iteratee

abstract def F: M[F]

object Enumerate extends EnumerateInstances

final def collect[O, I](pf: PartialFunction[O, I]): Enumeratee[F, O, I]

final def consume[E]: Iteratee[F, E, Vector[E]]

final def consumeIn[E, C[_]](implicit C: Applicative[C], M: MonoidK[C]): Iteratee[F, E, C[E]]

final def cont[E, A](ifInput: (NonEmptyList[E]) ⇒ Iteratee[F, E, A], ifEnd: F[A]): Iteratee[F, E, A]

final def cross[E1, E2](e2: Enumerator[F, E2]): Enumeratee[F, E1, (E1, E2)]

final def done[E, A](value: A): Iteratee[F, E, A]

final def drop[E](n: Long): Enumeratee[F, E, E]

final def dropI[E](n: Int): Iteratee[F, E, Unit]

final def dropWhile[E](p: (E) ⇒ Boolean): Enumeratee[F, E, E]

final def dropWhileI[E](p: (E) ⇒ Boolean): Iteratee[F, E, Unit]

final def dropWhileM[E](p: (E) ⇒ F[Boolean]): Enumeratee[F, E, E]

final def empty[E]: Enumerator[F, E]

final def enumEither[E](either: Either[T, E]): Enumerator[F, E]

final def enumIndexedSeq[E](es: IndexedSeq[E], min: Int, max: Int): Enumerator[F, E]

final def enumIterable[E](es: Iterable[E], chunkSize: Int): Enumerator[F, E]

final def enumList[E](es: List[E]): Enumerator[F, E]

final def enumOne[E](e: E): Enumerator[F, E]

final def enumStream[E](es: Stream[E], chunkSize: Int): Enumerator[F, E]

final def enumVector[E](es: Vector[E]): Enumerator[F, E]

final def enumerate[E](xs: E*): Enumerator[F, E]

def enumeratorBody[A, CT <: String](implicit decode: Aux[A, CT]): Endpoint[Enumerator[Future, A]]

An evaluating Endpoint that reads a required chunked streaming binary body, interpreted as an Enumerator[Future, A].

def enumeratorJsonBody[A](implicit ad: Aux[A, Json]): Endpoint[Enumerator[Future, A]]

An evaluating Endpoint that reads a required chunked streaming JSON body, interpreted as an Enumerator[Future, A].

implicit def enumeratorToJsonResponse[A](implicit e: Encode.Aux[A, Json], w: Aux[Json]): ToResponse.Aux[Enumerator[Future, A], Json]

implicit def enumeratorToResponse[A, CT <: String](implicit e: Encode.Aux[A, CT], w: Aux[CT]): ToResponse.Aux[Enumerator[Future, A], CT]

final def failEnumerator[E](t: T): Enumerator[F, E]

final def failIteratee[E, A](t: T): Iteratee[F, E, A]

final def filter[E](p: (E) ⇒ Boolean): Enumeratee[F, E, E]

final def filterM[E](p: (E) ⇒ F[Boolean]): Enumeratee[F, E, E]

final def flatMap[O, I](f: (O) ⇒ Enumerator[F, I]): Enumeratee[F, O, I]

final def flatMapM[O, I](f: (O) ⇒ F[I]): Enumeratee[F, O, I]

final def fold[E, A](init: A)(f: (A, E) ⇒ A): Iteratee[F, E, A]

final def foldM[E, A](init: A)(f: (A, E) ⇒ F[A]): Iteratee[F, E, A]

final def foldMap[E, A](f: (E) ⇒ A)(implicit A: Monoid[A]): Iteratee[F, E, A]

final def foldMapM[E, A](f: (E) ⇒ F[A])(implicit A: Monoid[A]): Iteratee[F, E, A]

final def foldMapMOption[E, A](f: (E) ⇒ F[A])(implicit A: Semigroup[A]): Iteratee[F, E, Option[A]]

final def foldMapOption[E, A](f: (E) ⇒ A)(implicit A: Semigroup[A]): Iteratee[F, E, Option[A]]

final def foreach[E](f: (E) ⇒ Unit): Iteratee[F, E, Unit]

final def foreachM[A](f: (A) ⇒ F[Unit]): Iteratee[F, A, Unit]

final def generateM[E](f: F[Option[E]]): Enumerator[F, E]

final def grouped[E](n: Int): Enumeratee[F, E, Vector[E]]

final def head[E]: Iteratee[F, E, Option[E]]

final def identityIteratee[E]: Iteratee[F, E, Unit]

final def injectValue[E](e: E): Enumeratee[F, E, E]

final def injectValues[E](es: Seq[E]): Enumeratee[F, E, E]

final def intersperse[E](delim: E): Enumeratee[F, E, E]

final def isEnd[E]: Iteratee[F, E, Boolean]

final def iterate[E](init: E)(f: (E) ⇒ E): Enumerator[F, E]

final def iterateM[E](init: E)(f: (E) ⇒ F[E]): Enumerator[F, E]

final def iterateUntil[E](init: E)(f: (E) ⇒ Option[E]): Enumerator[F, E]

final def iterateUntilM[E](init: E)(f: (E) ⇒ F[Option[E]]): Enumerator[F, E]

final def last[E]: Iteratee[F, E, Option[E]]

final def length[E]: Iteratee[F, E, Long]

final def liftToEnumerator[E](fe: F[E]): Enumerator[F, E]

final def liftToIteratee[E]: (IterateeModule.this)#LiftToIterateePartiallyApplied[E]

final def map[O, I](f: (O) ⇒ I): Enumeratee[F, O, I]

final def peek[E]: Iteratee[F, E, Option[E]]

final def perform[E]: (EnumeratorModule.this)#PerformPartiallyApplied[E]

final def remainderWithResult[O, R, I](iteratee: Iteratee[F, O, R])(f: (R, O) ⇒ I): Enumeratee[F, O, I]

final def remainderWithResultM[O, R, I](iteratee: Iteratee[F, O, R])(f: (R, O) ⇒ F[I]): Enumeratee[F, O, I]

final def repeat[E](e: E): Enumerator[F, E]

final def reversed[E]: Iteratee[F, E, List[E]]

final def scan[O, I](init: I)(f: (I, O) ⇒ I): Enumeratee[F, O, I]

final def scanM[O, I](init: I)(f: (I, O) ⇒ F[I]): Enumeratee[F, O, I]

final def sequenceI[O, I](iteratee: Iteratee[F, O, I]): Enumeratee[F, O, I]

final def splitOn[E](p: (E) ⇒ Boolean): Enumeratee[F, E, Vector[E]]

final def sum[E](implicit E: Monoid[E]): Iteratee[F, E, E]

object syntax

final def take[E](n: Long): Enumeratee[F, E, E]

final def takeI[E](n: Int): Iteratee[F, E, Vector[E]]

final def takeWhile[E](p: (E) ⇒ Boolean): Enumeratee[F, E, E]

final def takeWhileI[E](p: (E) ⇒ Boolean): Iteratee[F, E, Vector[E]]

final def takeWhileM[E](p: (E) ⇒ F[Boolean]): Enumeratee[F, E, E]

final def uniq[E](implicit E: Eq[E]): Enumeratee[F, E, E]

def withCustomIteratee[A, CT <: String](iteratee: (Writer[Buf]) ⇒ Iteratee[Future, Buf, Unit])(implicit e: Encode.Aux[A, CT], w: Aux[CT]): ToResponse.Aux[Enumerator[Future, A], CT]

final def zipWithIndex[E]: Enumeratee[F, E, (E, Long)]