\begin{code}
firstPat :: EquationInfo -> Pat Id
-firstPat eqn = head (eqn_pats eqn)
+firstPat eqn = ASSERT( notNull (eqn_pats eqn) ) head (eqn_pats eqn)
shiftEqns :: [EquationInfo] -> [EquationInfo]
-- Drop the first pattern in each equation
-- the scrutinised Id to be sufficiently refined to have a TyCon in it]
-- Stuff for newtype
- (con1, arg_ids1, match_result1) = head match_alts
- arg_id1 = head arg_ids1
+ (con1, arg_ids1, match_result1) = ASSERT( notNull match_alts ) head match_alts
+ arg_id1 = ASSERT( notNull arg_ids1 ) head arg_ids1
var_ty = idType var
(tc, ty_args) = splitNewTyConApp var_ty
newtype_rhs = unwrapNewTypeBody tc ty_args (Var var)
is_simple_lpat p = is_simple_pat (unLoc p)
is_simple_pat (TuplePat ps Boxed _) = all is_triv_lpat ps
- is_simple_pat (ConPatOut{ pat_args = ps }) = all is_triv_lpat (hsConArgs ps)
+ is_simple_pat (ConPatOut{ pat_args = ps }) = all is_triv_lpat (hsConPatArgs ps)
is_simple_pat (VarPat _) = True
is_simple_pat (ParPat p) = is_simple_lpat p
is_simple_pat other = False
| otherwise = mkBreakPointOpId uq mod ix
uq2 <- newUnique
let occName = mkVarOcc "tick"
- let name = mkInternalName uq2 occName noSrcLoc -- use mkSysLocal?
+ let name = mkInternalName uq2 occName noSrcSpan -- use mkSysLocal?
let var = Id.mkLocalId name realWorldStatePrimTy
scrut <-
if opt_Hpc