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T6018failclosed.hs:11:5: error:
Type family equation violates injectivity annotation.
RHS of injective type family equation cannot be a type family:
IdProxyClosed a = IdClosed a -- Defined at T6018failclosed.hs:11:5
In the equations for closed type family ‘IdProxyClosed’
In the type family declaration for ‘IdProxyClosed’
T6018failclosed.hs:19:5: error:
Type family equation violates injectivity annotation.
RHS of injective type family equation is a bare type variable
but these LHS type and kind patterns are not bare variables: ‘'Z’
PClosed 'Z m = m -- Defined at T6018failclosed.hs:19:5
In the equations for closed type family ‘PClosed’
In the type family declaration for ‘PClosed’
T6018failclosed.hs:19:5: error:
Type family equations violate injectivity annotation:
PClosed 'Z m = m -- Defined at T6018failclosed.hs:19:5
PClosed ('S n) m = 'S (PClosed n m)
-- Defined at T6018failclosed.hs:20:5
In the equations for closed type family ‘PClosed’
In the type family declaration for ‘PClosed’
T6018failclosed.hs:25:5: error:
Type family equation violates injectivity annotation.
Type and kind variables ‘k’, ‘b’
cannot be inferred from the right-hand side.
(enabling -fprint-explicit-kinds might help)
In the type family equation:
forall (k :: BOX) (k1 :: BOX) (b :: k) (c :: k1).
JClosed Int b c = Char -- Defined at T6018failclosed.hs:25:5
In the equations for closed type family ‘JClosed’
In the type family declaration for ‘JClosed’
T6018failclosed.hs:30:5: error:
Type family equation violates injectivity annotation.
Type variable ‘n’ cannot be inferred from the right-hand side.
In the type family equation:
KClosed ('S n) m = 'S m -- Defined at T6018failclosed.hs:30:5
In the equations for closed type family ‘KClosed’
In the type family declaration for ‘KClosed’
T6018failclosed.hs:35:5: error:
Type family equation violates injectivity annotation.
RHS of injective type family equation cannot be a type family:
forall (k :: BOX) (a :: k).
LClosed a = MaybeSynClosed a -- Defined at T6018failclosed.hs:35:5
In the equations for closed type family ‘LClosed’
In the type family declaration for ‘LClosed’
T6018failclosed.hs:39:5: error:
Type family equations violate injectivity annotation:
FClosed Char Bool Int = Int -- Defined at T6018failclosed.hs:39:5
FClosed Bool Int Char = Int -- Defined at T6018failclosed.hs:40:5
In the equations for closed type family ‘FClosed’
In the type family declaration for ‘FClosed’
T6018failclosed.hs:43:5: error:
Type family equations violate injectivity annotation:
IClosed Int Char Bool = Bool -- Defined at T6018failclosed.hs:43:5
IClosed Int Int Int = Bool -- Defined at T6018failclosed.hs:44:5
In the equations for closed type family ‘IClosed’
In the type family declaration for ‘IClosed’
T6018failclosed.hs:50:3: error:
Type family equation violates injectivity annotation.
Type variable ‘a’ cannot be inferred from the right-hand side.
In the type family equation:
E2 a = 'False -- Defined at T6018failclosed.hs:50:3
In the equations for closed type family ‘E2’
In the type family declaration for ‘E2’
T6018failclosed.hs:61:3: error:
Type family equations violate injectivity annotation:
F a IO = IO a -- Defined at T6018failclosed.hs:61:3
F Char b = b Int -- Defined at T6018failclosed.hs:62:3
In the equations for closed type family ‘F’
In the type family declaration for ‘F’
T6018failclosed.hs:66:5: error:
Type family equation violates injectivity annotation.
Kind variable ‘k’ cannot be inferred from the right-hand side.
(enabling -fprint-explicit-kinds might help)
In the type family equation:
forall (k :: BOX) (a :: k) (b :: k).
Gc a b = Int -- Defined at T6018failclosed.hs:66:5
In the equations for closed type family ‘Gc’
In the type family declaration for ‘Gc’
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