gcc/testsuite/gfortran.dg/assignment_3.f90

   1 ! { dg-do compile }
   2 ! PR fortran/36316
   3 !
   4 ! gfortran generated a mismatching tree ("type mismatch in binary expression")
   5 ! for array bounds (mixing integer kind=4/kind=8 without fold_convert).
   6 !
   7 MODULE YOMCAIN
   8
   9 IMPLICIT NONE
  10 SAVE
  11
  12 TYPE distributed_vector
  13 REAL, pointer :: local(:)
  14 INTEGER(4)       :: global_length,local_start
  15 INTEGER(8)       :: local_end
  16 END TYPE distributed_vector
  17
  18 INTERFACE ASSIGNMENT (=)
  19 MODULE PROCEDURE assign_ar_dv
  20 END INTERFACE
  21
  22 INTERFACE OPERATOR (*)
  23 MODULE PROCEDURE multiply_dv_dv
  24 END INTERFACE
  25
  26 CONTAINS
  27
  28 SUBROUTINE assign_ar_dv (handle,pvec)
  29
  30 !         copy array to the distributed_vector
  31
  32 REAL,                      INTENT(IN)    :: pvec(:)
  33 TYPE (distributed_vector), INTENT(INOUT) :: handle
  34
  35 handle%local(:) = pvec(:)
  36
  37 RETURN
  38 END SUBROUTINE assign_ar_dv
  39
  40 FUNCTION multiply_dv_dv (handle1,handle2)
  41
  42 !         multiply two distributed_vectors
  43
  44 TYPE (distributed_vector), INTENT(IN) :: handle2
  45 TYPE (distributed_vector), INTENT(IN) :: handle1
  46 REAL :: multiply_dv_dv(handle1%local_start:handle1%local_end)
  47
  48 multiply_dv_dv = handle1%local(:) * handle2%local(:)
  49
  50 RETURN
  51 END FUNCTION multiply_dv_dv
  52
  53
  54 SUBROUTINE CAININAD_SCALE_DISTVEC ()
  55 TYPE (distributed_vector) :: PVAZG
  56 TYPE (distributed_vector) :: ZTEMP
  57 TYPE (distributed_vector) :: SCALP_DV
  58
  59 ZTEMP = PVAZG * SCALP_DV
  60 END SUBROUTINE CAININAD_SCALE_DISTVEC
  61 END MODULE YOMCAIN
  62
  63 ! { dg-final { cleanup-modules "yomcain" } }