indispensable/at.asitplus.signum.indispensable/CryptoSignature/EC/Companion

Companion

object Companion : Asn1Decodable<Asn1Element, CryptoSignature.EC.IndefiniteLength> (source)

Functions

open fun decodeFromDer(src: ByteArray, assertTag: Asn1Element.Tag?): CryptoSignature.EC.IndefiniteLength

decodeFromDerOrNull

open fun decodeFromDerOrNull(src: ByteArray, assertTag: Asn1Element.Tag?): CryptoSignature.EC.IndefiniteLength?

decodeFromDerSafe

open fun decodeFromDerSafe(src: ByteArray, assertTag: Asn1Element.Tag?): KmmResult<CryptoSignature.EC.IndefiniteLength>

open fun decodeFromTlv(src: Asn1Element, assertTag: Asn1Element.Tag?): CryptoSignature.EC.IndefiniteLength

decodeFromTlvOrNull

open fun decodeFromTlvOrNull(src: Asn1Element, assertTag: Asn1Element.Tag?): CryptoSignature.EC.IndefiniteLength?

decodeFromTlvSafe

open fun decodeFromTlvSafe(src: Asn1Element, assertTag: Asn1Element.Tag?): KmmResult<CryptoSignature.EC.IndefiniteLength>

open override fun doDecode(src: Asn1Element): CryptoSignature.EC.IndefiniteLength

fun fromRawBytes(input: ByteArray): CryptoSignature.EC.DefiniteLength

load CryptoSignature from raw byte array (r and s concatenated)

fun fromRawBytes(curve: ECCurve, input: ByteArray): CryptoSignature.EC.DefiniteLength

load from raw byte array (r and s concatenated), asserting that the size fits this particular curve

fun fromRS(r: BigInteger, s: BigInteger): CryptoSignature.EC.IndefiniteLength

operator fun ~~invoke~~(input: ByteArray): CryptoSignature.EC.DefiniteLength

fun CryptoSignature.EC.Companion.parseFromJca(input: ByteArray): CryptoSignature.EC.IndefiniteLength

Parses a signature produced by the JCA digestwithECDSA algorithm.

parseFromJcaP1363

fun CryptoSignature.EC.Companion.parseFromJcaP1363(input: ByteArray): CryptoSignature.EC.DefiniteLength

Parses a signature produced by the JCA digestWithECDSAinP1363Format algorithm.

open fun verifyTag(src: Asn1Element, assertTag: Asn1Element.Tag?)