object TransactionSignatureCreator extends TransactionSignatureCreator

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  6. def createSig(component: TxSigComponent, adaptorSign: (ByteVector) => ECAdaptorSignature, hashType: HashType): ECAdaptorSignature
    Definition Classes
    TransactionSignatureCreator
  7. def createSig[Sig <: DigitalSignature](spendingTransaction: Transaction, signingInfo: InputSigningInfo[InputInfo], sign: (ByteVector, HashType) => Future[Sig], hashType: HashType): Future[Sig]

    This is the same as createSig above, except the 'sign' function returns a Future[ECDigitalSignature]

    This is the same as createSig above, except the 'sign' function returns a Future[ECDigitalSignature]

    Definition Classes
    TransactionSignatureCreator
  8. def createSig[Sig <: DigitalSignature](spendingTransaction: Transaction, signingInfo: InputSigningInfo[InputInfo], sign: (ByteVector, HashType) => Sig, hashType: HashType): Sig

    This is intended to be a low level hardware wallet API.

    This is intended to be a low level hardware wallet API. At a fundamental level, a hardware wallet expects a scodec.bits.ByteVector as input, and returns an ECDigitalSignature if it is able to sign the scodec.bits.ByteVector's correctly.

    sign

    \- the implementation of the hardware wallet protocol to sign the scodec.bits.ByteVector w/ the given public key

    hashType

    \- the hash type to be appended on the digital signature when the hardware wallet is done being signed

    returns

    the digital signature returned by the hardware wallet

    Definition Classes
    TransactionSignatureCreator
  9. def createSig[S <: DigitalSignature](component: TxSigComponent, sign: (ByteVector, HashType) => S, hashType: HashType): S

    This is intended to be a low level hardware wallet API.

    This is intended to be a low level hardware wallet API. At a fundamental level, a hardware wallet expects a scodec.bits.ByteVector as input, and returns an ECDigitalSignature if it is able to sign the scodec.bits.ByteVector's correctly.

    component

    \- the information needed to sign the transaction

    sign

    \- the implementation of the hardware wallet protocol to sign the scodec.bits.ByteVector w/ the given public key

    hashType

    \- the hash type to be appended on the digital signature when the hardware wallet is done being signed

    returns

    the digital signature returned by the hardware wallet

    Definition Classes
    TransactionSignatureCreator
  10. def createSig(txSignatureComponent: TxSigComponent, privateKey: ECPrivateKey, hashType: HashType): ECDigitalSignature

    Creates a signature from a tx signature component

    Creates a signature from a tx signature component

    txSignatureComponent

    contains the tx, inputIndex which specify which input we are creating a sig for

    privateKey

    the private key which we are signing the hash with

    hashType

    the procedure to use for hashing to transaction

    Definition Classes
    TransactionSignatureCreator
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Deprecated Value Members

  1. def createSig(component: TxSigComponent, sign: (ByteVector) => Future[ECDigitalSignature], hashType: HashType)(implicit ec: ExecutionContext): Future[ECDigitalSignature]

    This is the same as createSig above, except the 'sign' function returns a Future[ECDigitalSignature]

    This is the same as createSig above, except the 'sign' function returns a Future[ECDigitalSignature]

    Definition Classes
    TransactionSignatureCreator
    Annotations
    @deprecated
    Deprecated

    (Since version 6/23/2020) use an InputSigningInfo[InputInfo] instead

Inherited from TransactionSignatureCreator

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