Fill the signal list in FlatFunction.

diff --git a/Flatten.hs b/Flatten.hs
index 1297793356dfa8e17223fd034086202ace7584be..e62f1869fd1182ed1251ea5249164ac934242ab8 100644 (file)
--- a/Flatten.hs
+++ b/Flatten.hs
@@ -53,12 +53,12 @@ flattenFunction ::
 
 flattenFunction _ (Rec _) = error "Recursive binders not supported"
 flattenFunction hsfunc bind@(NonRec var expr) =
-  FlatFunction args res apps conds []
+  FlatFunction args res apps conds sigs
   where
-    init_state        = ([], [], 0)
+    init_state        = ([], [], [], 0)
     (fres, end_state) = State.runState (flattenExpr [] expr) init_state
     (args, res)       = fres
-    (apps, conds, _)  = end_state
+    (apps, conds, sigs, _)  = end_state
 
 flattenExpr ::
   BindMap

diff --git a/FlattenTypes.hs b/FlattenTypes.hs
index 49ca8c04533cbeab1616846c7ff1e5c1da2ac1bb..024db9b5332c6f4d94a22b356ed697d966ab70b8 100644 (file)
--- a/FlattenTypes.hs
+++ b/FlattenTypes.hs
@@ -104,24 +104,24 @@ type BindMap = [(
   )]
 
 -- | The state during the flattening of a single function
-type FlattenState = State.State ([FApp UnnamedSignal], [CondDef UnnamedSignal], UnnamedSignal)
+type FlattenState = State.State ([FApp UnnamedSignal], [CondDef UnnamedSignal], [Signal UnnamedSignal], UnnamedSignal)
 
 -- | Add an application to the current FlattenState
 addApp :: (FApp UnnamedSignal) -> FlattenState ()
 addApp a = do
-  (apps, conds, n) <- State.get
-  State.put (a:apps, conds, n)
+  (apps, conds, sigs, n) <- State.get
+  State.put (a:apps, conds, sigs, n)
 
 -- | Add a conditional definition to the current FlattenState
 addCondDef :: (CondDef UnnamedSignal) -> FlattenState ()
 addCondDef c = do
-  (apps, conds, n) <- State.get
-  State.put (apps, c:conds, n)
+  (apps, conds, sigs, n) <- State.get
+  State.put (apps, c:conds, sigs, n)
 
 -- | Generates a new signal id, which is unique within the current flattening.
 genSignalId :: FlattenState UnnamedSignal 
 genSignalId = do
-  (apps, conds, n) <- State.get
-  State.put (apps, conds, n+1)
+  (apps, conds, sigs, n) <- State.get
+  let s = Signal n
+  State.put (apps, conds, s:sigs, n+1)
   return n
-