Module transaction

Bitcoin transactions.

A transaction describes a transfer of money. It consumes previously-unspent transaction outputs and produces new ones, satisfying the condition to spend the old outputs (typically a digital signature with a specific key must be provided) and defining the condition to spend the new ones. The use of digital signatures ensures that coins cannot be spent by unauthorized parties.

This module provides the structures and functions needed to support transactions.

Structs

• NonStandardSighashType
  This type is consensus valid but an input including it would prevent the transaction from being relayed on today’s Bitcoin network.
• OutPoint
  A reference to a transaction output.
• Sequence
  Bitcoin transaction input sequence number.
• SighashTypeParseError
  Error returned for failure during parsing one of the sighash types.
• Transaction
  Bitcoin transaction.
• TxIn
  Bitcoin transaction input.
• TxOut
  Bitcoin transaction output.

Enums

• EcdsaSighashType
  Hashtype of an input’s signature, encoded in the last byte of the signature.
• EncodeSigningDataResult
  Result of Transaction::encode_signing_data_to.
• ParseOutPointError
  An error in parsing an OutPoint.
• RelativeLockTimeError
  An error in creating relative lock-times.

Type Aliases

• SigHashTypeDeprecated
  Legacy Hashtype of an input’s signature