Buffer

sealed abstract class Buffer[A <: Buffer[A, B, C], B <: Buffer, C](buf: B, val offset: Int, val size: Int)(`evidence$4`: ClassTag[C]) extends Chunk[C]
class Chunk[C]
trait ChunkPlatform[C]
trait Serializable
class Object
trait Matchable
class Any

Value members

Abstract methods

def buffer(b: B): A
def duplicate(b: B): B
def get(b: B, n: Int): C
def get(b: B, dest: Array[C], offset: Int, length: Int): B
def readOnly(b: B): B

Concrete methods

def apply(i: Int): C
def copyToArray[O2 >: C](xs: Array[O2], start: Int): Unit
override def drop(n: Int): Chunk[C]
Definition Classes
protected def splitAtChunk_(n: Int): (A, A)
override def take(n: Int): Chunk[C]
Definition Classes
override def toArray[O2 >: C](`evidence$8`: ClassTag[O2]): Array[O2]
Definition Classes

Inherited methods

def ++[O2 >: C](that: Chunk[O2]): Chunk[O2]

Returns a chunk which consists of the elements of this chunk and the elements of the supplied chunk. This operation is amortized O(1).

Returns a chunk which consists of the elements of this chunk and the elements of the supplied chunk. This operation is amortized O(1).

Inherited from
Chunk
def collect[O2](pf: PartialFunction[C, O2]): Chunk[O2]

More efficient version of filter(pf.isDefinedAt).map(pf).

More efficient version of filter(pf.isDefinedAt).map(pf).

Inherited from
Chunk
def compact[O2 >: C](ct: ClassTag[O2]): ArraySlice[O2]

Converts this chunk to a chunk backed by a single array.

Converts this chunk to a chunk backed by a single array.

Inherited from
Chunk
def dropRight(n: Int): Chunk[C]

Drops the right-most n elements of this chunk queue in a way that preserves chunk structure.

Drops the right-most n elements of this chunk queue in a way that preserves chunk structure.

Inherited from
Chunk
override def equals(a: Any): Boolean
Definition Classes
Chunk -> Any
Inherited from
Chunk
def filter(p: C => Boolean): Chunk[C]

Returns a chunk that has only the elements that satisfy the supplied predicate.

Returns a chunk that has only the elements that satisfy the supplied predicate.

Inherited from
Chunk
def find(p: C => Boolean): Option[C]

Returns the first element for which the predicate returns true or None if no elements satisfy the predicate.

Returns the first element for which the predicate returns true or None if no elements satisfy the predicate.

Inherited from
Chunk
def flatMap[O2](f: C => Chunk[O2]): Chunk[O2]

Maps f over the elements of this chunk and concatenates the result.

Maps f over the elements of this chunk and concatenates the result.

Inherited from
Chunk
def foldLeft[A](init: A)(f: (A, C) => A): A

Left-folds the elements of this chunk.

Left-folds the elements of this chunk.

Inherited from
Chunk
def forall(p: C => Boolean): Boolean

Returns true if the predicate passes for all elements.

Returns true if the predicate passes for all elements.

Inherited from
Chunk
def foreach(f: C => Unit): Unit

Invokes the supplied function for each element of this chunk.

Invokes the supplied function for each element of this chunk.

Inherited from
Chunk
override def hashCode: Int
Definition Classes
Chunk -> Any
Inherited from
Chunk
def head: Option[C]

Gets the first element of this chunk.

Gets the first element of this chunk.

Inherited from
Chunk
def indexWhere(p: C => Boolean): Option[Int]

Returns the index of the first element which passes the specified predicate (i.e., p(i) == true) or None if no elements pass the predicate.

Returns the index of the first element which passes the specified predicate (i.e., p(i) == true) or None if no elements pass the predicate.

Inherited from
Chunk
final def isEmpty: Boolean

True if size is zero, false otherwise.

True if size is zero, false otherwise.

Inherited from
Chunk
def iterator: Iterator[C]

Creates an iterator that iterates the elements of this chunk. The returned iterator is not thread safe.

Creates an iterator that iterates the elements of this chunk. The returned iterator is not thread safe.

Inherited from
Chunk
def last: Option[C]

Gets the last element of this chunk.

Gets the last element of this chunk.

Inherited from
Chunk
def map[O2](f: C => O2): Chunk[O2]

Creates a new chunk by applying f to each element in this chunk.

Creates a new chunk by applying f to each element in this chunk.

Inherited from
Chunk
def mapAccumulate[S, O2](init: S)(f: (S, C) => (S, O2)): (S, Chunk[O2])

Maps the supplied stateful function over each element, outputting the final state and the accumulated outputs. The first invocation of f uses init as the input state value. Each successive invocation uses the output state of the previous invocation.

Maps the supplied stateful function over each element, outputting the final state and the accumulated outputs. The first invocation of f uses init as the input state value. Each successive invocation uses the output state of the previous invocation.

Inherited from
Chunk
def mapFilter[O2](f: C => Option[O2]): Chunk[O2]

Maps the supplied function over each element and returns a chunk of just the defined results.

Maps the supplied function over each element and returns a chunk of just the defined results.

Inherited from
Chunk
final def nonEmpty: Boolean

False if size is zero, true otherwise.

False if size is zero, true otherwise.

Inherited from
Chunk
def reverseIterator: Iterator[C]

Creates an iterator that iterates the elements of this chunk in reverse order. The returned iterator is not thread safe.

Creates an iterator that iterates the elements of this chunk in reverse order. The returned iterator is not thread safe.

Inherited from
Chunk
def scanLeft[O2](z: O2)(f: (O2, C) => O2): Chunk[O2]

Like foldLeft but emits each intermediate result of f.

Like foldLeft but emits each intermediate result of f.

Inherited from
Chunk
def scanLeftCarry[O2](z: O2)(f: (O2, C) => O2): (Chunk[O2], O2)

Like scanLeft except the final element is emitted as a standalone value instead of as the last element of the accumulated chunk.

Like scanLeft except the final element is emitted as a standalone value instead of as the last element of the accumulated chunk.

Equivalent to val b = a.scanLeft(z)(f); val (c, carry) = b.splitAt(b.size - 1).

Inherited from
Chunk
def splitAt(n: Int): (Chunk[C], Chunk[C])

Splits this chunk in to two chunks at the specified index.

Splits this chunk in to two chunks at the specified index.

Inherited from
Chunk
def startsWith[O2 >: C](seq: Seq[O2]): Boolean

Check to see if this starts with the items in the given seq should be the same as take(seq.size).toChunk == Chunk.seq(seq).

Check to see if this starts with the items in the given seq should be the same as take(seq.size).toChunk == Chunk.seq(seq).

Inherited from
Chunk
def takeRight(n: Int): Chunk[C]

Takes the right-most n elements of this chunk queue in a way that preserves chunk structure.

Takes the right-most n elements of this chunk queue in a way that preserves chunk structure.

Inherited from
Chunk
def toArraySeq[O2 >: C](`evidence$1`: ClassTag[O2]): ArraySeq[O2]
Inherited from
ChunkPlatform
def toArraySeqUntagged: ArraySeq[C]
Inherited from
ChunkPlatform
def toArraySlice[O2 >: C](ct: ClassTag[O2]): ArraySlice[O2]
Inherited from
Chunk
def toBitVector[B >: C](ev: B =:= Byte): BitVector

Converts this chunk to a scodec-bits BitVector.

Converts this chunk to a scodec-bits BitVector.

Inherited from
Chunk
def toByteBuffer[B >: C](ev: B =:= Byte): ByteBuffer

Converts this chunk to a java.nio.ByteBuffer.

Converts this chunk to a java.nio.ByteBuffer.

Inherited from
Chunk
def toByteVector[B >: C](ev: B =:= Byte): ByteVector

Converts this chunk to a scodec-bits ByteVector.

Converts this chunk to a scodec-bits ByteVector.

Inherited from
Chunk
def toChain: Chain[C]

Converts this chunk to a chain.

Converts this chunk to a chain.

Inherited from
Chunk
def toIArray[O2 >: C](`evidence$2`: ClassTag[O2]): IArray[O2]
Inherited from
ChunkPlatform
def toIArraySlice[O2 >: C](ct: ClassTag[O2]): IArraySlice[O2]
Inherited from
ChunkPlatform
def toList: List[C]

Converts this chunk to a list.

Converts this chunk to a list.

Inherited from
Chunk
def toNel: Option[NonEmptyList[C]]

Converts this chunk to a NonEmptyList

Converts this chunk to a NonEmptyList

Inherited from
Chunk
override def toString: String
Definition Classes
Chunk -> Any
Inherited from
Chunk
def toVector: Vector[C]

Converts this chunk to a vector.

Converts this chunk to a vector.

Inherited from
Chunk
def traverse[F[_], O2](f: C => F[O2])(F: Applicative[F]): F[Chunk[O2]]
Inherited from
Chunk
def traverseFilter[F[_], O2](f: C => F[Option[O2]])(F: Applicative[F]): F[Chunk[O2]]
Inherited from
Chunk
def zip[O2](that: Chunk[O2]): Chunk[(C, O2)]

Zips this chunk the the supplied chunk, returning a chunk of tuples.

Zips this chunk the the supplied chunk, returning a chunk of tuples.

Inherited from
Chunk
def zipWith[O2, O3](that: Chunk[O2])(f: (C, O2) => O3): Chunk[O3]

Zips this chunk with the supplied chunk, passing each pair to f, resulting in an output chunk.

Zips this chunk with the supplied chunk, passing each pair to f, resulting in an output chunk.

Inherited from
Chunk
def zipWithIndex: Chunk[(C, Int)]

Zips the elements of the input chunk with its indices, and returns the new chunk.

Zips the elements of the input chunk with its indices, and returns the new chunk.

Example
scala> Chunk("The", "quick", "brown", "fox").zipWithIndex.toList
res0: List[(String, Int)] = List((The,0), (quick,1), (brown,2), (fox,3))
Inherited from
Chunk

Concrete fields

val offset: Int
val size: Int