com.schibsted.account.common.lib

Package com.schibsted.account.common.lib

Either	`sealed class Either<out L, out R>`
Left	`data class Left<out L> : Either<L, Nothing>`
ObservableField	`class ObservableField<T>` Allows to reactively observe value and its changes. Emitted values are guaranteed to be distinct.
Octuple	`data class Octuple<out A, out B, out C, out D, out E, out F, out G, out H>`
Quadruple	`data class Quadruple<out A, out B, out C, out D>`
Quintuple	`data class Quintuple<out A, out B, out C, out D, out E>`
Right	`data class Right<out T> : Either<Nothing, T>`
Septuple	`data class Septuple<out A, out B, out C, out D, out E, out F, out G>`
Sextuple	`data class Sextuple<out A, out B, out C, out D, out E, out F>`
Try	`sealed class Try<out T>`

apply	`infix fun <L, R, O> Either<L, (R) -> O>.apply(f: Either<L, R>): Either<L, O>`
flatMap	`infix fun <L, R, O> Either<L, R>.flatMap(f: (R) -> Either<L, O>): Either<L, O>`
fold	`fun <L, R, O> Either<L, R>.fold(lf: (L) -> O, rf: (R) -> O): O`
getOrDefault	`fun <O> Try<O>.getOrDefault(default: () -> O): O`
getOrElse	`fun <O> Try<O>.getOrElse(default: (Throwable) -> O): O`
getOrNull	`fun <O> Try<O>.getOrNull(): O?`
map	`infix fun <L, R, O> Either<L, R>.map(f: (R) -> O): Either<L, O>`
mapLeft	`infix fun <L, R, O> Either<L, O>.mapLeft(f: (L) -> R): Either<R, O>`
recover	`fun <O> Try<O>.recover(onError: (Throwable) -> O): Try<O>`
recoverWith	`fun <O> Try<O>.recoverWith(onError: (Throwable) -> Try<O>): Try<O>`