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! { dg-do compile }
!
! PR 46330: [4.6 Regression] [OOP] ICE after revision 166368
!
! Contributed by Dominique d'Humieres <dominiq@lps.ens.fr>
! Taken from http://groups.google.com/group/comp.lang.fortran/browse_thread/thread/76f99e7fd4f3e772
module type2_type
implicit none
type, abstract :: Type2
end type Type2
end module type2_type
module extended2A_type
use type2_type
implicit none
type, extends(Type2) :: Extended2A
real(kind(1.0D0)) :: coeff1 = 1.
contains
procedure :: setCoeff1 => Extended2A_setCoeff1
end type Extended2A
contains
function Extended2A_new(c1, c2) result(typePtr_)
real(kind(1.0D0)), optional, intent(in) :: c1
real(kind(1.0D0)), optional, intent(in) :: c2
type(Extended2A), pointer :: typePtr_
type(Extended2A), save, allocatable, target :: type_
allocate(type_)
typePtr_ => null()
if (present(c1)) call type_%setCoeff1(c1)
typePtr_ => type_
if ( .not.(associated (typePtr_))) then
stop 'Error initializing Extended2A Pointer.'
endif
end function Extended2A_new
subroutine Extended2A_setCoeff1(this,c1)
class(Extended2A) :: this
real(kind(1.0D0)), intent(in) :: c1
this% coeff1 = c1
end subroutine Extended2A_setCoeff1
end module extended2A_type
module type1_type
use type2_type
implicit none
type Type1
class(type2), pointer :: type2Ptr => null()
contains
procedure :: initProc => Type1_initProc
end type Type1
contains
function Type1_initProc(this) result(iError)
use extended2A_type
implicit none
class(Type1) :: this
integer :: iError
this% type2Ptr => extended2A_new()
if ( .not.( associated(this% type2Ptr))) then
iError = 1
write(*,'(A)') "Something Wrong."
else
iError = 0
endif
end function Type1_initProc
end module type1_type
! { dg-final { cleanup-modules "type2_type extended2A_type type1_type" } }
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