Safe Haskell | None |
---|---|
Language | Haskell2010 |
This module can automatically generate TopEntity definitions from NamedTypes
annotations. Annotations involving data/type families must be inspected for correctness.
Not all cases can be handled with automatic generation due to the difficulty of type manipulation
in template Haskell. In particular annotations _inside_ the following is unlikely to work:
- Datatype family referencing other datatype families.
- Annotations inside recursive data types
- Clock constraints other than a single HiddenClockResetEnable. (You can still use arbitrary explicit clockresetenables!)
See Clash.Tests.TopEntityGeneration for more examples.
import Clash.Annotations.TH data Named = Named { name1 :: "named1" ::: BitVector 3 , name2 :: "named2" ::: BitVector 5 } topEntity :: "tup1" ::: Signal System (Int, Bool) -> "tup2" ::: (Signal System Int, Signal System Bool) -> "tup3" ::: Signal System ("int":::Int, "bool":::Bool) -> "tup4" ::: ("int":::Signal System Int, "bool":::Signal System Bool) -> "custom" ::: Signal System Named -> "outTup" ::: Signal System ("outint":::Int, "outbool":::Bool) topEntity = undefined makeTopEntity 'topEntity -- ===> --
Synopsis
- makeTopEntity :: Name -> DecsQ
- makeTopEntityWithName :: Name -> String -> DecsQ
- makeTopEntityWithName' :: Name -> Maybe String -> DecQ
- buildTopEntity :: Maybe String -> (Name, Type) -> TExpQ TopEntity
- maybeBuildTopEntity :: Maybe String -> Name -> Q (TExp (Maybe TopEntity))
- getNameBinding :: Name -> Q (Name, Type)
To create a Synthesize annotation pragma
makeTopEntity :: Name -> DecsQ Source #
Automatically create a
for a given TopEntity
. The name of the
generated RTL entity will be the name of the function that has been
specified; e.g. Name
will generate a makeTopEntity
'foobarfoobar
module.
The function arguments and return values of the function specified by the
given
must be annotated with Name
'(:::)'
. This annotation provides the
given name of the port.
makeTopEntityWithName' :: Name -> Maybe String -> DecQ Source #
Wrap a TopEntity
expression in an annotation pragma
To create a TopEntity value
Orphan instances
Recursive Type Source # | |
project :: Type -> Base Type Type # cata :: (Base Type a -> a) -> Type -> a # para :: (Base Type (Type, a) -> a) -> Type -> a # gpara :: (Corecursive Type, Comonad w) => (forall b. Base Type (w b) -> w (Base Type b)) -> (Base Type (EnvT Type w a) -> a) -> Type -> a # prepro :: Corecursive Type => (forall b. Base Type b -> Base Type b) -> (Base Type a -> a) -> Type -> a # gprepro :: (Corecursive Type, Comonad w) => (forall b. Base Type (w b) -> w (Base Type b)) -> (forall c. Base Type c -> Base Type c) -> (Base Type (w a) -> a) -> Type -> a # | |
Corecursive Type Source # | |
embed :: Base Type Type -> Type # ana :: (a -> Base Type a) -> a -> Type # apo :: (a -> Base Type (Either Type a)) -> a -> Type # postpro :: Recursive Type => (forall b. Base Type b -> Base Type b) -> (a -> Base Type a) -> a -> Type # gpostpro :: (Recursive Type, Monad m) => (forall b. m (Base Type b) -> Base Type (m b)) -> (forall c. Base Type c -> Base Type c) -> (a -> Base Type (m a)) -> a -> Type # |