Safe Haskell | None |
---|---|
Language | Haskell2010 |
Mini EDSL for labelled box fields. The boxfields can be Scalar
or
ScalarArray
s.
- type U64 label = Scalar Word64 label
- type I64 label = Scalar Int64 label
- u64 :: Word64 -> U64 label
- i64 :: Int64 -> I64 label
- type U32 label = Scalar Word32 label
- type I32 label = Scalar Int32 label
- u32 :: Word32 -> U32 label
- i32 :: Int32 -> I32 label
- type U16 label = Scalar Word16 label
- type I16 label = Scalar Int16 label
- u16 :: Word16 -> U16 label
- i16 :: Int16 -> I16 label
- type U8 label = Scalar Word8 label
- type I8 label = Scalar Int8 label
- u8 :: Word8 -> U8 label
- i8 :: Int8 -> I8 label
- newtype Scalar scalartype label = Scalar scalartype
- type U64Arr label size = ScalarArray label size Word64
- u64Arr :: (KnownNat size, KnownSymbol label) => [Word64] -> U64Arr label size
- type I64Arr label size = ScalarArray label size Int64
- i64Arr :: (KnownNat size, KnownSymbol label) => [Int64] -> I64Arr label size
- type U32Arr label size = ScalarArray label size Word32
- u32Arr :: (KnownNat size, KnownSymbol label) => [Word32] -> U32Arr label size
- type I32Arr label size = ScalarArray label size Int32
- i32Arr :: (KnownNat size, KnownSymbol label) => [Int32] -> I32Arr label size
- type U16Arr label size = ScalarArray label size Word16
- u16Arr :: (KnownNat size, KnownSymbol label) => [Word16] -> U16Arr label size
- type I16Arr label size = ScalarArray label size Int16
- i16Arr :: (KnownNat size, KnownSymbol label) => [Int16] -> I16Arr label size
- type U8Arr label size = ScalarArray label size Word8
- u8Arr :: (KnownNat size, KnownSymbol label) => [Word8] -> U8Arr label size
- type I8Arr label size = ScalarArray label size Int8
- i8Arr :: (KnownNat size, KnownSymbol label) => [Int8] -> I8Arr label size
- newtype ScalarArray label len o where
- ScalarArray :: Vector n o -> ScalarArray label n o
- fromList :: forall label n o. (KnownSymbol label, KnownNat n) => [o] -> ScalarArray label n o
- data Constant o v where
- data Template o v where
- class FromTypeLit o v where
- data Extend a b = Extend a b
- type (:+) a b = Extend a b
- (<+>) :: a -> b -> Extend a b
Scalar box fields
newtype Scalar scalartype label Source #
A numeric box field with a type level label. Note that it has a Num
instance. Use the type aliases above, e.g.
U8
,I8
,U16
,I16
,U32
,I32
,U64
,I64
from above. Use either the
smart constructors, e.g. u8
,i8
,u16
,i16
,u32
,i32
,u64
,i64
or the
Num
instance, whereas the constructors might give a bit more safety.
Scalar scalartype |
(KnownNat scalar, Num o) => FromTypeLit Nat (Scalar k o label) scalar Source # | |
Eq scalartype => Eq (Scalar k scalartype label) Source # | |
Num scalartype => Num (Scalar k scalartype label) Source # | |
Ord scalartype => Ord (Scalar k scalartype label) Source # | |
Read scalartype => Read (Scalar k scalartype label) Source # | |
Show scalartype => Show (Scalar k scalartype label) Source # | |
IsBoxContent (Scalar k Int64 label) Source # | |
IsBoxContent (Scalar k Int32 label) Source # | |
IsBoxContent (Scalar k Int16 label) Source # | |
IsBoxContent (Scalar k Int8 label) Source # | |
IsBoxContent (Scalar k Word64 label) Source # | |
IsBoxContent (Scalar k Word32 label) Source # | |
IsBoxContent (Scalar k Word16 label) Source # | |
IsBoxContent (Scalar k Word8 label) Source # | |
Array fields
type U64Arr label size = ScalarArray label size Word64 Source #
type I64Arr label size = ScalarArray label size Int64 Source #
type U32Arr label size = ScalarArray label size Word32 Source #
type I32Arr label size = ScalarArray label size Int32 Source #
type U16Arr label size = ScalarArray label size Word16 Source #
type I16Arr label size = ScalarArray label size Int16 Source #
type U8Arr label size = ScalarArray label size Word8 Source #
type I8Arr label size = ScalarArray label size Int8 Source #
newtype ScalarArray label len o where Source #
A box field that is an array of Scalar
s with a type level label. Use the
type aliases, e.g.
U8Arr
,I8Arr
,U16Arr
,I16Arr
,U32Arr
,I32Arr
,U64Arr
,I64Arr
from
above. Use the smart constructors, e.g.
u8Arr
,i8Arr
,u16Arr
,i16Arr
,u32Arr
,i32Arr
,u64Arr
,i64Arr
.
ScalarArray :: Vector n o -> ScalarArray label n o |
(SingI [Nat] arr, Num o, SingKind [Nat], KnownNat len, (~) Nat len (Length Nat arr)) => FromTypeLit [Nat] (ScalarArray k label len o) arr Source # | |
(Num o, IsBoxContent (Scalar k o label), KnownNat len) => IsBoxContent (ScalarArray k label len o) Source # | |
fromList :: forall label n o. (KnownSymbol label, KnownNat n) => [o] -> ScalarArray label n o Source #
Internal function
Constant fields
data Constant o v where Source #
Wrapper around a field, e.g. a Scalar
or ScalarArray
, with a type level
value. The wrapped content must implement FromTypeLit
.
(IsBoxContent o, FromTypeLit k o v) => IsBoxContent (Constant k * o v) Source # | |
Template Fields
data Template o v where Source #
Fields with default values that can be overriden with custom value. Like
Constant
this is a wrapper around a field, e.g. a Scalar
or
ScalarArray
, with a type level default value. The wrapped content must
implement FromTypeLit
.
(IsBoxContent o, FromTypeLit k o v) => IsBoxContent (Template k o v) Source # | |
Conversion from type-level numbers and lists to values
class FromTypeLit o v where Source #
Types that can be constructed from type level value representations.
fromTypeLit :: proxy o v -> o Source #
Box concatenation
Box content composition
Extend a b |
(IsBoxContent p, IsBoxContent c) => IsBoxContent (Extend p c) Source # | |