Erl.Types

type NonNegInt = Int

type PosInt = Int

newtype MonotonicTime

Constructors

• MonotonicTime Int

Instances

• Eq MonotonicTime
• Ord MonotonicTime

newtype NativeTime

Constructors

• NativeTime Int

Instances

• Eq NativeTime
• Ord NativeTime

newtype StrictlyMonotonicInt

Constructors

• StrictlyMonotonicInt Int

Instances

• Eq StrictlyMonotonicInt
• Ord StrictlyMonotonicInt

newtype TimeOffset

Constructors

• TimeOffset Int

newtype Second

Constructors

• Second Int

Instances

• Newtype Second _
• Show Second
• Semigroup Second
• Semiring Second
• Ring Second
• Eq Second
• Ord Second
• ToErl Second

newtype Microsecond

Constructors

• Microsecond Int

Instances

• Newtype Microsecond _
• Show Microsecond
• Semigroup Microsecond
• Semiring Microsecond
• Ring Microsecond
• Eq Microsecond
• Ord Microsecond
• ToErl Microsecond

newtype Nanosecond

Constructors

• Nanosecond Int

Instances

• Newtype Nanosecond _
• Show Nanosecond
• Semigroup Nanosecond
• Semiring Nanosecond
• Ring Nanosecond
• Eq Nanosecond
• Ord Nanosecond
• ToErl Nanosecond

data Timeout

Constructors

• Timeout Milliseconds
• InfiniteTimeout

Instances

• ToErl Timeout

data IntOrInfinity

Constructors

• Finite Int
• Infinity

Instances

• Eq IntOrInfinity
• ToErl IntOrInfinity

data Ref

Instances

• Show Ref
• Eq Ref

newtype Octet

Constructors

• Octet Int

Instances

• Generic Octet _
• Eq Octet
• Show Octet
• Newtype Octet _
• RuntimeType Octet RTInt
• ToErl Octet

newtype Hextet

Constructors

• Hextet Int

Instances

• Eq Hextet
• Generic Hextet _
• Show Hextet
• Newtype Hextet _
• RuntimeType Hextet RTInt
• ToErl Hextet

class ToErl option  where

Members

• toErl :: option -> Foreign

Instances

• ToErl Octet
• ToErl Hextet
• ToErl Second
• ToErl Milliseconds
• ToErl Microsecond
• ToErl Nanosecond
• ToErl Foreign
• ToErl Int
• ToErl IntOrInfinity
• ToErl Timeout
• ToErl String
• ToErl Boolean
• ToErl Binary
• ToErl (Tuple2 Int Int)
• (ToErl a1, ToErl a2) => ToErl (Tuple2 a1 a2)
• ToErl (Tuple3 Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3) => ToErl (Tuple3 a1 a2 a3)
• ToErl (Tuple4 Int Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3, ToErl a4) => ToErl (Tuple4 a1 a2 a3 a4)
• ToErl (Tuple5 Int Int Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3, ToErl a4, ToErl a5) => ToErl (Tuple5 a1 a2 a3 a4 a5)
• ToErl (Tuple6 Int Int Int Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3, ToErl a4, ToErl a5, ToErl a6) => ToErl (Tuple6 a1 a2 a3 a4 a5 a6)
• ToErl (Tuple7 Int Int Int Int Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3, ToErl a4, ToErl a5, ToErl a6, ToErl a7) => ToErl (Tuple7 a1 a2 a3 a4 a5 a6 a7)
• ToErl (Tuple8 Int Int Int Int Int Int Int Int)
• (ToErl a1, ToErl a2, ToErl a3, ToErl a4, ToErl a5, ToErl a6, ToErl a7, ToErl a8) => ToErl (Tuple8 a1 a2 a3 a4 a5 a6 a7 a8)

addMilliseconds :: Milliseconds -> Milliseconds -> Milliseconds

delMilliseconds :: Milliseconds -> Milliseconds -> Milliseconds

newtype FfiMilliseconds

toFfiMilliseconds :: Milliseconds -> FfiMilliseconds

fromFfiMilliseconds :: FfiMilliseconds -> Milliseconds

octet :: Int -> Maybe Octet

hextet :: Int -> Maybe Hextet