data class LoginFields(var origin: String, var httpRealm: String?, var formActionOrigin: String?, var usernameField: String, var passwordField: String)

The fields you can add or update.

LoginsApiException

sealed class LoginsApiException : Exception

These are the errors returned by our public API.

LoginStore

open class LoginStore : Disposable, AutoCloseable, LoginStoreInterface

LoginStoreInterface

interface LoginStoreInterface

NoPointer

object NoPointer

Used to instantiate an interface without an actual pointer, for fakes in tests, mostly.

RecordFields

data class RecordFields(var id: String, var timesUsed: Long, var timeCreated: Long, var timeLastUsed: Long, var timePasswordChanged: Long)

Fields specific to database records

RustBuffer

open class RustBuffer

RustBufferByReference

class RustBufferByReference

The equivalent of the *mut RustBuffer type. Required for callbacks taking in an out pointer.

SecureLoginFields

data class SecureLoginFields(var password: String, var username: String)

Fields available only while the encryption key is known.

UniffiCleaner

interface UniffiCleaner

UniffiNullRustCallStatusErrorHandler

object UniffiNullRustCallStatusErrorHandler : UniffiRustCallStatusErrorHandler<InternalException>

UniffiRustCallStatusErrorHandler

interface UniffiRustCallStatusErrorHandler<E>

Functions

checkCanary

fun checkCanary(canary: String, text: String, encryptionKey: String): Boolean

Check that key is still valid using the output of create_canary. text much match the text you initially passed to create_canary()

createCanary

fun createCanary(text: String, encryptionKey: String): String

Create a "canary" string, which can be used to test if the encryption key is still valid for the logins data

createKey

fun createKey(): String

We expose the crypto primitives on the namespace Create a new, random, encryption key.

decryptFields

fun decryptFields(secFields: String, encryptionKey: String): SecureLoginFields

Decrypt an encrypted string to SecureLoginFields

decryptLogin

fun decryptLogin(login: EncryptedLogin, encryptionKey: String): Login

Decrypt an EncryptedLogin to a Login

encryptFields

fun encryptFields(secFields: SecureLoginFields, encryptionKey: String): String

Encrypt SecureLoginFields to an encrypted string

encryptLogin

fun encryptLogin(login: Login, encryptionKey: String): EncryptedLogin

Encrypt a Login to an EncryptedLogin

use

inline fun <T : Disposable?, R> T.use(block: (T) -> R): R