indispensable/at.asitplus.signum.indispensable.pki/X509Certificate

X509Certificate

@Serializable

data class X509Certificate constructor( val tbsCertificate: TbsCertificate, val signatureAlgorithm: X509SignatureAlgorithm, val signature: CryptoSignature) : PemEncodable<Asn1Sequence> (source)

Very simple implementation of an X.509 Certificate

Constructors

X509Certificate

constructor(tbsCertificate: TbsCertificate, signatureAlgorithm: X509SignatureAlgorithm, signature: CryptoSignature)

Types

object Companion : PemDecodable<Asn1Sequence, X509Certificate>

Properties

canonicalPEMBoundary

open override val canonicalPEMBoundary: String

val publicKey: CryptoPublicKey

val signature: CryptoSignature

signatureAlgorithm

val signatureAlgorithm: X509SignatureAlgorithm

val tbsCertificate: TbsCertificate

Functions

open fun encodeToDer(): ByteArray

encodeToDerOrNull

open fun encodeToDerOrNull(): ByteArray?

encodeToDerSafe

open fun encodeToDerSafe(): KmmResult<ByteArray>

open override fun encodeToTlv(): Asn1Sequence

encodeToTlvOrNull

open fun encodeToTlvOrNull(): Asn1Sequence?

encodeToTlvSafe

open fun encodeToTlvSafe(): KmmResult<Asn1Sequence>

open operator override fun equals(other: Any?): Boolean

open override fun hashCode(): Int

toJcaCertificate

suspend fun X509Certificate.toJcaCertificate(): KmmResult<<Error class: unknown class>>

Converts this X509Certificate to a java.security.cert.X509Certificate. This function is suspending, because it uses a mutex to lock the underlying certificate factory (which is reused for performance reasons

toJcaCertificateBlocking

fun X509Certificate.toJcaCertificateBlocking(): KmmResult<<Error class: unknown class>>

blocking implementation of toJcaCertificate

withImplicitTag

open infix fun withImplicitTag(tag: Asn1Element.Tag): Asn1Element

open infix fun withImplicitTag(template: Asn1Element.Tag.Template): Asn1Element

open infix fun withImplicitTag(tagValue: ULong): Asn1Element