contracts.multiwrap

Multiwrap Objects

class Multiwrap(ERC721[MultiwrapABI])

Multiwrap lets you wrap any number of ERC20, ERC721, or ERC1155 tokens into a single wrapped token bundle.

from thirdweb import ThirdwebSDK

# You can customize this to a supported network or your own RPC URL
network = "mumbai"

# Now we can create a new instance of the SDK
sdk = ThirdwebSDK(network)

# If you want to send transactions, you can instantiate the SDK with a private key instead:
#   sdk = ThirdwebSDK.from_private_key(PRIVATE_KEY, network)

contract = sdk.get_multiwrap("{{contract_address}}")

get_wrapped_contents

def get_wrapped_contents(wrapped_token_id: int) -> WrappedTokens

Get the contents of a wrapped token bundle

Arguments:

• wrapped_token_id: The ID of the wrapped token to get the contents of

Returns:

The contents of the wrapped token bundle

token_id = 0
contents = contract.get_wrapped_contents(token_id)
print(contents.erc20_tokens)
print(contents.erc721_tokens)
print(contents.erc1155_tokens)

wrap

def wrap(
    contents: TokensToWrap,
    wrapped_token_metadata: Union[str, NFTMetadataInput],
    recipient_address: Optional[str] = None
) -> TxResultWithId[NFTMetadataOwner]

Wrap any number of ERC20, ERC721, or ERC1155 tokens into a single wrapped token

Arguments:

• contents: The tokens to wrap into a single wrapped token
• wrapped_token_metadata: The metadata to use for the wrapped token
• recipient_address: The optional address to send the wrapped token to

Returns:

The transaction receipt of the token wrapping

from thirdweb.types import (
    TokensToWrap,
    ERC20Wrappable,
    ERC721Wrappable,
    ERC1155Wrappable,
    NFTMetadataInput,
)

# Contract setup goes here...

tx = contract.wrap(
    TokensToWrap(
        erc20_tokens=[
            ERC20Wrappable(contract_address="0x...", quantity=0.8),
        ],
        erc721_tokens=[
            ERC721Wrappable(contract_address="0x...", token_id=0),
        ],
        erc1155_tokens=[
            ERC1155Wrappable(contract_address="0x...", token_id=0, quantity=1),
        ]
    ),
    NFTMetadataInput(
        name="Wrapped NFT",
        description="This is a wrapped bundle of tokens and NFTs",
        image="ipfs://...",
    )
)

print(tx.receipt, tx.id)

unwrap

def unwrap(wrapped_token_id: int,
           recipient_address: Optional[str] = None) -> TxReceipt

Unwrap a wrapped token bundle

Arguments:

• wrapped_token_id: The ID of the wrapped token to unwrap
• recipient_address: The optional address to send the unwrapped tokens to

Returns:

The transaction receipt of the token unwrapping

tx = contract.unwrap(wrapped_token_id, receipientAddress)