Cabalize ext-core tools

[ghc-hetmet.git] / utils / ext-core / Prims.hs

diff --git a/utils/ext-core/Prims.hs b/utils/ext-core/Prims.hs
deleted file mode 100644 (file)
index 5193848..0000000
--- a/utils/ext-core/Prims.hs
+++ /dev/null
@@ -1,122 +0,0 @@
-{-# OPTIONS -Wall #-}
-
-{- This module contains a few primitive types that need to be wired in.
-   Most are defined in PrimEnv, which is automatically generated from
-   GHC's primops.txt. -}
-
-module Prims(initialEnv, primEnv, newPrimVars) where
-
-import Core
-import Encoding
-import Env
-import Check
-import PrimCoercions
-
-import PrimEnv
-
-initialEnv :: Menv
-initialEnv = efromlist [(primMname,primEnv),
-                    (errMname,errorEnv)]
-
-primEnv :: Envs
--- Tediously, we add defs for ByteArray# etc. because these are
--- declared as ByteArr# (etc.) in primops.txt, and GHC has
--- ByteArray# etc. wired-in.
--- At least this is better than when all primops were wired-in here.
-primEnv = Envs {tcenv_=efromlist $ map (\ (t,k) -> (t,Kind k)) $ 
-                  [(snd tcByteArrayzh,ktByteArrayzh), 
-                   (snd tcMutableArrayzh, ktMutableArrayzh),
-                   (snd tcMutableByteArrayzh, ktMutableByteArrayzh)] ++
-                 ([(snd $ tcUtuple n, ktUtuple n) | n <- [1..maxUtuple]] 
-                   ++ ((snd tcArrow,ktArrow):primTcs)),
-               cenv_=efromlist primDcs,
-               venv_=efromlist (newPrimVars ++ opsState ++ primVals)}
-
-errorEnv :: Envs
-errorEnv = Envs {tcenv_=eempty,
-                cenv_=eempty,
-                venv_=efromlist errorVals}
-
-
-newPrimVars :: [(Id, Ty)]
-newPrimVars = map (\ (v, ty) -> (zEncodeString v, ty))
-  [("hPutChar#", mkFunTy tIntzh (mkFunTy tCharzh tIOUnit)),
-   ("isSpace#", mkFunTy tCharzh tBool)]
-
-
-primDcs :: [(Dcon,Ty)]
-primDcs = map (\ ((_,c),t) -> (c,t))
-             [(dcUtuple n, dcUtupleTy n) | n <- [1..maxUtuple]]
-
-tRWS :: Ty
-tRWS = tStatezh tRealWorld
-
-opsState :: [(Var, Ty)]
-opsState = [
-  ("realWorldzh", tRWS)]
-
-{- Arrays -}
-
-tcByteArrayzh, tcMutableArrayzh, tcMutableByteArrayzh :: Qual Tcon
-ktByteArrayzh, ktMutableArrayzh, ktMutableByteArrayzh :: Kind
-
-tcByteArrayzh = pvz "ByteArray"
-ktByteArrayzh = Kunlifted
-
-tcMutableArrayzh = pvz "MutableArray"
-ktMutableArrayzh = Karrow Klifted (Karrow Klifted Kunlifted)
-
-tcMutableByteArrayzh = pvz "MutableByteArray"
-ktMutableByteArrayzh = Karrow Klifted Kunlifted
-
-{- Real world and state. -}
-
--- tjc: why isn't this one unboxed?
-tcRealWorld :: Qual Tcon
-tcRealWorld = pv "RealWorld"
-tRealWorld :: Ty
-tRealWorld = Tcon tcRealWorld
-
-tcStatezh :: Qual Tcon
-tcStatezh = pvz "State"
-tStatezh :: Ty -> Ty
-tStatezh t = Tapp (Tcon tcStatezh) t
-
-{- Properly defined in PrelError, but needed in many modules before that. -}
-errorVals :: [(Var, Ty)]
-errorVals = [
- ("error", Tforall ("a",Kopen) (tArrow tString (Tvar "a"))),
- ("irrefutPatError", str2A),
- ("patError", str2A),
- ("divZZeroError", forallAA),
- ("overflowError", forallAA)]
-
-{- Non-primitive, but mentioned in the types of primitives. -}
-
-bv :: a -> Qual a
-bv = qual baseMname
-
-str2A, forallAA :: Ty  
-str2A = Tforall ("a",Kopen) (tArrow tAddrzh (Tvar "a"))
-forallAA = Tforall ("a",Kopen) (Tvar "a")
-
-tBool :: Ty
-tBool = Tcon (Just boolMname, "Bool")
-tcChar :: Qual Tcon
-tcChar = bv "Char"
-tChar :: Ty
-tChar = Tcon tcChar
-tcList :: Qual Tcon
-tcList = bv "ZMZN"
-tList :: Ty -> Ty
-tList t = Tapp (Tcon tcList) t
-tString :: Ty
-tString = tList tChar
-tIntzh, tCharzh, tIOUnit :: Ty
-tIntzh = Tcon (primId "Int#")
-tCharzh = Tcon (primId "Char#")
-tIOUnit = Tapp (Tcon (Just (mkBaseMname "IOBase"), "IO")) 
-               (Tcon (bv "Z0T"))
-
-primId :: String -> Qual Id
-primId = pv . zEncodeString
\ No newline at end of file