! { dg-do run } ! PR fortran/95947 ! PR fortran/110658 ! ! Test deferred-length character arguments to selected intrinsics ! that may return a character result of same length as first argument: ! CSHIFT, EOSHIFT, MAXVAL, MERGE, MINVAL, PACK, SPREAD, TRANSPOSE, UNPACK program p implicit none call pr95947 () call pr110658 () call s () contains subroutine pr95947 character(len=:), allocatable :: m(:) m = [ character(len=10) :: 'ape','bat','cat','dog','eel','fly','gnu'] m = pack (m, mask=(m(:)(2:2) == 'a')) ! print *, "m = '", m,"' ", "; expected is ['bat','cat']" if (.not. all (m == ['bat','cat'])) stop 1 ! print *, "size(m) = ", size(m), "; expected is 2" if (size (m) /= 2) stop 2 ! print *, "len(m) = ", len(m), "; expected is 10" if (len (m) /= 10) stop 3 ! print *, "len_trim(m) = ", len_trim(m), "; expected is 3 3" if (.not. all (len_trim(m) == [3,3])) stop 4 end subroutine pr110658 character(len=:), allocatable :: array(:), array2(:,:) character(len=:), allocatable :: res, res1(:), res2(:) array = ["bb", "aa", "cc"] res = minval (array) if (res /= "aa") stop 11 res = maxval (array, mask=[.true.,.true.,.false.]) if (res /= "bb") stop 12 res1 = cshift (array, 1) if (any (res1 /= ["aa","cc","bb"])) stop 13 res2 = eoshift (res1, -1) if (any (res2 /= [" ", "aa", "cc"])) stop 14 res2 = pack (array, mask=[.true.,.false.,.true.]) if (any (res2 /= ["bb","cc"])) stop 15 res2 = unpack (res2, mask=[.true.,.false.,.true.], field="aa") if (any (res2 /= array)) stop 16 res2 = merge (res2, array, [.true.,.false.,.true.]) if (any (res2 /= array)) stop 17 array2 = spread (array, dim=2, ncopies=2) array2 = transpose (array2) if (any (shape (array2) /= [2,3])) stop 18 if (any (array2(2,:) /= array)) stop 19 end subroutine s character(:), allocatable :: array1(:), array2(:) array1 = ["aa","cc","bb"] array2 = copy (array1) if (any (array1 /= array2)) stop 20 end function copy (arg) result (res) character(:), allocatable :: res(:) character(*), intent(in) :: arg(:) integer :: i, k, n k = len (arg) n = size (arg) allocate (character(k) :: res(n)) do i = 1, n res(i) = arg(i) end do end end