Safe Haskell	None
Language	Haskell2010

SubHask.Compatibility.ByteString

Description

FIXME: Add compatibility for Text

Synopsis

Documentation

data family ByteString elem Source

The type of lazy byte strings.

FIXME: Add strict byte strings as type ByteString'

Instances

Read (ByteString Char) Source
Show (ByteString Char) Source
Arbitrary (ByteString Char) Source
NFData (ByteString Char) Source
IsMutable (ByteString a) Source
Foldable (ByteString Char) Source
Container (ByteString Char) Source
Constructible (ByteString Char) Source
Normed (ByteString Char) Source
Monoid (ByteString Char) Source
Semigroup (ByteString Char) Source
MinBound_ (ByteString Char) Source
POrd_ (ByteString Char) Source
Eq_ (ByteString Char) Source
Partitionable (ByteString Char) Source
data ByteString Char = BSLC { unBSLC :: ByteString } Source
data Mutable m (ByteString a0) = Mutable_AppT__ConT_SubHask_Compatibility_ByteString_ByteString___VarT_a_1628156234_ (PrimRef m (ByteString a)) Source
type Elem (ByteString b) = b Source
type Scalar (ByteString b) = Int Source
type Logic (ByteString b) = Bool Source
type SetElem (ByteString b) c = ByteString c Source

readFileByteString :: FilePath -> IO (ByteString Char) Source

FIXME: Make generic method "readFile" probably using cereal/binary

newtype PartitionOnNewline a Source

FIXME: Make this generic by moving some of the BS functions into the Foldable/Unfoldable type classes. Then move this into Algebra.Containers

Constructors

PartitionOnNewline a

Instances

Read a0 => Read (PartitionOnNewline a) Source
Show a0 => Show (PartitionOnNewline a) Source
Arbitrary a0 => Arbitrary (PartitionOnNewline a) Source
NFData a0 => NFData (PartitionOnNewline a) Source
IsMutable a0 => IsMutable (PartitionOnNewline a) Source
(Foldable a0, Constructible a0, Monoid a0, Normed a0, (~) * (Scalar a0) Int) => Foldable (PartitionOnNewline a) Source
(Constructible a0, Semigroup a0) => Constructible (PartitionOnNewline a) Source
(Normed a0, Ord_ (Scalar a0), (~) * (Scalar (Scalar a0)) (Scalar a0), Ring (Scalar a0)) => Normed (PartitionOnNewline a) Source
(Monoid a0, Semigroup a0) => Monoid (PartitionOnNewline a) Source
(Semigroup a0, IsMutable a0) => Semigroup (PartitionOnNewline a) Source
(Boolean a0, Complemented a0, Heyting a0) => Boolean (PartitionOnNewline a) Source
(Heyting a0, Bounded a0) => Heyting (PartitionOnNewline a) Source
(Complemented a0, Bounded a0) => Complemented (PartitionOnNewline a) Source
(Bounded a0, Lattice_ a0, MinBound_ a0) => Bounded (PartitionOnNewline a) Source
(Lattice_ a0, POrd_ a0) => Lattice_ (PartitionOnNewline a) Source
(MinBound_ a0, POrd_ a0) => MinBound_ (PartitionOnNewline a) Source
(POrd_ a0, Eq_ a0) => POrd_ (PartitionOnNewline a) Source
Eq_ a0 => Eq_ (PartitionOnNewline a) Source
((~) * a (ByteString Char), Partitionable a) => Partitionable (PartitionOnNewline a) Source
data Mutable m (PartitionOnNewline a0) = Mutable_PartitionOnNewline (Mutable m a) Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Elem (PartitionOnNewline a0) = Elem a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Scalar (PartitionOnNewline a0) = Scalar a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Actor (PartitionOnNewline a0) = Actor a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source
type Logic (PartitionOnNewline a0) = Logic a0 Source