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Within LTS Haskell 24.35 (ghc-9.10.3)

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  1. tagSet :: forall time f . Functor f => (Map Key Key -> f (Map Key Key)) -> Line time -> f (Line time)

    influxdb Database.InfluxDB

    Tag(s) that you want to include with your data point. Tags are optional in the Line Protocol, so you can set it empty.

  2. fieldSet :: forall time f . Functor f => (Map Key LineField -> f (Map Key LineField)) -> Line time -> f (Line time)

    influxdb Database.InfluxDB.Line

    Field(s) for your data point. Every data point requires at least one field in the Line Protocol, so it shouldn't be empty.

  3. tagSet :: forall time f . Functor f => (Map Key Key -> f (Map Key Key)) -> Line time -> f (Line time)

    influxdb Database.InfluxDB.Line

    Tag(s) that you want to include with your data point. Tags are optional in the Line Protocol, so you can set it empty.

  4. type family IntBaseType a :: IntBaseTypeK

    int-cast Data.IntCast

    The (open) type family IntBaseType encodes type-level information about the value range of an integral type. This module also provides type family instances for the standard Haskell 2010 integral types (including Foreign.C.Types) as well as the Natural type. Here's a simple example for registering a custom type with the Data.IntCast facilities: 

    -- user-implemented unsigned 4-bit integer
data Nibble = …

-- declare meta-information
type instance IntBaseType Nibble = FixedWordTag 4

-- user-implemented signed 7-bit integer
data MyInt7 = …

-- declare meta-information
type instance IntBaseType MyInt7 = FixedIntTag 7
    The type-level predicate IsIntSubType provides a partial ordering based on the types above. See also intCast.

  5. data IntBaseTypeK

    int-cast Data.IntCast

    (Kind) Meta-information about integral types. If also a Bits instance is defined, the type-level information provided by IntBaseType ought to match the meta-information that is conveyed by the Bits class' isSigned and bitSizeMaybe methods.

  6. type family IsIntBaseTypeEq (a :: IntBaseTypeK) (b :: IntBaseTypeK) :: Bool

    int-cast Data.IntCast

    Closed type family representing an equality-relation on the integer base-type. IsIntBaseTypeEq provides a more convenient entry point.

  7. type family IsIntBaseTypeIso (a :: IntBaseTypeK) (b :: IntBaseTypeK) :: Bool

    int-cast Data.IntCast

    Closed type family representing an equality-relation on bit-width This is a superset of the IsIntBaseTypeEq relation, as it ignores the signedness of fixed-size integers (i.e. Int32 is considered equal to Word32). IsIntTypeIso provides a more convenient entry point.

  8. type IOIntSet = IntSet PrimState IO

    intset-imperative Data.IntSet.Bounded.Imperative

    An IntSet inside the IO monad.

  9. data IntSet s

    intset-imperative Data.IntSet.Bounded.Imperative

    A strict bounded integer set. The set is very efficient when accessing elements within the bounds of the set. It uses a regular list to hold numbers outside of this range. The type parameter s is determined by the monad the data structure lives in.

  10. intSetMaxBound :: IntSet s -> Word64

    intset-imperative Data.IntSet.Bounded.Imperative

    Get the maximum efficient bound of the integer set.

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