fixed imports of Data.Map and removed dependency on Data.Void

src/Sapl/SaplParser.dcl

 definition module Sapl.SaplParser
 
 import Sapl.SaplTokenizer, Sapl.SaplStruct
-import Data.Void, Data.Error
+import Data.Error
 from Data.Map import :: Map
 
 // Cannot be abstract because code generator uses it
 :: ParserState = { ps_level 		:: Int
 				 , ps_constructors  :: Map String ConstructorDef
 				 , ps_functions		:: Map String [SaplTypedVar]
-				 , ps_CAFs			:: Map String Void
+				 , ps_CAFs			:: Map String ()
 				 , ps_genFuns		:: [FuncType] 			// generated functions during parsing				 
 		      	 }
 

src/Sapl/SaplParser.icl

 implementation module Sapl.SaplParser
 
-import StdEnv, Data.Void, Data.Error
+import StdEnv, Data.Error
 import Sapl.SaplTokenizer, Sapl.SaplStruct, Sapl.FastString
 
 from Data.Map import :: Map
@@ -27,7 +27,7 @@ incLevel a :== \s -> Ok (a, {s & ps_level = s.ps_level + 1})
 decLevel a :== \s -> Ok (a, {s & ps_level = s.ps_level - 1})
 getLevel :== \s -> Ok (s.ps_level, s)
 addFunction name args :== \s -> Ok (name, {s & ps_functions = 'DM'.put (unpackVar name) args s.ps_functions})
-addCAF name :== \s -> Ok (name, {s & ps_CAFs = 'DM'.put (unpackVar name) Void s.ps_CAFs})
+addCAF name :== \s -> Ok (name, {s & ps_CAFs = 'DM'.put (unpackVar name) () s.ps_CAFs})
 defaultState = {ps_level = 0, ps_constructors = 'DM'.newMap, ps_functions = 'DM'.newMap, ps_CAFs = 'DM'.newMap, ps_genFuns = []}
 
 addConstructor name def :== \s -> Ok (name, {s & ps_constructors = 'DM'.put (unpackVar name) def s.ps_constructors})
@@ -43,7 +43,7 @@ where
 // Add Tuple constructor if necessary
 addTupleCons name | startsWith "_Tuple" name && size name > 6 =
 		checkConstructor name
-	>>= \b = if b (returnS Void) (addConstructor (NormalVar name 0) newdef >>| addGenFun newadt >>| returnS Void)
+	>>= \b = if b (returnS ()) (addConstructor (NormalVar name 0) newdef >>| addGenFun newadt >>| returnS ())
 where
 	(newadt, newdef) = gendefs name
 
@@ -61,7 +61,7 @@ where
 		= TypedVar (StrictVar "_" 0) NoType
 		= TypedVar (NormalVar "_" 0) NoType	
 
-addTupleCons _ = returnS Void
+addTupleCons _ = returnS ()
 
 read_int [TLit (LInt lit):ts] = returnS (Just lit, ts)
 read_int ts = returnS (Nothing, ts)

src/Sapl/SaplStruct.icl

 implementation module Sapl.SaplStruct
 
 import StdEnv
-import Data.Map, Data.Void, Data.Error
+import Data.Error, Data.Maybe
 import Sapl.SaplTokenizer
 
 ltVarByName :: !SaplVar !SaplVar -> Bool

src/Sapl/Target/JS/CodeGeneratorJS.icl

@@ -8,7 +8,7 @@ implementation module Sapl.Target.JS.CodeGeneratorJS
  *
  */
 
-import StdEnv, Data.Maybe, Data.Void, Text.StringAppender, Sapl.FastString
+import StdEnv, Data.Maybe, Text.StringAppender, Sapl.FastString
 import qualified Data.List as DL
 import qualified Data.Map as DM
 import Text.Unicode.Encodings.JS
@@ -29,7 +29,7 @@ from Data.List import elem_by, partition
 				, cs_current_vars 	:: ![SaplTypedVar]		 		
 				, cs_constructors	:: !Map String ConstructorDef
 				, cs_functions		:: !Map String [SaplTypedVar]
-				, cs_CAFs			:: !Map String Void				
+				, cs_CAFs			:: !Map String ()
 				, cs_builtins		:: !Map String (String, Int)
 				, cs_inlinefuncs	:: !Map String InlineFunDef
 				, cs_trampoline     :: !Bool
@@ -114,7 +114,7 @@ isTailRecursive _ _ = False
 strictnessMap :: !SaplType !CoderState -> Int
 strictnessMap NoType _ = 0
 strictnessMap (Type cons) {cs_constructors} 
-	= case get cons cs_constructors of
+	= case 'DM'.get cons cs_constructors of
 		Nothing = 0
 		(Just {args}) = toInt args 0
 where
@@ -800,8 +800,8 @@ generateJS f tramp saplsrc mbPst
 					  # a = if tramp (a <++ "ON") (a <++ "OFF")
 					  
 					  // Lift + generated update functions
-					  # (funcs, genfuns) = foldl (upd (isStrictArgFlavour f newpst)) ([], newMap) funcs
-					  # funcs = reverse funcs ++ elems genfuns 
+					  # (funcs, genfuns) = foldl (upd (isStrictArgFlavour f newpst)) ([], 'DM'.newMap) funcs
+					  # funcs = reverse funcs ++ 'DM'.elems genfuns 
 					  
 					  # a = foldl (\a curr = a <++ funcCoder curr state) (a <++ "*/") funcs
 					  = Ok (a, newpst)
@@ -809,7 +809,7 @@ generateJS f tramp saplsrc mbPst
 where		
   upd :: (String Int Int -> Bool) ([FuncType], Map String FuncType) FuncType -> ([FuncType], Map String FuncType)
   upd sf (nfs, genfuns) fun 
-  	= let (nfun, ngenfuns) = prepareFun sf fun genfuns in ([nfun:nfs], union genfuns ngenfuns)
+  	= let (nfun, ngenfuns) = prepareFun sf fun genfuns in ([nfun:nfs], 'DM'.union genfuns ngenfuns)
   		
 exprGenerateJS :: !Flavour !Bool !String !(Maybe ParserState) !StringAppender -> (MaybeErrorString (String, StringAppender, ParserState))
 exprGenerateJS f tramp saplsrc mbPst out
@@ -819,7 +819,7 @@ exprGenerateJS f tramp saplsrc mbPst out
 					 # state = newState f tramp newpst
 					 
 					  // Lift + generated update functions. TODO: do not skip generated functions
-					  # (body, _) = prepareExpr (isStrictArgFlavour f newpst) body newMap
+					  # (body, _) = prepareExpr (isStrictArgFlavour f newpst) body 'DM'.newMap
 					 
 					 # a = termCoder body {state & cs_inbody=Just (TypedVar (NormalVar "__dummy" 0) NoType)} newAppender
 					 # out = foldl (\a curr = a <++ funcCoder curr state) out s.ps_genFuns

src/Sapl/Target/JS/Lifting.dcl

 definition module Sapl.Target.JS.Lifting
 
 import Sapl.SaplStruct
-import Data.Map
+from Data.Map import :: Map
 
 // Returns True if a term can be inlined, i.e. no separate statement is needed
 inline :: !SaplTerm -> Bool

src/Sapl/Target/JS/Lifting.icl

@@ -2,7 +2,8 @@ implementation module Sapl.Target.JS.Lifting
 
 import StdEnv
 import Sapl.SaplStruct
-import Data.Map
+from Data.Map import :: Map
+import qualified Data.Map as DM
 
 inline :: !SaplTerm -> Bool
 inline (SLet _ _) = False
@@ -90,10 +91,10 @@ where
 		# (expr, st, edefs) = walkTerm expr doNotLift False st 
 		# (updates, st, udefs) = walkUpdates updates st
 		// Generate new fun and lift it in the same time
-		# (genfun, _) = prepareFun sf (genUpdateFun (SUpdate expr ty updates)) newMap 
+		# (genfun, _) = prepareFun sf (genUpdateFun (SUpdate expr ty updates)) 'DM'.newMap 
 		# funname = extractName genfun
 		=  (SApplication (SVar funname) [expr:map snd updates], 
-					{st & genfuns = put (unpackVar funname) genfun st.genfuns}, edefs ++ udefs)  
+					{st & genfuns = 'DM'.put (unpackVar funname) genfun st.genfuns}, edefs ++ udefs)  
 	where
 		extractName (FTFunc (TypedVar name _) _ _) = name