res = case resexpr of
(Var x) -> x
_ -> error $ "Normalize.splitNormalized: Not in normal form: " ++ pprString expr ++ "\n"
-
--- | Flattens nested lets into a single list of bindings. The expression
--- passed does not have to be a let expression, if it isn't an empty list of
--- bindings is returned.
-flattenLets ::
- CoreExpr -- ^ The expression to flatten.
- -> ([Binding], CoreExpr) -- ^ The bindings and resulting expression.
-flattenLets (Let binds expr) =
- (bindings ++ bindings', expr')
- where
- -- Recursively flatten the contained expression
- (bindings', expr') =flattenLets expr
- -- Flatten our own bindings to remove the Rec / NonRec constructors
- bindings = CoreSyn.flattenBinds [binds]
-flattenLets expr = ([], expr)
Just ty -> isStateType ty
+-- | Flattens nested lets into a single list of bindings. The expression
+-- passed does not have to be a let expression, if it isn't an empty list of
+-- bindings is returned.
+flattenLets ::
+ CoreSyn.CoreExpr -- ^ The expression to flatten.
+ -> ([Binding], CoreSyn.CoreExpr) -- ^ The bindings and resulting expression.
+flattenLets (CoreSyn.Let binds expr) =
+ (bindings ++ bindings', expr')
+ where
+ -- Recursively flatten the contained expression
+ (bindings', expr') =flattenLets expr
+ -- Flatten our own bindings to remove the Rec / NonRec constructors
+ bindings = CoreSyn.flattenBinds [binds]
+flattenLets expr = ([], expr)
+
-- | A class of things that (optionally) have a core Type. The type is
-- optional, since Type expressions don't have a type themselves.
class TypedThing t where