-{-# OPTIONS -w #-}
--- The above warning supression flag is a temporary kludge.
--- While working on this module you are encouraged to remove it and fix
--- any warnings in the module. See
--- http://hackage.haskell.org/trac/ghc/wiki/Commentary/CodingStyle#Warnings
--- for details
-
module VectBuiltIn (
- Builtins(..), sumTyCon, prodTyCon, combinePAVar,
+ Builtins(..), sumTyCon, prodTyCon, uarrTy, intPrimArrayTy,
+ combinePAVar,
initBuiltins, initBuiltinVars, initBuiltinTyCons, initBuiltinDataCons,
initBuiltinPAs, initBuiltinPRs,
initBuiltinBoxedTyCons,
primMethod, primPArray
) where
-#include "HsVersions.h"
-
import DsMonad
import IfaceEnv ( lookupOrig )
-import Module ( Module )
+import Module
import DataCon ( DataCon, dataConName, dataConWorkId )
import TyCon ( TyCon, tyConName, tyConDataCons )
import Var ( Var )
import OccName
import TypeRep ( funTyCon )
-import Type ( Type )
+import Type ( Type, mkTyConApp )
import TysPrim
import TysWiredIn ( unitTyCon, unitDataCon,
- tupleTyCon,
- intTyCon, intTyConName,
+ tupleTyCon, tupleCon,
+ intTyCon, intTyConName, intTy,
doubleTyCon, doubleTyConName,
boolTyCon, boolTyConName, trueDataCon, falseDataCon,
- parrTyCon, parrTyConName )
+ parrTyConName )
import PrelNames ( gHC_PARR )
-import Module
import BasicTypes ( Boxity(..) )
import FastString
import Data.List ( unzip4 )
mAX_NDP_PROD :: Int
-mAX_NDP_PROD = 3
+mAX_NDP_PROD = 5
mAX_NDP_SUM :: Int
mAX_NDP_SUM = 3
mkNDPModule :: FastString -> Module
mkNDPModule m = mkModule ndpPackageId (mkModuleNameFS m)
-nDP_PARRAY = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.PArray")
-nDP_REPR = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.Repr")
-nDP_CLOSURE = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.Closure")
-nDP_UNBOXED = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.Unboxed")
-nDP_INSTANCES = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.Instances")
-nDP_COMBINATORS = mkNDPModule FSLIT("Data.Array.Parallel.Lifted.Combinators")
-
-nDP_PRELUDE_PARR = mkNDPModule FSLIT("Data.Array.Parallel.Prelude.Base.PArr")
-nDP_PRELUDE_INT = mkNDPModule FSLIT("Data.Array.Parallel.Prelude.Base.Int")
-nDP_PRELUDE_DOUBLE = mkNDPModule FSLIT("Data.Array.Parallel.Prelude.Base.Double")
+nDP_UARR,
+ nDP_PARRAY,
+ nDP_REPR,
+ nDP_CLOSURE,
+ nDP_UNBOXED,
+ nDP_INSTANCES,
+ nDP_COMBINATORS,
+ nDP_PRELUDE_PARR,
+ nDP_PRELUDE_INT,
+ nDP_PRELUDE_DOUBLE,
+ nDP_PRELUDE_BOOL,
+ nDP_PRELUDE_TUPLE :: Module
+
+nDP_UARR = mkNDPModule (fsLit "Data.Array.Parallel.Unlifted.Flat.UArr")
+nDP_PARRAY = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.PArray")
+nDP_REPR = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.Repr")
+nDP_CLOSURE = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.Closure")
+nDP_UNBOXED = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.Unboxed")
+nDP_INSTANCES = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.Instances")
+nDP_COMBINATORS = mkNDPModule (fsLit "Data.Array.Parallel.Lifted.Combinators")
+
+nDP_PRELUDE_PARR = mkNDPModule (fsLit "Data.Array.Parallel.Prelude.Base.PArr")
+nDP_PRELUDE_INT = mkNDPModule (fsLit "Data.Array.Parallel.Prelude.Base.Int")
+nDP_PRELUDE_DOUBLE = mkNDPModule (fsLit "Data.Array.Parallel.Prelude.Base.Double")
+nDP_PRELUDE_BOOL = mkNDPModule (fsLit "Data.Array.Parallel.Prelude.Base.Bool")
+nDP_PRELUDE_TUPLE = mkNDPModule (fsLit "Data.Array.Parallel.Prelude.Base.Tuple")
data Builtins = Builtins {
parrayTyCon :: TyCon
, preprTyCon :: TyCon
, prTyCon :: TyCon
, prDataCon :: DataCon
- , parrayIntPrimTyCon :: TyCon
- , parrayBoolPrimTyCon :: TyCon
+ , uarrTyCon :: TyCon
, voidTyCon :: TyCon
, wrapTyCon :: TyCon
, enumerationTyCon :: TyCon
, liftingContext :: Var
}
+uarrTy :: Type -> Builtins -> Type
+uarrTy ty bi = mkTyConApp (uarrTyCon bi) [ty]
+
+intPrimArrayTy :: Builtins -> Type
+intPrimArrayTy = uarrTy intTy
+
sumTyCon :: Int -> Builtins -> TyCon
sumTyCon n bi
| n >= 2 && n <= mAX_NDP_SUM = sumTyCons bi ! n
initBuiltins :: DsM Builtins
initBuiltins
= do
- parrayTyCon <- externalTyCon nDP_PARRAY FSLIT("PArray")
- paTyCon <- externalTyCon nDP_PARRAY FSLIT("PA")
+ parrayTyCon <- externalTyCon nDP_PARRAY (fsLit "PArray")
+ paTyCon <- externalTyCon nDP_PARRAY (fsLit "PA")
let [paDataCon] = tyConDataCons paTyCon
- preprTyCon <- externalTyCon nDP_PARRAY FSLIT("PRepr")
- prTyCon <- externalTyCon nDP_PARRAY FSLIT("PR")
+ preprTyCon <- externalTyCon nDP_PARRAY (fsLit "PRepr")
+ prTyCon <- externalTyCon nDP_PARRAY (fsLit "PR")
let [prDataCon] = tyConDataCons prTyCon
- parrayIntPrimTyCon <- externalTyCon nDP_UNBOXED FSLIT("PArray_Int#")
- parrayBoolPrimTyCon <- externalTyCon nDP_UNBOXED FSLIT("PArray_Bool#")
- closureTyCon <- externalTyCon nDP_CLOSURE FSLIT(":->")
+ uarrTyCon <- externalTyCon nDP_UARR (fsLit "UArr")
+ closureTyCon <- externalTyCon nDP_CLOSURE (fsLit ":->")
- voidTyCon <- externalTyCon nDP_REPR FSLIT("Void")
- wrapTyCon <- externalTyCon nDP_REPR FSLIT("Wrap")
- enumerationTyCon <- externalTyCon nDP_REPR FSLIT("Enumeration")
+ voidTyCon <- externalTyCon nDP_REPR (fsLit "Void")
+ wrapTyCon <- externalTyCon nDP_REPR (fsLit "Wrap")
+ enumerationTyCon <- externalTyCon nDP_REPR (fsLit "Enumeration")
sum_tcs <- mapM (externalTyCon nDP_REPR)
[mkFastString ("Sum" ++ show i) | i <- [2..mAX_NDP_SUM]]
let sumTyCons = listArray (2, mAX_NDP_SUM) sum_tcs
- voidVar <- externalVar nDP_REPR FSLIT("void")
- mkPRVar <- externalVar nDP_PARRAY FSLIT("mkPR")
- mkClosureVar <- externalVar nDP_CLOSURE FSLIT("mkClosure")
- applyClosureVar <- externalVar nDP_CLOSURE FSLIT("$:")
- mkClosurePVar <- externalVar nDP_CLOSURE FSLIT("mkClosureP")
- applyClosurePVar <- externalVar nDP_CLOSURE FSLIT("$:^")
- replicatePAIntPrimVar <- externalVar nDP_UNBOXED FSLIT("replicatePA_Int#")
- upToPAIntPrimVar <- externalVar nDP_UNBOXED FSLIT("upToPA_Int#")
- selectPAIntPrimVar <- externalVar nDP_UNBOXED FSLIT("selectPA_Int#")
- truesPABoolPrimVar <- externalVar nDP_UNBOXED FSLIT("truesPA_Bool#")
- lengthPAVar <- externalVar nDP_PARRAY FSLIT("lengthPA#")
- replicatePAVar <- externalVar nDP_PARRAY FSLIT("replicatePA#")
- emptyPAVar <- externalVar nDP_PARRAY FSLIT("emptyPA")
- packPAVar <- externalVar nDP_PARRAY FSLIT("packPA#")
+ voidVar <- externalVar nDP_REPR (fsLit "void")
+ mkPRVar <- externalVar nDP_PARRAY (fsLit "mkPR")
+ mkClosureVar <- externalVar nDP_CLOSURE (fsLit "mkClosure")
+ applyClosureVar <- externalVar nDP_CLOSURE (fsLit "$:")
+ mkClosurePVar <- externalVar nDP_CLOSURE (fsLit "mkClosureP")
+ applyClosurePVar <- externalVar nDP_CLOSURE (fsLit "$:^")
+ replicatePAIntPrimVar <- externalVar nDP_UNBOXED (fsLit "replicatePA_Int#")
+ upToPAIntPrimVar <- externalVar nDP_UNBOXED (fsLit "upToPA_Int#")
+ selectPAIntPrimVar <- externalVar nDP_UNBOXED (fsLit "selectPA_Int#")
+ truesPABoolPrimVar <- externalVar nDP_UNBOXED (fsLit "truesPA_Bool#")
+ lengthPAVar <- externalVar nDP_PARRAY (fsLit "lengthPA#")
+ replicatePAVar <- externalVar nDP_PARRAY (fsLit "replicatePA#")
+ emptyPAVar <- externalVar nDP_PARRAY (fsLit "emptyPA")
+ packPAVar <- externalVar nDP_PARRAY (fsLit "packPA#")
combines <- mapM (externalVar nDP_PARRAY)
[mkFastString ("combine" ++ show i ++ "PA#")
| i <- [2..mAX_NDP_COMBINE]]
let combinePAVars = listArray (2, mAX_NDP_COMBINE) combines
- liftingContext <- liftM (\u -> mkSysLocal FSLIT("lc") u intPrimTy)
+ liftingContext <- liftM (\u -> mkSysLocal (fsLit "lc") u intPrimTy)
newUnique
return $ Builtins {
, preprTyCon = preprTyCon
, prTyCon = prTyCon
, prDataCon = prDataCon
- , parrayIntPrimTyCon = parrayIntPrimTyCon
- , parrayBoolPrimTyCon = parrayBoolPrimTyCon
+ , uarrTyCon = uarrTyCon
, voidTyCon = voidTyCon
, wrapTyCon = wrapTyCon
, enumerationTyCon = enumerationTyCon
}
initBuiltinVars :: Builtins -> DsM [(Var, Var)]
-initBuiltinVars bi
+initBuiltinVars _
= do
uvars <- zipWithM externalVar umods ufs
vvars <- zipWithM externalVar vmods vfs
+ cvars <- zipWithM externalVar cmods cfs
return $ [(v,v) | v <- map dataConWorkId defaultDataConWorkers]
+ ++ zip (map dataConWorkId cons) cvars
++ zip uvars vvars
where
(umods, ufs, vmods, vfs) = unzip4 preludeVars
+ (cons, cmods, cfs) = unzip3 preludeDataCons
+
defaultDataConWorkers :: [DataCon]
defaultDataConWorkers = [trueDataCon, falseDataCon, unitDataCon]
+preludeDataCons :: [(DataCon, Module, FastString)]
+preludeDataCons
+ = [mk_tup n nDP_PRELUDE_TUPLE (mkFastString $ "tup" ++ show n) | n <- [2..3]]
+ where
+ mk_tup n mod name = (tupleCon Boxed n, mod, name)
+
preludeVars :: [(Module, FastString, Module, FastString)]
preludeVars
= [
- mk gHC_PARR FSLIT("mapP") nDP_COMBINATORS FSLIT("mapPA")
- , mk gHC_PARR FSLIT("zipWithP") nDP_COMBINATORS FSLIT("zipWithPA")
- , mk gHC_PARR FSLIT("zipP") nDP_COMBINATORS FSLIT("zipPA")
- , mk gHC_PARR FSLIT("filterP") nDP_COMBINATORS FSLIT("filterPA")
- , mk gHC_PARR FSLIT("lengthP") nDP_COMBINATORS FSLIT("lengthPA")
- , mk gHC_PARR FSLIT("replicateP") nDP_COMBINATORS FSLIT("replicatePA")
- , mk gHC_PARR FSLIT("!:") nDP_COMBINATORS FSLIT("indexPA")
- , mk gHC_PARR FSLIT("crossMapP") nDP_COMBINATORS FSLIT("crossMapPA")
- , mk gHC_PARR FSLIT("singletonP") nDP_COMBINATORS FSLIT("singletonPA")
- , mk gHC_PARR FSLIT("concatP") nDP_COMBINATORS FSLIT("concatPA")
- , mk gHC_PARR FSLIT("+:+") nDP_COMBINATORS FSLIT("appPA")
-
- , mk nDP_PRELUDE_INT FSLIT("plus") nDP_PRELUDE_INT FSLIT("plusV")
- , mk nDP_PRELUDE_INT FSLIT("minus") nDP_PRELUDE_INT FSLIT("minusV")
- , mk nDP_PRELUDE_INT FSLIT("mult") nDP_PRELUDE_INT FSLIT("multV")
- , mk nDP_PRELUDE_INT FSLIT("sumP") nDP_PRELUDE_INT FSLIT("sumPA")
- , mk nDP_PRELUDE_INT FSLIT("upToP") nDP_PRELUDE_INT FSLIT("upToPA")
-
- , mk nDP_PRELUDE_INT FSLIT("eq") nDP_PRELUDE_INT FSLIT("eqV")
- , mk nDP_PRELUDE_INT FSLIT("neq") nDP_PRELUDE_INT FSLIT("neqV")
- , mk nDP_PRELUDE_INT FSLIT("le") nDP_PRELUDE_INT FSLIT("leV")
- , mk nDP_PRELUDE_INT FSLIT("lt") nDP_PRELUDE_INT FSLIT("ltV")
- , mk nDP_PRELUDE_INT FSLIT("ge") nDP_PRELUDE_INT FSLIT("geV")
- , mk nDP_PRELUDE_INT FSLIT("gt") nDP_PRELUDE_INT FSLIT("gtV")
-
- , mk nDP_PRELUDE_DOUBLE FSLIT("plus") nDP_PRELUDE_DOUBLE FSLIT("plusV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("minus") nDP_PRELUDE_DOUBLE FSLIT("minusV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("mult") nDP_PRELUDE_DOUBLE FSLIT("multV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("sumP") nDP_PRELUDE_DOUBLE FSLIT("sumPA")
- , mk nDP_PRELUDE_DOUBLE FSLIT("minIndexP")
- nDP_PRELUDE_DOUBLE FSLIT("minIndexPA")
- , mk nDP_PRELUDE_DOUBLE FSLIT("maxIndexP")
- nDP_PRELUDE_DOUBLE FSLIT("maxIndexPA")
-
- , mk nDP_PRELUDE_DOUBLE FSLIT("eq") nDP_PRELUDE_DOUBLE FSLIT("eqV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("neq") nDP_PRELUDE_DOUBLE FSLIT("neqV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("le") nDP_PRELUDE_DOUBLE FSLIT("leV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("lt") nDP_PRELUDE_DOUBLE FSLIT("ltV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("ge") nDP_PRELUDE_DOUBLE FSLIT("geV")
- , mk nDP_PRELUDE_DOUBLE FSLIT("gt") nDP_PRELUDE_DOUBLE FSLIT("gtV")
+ mk gHC_PARR (fsLit "mapP") nDP_COMBINATORS (fsLit "mapPA")
+ , mk gHC_PARR (fsLit "zipWithP") nDP_COMBINATORS (fsLit "zipWithPA")
+ , mk gHC_PARR (fsLit "zipP") nDP_COMBINATORS (fsLit "zipPA")
+ , mk gHC_PARR (fsLit "unzipP") nDP_COMBINATORS (fsLit "unzipPA")
+ , mk gHC_PARR (fsLit "filterP") nDP_COMBINATORS (fsLit "filterPA")
+ , mk gHC_PARR (fsLit "lengthP") nDP_COMBINATORS (fsLit "lengthPA")
+ , mk gHC_PARR (fsLit "replicateP") nDP_COMBINATORS (fsLit "replicatePA")
+ , mk gHC_PARR (fsLit "!:") nDP_COMBINATORS (fsLit "indexPA")
+ , mk gHC_PARR (fsLit "crossMapP") nDP_COMBINATORS (fsLit "crossMapPA")
+ , mk gHC_PARR (fsLit "singletonP") nDP_COMBINATORS (fsLit "singletonPA")
+ , mk gHC_PARR (fsLit "concatP") nDP_COMBINATORS (fsLit "concatPA")
+ , mk gHC_PARR (fsLit "+:+") nDP_COMBINATORS (fsLit "appPA")
+ , mk gHC_PARR (fsLit "emptyP") nDP_PARRAY (fsLit "emptyPA")
+
+ , mk nDP_PRELUDE_INT (fsLit "plus") nDP_PRELUDE_INT (fsLit "plusV")
+ , mk nDP_PRELUDE_INT (fsLit "minus") nDP_PRELUDE_INT (fsLit "minusV")
+ , mk nDP_PRELUDE_INT (fsLit "mult") nDP_PRELUDE_INT (fsLit "multV")
+ , mk nDP_PRELUDE_INT (fsLit "intDiv") nDP_PRELUDE_INT (fsLit "intDivV")
+ , mk nDP_PRELUDE_INT (fsLit "intMod") nDP_PRELUDE_INT (fsLit "intModV")
+ , mk nDP_PRELUDE_INT (fsLit "intSquareRoot") nDP_PRELUDE_INT (fsLit "intSquareRootV")
+ , mk nDP_PRELUDE_INT (fsLit "intSumP") nDP_PRELUDE_INT (fsLit "intSumPA")
+ , mk nDP_PRELUDE_INT (fsLit "enumFromToP") nDP_PRELUDE_INT (fsLit "enumFromToPA")
+ , mk nDP_PRELUDE_INT (fsLit "upToP") nDP_PRELUDE_INT (fsLit "upToPA")
+
+ , mk nDP_PRELUDE_INT (fsLit "eq") nDP_PRELUDE_INT (fsLit "eqV")
+ , mk nDP_PRELUDE_INT (fsLit "neq") nDP_PRELUDE_INT (fsLit "neqV")
+ , mk nDP_PRELUDE_INT (fsLit "le") nDP_PRELUDE_INT (fsLit "leV")
+ , mk nDP_PRELUDE_INT (fsLit "lt") nDP_PRELUDE_INT (fsLit "ltV")
+ , mk nDP_PRELUDE_INT (fsLit "ge") nDP_PRELUDE_INT (fsLit "geV")
+ , mk nDP_PRELUDE_INT (fsLit "gt") nDP_PRELUDE_INT (fsLit "gtV")
+
+ , mk nDP_PRELUDE_DOUBLE (fsLit "plus") nDP_PRELUDE_DOUBLE (fsLit "plusV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "minus") nDP_PRELUDE_DOUBLE (fsLit "minusV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "mult") nDP_PRELUDE_DOUBLE (fsLit "multV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "divide") nDP_PRELUDE_DOUBLE (fsLit "divideV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "squareRoot") nDP_PRELUDE_DOUBLE (fsLit "squareRootV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "doubleSumP") nDP_PRELUDE_DOUBLE (fsLit "doubleSumPA")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "minIndexP")
+ nDP_PRELUDE_DOUBLE (fsLit "minIndexPA")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "maxIndexP")
+ nDP_PRELUDE_DOUBLE (fsLit "maxIndexPA")
+
+ , mk nDP_PRELUDE_DOUBLE (fsLit "eq") nDP_PRELUDE_DOUBLE (fsLit "eqV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "neq") nDP_PRELUDE_DOUBLE (fsLit "neqV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "le") nDP_PRELUDE_DOUBLE (fsLit "leV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "lt") nDP_PRELUDE_DOUBLE (fsLit "ltV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "ge") nDP_PRELUDE_DOUBLE (fsLit "geV")
+ , mk nDP_PRELUDE_DOUBLE (fsLit "gt") nDP_PRELUDE_DOUBLE (fsLit "gtV")
+
+ , mk nDP_PRELUDE_BOOL (fsLit "andP") nDP_PRELUDE_BOOL (fsLit "andPA")
+ , mk nDP_PRELUDE_BOOL (fsLit "orP") nDP_PRELUDE_BOOL (fsLit "orPA")
-- FIXME: temporary
- , mk nDP_PRELUDE_PARR FSLIT("fromPArrayP") nDP_PRELUDE_PARR FSLIT("fromPArrayPA")
- , mk nDP_PRELUDE_PARR FSLIT("toPArrayP") nDP_PRELUDE_PARR FSLIT("toPArrayPA")
- , mk nDP_PRELUDE_PARR FSLIT("fromNestedPArrayP") nDP_PRELUDE_PARR FSLIT("fromNestedPArrayPA")
+ , mk nDP_PRELUDE_PARR (fsLit "fromPArrayP") nDP_PRELUDE_PARR (fsLit "fromPArrayPA")
+ , mk nDP_PRELUDE_PARR (fsLit "toPArrayP") nDP_PRELUDE_PARR (fsLit "toPArrayPA")
+ , mk nDP_PRELUDE_PARR (fsLit "fromNestedPArrayP") nDP_PRELUDE_PARR (fsLit "fromNestedPArrayPA")
+ , mk nDP_PRELUDE_PARR (fsLit "combineP") nDP_COMBINATORS (fsLit "combine2PA")
]
where
mk = (,,,)
initBuiltinTyCons :: Builtins -> DsM [(Name, TyCon)]
initBuiltinTyCons bi
= do
- -- parr <- externalTyCon nDP_PRELUDE_PARR FSLIT("PArr")
+ -- parr <- externalTyCon nDP_PRELUDE_PARR (fsLit "PArr")
return $ (tyConName funTyCon, closureTyCon bi)
: (parrTyConName, parrayTyCon bi)
defaultTyCons = [intTyCon, boolTyCon, doubleTyCon]
initBuiltinDataCons :: Builtins -> [(Name, DataCon)]
-initBuiltinDataCons bi = [(dataConName dc, dc)| dc <- defaultDataCons]
+initBuiltinDataCons _ = [(dataConName dc, dc)| dc <- defaultDataCons]
defaultDataCons :: [DataCon]
defaultDataCons = [trueDataCon, falseDataCon, unitDataCon]
where
(tcs, mods, fss) = unzip3 ps
+initBuiltinPAs :: Builtins -> DsM [(Name, Var)]
initBuiltinPAs = initBuiltinDicts . builtinPAs
builtinPAs :: Builtins -> [(Name, Module, FastString)]
builtinPAs bi
= [
- mk (tyConName $ closureTyCon bi) nDP_CLOSURE FSLIT("dPA_Clo")
- , mk (tyConName $ voidTyCon bi) nDP_REPR FSLIT("dPA_Void")
- , mk (tyConName $ parrayTyCon bi) nDP_INSTANCES FSLIT("dPA_PArray")
- , mk unitTyConName nDP_INSTANCES FSLIT("dPA_Unit")
-
- , mk intTyConName nDP_INSTANCES FSLIT("dPA_Int")
- , mk doubleTyConName nDP_INSTANCES FSLIT("dPA_Double")
- , mk boolTyConName nDP_INSTANCES FSLIT("dPA_Bool")
+ mk (tyConName $ closureTyCon bi) nDP_CLOSURE (fsLit "dPA_Clo")
+ , mk (tyConName $ voidTyCon bi) nDP_REPR (fsLit "dPA_Void")
+ , mk (tyConName $ parrayTyCon bi) nDP_INSTANCES (fsLit "dPA_PArray")
+ , mk unitTyConName nDP_INSTANCES (fsLit "dPA_Unit")
+
+ , mk intTyConName nDP_INSTANCES (fsLit "dPA_Int")
+ , mk doubleTyConName nDP_INSTANCES (fsLit "dPA_Double")
+ , mk boolTyConName nDP_INSTANCES (fsLit "dPA_Bool")
]
++ tups
where
mk name mod fs = (name, mod, fs)
- tups = map mk_tup [2..3]
+ tups = map mk_tup [2..mAX_NDP_PROD]
mk_tup n = mk (tyConName $ tupleTyCon Boxed n)
nDP_INSTANCES
(mkFastString $ "dPA_" ++ show n)
+initBuiltinPRs :: Builtins -> DsM [(Name, Var)]
initBuiltinPRs = initBuiltinDicts . builtinPRs
builtinPRs :: Builtins -> [(Name, Module, FastString)]
builtinPRs bi =
[
- mk (tyConName unitTyCon) nDP_REPR FSLIT("dPR_Unit")
- , mk (tyConName $ voidTyCon bi) nDP_REPR FSLIT("dPR_Void")
- , mk (tyConName $ wrapTyCon bi) nDP_REPR FSLIT("dPR_Wrap")
- , mk (tyConName $ enumerationTyCon bi) nDP_REPR FSLIT("dPR_Enumeration")
- , mk (tyConName $ closureTyCon bi) nDP_CLOSURE FSLIT("dPR_Clo")
+ mk (tyConName unitTyCon) nDP_REPR (fsLit "dPR_Unit")
+ , mk (tyConName $ voidTyCon bi) nDP_REPR (fsLit "dPR_Void")
+ , mk (tyConName $ wrapTyCon bi) nDP_REPR (fsLit "dPR_Wrap")
+ , mk (tyConName $ enumerationTyCon bi) nDP_REPR (fsLit "dPR_Enumeration")
+ , mk (tyConName $ closureTyCon bi) nDP_CLOSURE (fsLit "dPR_Clo")
-- temporary
- , mk intTyConName nDP_INSTANCES FSLIT("dPR_Int")
- , mk doubleTyConName nDP_INSTANCES FSLIT("dPR_Double")
+ , mk intTyConName nDP_INSTANCES (fsLit "dPR_Int")
+ , mk doubleTyConName nDP_INSTANCES (fsLit "dPR_Double")
]
++ map mk_sum [2..mAX_NDP_SUM]
initBuiltinBoxedTyCons = return . builtinBoxedTyCons
builtinBoxedTyCons :: Builtins -> [(Name, TyCon)]
-builtinBoxedTyCons bi =
+builtinBoxedTyCons _ =
[(tyConName intPrimTyCon, intTyCon)]
externalVar :: Module -> FastString -> DsM Var
externalTyCon mod fs
= dsLookupTyCon =<< lookupOrig mod (mkOccNameFS tcName fs)
+unitTyConName :: Name
unitTyConName = tyConName unitTyCon
| otherwise = return Nothing
+prim_ty_cons :: NameEnv String
prim_ty_cons = mkNameEnv [mk_prim intPrimTyCon]
where
mk_prim tycon = (tyConName tycon, '_' : getOccString tycon)
+
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