supreme/at.asitplus.signum.supreme

Package-level declarations

Types

AutofreeVariable

class AutofreeVariable<T : CPointer<*>>

CFCryptoOperationFailed

class CFCryptoOperationFailed(thing: String, val osStatus: <Error class: unknown class>)

CoreFoundationException

class CoreFoundationException(val nsError: <Error class: unknown class>) : Throwable

CryptoException

sealed class CryptoException : Throwable

CryptoOperationFailed

open class CryptoOperationFailed(message: String) : CryptoException

HazardousMaterials

annotation class HazardousMaterials

This is an internal property. It is exposed if you know what you are doing. You very likely don't actually need it.

class InitProvider : ContentProvider

SignatureResult

sealed interface SignatureResult<out T : CryptoSignature.RawByteEncodable>

class SwiftException(message: String) : Throwable

class UnlockFailed(message: String? = null, cause: Throwable? = null) : UserInitiatedCancellationReason

UnsupportedCryptoException

open class UnsupportedCryptoException(message: String? = null, cause: Throwable? = null) : CryptoException

UserInitiatedCancellationReason

sealed class UserInitiatedCancellationReason : Throwable

These map to SignatureResult.Failure instead of SignatureResult.Error

Properties

val SignatureResult<*>.isSuccess: Boolean

val <T : CryptoSignature.RawByteEncodable> SignatureResult<T>.signature: T

Retrieves the contained signature, asserting it exists. If it does not exist, throws the contained problem.

signatureOrNull

val <T : CryptoSignature.RawByteEncodable> SignatureResult<T>.signatureOrNull: T?

Retrieves the contained signature, if one exists.

Functions

fun <T : CryptoSignature.RawByteEncodable> SignatureResult<T>.asKmmResult(): KmmResult<T>

Transforms this SignatureResult into a KmmResult. Both Failure and Error map to KmmResult.Failure.

inline fun <T : CryptoSignature.RawByteEncodable, S : CryptoSignature.RawByteEncodable> SignatureResult<T>.map(block: (T) -> S): SignatureResult<S>

Modifies the contained CryptoSignature, usually in order to reinterpret it as a more narrow type.

inline fun <T : CryptoSignature.RawByteEncodable, S : CryptoSignature.RawByteEncodable> SignatureResult<T>.modify(block: KmmResult<T>.() -> KmmResult<S>): SignatureResult<S>

Modifies the contained CryptoSignature, usually in order to reinterpret it as a more narrow type.