! RUN: %S/test_errors.sh %s %t %f18 ! C772 module m1 type t1 contains procedure, nopass :: s1 !ERROR: Binding name 's2' not found in this derived type generic :: g1 => s2 end type type t2 integer :: s1 contains !ERROR: 's1' is not the name of a specific binding of this type generic :: g2 => s1 end type contains subroutine s1 end end module m2 type :: t3 contains private procedure, nopass :: s3 generic, public :: g3 => s3 generic :: h3 => s3 end type contains subroutine s3(i) end end ! C771 module m3 use m2 type, extends(t3) :: t4 contains procedure, nopass :: s4 procedure, nopass :: s5 !ERROR: 'g3' does not have the same accessibility as its previous declaration generic, private :: g3 => s4 !ERROR: 'h3' does not have the same accessibility as its previous declaration generic, public :: h3 => s4 generic :: i3 => s4 !ERROR: 'i3' does not have the same accessibility as its previous declaration generic, private :: i3 => s5 end type type :: t5 contains private procedure, nopass :: s3 procedure, nopass :: s4 procedure, nopass :: s5 generic :: g5 => s3, s4 !ERROR: 'g5' does not have the same accessibility as its previous declaration generic, public :: g5 => s5 end type contains subroutine s4(r) end subroutine s5(z) complex :: z end end ! Test forward reference in type-bound generic to binding is allowed module m4 type :: t1 contains generic :: g => s1 generic :: g => s2 procedure, nopass :: s1 procedure, nopass :: s2 end type type :: t2 contains generic :: g => p1 generic :: g => p2 procedure, nopass :: p1 => s1 procedure, nopass :: p2 => s2 end type contains subroutine s1() end subroutine s2(x) end end ! C773 - duplicate binding names module m5 type :: t1 contains generic :: g => s1 generic :: g => s2 procedure, nopass :: s1 procedure, nopass :: s2 !ERROR: Binding name 's1' was already specified for generic 'g' generic :: g => s1 end type contains subroutine s1() end subroutine s2(x) end end module m6 type t contains procedure :: f1 procedure :: f2 generic :: operator(.eq.) => f1 !ERROR: Binding name 'f1' was already specified for generic 'operator(.eq.)' generic :: operator(==) => f2, f1 end type contains logical function f1(x, y) result(result) class(t), intent(in) :: x real, intent(in) :: y result = .true. end logical function f2(x, y) result(result) class(t), intent(in) :: x integer, intent(in) :: y result = .true. end end