Update outputs following the unicode quote change in GHC's output

1 files changed, 17 insertions, 17 deletions

diff --git a/testsuite/tests/th/T5358.stderr b/testsuite/tests/th/T5358.stderr
index 26c83758d5..bc4138f8a9 100644
--- a/testsuite/tests/th/T5358.stderr
+++ b/testsuite/tests/th/T5358.stderr
@@ -1,43 +1,43 @@
 
 T5358.hs:7:1:
-    Couldn't match expected type `t1 -> t1' with actual type `Int'
-    The equation(s) for `t1' have one argument,
-    but its type `Int' has none
+    Couldn't match expected type ‛t1 -> t1’ with actual type ‛Int’
+    The equation(s) for ‛t1’ have one argument,
+    but its type ‛Int’ has none
 
 T5358.hs:8:1:
-    Couldn't match expected type `t0 -> t0' with actual type `Int'
-    The equation(s) for `t2' have one argument,
-    but its type `Int' has none
+    Couldn't match expected type ‛t0 -> t0’ with actual type ‛Int’
+    The equation(s) for ‛t2’ have one argument,
+    but its type ‛Int’ has none
 
 T5358.hs:10:13:
-    Couldn't match expected type `t -> a0' with actual type `Int'
+    Couldn't match expected type ‛t -> a0’ with actual type ‛Int’
     Relevant bindings include
       prop_x1 :: t -> Bool (bound at T5358.hs:10:1)
       x :: t (bound at T5358.hs:10:9)
-    The function `t1' is applied to one argument,
-    but its type `Int' has none
-    In the first argument of `(==)', namely `t1 x'
+    The function ‛t1’ is applied to one argument,
+    but its type ‛Int’ has none
+    In the first argument of ‛(==)’, namely ‛t1 x’
     In the expression: t1 x == t2 x
 
 T5358.hs:10:21:
-    Couldn't match expected type `t -> a0' with actual type `Int'
+    Couldn't match expected type ‛t -> a0’ with actual type ‛Int’
     Relevant bindings include
       prop_x1 :: t -> Bool (bound at T5358.hs:10:1)
       x :: t (bound at T5358.hs:10:9)
-    The function `t2' is applied to one argument,
-    but its type `Int' has none
-    In the second argument of `(==)', namely `t2 x'
+    The function ‛t2’ is applied to one argument,
+    but its type ‛Int’ has none
+    In the second argument of ‛(==)’, namely ‛t2 x’
     In the expression: t1 x == t2 x
 
 T5358.hs:12:15:
     Exception when trying to run compile-time code:
       runTest called error: forall t_0 . t_0 -> GHC.Types.Bool
-      Code: do { VarI _ t _ _ <- reify (mkName "prop_x1");
-                 ($) error ((++) "runTest called error: " pprint t) }
+    Code: do { VarI _ t _ _ <- reify (mkName "prop_x1");
+               ($) error ((++) "runTest called error: " pprint t) }
     In the expression:
       $(do { VarI _ t _ _ <- reify (mkName "prop_x1");
              error $ ("runTest called error: " ++ pprint t) })
-    In an equation for `runTests':
+    In an equation for ‛runTests’:
         runTests
           = $(do { VarI _ t _ _ <- reify (mkName "prop_x1");
                    error $ ("runTest called error: " ++ pprint t) })