2.9 KiB
Transactions
Types
UnsignedTransaction
An unsigned transaction represents a transaction that has not been signed.
unsignedTransaction . to => string< Address >
unsignedTransaction . nonce => number
unsignedTransaction . gasLimit => BigNumber
unsignedTransaction . gasPrice => BigNumber
unsignedTransaction . data => BytesLike
unsignedTransaction . value => BigNumber
unsignedTransaction . chainId => number
Transaction
A generic object to represent a transaction.
unsignedTransaction . hash => string< DataHexstring< 32 > >
unsignedTransaction . to => string< Address >
unsignedTransaction . from => string< Address >
unsignedTransaction . nonce => number
unsignedTransaction . gasLimit => BigNumber
unsignedTransaction . gasPrice => BigNumber
unsignedTransaction . data => BytesLike
unsignedTransaction . value => BigNumber
unsignedTransaction . chainId => number
unsignedTransaction . r => BytesLike
unsignedTransaction . s => BytesLike
unsignedTransaction . v => number
Functions
ethers . utils . computeAddress ( publicOrPrivateKey ) => string< Address >
Compute the address of publicOrPrivateKey. If a public key is provided, it may be either compressed or uncompressed.
ethers . utils . parse ( aBytesLike ) => Transaction
Parses the transaction properties from a serialized transactions.
ethers . utils . recoverAddress ( digest , aSignatureLike ) => string< Address >
Computes the address that signed digest to get aSignatureLike using the ecrecover algorithm.
ethers . utils . serialize ( transaction [ , signature ] ) => string< DataHexstring >
Computes the serialized *transaction/, optionally signed with *signature//. If signature is not presented, the unsigned serialized transaction is returned, which can be used to compute the hash necessary to sign.
This function uses EIP-155 if a chainId is provided, otherwise legacy serialization is used. It is highly recommended to always specify a chainId.
Content Hash: 51f4a8594ba122a2c43d7b2cffdb2bf461f3212cea828e715a76c76ef8dd1ae1