sealed abstract class TransactionSignatureCreator extends AnyRef

Created by chris on 7/21/16.

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  6. def createSig(component: TxSigComponent, adaptorSign: (ByteVector) => ECAdaptorSignature, hashType: HashType): ECAdaptorSignature
  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]

  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

  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

  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

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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]

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    @deprecated
    Deprecated

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

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