract.
* [symbol](/references/typescript/v5/common/symbol): Retrieves the name associated with the given contract.
* [uninstallPublishedModule](/references/typescript/v5/common/uninstallPublishedModule): Uninstall a published module
* [uninstallModuleByProxy](/references/typescript/v5/common/uninstallModuleByProxy): Uninstall an module by proxy
* [UI Components](/references/typescript/v5/components): Was this page helpful?
* [computeDeploymentAddress](/references/typescript/v5/computeDeploymentAddress): Computes the deployment address for a contract based on the given options.
* [concatHex](/references/typescript/v5/concatHex): Concatenates an array of hexadecimal values into a single hexadecimal value.
* [convertCryptoToFiat](/references/typescript/v5/convertCryptoToFiat): Get a price of a token (using tokenAddress + chainId) in fiat. Only USD is supported at the moment.
* [convertFiatToCrypto](/references/typescript/v5/convertFiatToCrypto): Convert a fiat value to a token. Currently only USD is supported.
* [createAndSignUserOp](/references/typescript/v5/createAndSignUserOp): Create and sign a user operation.
* [createAuth](/references/typescript/v5/createAuth): Creates an authentication object with the given options.
* [createThirdwebClient](/references/typescript/v5/createThirdwebClient): Creates a Thirdweb client using the provided client ID (client-side) or secret key (server-side).
* [createUnsignedUserOp](/references/typescript/v5/createUnsignedUserOp): Creates an unsigned user operation from a prepared transaction.
* [createContractQuery](/references/typescript/v5/createContractQuery): Creates a `useQuery` hook for a contract call.
* [createWalletAdapter](/references/typescript/v5/createWalletAdapter): Creates a wallet from the given account.
* [createWalletConnectClient](/references/typescript/v5/createWalletConnectClient): Creates a new WalletConnect client for interacting with another application.
* [createWallet](/references/typescript/v5/createWallet): Creates a wallet based on the provided ID and arguments.
* [createWalletConnectSession](/references/typescript/v5/createWalletConnectSession): Initiates a new WalletConnect session for interacting with another application.
* [darkTheme](/references/typescript/v5/darkTheme): Create a custom dark theme object by using the default dark theme as a base and applying overrides.
* [decodeError](/references/typescript/v5/decodeError): Decodes an error.
* [decodeAbiParameters](/references/typescript/v5/decodeAbiParameters): Was this page helpful?
* [decodeFunctionResult](/references/typescript/v5/decodeFunctionResult): Decodes the result of a function call.
* [decodeFunctionData](/references/typescript/v5/decodeFunctionData): Decodes the data of a function call.
* [decodeJWT](/references/typescript/v5/decodeJWT): Decodes a JSON Web Token (JWT) and returns the decoded payload and signature.
* [defineChain](/references/typescript/v5/defineChain): Defines a chain with the given options.
* [computePublishedContractAddress](/references/typescript/v5/deploy/computePublishedContractAddress): Predicts the implementation address of any published contract
* [deployContract](/references/typescript/v5/deploy/deployContract): Deploy a contract on a given chain
* [deployERC1155Contract](/references/typescript/v5/deploy/deployERC1155Contract): Deploys an thirdweb ERC1155 contract of the given type. On chains where the thirdweb infrastructure contracts are not deployed, this function will deploy them as well.
* [deployERC20Contract](/references/typescript/v5/deploy/deployERC20Contract): Deploys an thirdweb ERC20 contract of the given type. On chains where the thirdweb infrastructure contracts are not deployed, this function will deploy them as well.
* [deployPackContract](/references/typescript/v5/deploy/deployPackContract): Deploy a thirdweb Pack contract
* [deployERC721Contract](/references/typescript/v5/deploy/deployERC721Contract): Deploys an thirdweb ERC721 contract of the given type. On chains where the thirdweb infrastructure contracts are not deployed, this function will deploy them as well.
* [deployPublishedContract](/references/typescript/v5/deploy/deployPublishedContract): Deploy an instance of a published contract on a given chain
* [prepareDirectDeployTransaction](/references/typescript/v5/deploy/prepareDirectDeployTransaction): Prepares a direct deploy transaction with ABI.
* [deploySplitContract](/references/typescript/v5/deploy/deploySplitContract): Deploys a thirdweb [Split contract](https://thirdweb.com/thirdweb.eth/Split)On chains where the thirdweb infrastructure contracts are not deployed, this function will deploy them as well.
* [prepareDeterministicDeployTransaction](/references/typescript/v5/deploy/prepareDeterministicDeployTransaction): Deploy a contract deterministically - will maintain the same address across chains. This is meant to be used with published contracts configured with the 'direct deploy' method. Under the hood, this uses a keyless transaction with a common create2 factory.
* [disconnectWalletConnectSession](/references/typescript/v5/disconnectWalletConnectSession): Disconnects a WalletConnect session.
* [deploySmartAccount](/references/typescript/v5/deploySmartAccount): Deployes a smart account via a dummy transaction. If the account is already deployed, this will do nothing.
* [download](/references/typescript/v5/download): Download a file from IPFS:
* [detectMethod](/references/typescript/v5/detectMethod): Detects if the specified method is present in the contract bytecode.
* [sendCalls](/references/typescript/v5/eip5792/sendCalls): Send [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) calls to a wallet. This function works with all Thirdweb wallets (in-app and smart) and certain injected wallets that already support EIP-5792\. Transactions will be bundled and sponsored when those capabilities are supported, otherwise they will be sent as individual transactions.
* [ecosystemWallet](/references/typescript/v5/ecosystemWallet): Creates an [ Ecosystem Wallet](https://portal.thirdweb.com/connect/wallet/overview) based on various authentication methods. Full list of available authentication methods [ here](/connect/wallet/sign-in-methods/configure) .
* [toProvider](/references/typescript/v5/eip1193/toProvider): Converts a Thirdweb wallet into an EIP-1193 compatible provider.
* [fromProvider](/references/typescript/v5/eip1193/fromProvider): Creates a Thirdweb wallet from an EIP-1193 compatible provider.
* [useSendCalls](/references/typescript/v5/eip5792/useSendCalls): A hook to send [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) calls to a wallet. This hook works with all Thirdweb wallets (in-app and smart) and certain injected wallets that already support EIP-5792\. Transactions will be bundled and sponsored when those capabilities are supported, otherwise they will be sent as individual transactions.
* [useCallsStatus](/references/typescript/v5/eip5792/useCallsStatus): A hook to get a call bundle's current status according to [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) .
* [getCallsStatus](/references/typescript/v5/eip5792/getCallsStatus): Get the status of an [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) bundle.
* [getCapabilities](/references/typescript/v5/eip5792/getCapabilities): Get the capabilities of a wallet based on the [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) specification.
* [encode](/references/typescript/v5/encode): Encodes a transaction object into a hexadecimal string representation of the encoded data.
* [waitForBundle](/references/typescript/v5/eip5792/waitForBundle): Waits for the [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) bundle to be confirmed.
* [encodeAbiParameters](/references/typescript/v5/encodeAbiParameters): Encodes the given ABI parameters and values into a hexadecimal string.
* [encodeJWT](/references/typescript/v5/encodeJWT): Builds a JSON Web Token (JWT) using the provided options.
* [encodePacked](/references/typescript/v5/encodePacked): Was this page helpful?
* [parseNftUri](/references/typescript/v5/ens/parseNftUri): Parses an NFT URI.
* [engineAccount](/references/typescript/v5/engineAccount): Creates an account that uses your engine backend wallet for sending transactions and signing messages.
* [parseAvatarRecord](/references/typescript/v5/ens/parseAvatarRecord): Parses an ENS or similar avatar record. Supports NFT URIs, IPFS scheme, and HTTPS URIs.
* [resolveAddress](/references/typescript/v5/ens/resolveAddress): Resolves an ENS name to an Ethereum address.
* [resolveAvatar](/references/typescript/v5/ens/resolveAvatar): Resolves an ENS name to the avatar URL.
* [resolveL2Name](/references/typescript/v5/ens/resolveL2Name): Resolves the L2 name for a specified address.
* [resolveName](/references/typescript/v5/ens/resolveName): Resolves the primary name for a specified address.
* [resolveText](/references/typescript/v5/ens/resolveText): Resolves an ENS name and key to the specified record.
* [useEnsAvatar](/references/typescript/v5/ens/useEnsAvatar): Get the ENS avatar for an ENS name
* [ensureBytecodePrefix](/references/typescript/v5/ensureBytecodePrefix): Ensures that the given bytecode has the correct prefix. If the bytecode already starts with "0x", it is returned as is. Otherwise, the prefix "0x" is added to the bytecode.
* [useEnsName](/references/typescript/v5/ens/useEnsName): Get the ENS name and avatar for an address
* [approvalForAllEvent](/references/typescript/v5/erc1155/approvalForAllEvent): Creates an event object for the ApprovalForAll event.
* [balanceOf](/references/typescript/v5/erc1155/balanceOf): Calls the "balanceOf" function on the contract.
* [batchMetadataUpdateEvent](/references/typescript/v5/erc1155/batchMetadataUpdateEvent): Creates an event object for the BatchMetadataUpdate event.
* [balanceOfBatch](/references/typescript/v5/erc1155/balanceOfBatch): Calls the "balanceOfBatch" function on the contract.
* [burn](/references/typescript/v5/erc1155/burn): Prepares a transaction to call the "burn" function on the contract.
* [burnBatch](/references/typescript/v5/erc1155/burnBatch): Prepares a transaction to call the "burnBatch" function on the contract.
* [canClaim](/references/typescript/v5/erc1155/canClaim): Check if a user can claim a drop.
* [createPack](/references/typescript/v5/erc1155/createPack): Prepares a transaction to call the "createPack" function on the contract.
* [claimTo](/references/typescript/v5/erc1155/claimTo): Claim ERC1155 NFTs to a specified address
* [encodeSafeTransferFrom](/references/typescript/v5/erc1155/encodeSafeTransferFrom): Encodes the "safeTransferFrom" function into a Hex string with its parameters.
* [freezeMetadata](/references/typescript/v5/erc1155/freezeMetadata): Prepares a transaction to call the "freezeMetadata" function on the contract.
* [generateMintSignature](/references/typescript/v5/erc1155/generateMintSignature): Generates the payload and signature for minting an ERC1155 token.
* [getActiveClaimCondition](/references/typescript/v5/erc1155/getActiveClaimCondition): Retrieves the active claim condition.
* [getClaimConditionById](/references/typescript/v5/erc1155/getClaimConditionById): Calls the "getClaimConditionById" function on the contract.
* [getClaimConditions](/references/typescript/v5/erc1155/getClaimConditions): Retrieves all claim conditions.
* [getNFT](/references/typescript/v5/erc1155/getNFT): Retrieves information about a specific ERC1155 non-fungible token (NFT).
* [getNFTs](/references/typescript/v5/erc1155/getNFTs): Retrieves an array of NFTs ("ERC1155") based on the provided options.
* [getOwnedNFTs](/references/typescript/v5/erc1155/getOwnedNFTs): Retrieves the owned ERC1155 NFTs for a given wallet address.
* [isBurnSupported](/references/typescript/v5/erc1155/isBurnSupported): Checks if the `burn` method is supported by the given contract.
* [getOwnedTokenIds](/references/typescript/v5/erc1155/getOwnedTokenIds): Retrieves the owned ERC1155 tokenIds & the owned balance of each tokenId for a given wallet address.
* [isApprovedForAll](/references/typescript/v5/erc1155/isApprovedForAll): Calls the "isApprovedForAll" function on the contract.
* [isClaimToSupported](/references/typescript/v5/erc1155/isClaimToSupported): Checks if the `claimTo` method is supported by the given contract.
* [isERC1155](/references/typescript/v5/erc1155/isERC1155): Check if a contract supports the ERC1155 interface.
* [isGetActiveClaimConditionSupported](/references/typescript/v5/erc1155/isGetActiveClaimConditionSupported): Checks if the `getActiveClaimCondition` method is supported by the given contract.
* [isGetClaimConditionByIdSupported](/references/typescript/v5/erc1155/isGetClaimConditionByIdSupported): Checks if the `getClaimConditionById` method is supported by the given contract.
* [isGetClaimConditionsSupported](/references/typescript/v5/erc1155/isGetClaimConditionsSupported): Checks if the `getClaimConditions` method is supported by the given contract.
* [useCapabilities](/references/typescript/v5/eip5792/useCapabilities): A hook to get the current wallet's capabilities according to [ EIP-5792](https://eips.ethereum.org/EIPS/eip-5792) .
* [isGetNFTsSupported](/references/typescript/v5/erc1155/isGetNFTsSupported): Checks if the `getNFTs` method is supported by the given contract.
* [isLazyMintSupported](/references/typescript/v5/erc1155/isLazyMintSupported): Checks if the `lazyMint` method is supported by the given contract.
* [isGetNFTSupported](/references/typescript/v5/erc1155/isGetNFTSupported): Checks if the `uri` method is supported by the given contract.
* [isResetClaimEligibilitySupported](/references/typescript/v5/erc1155/isResetClaimEligibilitySupported): Checks if the `resetClaimEligibility` method is supported by the given contract.
* [isMintToSupported](/references/typescript/v5/erc1155/isMintToSupported): Checks if the `mintTo` method is supported by the given contract.
* [isMintAdditionalSupplyToSupported](/references/typescript/v5/erc1155/isMintAdditionalSupplyToSupported): Checks if the `mintAdditionalSupplyTo` method is supported by the given contract.
* [isNextTokenIdToMintSupported](/references/typescript/v5/erc1155/isNextTokenIdToMintSupported): Checks if the `nextTokenIdToMint` method is supported by the given contract.
* [isSetClaimConditionsSupported](/references/typescript/v5/erc1155/isSetClaimConditionsSupported): Checks if the `setClaimConditions` method is supported by the given contract.
* [isUpdateTokenURISupported](/references/typescript/v5/erc1155/isUpdateTokenURISupported): Checks if the `setTokenURI` method is supported by the given contract.
* [isTotalSupplySupported](/references/typescript/v5/erc1155/isTotalSupplySupported): Checks if the `totalSupply` method is supported by the given contract.
* [lazyMint](/references/typescript/v5/erc1155/lazyMint): Lazily mints ERC1155 tokens.
* [metadataUpdateEvent](/references/typescript/v5/erc1155/metadataUpdateEvent): Creates an event object for the MetadataUpdate event.
* [metadataFrozenEvent](/references/typescript/v5/erc1155/metadataFrozenEvent): Creates an event object for the MetadataFrozen event.
* [mintAdditionalSupplyTo](/references/typescript/v5/erc1155/mintAdditionalSupplyTo): Mints a "supply" number of additional ERC1155 tokens to the specified "to" address.
* [mintTo](/references/typescript/v5/erc1155/mintTo): Mints a "supply" number of new ERC1155 tokens to the specified "to" address. If the `nft` parameter is a string, it will be used as the token URI. If the `nft` parameter is a file, it will be uploaded to the storage server and the resulting URI will be used as the token URI.
* [mintAdditionalSupplyToBatch](/references/typescript/v5/erc1155/mintAdditionalSupplyToBatch): This extension batches multiple `mintAdditionalSupplyToBatch` extensions into one single multicall. Keep in mind that there is a limit of how many NFTs you can mint per transaction. This limit varies depends on the network that you are transacting on.
* [mintToBatch](/references/typescript/v5/erc1155/mintToBatch): This extension batches multiple `mintTo` extensions into one single multicall. Keep in mind that there is a limit of how many NFTs you can mint per transaction. This limit varies depends on the network that you are transacting on.
* [mintWithSignature](/references/typescript/v5/erc1155/mintWithSignature): Mints a new ERC1155 token with the given minter signature
* [nextTokenId](/references/typescript/v5/erc1155/nextTokenId): Calls the "nextTokenId" function on the contract.
* [nextTokenIdToMint](/references/typescript/v5/erc1155/nextTokenIdToMint): Calls the "nextTokenIdToMint" function on the contract.
* [openPack](/references/typescript/v5/erc1155/openPack): Prepares a transaction to call the "openPack" function on the contract.
* [packCreatedEvent](/references/typescript/v5/erc1155/packCreatedEvent): Creates an event object for the PackCreated event.
* [packUpdatedEvent](/references/typescript/v5/erc1155/packUpdatedEvent): Creates an event object for the PackUpdated event.
* [packOpenedEvent](/references/typescript/v5/erc1155/packOpenedEvent): Creates an event object for the PackOpened event.
* [resetClaimEligibility](/references/typescript/v5/erc1155/resetClaimEligibility): Reset the claim eligibility for all users.
* [safeTransferFrom](/references/typescript/v5/erc1155/safeTransferFrom): Prepares a transaction to call the "safeTransferFrom" function on the contract.
* [safeBatchTransferFrom](/references/typescript/v5/erc1155/safeBatchTransferFrom): Prepares a transaction to call the "safeBatchTransferFrom" function on the contract.
* [setClaimConditions](/references/typescript/v5/erc1155/setClaimConditions): Set the claim conditions for a ERC1155 drop
* [setTokenURI](/references/typescript/v5/erc1155/setTokenURI): Prepares a transaction to call the "setTokenURI" function on the contract.
* [tokensClaimedEvent](/references/typescript/v5/erc1155/tokensClaimedEvent): Creates an event object for the TokensClaimed event.
* [tokensLazyMintedEvent](/references/typescript/v5/erc1155/tokensLazyMintedEvent): Creates an event object for the TokensLazyMinted event.
* [setApprovalForAll](/references/typescript/v5/erc1155/setApprovalForAll): Prepares a transaction to call the "setApprovalForAll" function on the contract.
* [tokensMintedWithSignatureEvent](/references/typescript/v5/erc1155/tokensMintedWithSignatureEvent): Creates an event object for the TokensMintedWithSignature event.
* [transferBatchEvent](/references/typescript/v5/erc1155/transferBatchEvent): Creates an event object for the TransferBatch event.
* [transferSingleEvent](/references/typescript/v5/erc1155/transferSingleEvent): Creates an event object for the TransferSingle event.
* [totalSupply](/references/typescript/v5/erc1155/totalSupply): Calls the "totalSupply" function on the contract.
* [updateTokenURI](/references/typescript/v5/erc1155/updateTokenURI): This function is an abstracted layer of the [setTokenURI extension](https://portal.thirdweb.com/references/typescript/v5/erc1155/setTokenURI) , which means it uses `setTokenURI` under the hood. While the `setTokenURI` method only takes in a uri string, this extension takes in a user-friendly [NFTInput](https://portal.thirdweb.com/references/typescript/v5/NFTInput) , upload that content to IPFS and pass the IPFS URI (of said `NFTInput` ) to the underlying `setTokenURI` method.
* [updateMetadata](/references/typescript/v5/erc1155/updateMetadata): Update the metadata of the single token in an Edition Drop (DropERC1155) collection For Edition contracts, use `setTokenURI`
* [uri](/references/typescript/v5/erc1155/uri): Calls the "uri" function on the contract.
* [allowance](/references/typescript/v5/erc20/allowance): Calls the "allowance" function on the contract.
* [checkContractWalletSignedTypedData](/references/typescript/v5/erc1271/checkContractWalletSignedTypedData): Use `verifyTypedData` instead
* [approvalEvent](/references/typescript/v5/erc20/approvalEvent): Creates an event object for the Approval event.
* [burnFrom](/references/typescript/v5/erc20/burnFrom): Prepares a transaction to call the "burnFrom" function on the contract.
* [checkContractWalletSignature](/references/typescript/v5/erc1271/checkContractWalletSignature): Use `verifySignature` instead
* [approve](/references/typescript/v5/erc20/approve): Approves the spending of tokens by a specific address.
* [canClaim](/references/typescript/v5/erc20/canClaim): Check if a user can claim a drop.
* [burn](/references/typescript/v5/erc20/burn): Prepares a transaction to call the "burn" function on the contract.
* [balanceOf](/references/typescript/v5/erc20/balanceOf): Calls the "balanceOf" function on the contract.
* [decimals](/references/typescript/v5/erc20/decimals): Retrieves the number of decimal places for a given ERC20 contract.
* [claimConditionsUpdatedEvent](/references/typescript/v5/erc20/claimConditionsUpdatedEvent): Creates an event object for the ClaimConditionsUpdated event.
* [delegates](/references/typescript/v5/erc20/delegates): Calls the "delegates" function on the contract.
* [claimTo](/references/typescript/v5/erc20/claimTo): Claim ERC20 NFTs to a specified address
* [delegate](/references/typescript/v5/erc20/delegate): Prepares a transaction to call the "delegate" function on the contract.
* [generateMintSignature](/references/typescript/v5/erc20/generateMintSignature): Generates the payload and signature for minting an ERC20 token.
* [getActiveClaimCondition](/references/typescript/v5/erc20/getActiveClaimCondition): Retrieves the active claim condition.
* [getActiveClaimConditionId](/references/typescript/v5/erc20/getActiveClaimConditionId): Calls the "getActiveClaimConditionId" function on the contract.
* [getClaimConditions](/references/typescript/v5/erc20/getClaimConditions): Retrieves all claim conditions.
* [getClaimConditionById](/references/typescript/v5/erc20/getClaimConditionById): Calls the "getClaimConditionById" function on the contract.
* [getBalance](/references/typescript/v5/erc20/getBalance): Retrieves the balance of an ERC20 token for a specific address.
* [getCurrencyMetadata](/references/typescript/v5/erc20/getCurrencyMetadata): Retrieves the metadata of a currency.
* [deposit](/references/typescript/v5/erc20/deposit): Calls the "deposit" function on the contract (useful to wrap ETH).
* [isClaimToSupported](/references/typescript/v5/erc20/isClaimToSupported): Checks if the `claimTo` method is supported by the given contract.
* [isERC20](/references/typescript/v5/erc20/isERC20): Check if a contract is an ERC20 token.
* [isGetActiveClaimConditionSupported](/references/typescript/v5/erc20/isGetActiveClaimConditionSupported): Checks if the `getActiveClaimCondition` method is supported by the given contract.
* [isGetClaimConditionByIdSupported](/references/typescript/v5/erc20/isGetClaimConditionByIdSupported): Checks if the `getClaimConditionById` method is supported by the given contract.
* [isMintToSupported](/references/typescript/v5/erc20/isMintToSupported): Checks if the `mintTo` method is supported by the given contract.
* [isResetClaimEligibilitySupported](/references/typescript/v5/erc20/isResetClaimEligibilitySupported): Checks if the `resetClaimEligibility` method is supported by the given contract.
* [isGetActiveClaimConditionIdSupported](/references/typescript/v5/erc20/isGetActiveClaimConditionIdSupported): Checks if the `getActiveClaimConditionId` method is supported by the given contract.
* [mintTo](/references/typescript/v5/erc20/mintTo): Mints a specified amount of tokens to a given address.
* [resetClaimEligibility](/references/typescript/v5/erc20/resetClaimEligibility): Reset the claim eligibility for all users.
* [isSetClaimConditionsSupported](/references/typescript/v5/erc20/isSetClaimConditionsSupported): Checks if the `setClaimConditions` method is supported by the given contract.
* [mintWithSignature](/references/typescript/v5/erc20/mintWithSignature): Mints a new ERC20 token with the given minter signature
* [tokensClaimedEvent](/references/typescript/v5/erc20/tokensClaimedEvent): Creates an event object for the TokensClaimed event.
* [setClaimConditions](/references/typescript/v5/erc20/setClaimConditions): Set the claim conditions for a ERC20 drop
* [tokensMintedWithSignatureEvent](/references/typescript/v5/erc20/tokensMintedWithSignatureEvent): Creates an event object for the TokensMintedWithSignature event.
* [transfer](/references/typescript/v5/erc20/transfer): Transfers ERC20 tokens from the sender's address to the specified recipient address.
* [transferBatch](/references/typescript/v5/erc20/transferBatch): Transfers a batch of ERC20 tokens from the sender's address to the specified recipient address.
* [tokensMintedEvent](/references/typescript/v5/erc20/tokensMintedEvent): Creates an event object for the TokensMinted event.
* [transferEvent](/references/typescript/v5/erc20/transferEvent): Creates an event object for the Transfer event.
* [transferFrom](/references/typescript/v5/erc20/transferFrom): Transfers a specified amount of tokens from one address to another address on the ERC20 contract.
* [accountDeployedEvent](/references/typescript/v5/erc4337/accountDeployedEvent): Creates an event object for the AccountDeployed event.
* [withdraw](/references/typescript/v5/erc20/withdraw): Prepares a transaction to call the "withdraw" function on the contract.
* [addSessionKey](/references/typescript/v5/erc4337/addSessionKey): Adds session key permissions for a specified address.
* [addAdmin](/references/typescript/v5/erc4337/addAdmin): Adds admin permissions for a specified address.
* [adminUpdatedEvent](/references/typescript/v5/erc4337/adminUpdatedEvent): Creates an event object for the AdminUpdated event.
* [getAccounts](/references/typescript/v5/erc4337/getAccounts): Calls the "getAccounts" function on the contract.
* [createAccount](/references/typescript/v5/erc4337/createAccount): Prepares a transaction to call the "createAccount" function on the contract.
* [getAccountsOfSigner](/references/typescript/v5/erc4337/getAccountsOfSigner): Calls the "getAccountsOfSigner" function on the contract.
* [getAllAccounts](/references/typescript/v5/erc4337/getAllAccounts): Calls the "getAllAccounts" function on the contract.
* [getAllActiveSigners](/references/typescript/v5/erc4337/getAllActiveSigners): Calls the "getAllActiveSigners" function on the contract.
* [getAllSigners](/references/typescript/v5/erc4337/getAllSigners): Calls the "getAllSigners" function on the contract.
* [getAllAdmins](/references/typescript/v5/erc4337/getAllAdmins): Calls the "getAllAdmins" function on the contract.
* [getPermissionsForSigner](/references/typescript/v5/erc4337/getPermissionsForSigner): Calls the "getPermissionsForSigner" function on the contract.
* [getUserOpHash](/references/typescript/v5/erc4337/getUserOpHash): Calls the "getUserOpHash" function on the contract.
* [isActiveSigner](/references/typescript/v5/erc4337/isActiveSigner): Calls the "isActiveSigner" function on the contract.
* [totalSupply](/references/typescript/v5/erc20/totalSupply): Calls the "totalSupply" function on the contract.
* [isAccountDeployed](/references/typescript/v5/erc4337/isAccountDeployed): Adds admin permissions for a specified address.
* [isAddSessionKeySupported](/references/typescript/v5/erc4337/isAddSessionKeySupported): Checks if the `isAddSessionKeySupported` method is supported by the given contract.
* [isAddAdminSupported](/references/typescript/v5/erc4337/isAddAdminSupported): Checks if the `isAddAdminSupported` method is supported by the given contract.
* [isCreateAccountSupported](/references/typescript/v5/erc4337/isCreateAccountSupported): Checks if the `createAccount` method is supported by the given contract.
* [isAdmin](/references/typescript/v5/erc4337/isAdmin): Calls the "isAdmin" function on the contract.
* [isGetAccountsOfSignerSupported](/references/typescript/v5/erc4337/isGetAccountsOfSignerSupported): Checks if the `getAccountsOfSigner` method is supported by the given contract.
* [isGetAccountsSupported](/references/typescript/v5/erc4337/isGetAccountsSupported): Checks if the `getAccounts` method is supported by the given contract.
* [isGetAllActiveSignersSupported](/references/typescript/v5/erc4337/isGetAllActiveSignersSupported): Checks if the `getAllActiveSigners` method is supported by the given contract.
* [isGetAllAccountsSupported](/references/typescript/v5/erc4337/isGetAllAccountsSupported): Checks if the `getAllAccounts` method is supported by the given contract.
* [isGetAllSignersSupported](/references/typescript/v5/erc4337/isGetAllSignersSupported): Checks if the `getAllSigners` method is supported by the given contract.
* [isGetAllAdminsSupported](/references/typescript/v5/erc4337/isGetAllAdminsSupported): Checks if the `getAllAdmins` method is supported by the given contract.
* [isIsAccountDeployedSupported](/references/typescript/v5/erc4337/isIsAccountDeployedSupported): Checks if the `getAddress` method is supported by the given contract.
* [isIsAdminSupported](/references/typescript/v5/erc4337/isIsAdminSupported): Checks if the `isAdmin` method is supported by the given contract.
* [isIsActiveSignerSupported](/references/typescript/v5/erc4337/isIsActiveSignerSupported): Checks if the `isActiveSigner` method is supported by the given contract.
* [isRegistered](/references/typescript/v5/erc4337/isRegistered): Calls the "isRegistered" function on the contract.
* [isRemoveAdminSupported](/references/typescript/v5/erc4337/isRemoveAdminSupported): Checks if the `isRemoveAdminSupported` method is supported by the given contract.
* [isRemoveSessionKeySupported](/references/typescript/v5/erc4337/isRemoveSessionKeySupported): Checks if the `isRemoveSessionKeySupported` method is supported by the given contract.
* [isValidateUserOpSupported](/references/typescript/v5/erc4337/isValidateUserOpSupported): Checks if the `validateUserOp` method is supported by the given contract.
* [isTotalAccountsSupported](/references/typescript/v5/erc4337/isTotalAccountsSupported): Checks if the `totalAccounts` method is supported by the given contract.
* [removeAdmin](/references/typescript/v5/erc4337/removeAdmin): Removes admin permissions for a specified address.
* [predictAccountAddress](/references/typescript/v5/erc4337/predictAccountAddress): Calls the "getAddress" function on the contract.
* [removeSessionKey](/references/typescript/v5/erc4337/removeSessionKey): Removes session key permissions for a specified address.
* [signerPermissionsUpdatedEvent](/references/typescript/v5/erc4337/signerPermissionsUpdatedEvent): Creates an event object for the SignerPermissionsUpdated event.
* [simulateHandleOp](/references/typescript/v5/erc4337/simulateHandleOp): Prepares a transaction to call the "simulateHandleOp" function on the contract.
* [totalAccounts](/references/typescript/v5/erc4337/totalAccounts): Calls the "totalAccounts" function on the contract.
* [convertToAssets](/references/typescript/v5/erc4626/convertToAssets): Calls the "convertToAssets" function on the contract.
* [asset](/references/typescript/v5/erc4626/asset): Calls the "asset" function on the contract.
* [userOperationEventEvent](/references/typescript/v5/erc4337/userOperationEventEvent): Creates an event object for the UserOperationEvent event.
* [userOperationRevertReasonEvent](/references/typescript/v5/erc4337/userOperationRevertReasonEvent): Creates an event object for the UserOperationRevertReason event.
* [depositEvent](/references/typescript/v5/erc4626/depositEvent): Creates an event object for the Deposit event.
* [deposit](/references/typescript/v5/erc4626/deposit): Prepares a transaction to call the "deposit" function on the contract.
* [convertToShares](/references/typescript/v5/erc4626/convertToShares): Calls the "convertToShares" function on the contract.
* [maxMint](/references/typescript/v5/erc4626/maxMint): Calls the "maxMint" function on the contract.
* [maxRedeem](/references/typescript/v5/erc4626/maxRedeem): Calls the "maxRedeem" function on the contract.
* [maxWithdraw](/references/typescript/v5/erc4626/maxWithdraw): Calls the "maxWithdraw" function on the contract.
* [mint](/references/typescript/v5/erc4626/mint): Prepares a transaction to call the "mint" function on the contract.
* [previewMint](/references/typescript/v5/erc4626/previewMint): Calls the "previewMint" function on the contract.
* [previewRedeem](/references/typescript/v5/erc4626/previewRedeem): Calls the "previewRedeem" function on the contract.
* [previewDeposit](/references/typescript/v5/erc4626/previewDeposit): Calls the "previewDeposit" function on the contract.
* [previewWithdraw](/references/typescript/v5/erc4626/previewWithdraw): Calls the "previewWithdraw" function on the contract.
* [redeem](/references/typescript/v5/erc4626/redeem): Prepares a transaction to call the "redeem" function on the contract.
* [withdraw](/references/typescript/v5/erc4626/withdraw): Prepares a transaction to call the "withdraw" function on the contract.
* [withdrawEvent](/references/typescript/v5/erc4626/withdrawEvent): Creates an event object for the Withdraw event.
* [approvalEvent](/references/typescript/v5/erc721/approvalEvent): Creates an event object for the Approval event.
* [totalAssets](/references/typescript/v5/erc4626/totalAssets): Calls the "totalAssets" function on the contract.
* [maxDeposit](/references/typescript/v5/erc4626/maxDeposit): Calls the "maxDeposit" function on the contract.
* [approve](/references/typescript/v5/erc721/approve): Prepares a transaction to call the "approve" function on the contract.
* [balanceOf](/references/typescript/v5/erc721/balanceOf): Calls the "balanceOf" function on the contract.
* [approvalForAllEvent](/references/typescript/v5/erc721/approvalForAllEvent): Creates an event object for the ApprovalForAll event.
* [canClaim](/references/typescript/v5/erc721/canClaim): Check if a user can claim a drop.
* [claimConditionsUpdatedEvent](/references/typescript/v5/erc721/claimConditionsUpdatedEvent): Creates an event object for the ClaimConditionsUpdated event.
* [burn](/references/typescript/v5/erc721/burn): Prepares a transaction to call the "burn" function on the contract.
* [claimTo](/references/typescript/v5/erc721/claimTo): Claim ERC721 NFTs to a specified address
* [claimToBatch](/references/typescript/v5/erc721/claimToBatch): This extension batches multiple `claimTo` extensions into one single multicall. Keep in mind that there is a limit of how many NFTs you can claim per transaction. This limit varies depends on the network that you are transacting on.
* [createDelayedRevealBatch](/references/typescript/v5/erc721/createDelayedRevealBatch): Creates a batch of encrypted NFTs that can be revealed at a later time.
* [generateMintSignature](/references/typescript/v5/erc721/generateMintSignature): Generates the payload and signature for minting an ERC721 token.
* [getActiveClaimCondition](/references/typescript/v5/erc721/getActiveClaimCondition): Retrieves the active claim condition.
* [getActiveClaimConditionId](/references/typescript/v5/erc721/getActiveClaimConditionId): Calls the "getActiveClaimConditionId" function on the contract.
* [getBatchesToReveal](/references/typescript/v5/erc721/getBatchesToReveal): Retrieves the batches available to reveal in an NFT contract.
* [getAllOwners](/references/typescript/v5/erc721/getAllOwners): Retrieves the owners of all ERC721 tokens within a specified range.
* [getClaimConditionById](/references/typescript/v5/erc721/getClaimConditionById): Calls the "getClaimConditionById" function on the contract.
* [getNFT](/references/typescript/v5/erc721/getNFT): Retrieves information about a specific ERC721 non-fungible token (NFT).
* [getClaimConditions](/references/typescript/v5/erc721/getClaimConditions): Retrieves all claim conditions.
* [getNFTs](/references/typescript/v5/erc721/getNFTs): Retrieves an array of NFTs ("ERC721") based on the provided options.
* [getOwnedNFTs](/references/typescript/v5/erc721/getOwnedNFTs): Retrieves the owned NFTs for a given owner. This extension only works with ERC721 contracts that support the [tokenOfOwnerByIndex](https://portal.thirdweb.com/references/typescript/v5/erc721/tokenOfOwnerByIndex) method
* [getOwnedTokenIds](/references/typescript/v5/erc721/getOwnedTokenIds): Retrieves the token IDs owned by a specific address.
* [getTotalUnclaimedSupply](/references/typescript/v5/erc721/getTotalUnclaimedSupply): Retrieves the total unclaimed supply of ERC721 tokens.
* [getTotalClaimedSupply](/references/typescript/v5/erc721/getTotalClaimedSupply): Retrieves the total claimed supply of ERC721 tokens.
* [isApprovedForAll](/references/typescript/v5/erc721/isApprovedForAll): Calls the "isApprovedForAll" function on the contract.
* [isBurnSupported](/references/typescript/v5/erc721/isBurnSupported): Checks if the `burn` method is supported by the given contract.
* [isClaimToSupported](/references/typescript/v5/erc721/isClaimToSupported): Checks if the `claimTo` method is supported by the given contract.
* [isCreateDelayedRevealBatchSupported](/references/typescript/v5/erc721/isCreateDelayedRevealBatchSupported): Checks if the `createDelayedRevealBatch` method is supported by the given contract.
* [isERC721](/references/typescript/v5/erc721/isERC721): Check if a contract supports the ERC721 interface.
* [isGetActiveClaimConditionIdSupported](/references/typescript/v5/erc721/isGetActiveClaimConditionIdSupported): Checks if the `getActiveClaimConditionId` method is supported by the given contract.
* [isGetBatchesToRevealSupported](/references/typescript/v5/erc721/isGetBatchesToRevealSupported): Checks if the `getBatchesToReveal` method is supported by the given contract.
* [isGetActiveClaimConditionSupported](/references/typescript/v5/erc721/isGetActiveClaimConditionSupported): Checks if the `getActiveClaimCondition` method is supported by the given contract.
* [isGetClaimConditionByIdSupported](/references/typescript/v5/erc721/isGetClaimConditionByIdSupported): Checks if the `getClaimConditionById` method is supported by the given contract.
* [isGetClaimConditionsSupported](/references/typescript/v5/erc721/isGetClaimConditionsSupported-2): Checks if the `getClaimConditions` method is supported by the given contract.
* [isGetNFTSupported](/references/typescript/v5/erc721/isGetNFTSupported): Checks if the `tokenURI` method is supported by the given contract.
* [isGetClaimConditionsSupported](/references/typescript/v5/erc721/isGetClaimConditionsSupported): Checks if the `getClaimConditions` method is supported by the given contract.
* [isLazyMintSupported](/references/typescript/v5/erc721/isLazyMintSupported): Checks if the `lazyMint` method is supported by the given contract.
* [isGetNFTsSupported](/references/typescript/v5/erc721/isGetNFTsSupported): Checks if the `getNFTs` method is supported by the given contract.
* [isMintToSupported](/references/typescript/v5/erc721/isMintToSupported): Checks if the `mintTo` method is supported by the given contract.
* [isNextTokenIdToMintSupported](/references/typescript/v5/erc721/isNextTokenIdToMintSupported): Checks if the `nextTokenIdToMint` method is supported by the given contract.
* [isResetClaimEligibilitySupported](/references/typescript/v5/erc721/isResetClaimEligibilitySupported): Checks if the `resetClaimEligibility` method is supported by the given contract.
* [isTokenByIndexSupported](/references/typescript/v5/erc721/isTokenByIndexSupported): Checks if the `tokenByIndex` method is supported by the given contract.
* [isSetClaimConditionsSupported](/references/typescript/v5/erc721/isSetClaimConditionsSupported): Checks if the `setClaimConditions` method is supported by the given contract.
* [isSetSharedMetadataSupported](/references/typescript/v5/erc721/isSetSharedMetadataSupported): Checks if the `setSharedMetadata` method is supported by the given contract.
* [isSharedMetadataSupported](/references/typescript/v5/erc721/isSharedMetadataSupported): Checks if the `sharedMetadata` method is supported by the given contract.
* [isTotalSupplySupported](/references/typescript/v5/erc721/isTotalSupplySupported): Checks if the `totalSupply` method is supported by the given contract.
* [isUpdateMetadataSupported](/references/typescript/v5/erc721/isUpdateMetadataSupported-2): Checks if the `updateMetadata` method is supported by the given contract.
* [isUpdateMetadataSupported](/references/typescript/v5/erc721/isUpdateMetadataSupported): Checks if the `updateMetadata` method is supported by the given contract.
* [isUpdateTokenURISupported](/references/typescript/v5/erc721/isUpdateTokenURISupported): Checks if the `setTokenURI` method is supported by the given contract.
* [mintTo](/references/typescript/v5/erc721/mintTo): Mints a new ERC721 token and assigns it to the specified address. If the `nft` parameter is a string, it will be used as the token URI. If the `nft` parameter is a file, it will be uploaded to the storage server and the resulting URI will be used as the token URI.
* [lazyMint](/references/typescript/v5/erc721/lazyMint): Lazily mints ERC721 tokens.
* [mintWithSignature](/references/typescript/v5/erc721/mintWithSignature): Mints a new ERC721 token with the given minter signature
* [nextTokenIdToMint](/references/typescript/v5/erc721/nextTokenIdToMint): Calls the "nextTokenIdToMint" function on the contract.
* [resetClaimEligibility](/references/typescript/v5/erc721/resetClaimEligibility): Reset the claim eligibility for all users.
* [reveal](/references/typescript/v5/erc721/reveal): Reveals a previously lazy minted batch of NFTs.
* [ownerOf](/references/typescript/v5/erc721/ownerOf): Calls the "ownerOf" function on the contract.
* [setApprovalForAll](/references/typescript/v5/erc721/setApprovalForAll): Prepares a transaction to call the "setApprovalForAll" function on the contract.
* [setClaimConditions](/references/typescript/v5/erc721/setClaimConditions): Set the claim conditions for a ERC721 drop
* [setSharedMetadata](/references/typescript/v5/erc721/setSharedMetadata): Sets the shared metadata for a OpenEdition contract.
* [setTokenURI](/references/typescript/v5/erc721/setTokenURI): Prepares a transaction to call the "setTokenURI" function on the contract.
* [sharedMetadataUpdatedEvent](/references/typescript/v5/erc721/sharedMetadataUpdatedEvent): Creates an event object for the SharedMetadataUpdated event.
* [sharedMetadata](/references/typescript/v5/erc721/sharedMetadata): Calls the "sharedMetadata" function on the contract.
* [tokenOfOwnerByIndex](/references/typescript/v5/erc721/tokenOfOwnerByIndex): Calls the "tokenOfOwnerByIndex" function on the contract.
* [startTokenId](/references/typescript/v5/erc721/startTokenId): Calls the "startTokenId" function on the contract.
* [tokenURIRevealedEvent](/references/typescript/v5/erc721/tokenURIRevealedEvent): Creates an event object for the TokenURIRevealed event.
* [tokensClaimedEvent](/references/typescript/v5/erc721/tokensClaimedEvent): Creates an event object for the TokensClaimed event.
* [tokenURI](/references/typescript/v5/erc721/tokenURI): Calls the "tokenURI" function on the contract.
* [tokensLazyMintedEvent](/references/typescript/v5/erc721/tokensLazyMintedEvent): Creates an event object for the TokensLazyMinted event.
* [tokensMintedWithSignatureEvent](/references/typescript/v5/erc721/tokensMintedWithSignatureEvent): Creates an event object for the TokensMintedWithSignature event.
* [tokensOfOwner](/references/typescript/v5/erc721/tokensOfOwner): Calls the "tokensOfOwner" function on the contract.
* [transferEvent](/references/typescript/v5/erc721/transferEvent): Creates an event object for the Transfer event.
* [isRevealSupported](/references/typescript/v5/erc721/isRevealSupported): Checks if the `reveal` method is supported by the given contract.
* [updateMetadata](/references/typescript/v5/erc721/updateMetadata): Update the metadata of the single token in an NFT Drop (DropERC721) collection For NFT Collection, please use `setTokenURI`
* [updateTokenURI](/references/typescript/v5/erc721/updateTokenURI): This function is an abstracted layer of the [setTokenURI extension](https://portal.thirdweb.com/references/typescript/v5/erc721/setTokenURI) , which means it uses `setTokenURI` under the hood. While the `setTokenURI` method only takes in a uri string, this extension takes in a user-friendly [NFTInput](https://portal.thirdweb.com/references/typescript/v5/NFTInput) , upload that content to IPFS and pass the IPFS URI (of said `NFTInput` ) to the underlying `setTokenURI` method.
* [estimateGas](/references/typescript/v5/estimateGas): Estimates the gas required to execute a transaction. The gas is returned as a `bigint` and in gwei units.
* [estimateGasCost](/references/typescript/v5/estimateGasCost): Estimate the gas cost of a transaction in ether and wei.
* [erc7579](/references/typescript/v5/erc7579/erc7579): Config for a ERC7579 modular smart wallet.
* [estimateUserOpGas](/references/typescript/v5/estimateUserOpGas): Estimate the gas cost of a user operation.
* [estimateUserOpGasCost](/references/typescript/v5/estimateUserOpGasCost): Estimate the gas cost of a user operation.
* [eth_blockNumber](/references/typescript/v5/eth_blockNumber): Retrieves the current block number from the Ethereum blockchain.
* [totalSupply](/references/typescript/v5/erc721/totalSupply): Calls the "totalSupply" function on the contract.
* [eth_estimateGas](/references/typescript/v5/eth_estimateGas): Estimates the gas required to execute a transaction on the Ethereum network.
* [eth_getBalance](/references/typescript/v5/eth_getBalance): Retrieves the balance of the specified Ethereum address.
* [eth_call](/references/typescript/v5/eth_call): Executes a call or a transaction on the Ethereum network.
* [eth_getStorageAt](/references/typescript/v5/eth_getStorageAt): Retrieves the value stored at a specific position in the storage of a contract.
* [eth_getLogs](/references/typescript/v5/eth_getLogs): Retrieves logs from the Ethereum blockchain based on the specified parameters.
* [eth_getCode](/references/typescript/v5/eth_getCode): Retrieves the bytecode of a smart contract at the specified address.
* [eth_getTransactionByHash](/references/typescript/v5/eth_getTransactionByHash): Retrieves a transaction by its hash.
* [eth_gasPrice](/references/typescript/v5/eth_gasPrice): Retrieves the current gas price from the Ethereum network.
* [eth_getTransactionCount](/references/typescript/v5/eth_getTransactionCount): Retrieves the transaction count (nonce) for a given Ethereum address.
* [eth_sendRawTransaction](/references/typescript/v5/eth_sendRawTransaction): Sends a raw transaction to the Ethereum network.
* [eth_maxPriorityFeePerGas](/references/typescript/v5/eth_maxPriorityFeePerGas): Retrieves the maximum priority fee per gas from the Ethereum network.
* [eth_getTransactionReceipt](/references/typescript/v5/eth_getTransactionReceipt): Retrieves the transaction receipt for a given transaction hash. Throws an error if the receipt is not found.
* [transferFrom](/references/typescript/v5/erc721/transferFrom): Prepares a transaction to call the "transferFrom" function on the contract.
* [extractMinimalProxyImplementationAddress](/references/typescript/v5/extractMinimalProxyImplementationAddress): Extracts the implementation address from a given bytecode string if it matches any of the known minimal proxy patterns.
* [extractIPFSUri](/references/typescript/v5/extractIPFSUri): Extracts the IPFS URI from the given bytecode.
* [execute](/references/typescript/v5/execute): Execute a transaction based on a prompt.
* [ethers6Adapter](/references/typescript/v5/ethers6Adapter): The ethers6 adapter provides a way to convert between Thirdweb contracts, accounts, and providers.
* [ethers5Adapter](/references/typescript/v5/ethers5Adapter): The ethers5 adapter provides a way to convert between Thirdweb contracts, accounts, and providers.
* [CHANGE_RECOVERY_ADDRESS_TYPEHASH](/references/typescript/v5/farcaster/CHANGE_RECOVERY_ADDRESS_TYPEHASH): Calls the "CHANGE\_RECOVERY\_ADDRESS\_TYPEHASH" function on the contract.
* [ADD_TYPEHASH](/references/typescript/v5/farcaster/ADD_TYPEHASH): Calls the "ADD\_TYPEHASH" function on the contract.
* [TRANSFER_TYPEHASH](/references/typescript/v5/farcaster/TRANSFER_TYPEHASH): Calls the "TRANSFER\_TYPEHASH" function on the contract.
* [add](/references/typescript/v5/farcaster/add): Prepares a transaction to call the "add" function on the contract.
* [addEvent](/references/typescript/v5/farcaster/addEvent): Creates an event object for the Add event.
* [REGISTER_TYPEHASH](/references/typescript/v5/farcaster/REGISTER_TYPEHASH): Calls the "REGISTER\_TYPEHASH" function on the contract.
* [TRANSFER_AND_CHANGE_RECOVERY_TYPEHASH](/references/typescript/v5/farcaster/TRANSFER_AND_CHANGE_RECOVERY_TYPEHASH): Calls the "TRANSFER\_AND\_CHANGE\_RECOVERY\_TYPEHASH" function on the contract.
* [addFor](/references/typescript/v5/farcaster/addFor): Prepares a transaction to call the "addFor" function on the contract.
* [adminResetEvent](/references/typescript/v5/farcaster/adminResetEvent-2): Creates an event object for the AdminReset event.
* [addSignerFor](/references/typescript/v5/farcaster/addSignerFor): Adds farcaster signer for a given user. Helpful if you want to cover the gas fee for a user.
* [REMOVE_TYPEHASH](/references/typescript/v5/farcaster/REMOVE_TYPEHASH): Calls the "REMOVE\_TYPEHASH" function on the contract.
* [adminResetEvent](/references/typescript/v5/farcaster/adminResetEvent): Creates an event object for the AdminReset event.
* [addSigner](/references/typescript/v5/farcaster/addSigner): Adds farcaster signer for the given account.
* [createEd25519Keypair](/references/typescript/v5/farcaster/createEd25519Keypair): Generates an Ed25519 keypair to be used as an account signer.
* [changeRecoveryAddressEvent](/references/typescript/v5/farcaster/changeRecoveryAddressEvent): Creates an event object for the ChangeRecoveryAddress event.
* [custodyOf](/references/typescript/v5/farcaster/custodyOf): Calls the "custodyOf" function on the contract.
* [changeRecoveryAddress](/references/typescript/v5/farcaster/changeRecoveryAddress): Prepares a transaction to call the "changeRecoveryAddress" function on the contract.
* [encodeSignedKeyRequestMetadata](/references/typescript/v5/farcaster/encodeSignedKeyRequestMetadata): Encodes the signed key request metadata into a hexadecimal string. This function takes in the request signer's address, the key request signature, the request Fid, and the deadline, and returns the encoded ABI parameters as a hexadecimal string. It's used to prepare the metadata for transactions involving signed key requests.
* [gatewayFrozen](/references/typescript/v5/farcaster/gatewayFrozen-2): Calls the "gatewayFrozen" function on the contract.
* [freezeIdGatewayEvent](/references/typescript/v5/farcaster/freezeIdGatewayEvent): Creates an event object for the FreezeIdGateway event.
* [freezeKeyGatewayEvent](/references/typescript/v5/farcaster/freezeKeyGatewayEvent): Creates an event object for the FreezeKeyGateway event.
* [gatewayFrozen](/references/typescript/v5/farcaster/gatewayFrozen): Calls the "gatewayFrozen" function on the contract.
* [deprecationTimestamp](/references/typescript/v5/farcaster/deprecationTimestamp): Calls the "deprecationTimestamp" function on the contract.
* [getAddData](/references/typescript/v5/farcaster/getAddData): Prepares the data required for signing an Add message according to EIP-712.
* [getFid](/references/typescript/v5/farcaster/getFid): Retrieves the current fid for an account.
* [getIdGateway](/references/typescript/v5/farcaster/getIdGateway): Retrieves the IdGateway contract.
* [getBundler](/references/typescript/v5/farcaster/getBundler): Retrieves the Bundler contract.
* [getKeyGateway](/references/typescript/v5/farcaster/getKeyGateway): Retrieves the KeyGateway contract.
* [getNonce](/references/typescript/v5/farcaster/getNonce): Retrieves the current key gateway nonce for an account.
* [getRegisterData](/references/typescript/v5/farcaster/getRegisterData): Constructs the data required for signing a register message in the Farcaster ID Gateway. This includes the EIP-712 domain, types, and the message to be signed.
* [getRegistrationPrice](/references/typescript/v5/farcaster/getRegistrationPrice): Retrieves the current cost to register a Farcaster fid in wei.
* [getKeyRequestData](/references/typescript/v5/farcaster/getKeyRequestData): Prepares the data required for signing a key request using EIP-712 typed data signing. This includes the domain, types, primary type, and the message to be signed.
* [getSignedKeyRequestMetadata](/references/typescript/v5/farcaster/getSignedKeyRequestMetadata): Generates the signed key request metadata to add a signer to an account. This function can either sign a new key request using an account object or use an existing key request signature. It prepares the metadata necessary for transactions involving signed key requests.
* [getStoragePrice](/references/typescript/v5/farcaster/getStoragePrice): Retrieves the current cost to register a Farcaster fid in wei.
* [batchRent](/references/typescript/v5/farcaster/batchRent): Prepares a transaction to call the "batchRent" function on the contract.
* [getStorageRegistry](/references/typescript/v5/farcaster/getStorageRegistry): Retrieves the StorageRegistry contract.
* [idGateway](/references/typescript/v5/farcaster/idGateway-2): Calls the "idGateway" function on the contract.
* [idCounter](/references/typescript/v5/farcaster/idCounter): Calls the "idCounter" function on the contract.
* [getUsdRegistrationPrice](/references/typescript/v5/farcaster/getUsdRegistrationPrice): Retrieves the current cost to register a Farcaster fid in USD.
* [idGateway](/references/typescript/v5/farcaster/idGateway): Calls the "idGateway" function on the contract.
* [idOf](/references/typescript/v5/farcaster/idOf): Calls the "idOf" function on the contract.
* [getUsdStoragePrice](/references/typescript/v5/farcaster/getUsdStoragePrice): Retrieves the current cost to register a Farcaster fid in USD.
* [getIdRegistry](/references/typescript/v5/farcaster/getIdRegistry): Retrieves the IdRegistry contract.
* [keyDataOf](/references/typescript/v5/farcaster/keyDataOf): Calls the "keyDataOf" function on the contract.
* [idRegistry](/references/typescript/v5/farcaster/idRegistry): Calls the "idRegistry" function on the contract.
* [keyGateway](/references/typescript/v5/farcaster/keyGateway-2): Calls the "keyGateway" function on the contract.
* [keyRegistry](/references/typescript/v5/farcaster/keyRegistry): Calls the "keyRegistry" function on the contract.
* [keyAt](/references/typescript/v5/farcaster/keyAt): Calls the "keyAt" function on the contract.
* [keyGateway](/references/typescript/v5/farcaster/keyGateway): Calls the "keyGateway" function on the contract.
* [keysOf](/references/typescript/v5/farcaster/keysOf): Calls the "keysOf" function on the contract.
* [nonces](/references/typescript/v5/farcaster/nonces): Calls the "nonces" function on the contract.
* [maxUnits](/references/typescript/v5/farcaster/maxUnits): Calls the "maxUnits" function on the contract.
* [maxKeysPerFid](/references/typescript/v5/farcaster/maxKeysPerFid): Calls the "maxKeysPerFid" function on the contract.
* [price](/references/typescript/v5/farcaster/price-2): Calls the "price" function on the contract.
* [price](/references/typescript/v5/farcaster/price-3): Calls the "price" function on the contract.
* [price](/references/typescript/v5/farcaster/price): Calls the "price" function on the contract.
* [recoverEvent](/references/typescript/v5/farcaster/recoverEvent): Creates an event object for the Recover event.
* [idRegistry](/references/typescript/v5/farcaster/idRegistry-2): Calls the "idRegistry" function on the contract.
* [recover](/references/typescript/v5/farcaster/recover): Prepares a transaction to call the "recover" function on the contract.
* [register](/references/typescript/v5/farcaster/register-2): Prepares a transaction to call the "register" function on the contract.
* [register](/references/typescript/v5/farcaster/register): Prepares a transaction to call the "register" function on the contract.
* [recoverFor](/references/typescript/v5/farcaster/recoverFor): Prepares a transaction to call the "recoverFor" function on the contract.
* [recoveryOf](/references/typescript/v5/farcaster/recoveryOf): Calls the "recoveryOf" function on the contract.
* [registerFid](/references/typescript/v5/farcaster/registerFid): Registers a Farcaster fid for the given wallet.
* [registerFidAndSigner](/references/typescript/v5/farcaster/registerFidAndSigner): Registers a Farcaster fid and signer for the given wallet using the provided app account.
* [registerEvent](/references/typescript/v5/farcaster/registerEvent): Creates an event object for the Register event.
* [registerFor](/references/typescript/v5/farcaster/registerFor): Prepares a transaction to call the "registerFor" function on the contract.
* [remove](/references/typescript/v5/farcaster/remove): Prepares a transaction to call the "remove" function on the contract.
* [removeEvent](/references/typescript/v5/farcaster/removeEvent): Creates an event object for the Remove event.
* [rent](/references/typescript/v5/farcaster/rent): Prepares a transaction to call the "rent" function on the contract.
* [removeFor](/references/typescript/v5/farcaster/removeFor): Prepares a transaction to call the "removeFor" function on the contract.
* [rentStorage](/references/typescript/v5/farcaster/rentStorage): Rent storage for the provided farcaster fid.
* [setIdCounterEvent](/references/typescript/v5/farcaster/setIdCounterEvent): Creates an event object for the SetIdCounter event.
* [setIdRegistryEvent](/references/typescript/v5/farcaster/setIdRegistryEvent): Creates an event object for the SetIdRegistry event.
* [setIdGatewayEvent](/references/typescript/v5/farcaster/setIdGatewayEvent): Creates an event object for the SetIdGateway event.
* [setKeyGatewayEvent](/references/typescript/v5/farcaster/setKeyGatewayEvent): Creates an event object for the SetKeyGateway event.
* [rentedUnits](/references/typescript/v5/farcaster/rentedUnits): Calls the "rentedUnits" function on the contract.
* [setValidatorEvent](/references/typescript/v5/farcaster/setValidatorEvent): Creates an event object for the SetValidator event.
* [setStorageRegistryEvent](/references/typescript/v5/farcaster/setStorageRegistryEvent): Creates an event object for the SetStorageRegistry event.
* [signAdd](/references/typescript/v5/farcaster/signAdd): Signs an Add message using the account's signTypedData method.
* [signRegister](/references/typescript/v5/farcaster/signRegister): Signs the register message for Farcaster ID Gateway.
* [setMaxKeysPerFidEvent](/references/typescript/v5/farcaster/setMaxKeysPerFidEvent): Creates an event object for the SetMaxKeysPerFid event.
* [storageRegistry](/references/typescript/v5/farcaster/storageRegistry): Calls the "storageRegistry" function on the contract.
* [transferAndChangeRecovery](/references/typescript/v5/farcaster/transferAndChangeRecovery): Prepares a transaction to call the "transferAndChangeRecovery" function on the contract.
* [totalKeys](/references/typescript/v5/farcaster/totalKeys): Calls the "totalKeys" function on the contract.
* [transfer](/references/typescript/v5/farcaster/transfer): Prepares a transaction to call the "transfer" function on the contract.
* [signKeyRequest](/references/typescript/v5/farcaster/signKeyRequest): Signs a key request message using EIP-712 typed data signing. This function prepares the data for signing, signs it with the provided account, and returns the signature.
* [unitPrice](/references/typescript/v5/farcaster/unitPrice): Calls the "unitPrice" function on the contract.
* [transferEvent](/references/typescript/v5/farcaster/transferEvent): Creates an event object for the Transfer event.
* [transferFor](/references/typescript/v5/farcaster/transferFor): Prepares a transaction to call the "transferFor" function on the contract.
* [verifyFidSignature](/references/typescript/v5/farcaster/verifyFidSignature): Calls the "verifyFidSignature" function on the contract.
* [formatNumber](/references/typescript/v5/formatNumber): Round up a number to a certain decimal place
* [fetchPublishedContract](/references/typescript/v5/fetchPublishedContract): Fetches the published contract based on the provided options.
* [usdUnitPrice](/references/typescript/v5/farcaster/usdUnitPrice): Calls the "usdUnitPrice" function on the contract.
* [fromGwei](/references/typescript/v5/fromGwei): Converts the specified number from gwei to wei.
* [fromBytes](/references/typescript/v5/fromBytes): Converts a Uint8Array to the specified type.
* [fromHex](/references/typescript/v5/fromHex): Converts a hexadecimal string to the specified type.
* [getActiveWalletConnectSessions](/references/typescript/v5/getActiveWalletConnectSessions): Retrieves all active WalletConnect sessions.
* [getApprovalForTransaction](/references/typescript/v5/getApprovalForTransaction): When dealing with transactions that involve ERC20 tokens (Airdropping ERC20, buy NFTs with ERC20, etc.) you often have to do a pre-check to see if the targeted contract has the sufficient allowance to "take" the ERC20 tokens from the caller's wallet.
* [generateAccount](/references/typescript/v5/generateAccount): Generates a new account with a random private key.
* [getBuyWithCryptoHistory](/references/typescript/v5/getBuyWithCryptoHistory): Gets the History of purchases for a given wallet address
* [getAddress](/references/typescript/v5/getAddress): Retrieves the address after performing validation and checksumming.
* [getBuyWithCryptoStatus](/references/typescript/v5/getBuyWithCryptoStatus): Gets the status of a buy with crypto transaction
* [getBuyWithCryptoTransfer](/references/typescript/v5/getBuyWithCryptoTransfer): Get a quote of type [BuyWithCryptoTransfer](https://portal.thirdweb.com/references/typescript/v5/BuyWithCryptoTransfer) to facilitate a token transfer transaction. Using this instead of a native transfer allows you to receive status and webhooks about successful or failed payments.
* [getBuyWithFiatQuote](/references/typescript/v5/getBuyWithFiatQuote): Get a quote of type [BuyWithFiatQuote](https://portal.thirdweb.com/references/typescript/v5/BuyWithFiatQuote) to buy given token with fiat currency. This quote contains the information about the swap such as token amounts, processing fees, estimated time etc.
* [getBuyWithFiatHistory](/references/typescript/v5/getBuyWithFiatHistory): Get the "Buy with fiat" transaction history for a given wallet address
* [getBuyHistory](/references/typescript/v5/getBuyHistory): Get Buy transaction history for a given wallet address.
* [getBuyWithCryptoQuote](/references/typescript/v5/getBuyWithCryptoQuote): Get a quote of type [BuyWithCryptoQuote](https://portal.thirdweb.com/references/typescript/v5/BuyWithCryptoQuote) to buy any given token with crypto. This quote contains the information about the swap such as token amounts, processing fees, estimated time etc.
* [getChainMetadata](/references/typescript/v5/getChainMetadata): Retrieves chain data for a given chain.
* [getClaimParams](/references/typescript/v5/getClaimParams): Get the claim parameters for a given drop
* [getContract](/references/typescript/v5/getContract): Creates a Thirdweb contract by combining the Thirdweb client and contract options.
* [getCompilerMetadata](/references/typescript/v5/getCompilerMetadata): Down the compiled metadata from thirdweb contract api and format it
* [getContractEvents](/references/typescript/v5/getContractEvents): Retrieves events from a contract based on the provided options.
* [getBytecode](/references/typescript/v5/getBytecode): Retrieves the bytecode of a contract.
* [getContractPublisher](/references/typescript/v5/getContractPublisher): Returns the default publisher contract on polygon
* [getGasPrice](/references/typescript/v5/getGasPrice): Retrieves the gas price for a transaction on a specific chain.
* [getBuyWithFiatStatus](/references/typescript/v5/getBuyWithFiatStatus): Once you get a `quote` from [getBuyWithFiatQuote](https://portal.thirdweb.com/references/typescript/v5/getBuyWithFiatQuote)and open the `quote.onRampLink` in a new tab, you can start polling for the transaction status using `getBuyWithFiatStatus`
* [getOrDeployInfraForPublishedContract](/references/typescript/v5/getOrDeployInfraForPublishedContract): Gets or deploys the infrastructure contracts needed for a published contract deployment
* [getLastAuthProvider](/references/typescript/v5/getLastAuthProvider): Retrieves the last authentication provider used from local storage.
* [getPaymasterAndData](/references/typescript/v5/getPaymasterAndData): Get paymaster and data details for a user operation.
* [getProfiles](/references/typescript/v5/getProfiles): Gets the linked profiles for the connected in-app or ecosystem wallet.
* [getPostOnRampQuote](/references/typescript/v5/getPostOnRampQuote): When buying a token with fiat currency - It only involes doing on-ramp if the on-ramp provider supports buying the given destination token directly.
* [getRpcClient](/references/typescript/v5/getRpcClient): Returns an RPC request that can be used to make JSON-RPC requests.
* [getSaltHash](/references/typescript/v5/getSaltHash): Calculates the salt hash for a given bytecode.
* [getRpcUrlForChain](/references/typescript/v5/getRpcUrlForChain): Retrieves the RPC URL for the specified chain. If a custom RPC URL is defined in the options, it will be used. Otherwise, a thirdweb RPC URL will be constructed using the chain ID and client ID.
* [getSocialIcon](/references/typescript/v5/getSocialIcon): Gets the icon URI for a given social authentication provider
* [getSocialProfiles](/references/typescript/v5/getSocialProfiles): Fetches the wallet's available social profiles.
* [getUser](/references/typescript/v5/getUser): Gets user based on the provided query parameters. This function is only available on the server (a secret key is required in the client).
* [getUserEmail](/references/typescript/v5/getUserEmail): Retrieves the authenticated user email for the active in-app wallet.
* [getTransactionStore](/references/typescript/v5/getTransactionStore): Retrieve the transaction store for a given address.
* [getUserOpGasFees](/references/typescript/v5/getUserOpGasFees): Get the gas fees of a user operation.
* [getUserOpHash](/references/typescript/v5/getUserOpHash): Get the hash of a user operation.
* [getUserOpReceipt](/references/typescript/v5/getUserOpReceipt): Get the receipt of a user operation.
* [getDefaultToken](/references/typescript/v5/getDefaultToken): Get the default token for a given chain and symbol
* [getUserOpReceiptRaw](/references/typescript/v5/getUserOpReceiptRaw): Get the receipt of a user operation.
* [getUserPhoneNumber](/references/typescript/v5/getUserPhoneNumber): Retrieves the authenticated user phone number for the active embedded wallet.
* [getWalletBalance](/references/typescript/v5/getWalletBalance): Retrieves the balance of a token or native currency for a given wallet.
* [getInitBytecodeWithSalt](/references/typescript/v5/getInitBytecodeWithSalt): Generates the initialization bytecode with salt for a contract deployment.
* [hasStoredPasskey](/references/typescript/v5/hasStoredPasskey): Returns whether this device has a stored passkey ready to be used for sign-in
* [hashMessage](/references/typescript/v5/hashMessage): Ethereum Signed Message hashing
* [hexToBool](/references/typescript/v5/hexToBool): Converts a hexadecimal string to a boolean value.
* [hexToBigInt](/references/typescript/v5/hexToBigInt): Converts a hexadecimal string to a BigInt.
* [hexToBytes](/references/typescript/v5/hexToBytes): Converts a hexadecimal string to a Uint8Array of bytes.
* [hexToNumber](/references/typescript/v5/hexToNumber): Converts a hexadecimal string to a number.
* [hexToString](/references/typescript/v5/hexToString): Converts a hexadecimal string to a UTF-8 string.
* [hexToUint8Array](/references/typescript/v5/hexToUint8Array): Converts a hexadecimal string to a Uint8Array.
* [React Hooks](/references/typescript/v5/hooks): Was this page helpful?
* [inAppWallet](/references/typescript/v5/inAppWallet): Creates an app scoped wallet for users based on various authentication methods. Full list of available authentication methods [ here](https://portal.thirdweb.com/connect/wallet/sign-in-methods/configure) .
* [injectedProvider](/references/typescript/v5/injectedProvider): Get Injected Provider for given wallet by passing a wallet ID (rdns) using [ EIP-6963](https://eips.ethereum.org/EIPS/eip-6963) Provider Discovery.
* [isAddress](/references/typescript/v5/isAddress): Checks if a given string is a valid address.
* [isContractDeployed](/references/typescript/v5/isContractDeployed): Checks if a contract is deployed by verifying its bytecode.
* [isBytes](/references/typescript/v5/isBytes): Was this page helpful?
* [isEIP155Enforced](/references/typescript/v5/isEIP155Enforced): Checks whether EIP-155 is enforced by sending a random transaction of legacy type (pre-EIP-155) and parsing the error message.
* [isHex](/references/typescript/v5/isHex): Checks if a value is a valid hexadecimal string.
* [isSwapRequiredPostOnramp](/references/typescript/v5/isSwapRequiredPostOnramp): Check if a Swap is required after on-ramp when buying a token with fiat currency.
* [isValidENSName](/references/typescript/v5/isValidENSName): Checks if a string is a valid ENS name. It does not check if the ENS name is currently registered or resolves to an address - it only validates the string format.
* [isZkSyncChain](/references/typescript/v5/isZkSyncChain): Checks whether the given chain is part of the zksync stack
* [isErc6492Signature](/references/typescript/v5/isErc6492Signature): The signature to check for ERC6492 compatibility
* [exists](/references/typescript/v5/lens/exists): Calls the "exists" function on the contract.
* [keccakId](/references/typescript/v5/keccakId): Calculates the keccak ID of the given input.
* [keccak256](/references/typescript/v5/keccak256): Calculates the Keccak-256 hash of the given value.
* [getContentURI](/references/typescript/v5/lens/getContentURI): Calls the "getContentURI" function on the contract.
* [getFollowData](/references/typescript/v5/lens/getFollowData): Calls the "getFollowData" function on the contract.
* [getFollowTokenId](/references/typescript/v5/lens/getFollowTokenId): Calls the "getFollowTokenId" function on the contract.
* [getFollowerProfileId](/references/typescript/v5/lens/getFollowerProfileId): Calls the "getFollowerProfileId" function on the contract.
* [getFullProfile](/references/typescript/v5/lens/getFullProfile): Return the profile data _with Lens handle_ and optional join date
* [getFollowerCount](/references/typescript/v5/lens/getFollowerCount): Calls the "getFollowerCount" function on the contract.
* [getHandle](/references/typescript/v5/lens/getHandle): Calls the "getHandle" function on the contract.
* [getHandleFromProfileId](/references/typescript/v5/lens/getHandleFromProfileId): Return the Lens handle of a profile in the format: lens/@`<name-of-user>`
* [getHandleTokenURIContract](/references/typescript/v5/lens/getHandleTokenURIContract): Calls the "getHandleTokenURIContract" function on the contract.
* [getLocalName](/references/typescript/v5/lens/getLocalName): Calls the "getLocalName" function on the contract.
* [getModuleTypes](/references/typescript/v5/lens/getModuleTypes): Calls the "getModuleTypes" function on the contract.
* [getProfile](/references/typescript/v5/lens/getProfile): Calls the "getProfile" function on the contract.
* [getOriginalFollowTimestamp](/references/typescript/v5/lens/getOriginalFollowTimestamp): Calls the "getOriginalFollowTimestamp" function on the contract.
* [getProfileIdAllowedToRecover](/references/typescript/v5/lens/getProfileIdAllowedToRecover): Calls the "getProfileIdAllowedToRecover" function on the contract.
* [getProfileIdByHandleHash](/references/typescript/v5/lens/getProfileIdByHandleHash): Calls the "getProfileIdByHandleHash" function on the contract.
* [getProfileMetadata](/references/typescript/v5/lens/getProfileMetadata): Download user lens profile from Arweave This method does NOT give you the user handle & join-time - consider using `getFullProfileData` instead It is useful & cost efficient if you only want to get user's name, bio, picture, coverPicture etc.
* [getTokenId](/references/typescript/v5/lens/getTokenId): Calls the "getTokenId" function on the contract.
* [getPublication](/references/typescript/v5/lens/getPublication): Calls the "getPublication" function on the contract.
* [isFollowing](/references/typescript/v5/lens/isFollowing): Calls the "isFollowing" function on the contract.
* [isErc20CurrencyRegistered](/references/typescript/v5/lens/isErc20CurrencyRegistered): Calls the "isErc20CurrencyRegistered" function on the contract.
* [isModuleRegistered](/references/typescript/v5/lens/isModuleRegistered): Calls the "isModuleRegistered" function on the contract.
* [isModuleRegisteredAs](/references/typescript/v5/lens/isModuleRegisteredAs): Calls the "isModuleRegisteredAs" function on the contract.
* [mintTimestampOf](/references/typescript/v5/lens/mintTimestampOf): Calls the "mintTimestampOf" function on the contract.
* [mintTimestampOfFollowNFT](/references/typescript/v5/lens/mintTimestampOfFollowNFT): Calls the "mintTimestampOf" function on the contract.
* [resolveAddress](/references/typescript/v5/lens/resolveAddress): Take in a Lens handle or local-name and return the wallet address behind that handle/local-name. For example, "lens/vitalik" is a handle, with "lens" being the namespace and "vitalik" being the local name
* [nonces](/references/typescript/v5/lens/nonces): Calls the "nonces" function on the contract.
* [resolve](/references/typescript/v5/lens/resolve): Calls the "resolve" function on the contract.
* [tokenDataOf](/references/typescript/v5/lens/tokenDataOf): Calls the "tokenDataOf" function on the contract.
* [lightTheme](/references/typescript/v5/lightTheme): Create a custom light theme object by using the default dark theme as a base and applying overrides.
* [linkProfile](/references/typescript/v5/linkProfile): Connects a new profile (and new authentication method) to the current user.
* [acceptOffer](/references/typescript/v5/marketplace/acceptOffer): Accepts an offer after performing necessary checks and validations. Throws an error if the offer is not active, the offeror's balance is insufficient, or the offeror's allowance is insufficient.
* [approveBuyerForListing](/references/typescript/v5/marketplace/approveBuyerForListing): Prepares a transaction to call the "approveBuyerForListing" function on the contract.
* [acceptedOfferEvent](/references/typescript/v5/marketplace/acceptedOfferEvent): Creates an event object for the AcceptedOffer event.
* [approveCurrencyForListing](/references/typescript/v5/marketplace/approveCurrencyForListing): Prepares a transaction to call the "approveCurrencyForListing" function on the contract.
* [bidInAuction](/references/typescript/v5/marketplace/bidInAuction): Places a bid in an English auction.
* [auctionClosedEvent](/references/typescript/v5/marketplace/auctionClosedEvent): Creates an event object for the AuctionClosed event.
* [buyoutAuction](/references/typescript/v5/marketplace/buyoutAuction): Buys out an English auction.
* [cancelListing](/references/typescript/v5/marketplace/cancelListing): Prepares a transaction to call the "cancelListing" function on the contract.
* [getInitializeTransaction](/references/typescript/v5/getInitializeTransaction): Prepares the initialization transaction for a contract deployment
* [cancelAuction](/references/typescript/v5/marketplace/cancelAuction): Cancels an auction by providing the necessary options.
* [cancelOffer](/references/typescript/v5/marketplace/cancelOffer): Prepares a transaction to call the "cancelOffer" function on the contract.
* [cancelledAuctionEvent](/references/typescript/v5/marketplace/cancelledAuctionEvent): Creates an event object for the CancelledAuction event.
* [cancelledOfferEvent](/references/typescript/v5/marketplace/cancelledOfferEvent): Creates an event object for the CancelledOffer event.
* [cancelledListingEvent](/references/typescript/v5/marketplace/cancelledListingEvent): Creates an event object for the CancelledListing event.
* [collectAuctionTokens](/references/typescript/v5/marketplace/collectAuctionTokens): Prepares a transaction to call the "collectAuctionTokens" function on the contract.
* [createAuction](/references/typescript/v5/marketplace/createAuction): Creates an auction.
* [createListing](/references/typescript/v5/marketplace/createListing): Creates a direct listing.
* [collectAuctionPayout](/references/typescript/v5/marketplace/collectAuctionPayout): Prepares a transaction to call the "collectAuctionPayout" function on the contract.
* [currencyApprovedForListingEvent](/references/typescript/v5/marketplace/currencyApprovedForListingEvent): Creates an event object for the CurrencyApprovedForListing event.
* [currencyPriceForListing](/references/typescript/v5/marketplace/currencyPriceForListing): Retrieves the currency price for a listing.
* [deployMarketplaceContract](/references/typescript/v5/marketplace/deployMarketplaceContract): Deploys a marketplace contract.
* [executeSale](/references/typescript/v5/marketplace/executeSale): Executes a sale for an English auction.
* [getAllAuctions](/references/typescript/v5/marketplace/getAllAuctions): Retrieves all auctions based on the provided options.
* [buyFromListing](/references/typescript/v5/marketplace/buyFromListing): Buys a listing from the marketplace.
* [getAllListings](/references/typescript/v5/marketplace/getAllListings): Retrieves all direct listings based on the provided options.
* [getAllOffers](/references/typescript/v5/marketplace/getAllOffers): Retrieves all offers based on the provided options.
* [getAllValidAuctions](/references/typescript/v5/marketplace/getAllValidAuctions): Retrieves all valid auctions based on the provided options.
* [getAllValidListings](/references/typescript/v5/marketplace/getAllValidListings): Retrieves all valid direct listings based on the provided options.
* [getAllValidOffers](/references/typescript/v5/marketplace/getAllValidOffers): Retrieves all valid offers based on the provided options.
* [getAuction](/references/typescript/v5/marketplace/getAuction): Retrieves an auction listing based on the provided options.
* [getListing](/references/typescript/v5/marketplace/getListing): Retrieves a direct listing based on the provided options.
* [getWinningBid](/references/typescript/v5/marketplace/getWinningBid): Retrieves the winning bid information for a given auction.
* [isBidInAuctionSupported](/references/typescript/v5/marketplace/isBidInAuctionSupported): Checks if the `bidInAuction` method is supported by the given contract.
* [isBuyFromListingSupported](/references/typescript/v5/marketplace/isBuyFromListingSupported): Checks if the `buyFromListing` method is supported by the given contract.
* [isCancelListingSupported](/references/typescript/v5/marketplace/isCancelListingSupported): Checks if the `cancelListing` method is supported by the given contract.
* [isBuyerApprovedForListing](/references/typescript/v5/marketplace/isBuyerApprovedForListing): Checks if the buyer is approved for a listing.
* [isCancelAuctionSupported](/references/typescript/v5/marketplace/isCancelAuctionSupported): Checks if the `cancelAuction` method is supported by the given contract.
* [isCreateAuctionSupported](/references/typescript/v5/marketplace/isCreateAuctionSupported): Checks if the `createAuction` method is supported by the given contract.
* [isCreateListingSupported](/references/typescript/v5/marketplace/isCreateListingSupported): Checks if the `createListing` method is supported by the given contract.
* [isCurrencyApprovedForListing](/references/typescript/v5/marketplace/isCurrencyApprovedForListing): Calls the "isCurrencyApprovedForListing" function on the contract.
* [isGetListingSupported](/references/typescript/v5/marketplace/isGetListingSupported): Checks if the `isGetListingSupported` method is supported by the given contract.
* [isGetAuctionSupported](/references/typescript/v5/marketplace/isGetAuctionSupported): Checks if the `getAuction` method is supported by the given contract.
* [isGetWinningBidSupported](/references/typescript/v5/marketplace/isGetWinningBidSupported): Checks if the `getWinningBid` method is supported by the given contract.
* [isNewWinningBid](/references/typescript/v5/marketplace/isNewWinningBid): Calls the "isNewWinningBid" function on the contract.
* [buyerApprovedForListingEvent](/references/typescript/v5/marketplace/buyerApprovedForListingEvent): Creates an event object for the BuyerApprovedForListing event.
* [newAuctionEvent](/references/typescript/v5/marketplace/newAuctionEvent): Creates an event object for the NewAuction event.
* [getOffer](/references/typescript/v5/marketplace/getOffer): Retrieves an offer based on the provided options.
* [newListingEvent](/references/typescript/v5/marketplace/newListingEvent): Creates an event object for the NewListing event.
* [newBidEvent](/references/typescript/v5/marketplace/newBidEvent): Creates an event object for the NewBid event.
* [newSaleEvent](/references/typescript/v5/marketplace/newSaleEvent): Creates an event object for the NewSale event.
* [newOfferEvent](/references/typescript/v5/marketplace/newOfferEvent): Creates an event object for the NewOffer event.
* [makeOffer](/references/typescript/v5/marketplace/makeOffer): Makes an offer for any asset (ERC721 or ERC1155).
* [totalAuctions](/references/typescript/v5/marketplace/totalAuctions): Calls the "totalAuctions" function on the contract.
* [totalListings](/references/typescript/v5/marketplace/totalListings): Calls the "totalListings" function on the contract.
* [updatedListingEvent](/references/typescript/v5/marketplace/updatedListingEvent): Creates an event object for the UpdatedListing event.
* [max](/references/typescript/v5/max): Returns the maximum of two BigInt values.
* [totalOffers](/references/typescript/v5/marketplace/totalOffers): Calls the "totalOffers" function on the contract.
* [updateListing](/references/typescript/v5/marketplace/updateListing): Updates an existing direct listing.
* [getDefaultHandle](/references/typescript/v5/lens/getDefaultHandle): Calls the "getDefaultHandle" function on the contract.
* [getSaleConfig](/references/typescript/v5/mintableerc1155/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [generateMintSignature](/references/typescript/v5/mintableerc1155/generateMintSignature): Generates a payload and signature for minting ERC1155 tokens with a signature.
* [encodeInstall](/references/typescript/v5/mintableerc1155/encodeInstall): Encodes the install data for the MintableERC1155 module.
* [min](/references/typescript/v5/min): Returns the minimum of two BigInt values.
* [mintWithRole](/references/typescript/v5/mintableerc1155/mintWithRole): Mints ERC1155 tokens to a specified address via a MintableERC1155 module.
* [mintWithSignature](/references/typescript/v5/mintableerc1155/mintWithSignature): Mints ERC1155 tokens to a specified address with a signature via a MintableERC1155 module.
* [setSaleConfig](/references/typescript/v5/mintableerc1155/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [encodeInstall](/references/typescript/v5/mintableerc20/encodeInstall): Encodes the install data for the MintableERC20 module.
* [generateMintSignature](/references/typescript/v5/mintableerc20/generateMintSignature): Generates a mint signature for a given mint request to be used with a MintableERC20 module.
* [getSaleConfig](/references/typescript/v5/mintableerc20/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [module](/references/typescript/v5/mintableerc1155/module): Convenience function to add the MintableERC1155 module as a default module on a core contract.
* [install](/references/typescript/v5/mintableerc20/install): Installs the MintableERC20 module on a core contract.
* [mintWithRole](/references/typescript/v5/mintableerc20/mintWithRole): Mints ERC20 tokens to a specified address via a MintableERC20 module.
* [encodeInstall](/references/typescript/v5/mintableerc721/encodeInstall): Encodes the install data for the MintableERC721 module.
* [module](/references/typescript/v5/mintableerc20/module): Convenience function to add the MintableERC20 module as a default module on a core contract.
* [generateMintSignature](/references/typescript/v5/mintableerc721/generateMintSignature): Generates a payload and signature for minting ERC721 tokens via a MintableERC721 module.
* [mintWithSignature](/references/typescript/v5/mintableerc20/mintWithSignature): Mints ERC20 tokens to a specified address with a signature via a MintableERC20 module.
* [getSaleConfig](/references/typescript/v5/mintableerc721/getSaleConfig): Calls the "getSaleConfig" function on the contract.
* [setSaleConfig](/references/typescript/v5/mintableerc20/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [install](/references/typescript/v5/mintableerc721/install): Installs the MintableERC721 module on a core contract.
* [mintWithRole](/references/typescript/v5/mintableerc721/mintWithRole): Mints ERC721 tokens to a specified address via a MintableERC721 module.
* [module](/references/typescript/v5/mintableerc721/module): Convenience function to add the MintableERC721 module as a default module on a core contract.
* [setSaleConfig](/references/typescript/v5/mintableerc721/setSaleConfig): Prepares a transaction to call the "setSaleConfig" function on the contract.
* [cancelOwnershipHandover](/references/typescript/v5/modules/cancelOwnershipHandover): Prepares a transaction to call the "cancelOwnershipHandover" function on the contract.
* [completeOwnershipHandover](/references/typescript/v5/modules/completeOwnershipHandover): Prepares a transaction to call the "completeOwnershipHandover" function on the contract.
* [encodeMintParams](/references/typescript/v5/modules/encodeMintParams-3): Encodes the parameters for the "encodeBytesBeforeMintERC721" function.
* [encodeMintParams](/references/typescript/v5/modules/encodeMintParams-2): Encodes the parameters for the "encodeBytesBeforeMintERC20" function.
* [encodeMintParams](/references/typescript/v5/modules/encodeMintParams): Encodes the parameters for the "encodeBytesBeforeMintERC1155" function.
* [getInstalledModules](/references/typescript/v5/modules/getInstalledModules): Calls the "getInstalledModules" function on the contract.
* [getSupportedCallbackFunctions](/references/typescript/v5/modules/getSupportedCallbackFunctions): Calls the "getSupportedCallbackFunctions" function on the contract.
* [getModuleConfig](/references/typescript/v5/modules/getModuleConfig): Calls the "getModuleConfig" function on the contract.
* [hasAnyRole](/references/typescript/v5/modules/hasAnyRole): Calls the "hasAnyRole" function on the contract.
* [grantRoles](/references/typescript/v5/modules/grantRoles): Prepares a transaction to call the "grantRoles" function on the contract.
* [hasAllRoles](/references/typescript/v5/modules/hasAllRoles): Calls the "hasAllRoles" function on the contract.
* [installModule](/references/typescript/v5/modules/installModule): Prepares a transaction to call the "installModule" function on the contract.
* [isGetSupportedCallbackFunctionsSupported](/references/typescript/v5/modules/isGetSupportedCallbackFunctionsSupported): Checks if the `getSupportedCallbackFunctions` method is supported by the given contract.
* [isGetModuleConfigSupported](/references/typescript/v5/modules/isGetModuleConfigSupported): Checks if the `getModuleConfig` method is supported by the given contract.
* [isInstallModuleSupported](/references/typescript/v5/modules/isInstallModuleSupported): Checks if the `installModule` method is supported by the given contract.
* [isUninstallModuleSupported](/references/typescript/v5/modules/isUninstallModuleSupported): Checks if the `uninstallModule` method is supported by the given contract.
* [owner](/references/typescript/v5/modules/owner): Calls the "owner" function on the contract.
* [moduleInstalledEvent](/references/typescript/v5/modules/moduleInstalledEvent): Creates an event object for the ModuleInstalled event.
* [isGetInstalledModulesSupported](/references/typescript/v5/modules/isGetInstalledModulesSupported): Checks if the `getInstalledModules` method is supported by the given contract.
* [ownershipHandoverExpiresAt](/references/typescript/v5/modules/ownershipHandoverExpiresAt): Calls the "ownershipHandoverExpiresAt" function on the contract.
* [renounceRoles](/references/typescript/v5/modules/renounceRoles): Prepares a transaction to call the "renounceRoles" function on the contract.
* [requestOwnershipHandover](/references/typescript/v5/modules/requestOwnershipHandover): Prepares a transaction to call the "requestOwnershipHandover" function on the contract.
* [renounceOwnership](/references/typescript/v5/modules/renounceOwnership): Prepares a transaction to call the "renounceOwnership" function on the contract.
* [revokeRoles](/references/typescript/v5/modules/revokeRoles): Prepares a transaction to call the "revokeRoles" function on the contract.
* [transferOwnership](/references/typescript/v5/modules/transferOwnership): Prepares a transaction to call the "transferOwnership" function on the contract.
* [rolesOf](/references/typescript/v5/modules/rolesOf): Calls the "rolesOf" function on the contract.
* [uninstallModule](/references/typescript/v5/modules/uninstallModule): Prepares a transaction to call the "uninstallModule" function on the contract.
* [blockAndAggregate](/references/typescript/v5/multicall3/blockAndAggregate): Prepares a transaction to call the "blockAndAggregate" function on the contract.
* [mintWithSignature](/references/typescript/v5/mintableerc721/mintWithSignature): Mints ERC721 tokens to a specified address with a signature via a MintableERC721 module.
* [aggregate3Value](/references/typescript/v5/multicall3/aggregate3Value): Prepares a transaction to call the "aggregate3Value" function on the contract.
* [install](/references/typescript/v5/mintableerc1155/install): Installs the MintableERC1155 module on a core contract.
* [aggregate3](/references/typescript/v5/multicall3/aggregate3): Prepares a transaction to call the "aggregate3" function on the contract.
* [getBasefee](/references/typescript/v5/multicall3/getBasefee): Calls the "getBasefee" function on the contract.
* [getBlockHash](/references/typescript/v5/multicall3/getBlockHash): Calls the "getBlockHash" function on the contract.
* [getBlockNumber](/references/typescript/v5/multicall3/getBlockNumber): Calls the "getBlockNumber" function on the contract.
* [getCurrentBlockCoinbase](/references/typescript/v5/multicall3/getCurrentBlockCoinbase): Calls the "getCurrentBlockCoinbase" function on the contract.
* [getCurrentBlockDifficulty](/references/typescript/v5/multicall3/getCurrentBlockDifficulty): Calls the "getCurrentBlockDifficulty" function on the contract.
* [getCurrentBlockTimestamp](/references/typescript/v5/multicall3/getCurrentBlockTimestamp): Calls the "getCurrentBlockTimestamp" function on the contract.
* [getChainId](/references/typescript/v5/multicall3/getChainId): Calls the "getChainId" function on the contract.
* [getCurrentBlockGasLimit](/references/typescript/v5/multicall3/getCurrentBlockGasLimit): Calls the "getCurrentBlockGasLimit" function on the contract.
* [getLastBlockHash](/references/typescript/v5/multicall3/getLastBlockHash): Calls the "getLastBlockHash" function on the contract.
* [getEthBalance](/references/typescript/v5/multicall3/getEthBalance): Calls the "getEthBalance" function on the contract.
* [numberToBytes](/references/typescript/v5/numberToBytes): Converts a number to bytes.
* [numberToHex](/references/typescript/v5/numberToHex): Converts a number or bigint to a hexadecimal string.
* [tryBlockAndAggregate](/references/typescript/v5/multicall3/tryBlockAndAggregate): Prepares a transaction to call the "tryBlockAndAggregate" function on the contract.
* [tryAggregate](/references/typescript/v5/multicall3/tryAggregate): Prepares a transaction to call the "tryAggregate" function on the contract.
* [batchMetadataUpdateEvent](/references/typescript/v5/openeditionmetadataerc721/batchMetadataUpdateEvent): Creates an event object for the BatchMetadataUpdate event.
* [install](/references/typescript/v5/openeditionmetadataerc721/install): Installs the OpenEditionMetadataERC721 module on a core contract.
* [setSharedMetadata](/references/typescript/v5/openeditionmetadataerc721/setSharedMetadata): Prepares a transaction to call the "setSharedMetadata" function on the contract.
* [sharedMetadataUpdatedEvent](/references/typescript/v5/openeditionmetadataerc721/sharedMetadataUpdatedEvent): Creates an event object for the SharedMetadataUpdated event.
* [module](/references/typescript/v5/openeditionmetadataerc721/module): Convenience function to add the OpenEditionMetadataERC721 module as a default module on a core contract.
* [createNewPack](/references/typescript/v5/pack/createNewPack): Was this page helpful?
* [createPack](/references/typescript/v5/pack/createPack): Prepares a transaction to call the "createPack" function on the contract.
* [getPackContents](/references/typescript/v5/pack/getPackContents): Calls the "getPackContents" function on the contract.
* [openPack](/references/typescript/v5/pack/openPack): Prepares a transaction to call the "openPack" function on the contract.
* [getTokenCountOfBundle](/references/typescript/v5/pack/getTokenCountOfBundle): Calls the "getTokenCountOfBundle" function on the contract.
* [packCreatedEvent](/references/typescript/v5/pack/packCreatedEvent): Creates an event object for the PackCreated event.
* [packOpenedEvent](/references/typescript/v5/pack/packOpenedEvent): Creates an event object for the PackOpened event.
* [packUpdatedEvent](/references/typescript/v5/pack/packUpdatedEvent): Creates an event object for the PackUpdated event.
* [encodeInstall](/references/typescript/v5/openeditionmetadataerc721/encodeInstall): Encodes the install data for the OpenEditionMetadataERC721 module.
* [parseErc6492Signature](/references/typescript/v5/parseErc6492Signature): The signature to parse
* [parseEventLogs](/references/typescript/v5/parseEventLogs): Parses logs and returns the corresponding events.
* [getAllRoleMembers](/references/typescript/v5/permissions/getAllRoleMembers): Retrieves all members of a specific role.
* [getRoleHash](/references/typescript/v5/permissions/getRoleHash): Get a hex value of a smart contract role You need the hex value to interact with the smart contracts.
* [getRoleAdmin](/references/typescript/v5/permissions/getRoleAdmin): Gets the admin of a role.
* [getRoleMemberCount](/references/typescript/v5/permissions/getRoleMemberCount): Retrieves the number of members of a specific role.
* [parseAbiParams](/references/typescript/v5/parseAbiParams): Converts an array of parameter values to their respective types based on the provided type array.
* [padHex](/references/typescript/v5/padHex): Pads a hexadecimal string with zeros to a specified size.
* [getRoleMember](/references/typescript/v5/permissions/getRoleMember): Retrieves a specific member of a specific role.
* [hasRole](/references/typescript/v5/permissions/hasRole): Checks if the target account has the role.
* [grantRole](/references/typescript/v5/permissions/grantRole): Grants a role to a target account.
* [isGetRoleMemberCountSupported](/references/typescript/v5/permissions/isGetRoleMemberCountSupported): Checks if the `getRoleMemberCount` method is supported by the given contract.
* [isGetRoleAdminSupported](/references/typescript/v5/permissions/isGetRoleAdminSupported): Checks if the `getRoleAdmin` method is supported by the given contract.
* [isGrantRoleSupported](/references/typescript/v5/permissions/isGrantRoleSupported): Checks if the `grantRole` method is supported by the given contract.
* [isGetRoleMemberSupported](/references/typescript/v5/permissions/isGetRoleMemberSupported): Checks if the `getRoleMember` method is supported by the given contract.
* [isHasRoleSupported](/references/typescript/v5/permissions/isHasRoleSupported): Checks if the `hasRole` method is supported by the given contract.
* [isRenounceRoleSupported](/references/typescript/v5/permissions/isRenounceRoleSupported): Checks if the `renounceRole` method is supported by the given contract.
* [renounceRole](/references/typescript/v5/permissions/renounceRole): Lets the target account renounce the role. (The target account must be the sender of the transaction.)
* [isRevokeRoleSupported](/references/typescript/v5/permissions/isRevokeRoleSupported): Checks if the `revokeRole` method is supported by the given contract.
* [roleAdminChangedEvent](/references/typescript/v5/permissions/roleAdminChangedEvent): Creates an event object for the RoleAdminChanged event.
* [revokeRole](/references/typescript/v5/permissions/revokeRole): Revokes a role from a target account.
* [roleGrantedEvent](/references/typescript/v5/permissions/roleGrantedEvent): Creates an event object for the RoleGranted event.
* [roleRevokedEvent](/references/typescript/v5/permissions/roleRevokedEvent): Creates an event object for the RoleRevoked event.
* [isGetAllRoleMembersSupported](/references/typescript/v5/permissions/isGetAllRoleMembersSupported): Checks if the `getAllRoleMembers` method is supported by the given contract.
* [predictAddress](/references/typescript/v5/predictAddress): Use `predictSmartAccountAddress` instead.
* [preAuthenticate](/references/typescript/v5/preAuthenticate): Pre-authenticates the user based on the provided authentication strategy. Use this function to send a verification code to the user's email or phone number.
* [predictSmartAccountAddress](/references/typescript/v5/predictSmartAccountAddress): Predict the address of a smart account.
* [prepareEvent](/references/typescript/v5/prepareEvent): Prepares an event by parsing the signature, generating the event hash, and encoding the event topics.
* [prepareMethod](/references/typescript/v5/prepareMethod): Prepares a method for usage by converting it into a prepared method object.
* [privateKeyToAccount](/references/typescript/v5/privateKeyToAccount): Get an `Account` object from a private key.
* [aggregate](/references/typescript/v5/multicall3/aggregate): Prepares a transaction to call the "aggregate" function on the contract.
* [randomPrivateKey](/references/typescript/v5/randomPrivateKey): Generates a random ECDSA private key on the secp256k1 curve.
* [readContract](/references/typescript/v5/readContract): Use this for raw read calls from a contract, but you can also use read [ extensions](https://portal.thirdweb.com/typescript/v5/extensions/use) for predefined methods for common standards.
* [prepareContractCall](/references/typescript/v5/prepareContractCall): Prepares a contract call by resolving the ABI function, parameters and encoded data. Optionally specify other properties such as value or gas price.
* [refreshJWT](/references/typescript/v5/refreshJWT): Refreshes a JSON Web Token (JWT) by encoding a new payload with updated expiration time.
* [resolveAbiFromBytecode](/references/typescript/v5/resolveAbiFromBytecode): Resolves the ABI (Application Binary Interface) from the bytecode of a contract.
* [resolveArweaveScheme](/references/typescript/v5/resolveArweaveScheme): Resolves the scheme of a given Arweave URI and returns the corresponding URL.
* [resolveCompositeAbi](/references/typescript/v5/resolveCompositeAbi): Resolves the ABI for a contract based on its bytecode. If the contract follows the plugin-pattern or dynamic pattern, it resolves the ABIs for the plugins and merges them with the root ABI. If the contract follows the base router pattern, it resolves the ABIs for the plugins and merges them with the root ABI. If the contract follows the diamond pattern, it resolves the ABIs for the facets and merges them with the root ABI.
* [resolveContractAbi](/references/typescript/v5/resolveContractAbi): Resolves the ABI (Application Binary Interface) for a given contract. If the ABI is already cached, it returns the cached value. Otherwise, it tries to resolve the ABI from the contract's API. If that fails, it resolves the ABI from the contract's bytecode.
* [resolveImplementation](/references/typescript/v5/resolveImplementation): Resolves the implementation address and bytecode for a given proxy contract.
* [resolveAbiFromContractApi](/references/typescript/v5/resolveAbiFromContractApi): Resolves the ABI (Application Binary Interface) for a contract from the contract API.
* [resolveScheme](/references/typescript/v5/resolveScheme): Resolves the scheme of a given URI and returns the corresponding URL. If the URI starts with "ipfs://", it constructs a URL using the IPFS client ID and the IPFS gateway. If the URI starts with "http", it returns the URI as is. Otherwise, it throws an error indicating an invalid URI scheme.
* [resolveSignatures](/references/typescript/v5/resolveSignatures): Resolves the signatures of the given hexadecimal signatures.
* [encodeInstall](/references/typescript/v5/royaltyerc1155/encodeInstall): Encodes the install data for the RoyaltyERC1155 module.
* [roleMap](/references/typescript/v5/roleMap): A map of all current thirdweb's smart contract roles
* [getDefaultRoyaltyInfo](/references/typescript/v5/royaltyerc1155/getDefaultRoyaltyInfo): Calls the "getDefaultRoyaltyInfo" function on the contract.
* [getRoyaltyInfoForToken](/references/typescript/v5/royaltyerc1155/getRoyaltyInfoForToken): Calls the "getRoyaltyInfoForToken" function on the contract.
* [getTransferValidator](/references/typescript/v5/royaltyerc1155/getTransferValidator): Calls the "getTransferValidator" function on the contract.
* [getTransferValidationFunction](/references/typescript/v5/royaltyerc1155/getTransferValidationFunction): Calls the "getTransferValidationFunction" function on the contract.
* [install](/references/typescript/v5/royaltyerc1155/install): Installs the RoyaltyERC1155 module on a core contract.
* [royaltyInfo](/references/typescript/v5/royaltyerc1155/royaltyInfo): Calls the "royaltyInfo" function on the contract.
* [setDefaultRoyaltyInfo](/references/typescript/v5/royaltyerc1155/setDefaultRoyaltyInfo): Prepares a transaction to call the "setDefaultRoyaltyInfo" function on the contract.
* [module](/references/typescript/v5/royaltyerc1155/module): Convenience function to add the RoyaltyERC1155 module as a default module on a core contract.
* [setRoyaltyInfoForToken](/references/typescript/v5/royaltyerc1155/setRoyaltyInfoForToken): Prepares a transaction to call the "setRoyaltyInfoForToken" function on the contract.
* [setTransferValidator](/references/typescript/v5/royaltyerc1155/setTransferValidator): Prepares a transaction to call the "setTransferValidator" function on the contract.
* [encodeInstall](/references/typescript/v5/royaltyerc721/encodeInstall): Encodes the install data for the RoyaltyERC721 module.
* [getDefaultRoyaltyInfo](/references/typescript/v5/royaltyerc721/getDefaultRoyaltyInfo): Calls the "getDefaultRoyaltyInfo" function on the contract.
* [getRoyaltyInfoForToken](/references/typescript/v5/royaltyerc721/getRoyaltyInfoForToken): Calls the "getRoyaltyInfoForToken" function on the contract.
* [getTransferValidationFunction](/references/typescript/v5/royaltyerc721/getTransferValidationFunction): Calls the "getTransferValidationFunction" function on the contract.
* [getTransferValidator](/references/typescript/v5/royaltyerc721/getTransferValidator): Calls the "getTransferValidator" function on the contract.
* [install](/references/typescript/v5/royaltyerc721/install): Installs the RoyaltyERC721 module on a core contract.
* [module](/references/typescript/v5/royaltyerc721/module): Convenience function to add the RoyaltyERC721 module as a default module on a core contract.
* [setDefaultRoyaltyInfo](/references/typescript/v5/royaltyerc721/setDefaultRoyaltyInfo): Prepares a transaction to call the "setDefaultRoyaltyInfo" function on the contract.
* [royaltyInfo](/references/typescript/v5/royaltyerc721/royaltyInfo): Calls the "royaltyInfo" function on the contract.
* [setTransferValidator](/references/typescript/v5/royaltyerc721/setTransferValidator): Prepares a transaction to call the "setTransferValidator" function on the contract.
* [setRoyaltyInfoForToken](/references/typescript/v5/royaltyerc721/setRoyaltyInfoForToken): Prepares a transaction to call the "setRoyaltyInfoForToken" function on the contract.
* [sendAndConfirmTransaction](/references/typescript/v5/sendAndConfirmTransaction): Sends a transaction using the provided wallet.
* [sendBatchTransaction](/references/typescript/v5/sendBatchTransaction): Sends a batch transaction using the provided options.
* [sendTransaction](/references/typescript/v5/sendTransaction): Sends a transaction using the provided account.
* [resolveMethod](/references/typescript/v5/resolveMethod): Resolves and returns the ABI function with the specified method name. Throws an error if the function is not found in the ABI.
* [resolveSignature](/references/typescript/v5/resolveSignature): Resolves a signature by converting a hexadecimal string into a function or event signature.
* [encodeInstall](/references/typescript/v5/sequentialtokeniderc1155/encodeInstall): Encodes the install data for the SequentialTokenIdERC1155 module.
* [install](/references/typescript/v5/sequentialtokeniderc1155/install): Installs the SequentialTokenIdERC1155 module on a core contract.
* [module](/references/typescript/v5/sequentialtokeniderc1155/module): Convenience function to add the SequentialTokenIdERC1155 module as a default module on a core contract.
* [serializeErc6492Signature](/references/typescript/v5/serializeErc6492Signature): The serialized signature
* [serializeTransaction](/references/typescript/v5/serializeTransaction): Serializes a legacy, EIP-1559, EIP-2930, EIP-4844, or EIP-7702 transaction object.
* [sha256](/references/typescript/v5/sha256): Calculates the SHA256 hash of the given value.
* [prepareTransaction](/references/typescript/v5/prepareTransaction): Prepares a transaction with the given options.
* [shortenAddress](/references/typescript/v5/shortenAddress): Checksums and formats an address if valid. Note this function does not check if the provided address is an ENS.
* [shortenHex](/references/typescript/v5/shortenHex): Shortens a hexadecimal string without performing any validation or checksumming.
* [shortenLargeNumber](/references/typescript/v5/shortenLargeNumber): Shorten the string for large value Mainly used for Examples: 10\_000 -> 10k 1\_000\_000 -> 1M 1\_000\_000\_000 -> 1B
* [shouldUpdateSessionKey](/references/typescript/v5/shouldUpdateSessionKey): Checks if the session key should be updated.
* [sign](/references/typescript/v5/sign): Generates the signature for the provided transaction hash.
* [signAuthorization](/references/typescript/v5/signAuthorization): Sign the given EIP-7702 authorization object.
* [signLoginPayload](/references/typescript/v5/signLoginPayload): Signs the login payload using the provided account.
* [signMessage](/references/typescript/v5/signMessage): Signs a string message with a given private key.
* [signTransaction](/references/typescript/v5/signTransaction): Signs a transaction to be sent to a node.
* [signTypedData](/references/typescript/v5/signTypedData): Signs a typed data object with a given private key according to EIP712.
* [signatureToHex](/references/typescript/v5/signatureToHex): Converts a signature to a hex string.
* [signUserOp](/references/typescript/v5/signUserOp): Sign a user operation.
* [simulateTransaction](/references/typescript/v5/simulateTransaction): Simulates the execution of a transaction.
* [smartWallet](/references/typescript/v5/smartWallet): Creates a ERC4337 smart wallet based on a admin account.
* [distributeByToken](/references/typescript/v5/split/distributeByToken): This extension is similar to the `distribute` extension, however it require you to specify the token (address) that you want to distribute
* [distribute](/references/typescript/v5/split/distribute): Prepares a transaction to call the "distribute" function on the contract.
* [getAllRecipientsAddresses](/references/typescript/v5/split/getAllRecipientsAddresses): Get the addresses of all recipients of a [thirdweb Split contract](https://thirdweb.com/thirdweb.eth/Split)
* [getRecipientSplitPercentage](/references/typescript/v5/split/getRecipientSplitPercentage): Get the split percentage of a recipient
* [payee](/references/typescript/v5/split/payee): Calls the "payee" function on the contract.
* [getAllRecipientsPercentages](/references/typescript/v5/split/getAllRecipientsPercentages): Get all the recipients of a Split contracts
* [releasable](/references/typescript/v5/split/releasable): Calls the "releasable" function on the contract.
* [payeeCount](/references/typescript/v5/split/payeeCount): Calls the "payeeCount" function on the contract.
* [releasableByToken](/references/typescript/v5/split/releasableByToken): Calls the "releasable" function on the contract.
* [releaseByToken](/references/typescript/v5/split/releaseByToken): Similar to the `release` extension, however this one requires you to specify a tokenAddress to release
* [release](/references/typescript/v5/split/release): Prepares a transaction to call the "release" function on the contract.
* [released](/references/typescript/v5/split/released): Calls the "released" function on the contract.
* [releasedByToken](/references/typescript/v5/split/releasedByToken): Calls the "released" function on the contract. Similar to the `released` extension, however this one requires you to specify a tokenAddress
* [shares](/references/typescript/v5/split/shares): Calls the "shares" function on the contract.
* [totalReleased](/references/typescript/v5/split/totalReleased): Calls the "totalReleased" function on the contract.
* [stringToBytes](/references/typescript/v5/stringToBytes): Converts a string to an array of bytes.
* [stringToHex](/references/typescript/v5/stringToHex): Converts a string to its hexadecimal representation.
* [totalReleasedByToken](/references/typescript/v5/split/totalReleasedByToken): Calls the "totalReleased" function on the contract. Similar to the `release` extension, however this one requires you to specify a tokenAddress
* [contractType](/references/typescript/v5/thirdweb/contractType): Calls the "contractType" function on the contract.
* [add](/references/typescript/v5/thirdweb/add): Prepares a transaction to call the "add" function on the contract.
* [stringify](/references/typescript/v5/stringify): Stringify a JSON object and convert all bigint values to string
* [deployProxyByImplementation](/references/typescript/v5/thirdweb/deployProxyByImplementation): Prepares a transaction to call the "deployProxyByImplementation" function on the contract.
* [count](/references/typescript/v5/thirdweb/count): Calls the "count" function on the contract.
* [getAll](/references/typescript/v5/thirdweb/getAll): Calls the "getAll" function on the contract.
* [getPublishedContractVersions](/references/typescript/v5/thirdweb/getPublishedContractVersions): Calls the "getPublishedContractVersions" function on the contract.
* [getAllPublishedContracts](/references/typescript/v5/thirdweb/getAllPublishedContracts): Calls the "getAllPublishedContracts" function on the contract.
* [getPublishedContract](/references/typescript/v5/thirdweb/getPublishedContract): Calls the "getPublishedContract" function on the contract.
* [getPublishedUriFromCompilerUri](/references/typescript/v5/thirdweb/getPublishedUriFromCompilerUri): Calls the "getPublishedUriFromCompilerUri" function on the contract.
* [getPublisherProfileUri](/references/typescript/v5/thirdweb/getPublisherProfileUri): Calls the "getPublisherProfileUri" function on the contract.
* [publishContract](/references/typescript/v5/thirdweb/publishContract): Publish a contract to the contract publisher.
* [remove](/references/typescript/v5/thirdweb/remove): Prepares a transaction to call the "remove" function on the contract.
* [setPublisherProfileUri](/references/typescript/v5/thirdweb/setPublisherProfileUri): Prepares a transaction to call the "setPublisherProfileUri" function on the contract.
* [isContractTypeSupported](/references/typescript/v5/thirdweb/isContractTypeSupported): Checks if the `contractType` method is supported by the given contract.
* [unpublishContract](/references/typescript/v5/thirdweb/unpublishContract): Prepares a transaction to call the "unpublishContract" function on the contract.
* [toBytes](/references/typescript/v5/toBytes): Converts a value to an array of bytes.
* [toEther](/references/typescript/v5/toEther): Converts a value from wei to ether.
* [toEventSelector](/references/typescript/v5/toEventSelector): Returns the hash (of the function/event signature) for a given event or function definition.
* [toFunctionSelector](/references/typescript/v5/toFunctionSelector): Was this page helpful?
* [toHex](/references/typescript/v5/toHex): Converts a value to its hexadecimal representation.
* [toSerializableTransaction](/references/typescript/v5/toSerializableTransaction): Converts a prepared transaction to a transaction with populated options.
* [toTokens](/references/typescript/v5/toTokens): Converts a given number of units to a string representation with a specified number of decimal places.
* [toUnits](/references/typescript/v5/toUnits): Converts a string representation of a number with decimal places to a BigInt representation.
* [toWei](/references/typescript/v5/toWei): Converts the specified number of tokens to Wei.
* [encodeInstall](/references/typescript/v5/transferableerc1155/encodeInstall): Encodes the install data for the TransferableERC1155 module.
* [isTransferEnabled](/references/typescript/v5/transferableerc1155/isTransferEnabled): Calls the "isTransferEnabled" function on the contract.
* [install](/references/typescript/v5/transferableerc1155/install): Installs the TransferableERC1155 module on a core contract.
* [module](/references/typescript/v5/transferableerc1155/module): Convenience function to add the TransferableERC1155 module as a default module on a core contract.
* [isTransferEnabledFor](/references/typescript/v5/transferableerc1155/isTransferEnabledFor): Calls the "isTransferEnabledFor" function on the contract.
* [getMetadataUri](/references/typescript/v5/thirdweb/getMetadataUri): Calls the "getMetadataUri" function on the contract.
* [setTransferable](/references/typescript/v5/transferableerc1155/setTransferable): Prepares a transaction to call the "setTransferable" function on the contract.
* [encodeInstall](/references/typescript/v5/transferableerc20/encodeInstall): Encodes the install data for the TransferableERC20 module.
* [setTransferableFor](/references/typescript/v5/transferableerc1155/setTransferableFor): Prepares a transaction to call the "setTransferableFor" function on the contract.
* [install](/references/typescript/v5/transferableerc20/install): Installs the TransferableERC20 module on a core contract.
* [isTransferEnabled](/references/typescript/v5/transferableerc20/isTransferEnabled): Calls the "isTransferEnabled" function on the contract.
* [isTransferEnabledFor](/references/typescript/v5/transferableerc20/isTransferEnabledFor): Calls the "isTransferEnabledFor" function on the contract.
* [module](/references/typescript/v5/transferableerc20/module): Convenience function to add the TransferableERC20 module as a default module on a core contract.
* [setTransferable](/references/typescript/v5/transferableerc20/setTransferable): Prepares a transaction to call the "setTransferable" function on the contract.
* [setTransferableFor](/references/typescript/v5/transferableerc20/setTransferableFor): Prepares a transaction to call the "setTransferableFor" function on the contract.
* [encodeInstall](/references/typescript/v5/transferableerc721/encodeInstall): Encodes the install data for the TransferableERC721 module.
* [install](/references/typescript/v5/transferableerc721/install): Installs the TransferableERC721 module on a core contract.
* [isTransferEnabledFor](/references/typescript/v5/transferableerc721/isTransferEnabledFor): Calls the "isTransferEnabledFor" function on the contract.
* [isTransferEnabled](/references/typescript/v5/transferableerc721/isTransferEnabled): Calls the "isTransferEnabled" function on the contract.
* [setTransferable](/references/typescript/v5/transferableerc721/setTransferable): Prepares a transaction to call the "setTransferable" function on the contract.
* [setTransferableFor](/references/typescript/v5/transferableerc721/setTransferableFor): Prepares a transaction to call the "setTransferableFor" function on the contract.
* [module](/references/typescript/v5/transferableerc721/module): Convenience function to add the TransferableERC721 module as a default module on a core contract.
* [uint8ArrayToHex](/references/typescript/v5/uint8ArrayToHex): Converts an array of bytes to a hexadecimal string.
* [createPool](/references/typescript/v5/uniswap/createPool): Prepares a transaction to call the "createPool" function on the contract.
* [exactInput](/references/typescript/v5/uniswap/exactInput): Prepares a transaction to call the "exactInput" function on the contract.
* [enableFeeAmount](/references/typescript/v5/uniswap/enableFeeAmount): Prepares a transaction to call the "enableFeeAmount" function on the contract.
* [exactInputSingle](/references/typescript/v5/uniswap/exactInputSingle): Prepares a transaction to call the "exactInputSingle" function on the contract.
* [exactOutput](/references/typescript/v5/uniswap/exactOutput): Prepares a transaction to call the "exactOutput" function on the contract.
* [exactOutputSingle](/references/typescript/v5/uniswap/exactOutputSingle): Prepares a transaction to call the "exactOutputSingle" function on the contract.
* [feeAmountEnabledEvent](/references/typescript/v5/uniswap/feeAmountEnabledEvent): Creates an event object for the FeeAmountEnabled event.
* [feeAmountTickSpacing](/references/typescript/v5/uniswap/feeAmountTickSpacing): Calls the "feeAmountTickSpacing" function on the contract.
* [getPool](/references/typescript/v5/uniswap/getPool): Calls the "getPool" function on the contract.
* [getUniswapV3Pool](/references/typescript/v5/uniswap/getUniswapV3Pool): Finds the Uniswap V3 pools for the two tokens.
* [owner](/references/typescript/v5/uniswap/owner): Calls the "owner" function on the contract.
* [ownerChangedEvent](/references/typescript/v5/uniswap/ownerChangedEvent): Creates an event object for the OwnerChanged event.
* [quoteExactInput](/references/typescript/v5/uniswap/quoteExactInput): Prepares a transaction to call the "quoteExactInput" function on the contract.
* [poolCreatedEvent](/references/typescript/v5/uniswap/poolCreatedEvent): Creates an event object for the PoolCreated event.
* [quoteExactOutput](/references/typescript/v5/uniswap/quoteExactOutput): Prepares a transaction to call the "quoteExactOutput" function on the contract.
* [quoteExactInputSingle](/references/typescript/v5/uniswap/quoteExactInputSingle): Prepares a transaction to call the "quoteExactInputSingle" function on the contract.
* [quoteExactOutputSingle](/references/typescript/v5/uniswap/quoteExactOutputSingle): Prepares a transaction to call the "quoteExactOutputSingle" function on the contract.
* [setOwner](/references/typescript/v5/uniswap/setOwner): Prepares a transaction to call the "setOwner" function on the contract.
* [unpin](/references/typescript/v5/unpin): Unpins a file from IPFS. For security purposes, this method requires a secret key to be set in the ThirdwebClient instance.
* [unlinkProfile](/references/typescript/v5/unlinkProfile): Disconnects an existing profile (authentication method) from the current user. Once disconnected, that profile can no longer be used to sign into the account.
* [namehash](/references/typescript/v5/unstoppable-domains/namehash): Calls the "namehash" function on the contract.
* [resolveAddress](/references/typescript/v5/unstoppable-domains/resolveAddress): Resolve an Unstoppable-Domain domain to an Ethereum address
* [resolveName](/references/typescript/v5/unstoppable-domains/resolveName): Resolves the primary Untoppable-Domains name for a specified address.
* [reverseNameOf](/references/typescript/v5/unstoppable-domains/reverseNameOf): Calls the "reverseNameOf" function on the contract.
* [uploadMobile](/references/typescript/v5/uploadMobile): Batch upload arbitrary file or JSON data using the configured decentralized storage system. Automatically uploads any file data within JSON objects and replaces them with hashes.
* [upload](/references/typescript/v5/upload): Uploads files based on the provided options.
* [useActiveAccount](/references/typescript/v5/useActiveAccount): A hook that returns the active account
* [useActiveWallet](/references/typescript/v5/useActiveWallet): A hook that returns the active wallet
* [useActiveWalletChain](/references/typescript/v5/useActiveWalletChain): A hook that returns the chain the active wallet is connected to
* [useActiveWalletConnectionStatus](/references/typescript/v5/useActiveWalletConnectionStatus): A hook that returns the active account's connection status.
* [useAutoConnect](/references/typescript/v5/useAutoConnect): Autoconnect the last previously connected wallet.
* [useAdminWallet](/references/typescript/v5/useAdminWallet): Get the admin wallet for the active wallet Useful for smart wallets to get the underlying personal account
* [useBlockNumber](/references/typescript/v5/useBlockNumber): Hook that watches for changes in the block number on a given chain.
* [useBuyHistory](/references/typescript/v5/useBuyHistory): Hook to get the history of Buy transactions for a given wallet - This includes both "buy with crypto" and "buy with fiat" transactions.
* [useBuyWithCryptoQuote](/references/typescript/v5/useBuyWithCryptoQuote): Hook to get a price quote for performing a "Buy with crypto" transaction that allows users to buy a token with another token - aka a swap.
* [useBuyWithCryptoHistory](/references/typescript/v5/useBuyWithCryptoHistory): Hook to get the "Buy with crypto" transaction history for a given wallet address.
* [useBuyWithCryptoStatus](/references/typescript/v5/useBuyWithCryptoStatus): A hook to get a status of a "Buy with crypto" transaction to determine if the transaction is completed, failed or pending.
* [useBuyWithFiatHistory](/references/typescript/v5/useBuyWithFiatHistory): Hook to get the "Buy with Fiat" transaction history for a given wallet address.
* [useBuyWithFiatQuote](/references/typescript/v5/useBuyWithFiatQuote): Hook to get a price quote for performing a "Buy with Fiat" transaction that allows users to buy a token with fiat currency.
* [useBuyWithFiatStatus](/references/typescript/v5/useBuyWithFiatStatus): A hook to get a status of a "Buy with Fiat" transaction to determine if the transaction is completed, failed or pending.
* [useChainMetadata](/references/typescript/v5/useChainMetadata): Retrieves metadata for a chain such as name, icon, available faucets, block explorers, etc.
* [useConnectModal](/references/typescript/v5/useConnectModal): hook that allows you to open the Connect UI in a Modal to prompt the user to connect wallet.
* [useConnect](/references/typescript/v5/useConnect): A hook to set a wallet as active wallet
* [useConnectedWallets](/references/typescript/v5/useConnectedWallets): A hook that returns all connected wallets
* [useContractEvents](/references/typescript/v5/useContractEvents): Watches contract events and returns the parsed logs.
* [useDisconnect](/references/typescript/v5/useDisconnect): Disconnect from given account
* [useEstimateGas](/references/typescript/v5/useEstimateGas): A hook to estimate the gas for a given transaction.
* [useEstimateGasCost](/references/typescript/v5/useEstimateGasCost): A hook to estimate the gas cost in ether and wei for a given transaction.
* [useLinkProfile](/references/typescript/v5/useLinkProfile): Links a web2 or web3 profile to the connected in-app or ecosystem account. _When a profile is linked to the account, that profile can then be used to sign into the same account._
* [useIsAutoConnecting](/references/typescript/v5/useIsAutoConnecting): A hook to check if the auto connect is in progress.
* [useNetworkSwitcherModal](/references/typescript/v5/useNetworkSwitcherModal): Hook to open the Wallet Network Switcher Modal that shows allows users to switch to different network.
* [useProfiles](/references/typescript/v5/useProfiles): Retrieves all linked profiles of the connected in-app or ecosystem account.
* [usePostOnRampQuote](/references/typescript/v5/usePostOnRampQuote): When buying a token with fiat currency - It only involes doing on-ramp if the on-ramp provider supports buying the given destination token directly.
* [useReadContract](/references/typescript/v5/useReadContract): A hook to read state from a contract that automatically updates when the contract changes.
* [useSendBatchTransaction](/references/typescript/v5/useSendBatchTransaction): A hook to send a transaction.
* [useSendAndConfirmTransaction](/references/typescript/v5/useSendAndConfirmTransaction): A hook to send a transaction.
* [useSendTransaction](/references/typescript/v5/useSendTransaction): A hook to send a transaction with from the user's connected wallet.
* [useSimulateTransaction](/references/typescript/v5/useSimulateTransaction): A hook to simulate a transaction.
* [useSetActiveWallet](/references/typescript/v5/useSetActiveWallet): A hook that lets you set the active wallet.
* [useSocialProfiles](/references/typescript/v5/useSocialProfiles): Fetches the wallet's available social profiles.
* [useSwitchActiveWalletChain](/references/typescript/v5/useSwitchActiveWalletChain): Switch to blockchain with given chain id in the active wallet.
* [useUnlinkProfile](/references/typescript/v5/useUnlinkProfile): Unlinks a web2 or web3 profile currently connected in-app or ecosystem account. _When a profile is unlinked from the account, it will no longer be able to be used to sign into the account._
* [useWaitForReceipt](/references/typescript/v5/useWaitForReceipt): A hook to wait for a transaction receipt.
* [useWalletImage](/references/typescript/v5/useWalletImage): Returns the wallet icon for the provided wallet id.
* [useWalletDetailsModal](/references/typescript/v5/useWalletDetailsModal): Hook to open the Wallet Details Modal that shows various information about the connected wallet and allows users to perform various actions like sending funds, receiving funds, switching networks, Buying tokens, etc.
* [useWalletBalance](/references/typescript/v5/useWalletBalance): Fetch the balance of a wallet in native currency or for a specific token. Leave `tokenAddress` undefined to fetch the native token balance.
* [useWalletInfo](/references/typescript/v5/useWalletInfo): Returns the wallet info for the provided wallet id.
* [verifyContractWalletSignature](/references/typescript/v5/verifyContractWalletSignature): A boolean indicating whether the signature is valid.
* [verifyEOASignature](/references/typescript/v5/verifyEOASignature): Verifies the signature of a message using an Ethereum account's EOA (Externally Owned Account).
* [verifySignature](/references/typescript/v5/verifySignature): Verifies the signature based on the provided options. Handles smart contract wallet signatures and EOA signatures. _IMPORTANT: in order to check smart contract signatures, a chain and client must be provided. Or, you can use the `verifyContractWalletSignature` function directly if all signatures will be from smart accounts._
* [verifyTypedData](/references/typescript/v5/verifyTypedData): A promise that resolves to `true` if the signature is valid, or `false` otherwise.
* [verifyContract](/references/typescript/v5/verifyContract): Verifies a contract by performing the following steps:
* [canExecute](/references/typescript/v5/vote/canExecute): Simulate the `execute` method of the Vote contract, to check if you can execute a proposal
* [castVoteBySig](/references/typescript/v5/vote/castVoteBySig): Prepares a transaction to call the "castVoteBySig" function on the contract.
* [castVote](/references/typescript/v5/vote/castVote): Prepares a transaction to call the "castVote" function on the contract.
* [castVoteWithReason](/references/typescript/v5/vote/castVoteWithReason): Prepares a transaction to call the "castVoteWithReason" function on the contract.
* [execute](/references/typescript/v5/vote/execute): Prepares a transaction to call the "execute" function on the contract.
* [castVoteWithReasonAndParamsBySig](/references/typescript/v5/vote/castVoteWithReasonAndParamsBySig): Prepares a transaction to call the "castVoteWithReasonAndParamsBySig" function on the contract.
* [castVoteWithReasonAndParams](/references/typescript/v5/vote/castVoteWithReasonAndParams): Prepares a transaction to call the "castVoteWithReasonAndParams" function on the contract.
* [getAll](/references/typescript/v5/vote/getAll): Get all proposals from a Vote contract with some extra info attached for each proposal (current state and votes)
* [getAllProposals](/references/typescript/v5/vote/getAllProposals): Calls the "getAllProposals" function on the contract.
* [executeProposal](/references/typescript/v5/vote/executeProposal): Execute a Proposal
* [getProposalVoteCounts](/references/typescript/v5/vote/getProposalVoteCounts): Get the info about Against, For and Abstain votes of a proposal
* [getVotes](/references/typescript/v5/vote/getVotes): Calls the "getVotes" function on the contract.
* [getVotesWithParams](/references/typescript/v5/vote/getVotesWithParams): Calls the "getVotesWithParams" function on the contract.
* [hashProposal](/references/typescript/v5/vote/hashProposal): Calls the "hashProposal" function on the contract.
* [hasVoted](/references/typescript/v5/vote/hasVoted): Calls the "hasVoted" function on the contract.
* [proposalDeadline](/references/typescript/v5/vote/proposalDeadline): Calls the "proposalDeadline" function on the contract.
* [proposalIndex](/references/typescript/v5/vote/proposalIndex): Calls the "proposalIndex" function on the contract.
* [proposalExists](/references/typescript/v5/vote/proposalExists): Check if a proposal exists based on a given proposalId
* [proposalSnapshot](/references/typescript/v5/vote/proposalSnapshot): Calls the "proposalSnapshot" function on the contract.
* [proposalVotes](/references/typescript/v5/vote/proposalVotes): Calls the "proposalVotes" function on the contract.
* [proposalThreshold](/references/typescript/v5/vote/proposalThreshold): Calls the "proposalThreshold" function on the contract.
* [proposals](/references/typescript/v5/vote/proposals): Calls the "proposals" function on the contract.
* [propose](/references/typescript/v5/vote/propose): Prepares a transaction to call the "propose" function on the contract.
* [quorumDenominator](/references/typescript/v5/vote/quorumDenominator): Calls the "quorumDenominator" function on the contract.
* [quorumNumeratorByBlockNumber](/references/typescript/v5/vote/quorumNumeratorByBlockNumber): Calls the "quorumDenominator" function on the contract with an extra param called `blockNumber` . This extension is similar to the `quorumDenominator` extension, except that it takes in a bigint (blockNumber)
* [relay](/references/typescript/v5/vote/relay): Prepares a transaction to call the "relay" function on the contract.
* [setProposalThreshold](/references/typescript/v5/vote/setProposalThreshold): Prepares a transaction to call the "setProposalThreshold" function on the contract.
* [setVotingDelay](/references/typescript/v5/vote/setVotingDelay): Prepares a transaction to call the "setVotingDelay" function on the contract.
* [state](/references/typescript/v5/vote/state): Calls the "state" function on the contract.
* [setVotingPeriod](/references/typescript/v5/vote/setVotingPeriod): Prepares a transaction to call the "setVotingPeriod" function on the contract.
* [token](/references/typescript/v5/vote/token): Calls the "token" function on the contract.
* [quorum](/references/typescript/v5/vote/quorum): Calls the "quorum" function on the contract.
* [votingDelay](/references/typescript/v5/vote/votingDelay): Calls the "votingDelay" function on the contract.
* [updateQuorumNumerator](/references/typescript/v5/vote/updateQuorumNumerator): Prepares a transaction to call the "updateQuorumNumerator" function on the contract.
* [votingPeriod](/references/typescript/v5/vote/votingPeriod): Calls the "votingPeriod" function on the contract.
* [waitForReceipt](/references/typescript/v5/waitForReceipt): Waits for the transaction receipt of a given transaction hash on a specific contract.
* [walletConnect](/references/typescript/v5/walletConnect): Creates a wallet that allows connecting to any wallet that supports the WalletConnect protocol.
* [waitForUserOpReceipt](/references/typescript/v5/waitForUserOpReceipt): Wait for the user operation to be mined.
* [watchBlockNumber](/references/typescript/v5/watchBlockNumber): Watches the block number for a specific chain.
* [watchContractEvents](/references/typescript/v5/watchContractEvents): Listens for contract events from the blockchain.
* [AccountAddress](/references/typescript/v5/AccountAddress): Result:
* [AccountAvatar](/references/typescript/v5/AccountAvatar): The component for showing the avatar of the account. If fetches all the social profiles linked to your wallet, including: Farcaster, ENS, Lens (more to be added) You can choose which social profile you want to display. Defaults to the first item in the list.
* [AccountBalance](/references/typescript/v5/AccountBalance): This component fetches and shows the balance of the wallet address on a given chain. It inherits all the attributes of a HTML `<span>` component, hence you can style it just like how you would style a normal `<span>`
* [AccountName](/references/typescript/v5/AccountName): This component is used to display the name of the account. A "name" in this context is the username, or account of the social profiles that the wallet may have. In case a name is not found or failed to resolve, you can always fallback to displaying the wallet address instead by using the `fallbackComponent` prop.
* [ChainIcon](/references/typescript/v5/ChainIcon): This component tries to resolve the icon of a given chain, then return an image.
* [ChainName](/references/typescript/v5/ChainName): This component fetches then shows the name of a chain. It inherits all the attributes of a HTML `<span>` component, hence you can style it just like how you would style a normal `<span>`
* [ConnectButtonProps](/references/typescript/v5/ConnectButtonProps): Props for the [ConnectButton](https://portal.thirdweb.com/references/typescript/v5/ConnectButton) component
* [NFTDescription](/references/typescript/v5/NFTDescription): This component fetches and displays an NFT's description. It inherits all the attributes of a `<span>`so you can style it just like how you would style a `<span>` element.
* [NFTName](/references/typescript/v5/NFTName): This component fetches and displays an NFT's name. It takes in a `className` and `style` props so you can style it just like how you would style a `<span>` element.
* [SocialIcon](/references/typescript/v5/SocialIcon): Social auth provider icon
* [TokenIcon](/references/typescript/v5/TokenIcon): This component tries to resolve the icon of a given token, then return an image.
* [TokenName](/references/typescript/v5/TokenName): This component fetches then shows the name of a token. For ERC20 tokens, it calls the `name` function in the ERC20 contract. It inherits all the attributes of a HTML `<span>` component, hence you can style it just like how you would style a normal `<span>`
* [TokenSymbol](/references/typescript/v5/TokenSymbol): This component fetches then shows the symbol of a token. For ERC20 tokens, it calls the `symbol` function in the ERC20 contract. It inherits all the attributes of a HTML `<span>` component, hence you can style it just like how you would style a normal `<span>`
* [WalletIcon](/references/typescript/v5/WalletIcon): This component tries to resolve the icon of a given wallet, then return an image.
* [WalletName](/references/typescript/v5/WalletName): This component fetches then shows the name of a wallet. It inherits all the attributes of a HTML `<span>` component, hence you can style it just like how you would style a normal `<span>`
* [eth_getBlockByHash](/references/typescript/v5/eth_getBlockByHash): Retrieves a block by its hash.
* [eth_getBlockByNumber](/references/typescript/v5/eth_getBlockByNumber): Retrieves a block by its number or tag from the Ethereum blockchain.
* [viemAdapter](/references/typescript/v5/viemAdapter): Converts thirdweb accounts and contracts to viem wallet clients and contract objects or the other way around.
* [Core Functions](/references/typescript/v5/functions): Was this page helpful?
* [Supported Wallets](/typescript/v5/supported-wallets): Was this page helpful?
* [AccountAddressProps](/references/typescript/v5/AccountAddressProps): Identifies the currently active element when DOM focus is on a composite widget, textbox, group, or application.
* [AccountAvatarProps](/references/typescript/v5/AccountAvatarProps): Props for the AccountAvatar component
* [AccountBalanceProps](/references/typescript/v5/AccountBalanceProps): Props for the AccountBalance component
* [AccountNameProps](/references/typescript/v5/AccountNameProps): Props for the AccountName component
* [ChainIconProps](/references/typescript/v5/ChainIconProps): Props for the ChainIcon component
* [ChainNameProps](/references/typescript/v5/ChainNameProps): Props for the ChainName component
* [NFTNameProps](/references/typescript/v5/NFTNameProps): Identifies the currently active element when DOM focus is on a composite widget, textbox, group, or application.
* [NFTDescriptionProps](/references/typescript/v5/NFTDescriptionProps): Identifies the currently active element when DOM focus is on a composite widget, textbox, group, or application.
* [SocialIconProps](/references/typescript/v5/SocialIconProps): Identifies the currently active element when DOM focus is on a composite widget, textbox, group, or application.
* [TokenIconProps](/references/typescript/v5/TokenIconProps): Props for the TokenIcon component
* [TokenNameProps](/references/typescript/v5/TokenNameProps): Props for the TokenName component
* [TokenSymbolProps](/references/typescript/v5/TokenSymbolProps): Props for the TokenSymbol component
* [WalletIconProps](/references/typescript/v5/WalletIconProps): Identifies the currently active element when DOM focus is on a composite widget, textbox, group, or application.
* [WalletNameProps](/references/typescript/v5/WalletNameProps): Props for the WalletName component