test_1d Subroutine

   subroutine test_1d()
      type (LocalMemReference) :: a
      integer (kind=INT32),allocatable :: i(:)
      integer (kind=INT64),allocatable :: j(:)
      real (kind=REAL32), allocatable  :: r(:)
      real (kind=REAL64), allocatable  :: d(:)

      integer ( kind=INT32), pointer :: iPtr(:)
      integer ( kind=INT64), pointer :: jPtr(:)
      real ( kind=REAL32), pointer :: rPtr(:)
      real ( kind=REAL64), pointer :: dPtr(:)
     
      allocate(i(10))
      i = 100
      a = LocalMemReference(i)
      call c_f_pointer(a%base_address, iptr,shape(i))
      @assertTrue(all(iptr == i))
      call a%deallocate()
      @assertTrue(.not. associated(a%i_ptr))
      
      allocate(j(10))
      j = 10000
      a = LocalMemReference(j)
      call c_f_pointer(a%base_address, jptr,shape(j))
      @assertTrue(all(jptr == j))
      call a%deallocate()
      @assertTrue(.not. associated(a%i_ptr))

      allocate(r(10))
      r = 100.0
      a = LocalMemReference(r)
      call c_f_pointer(a%base_address, rptr,shape(r))
      @assertTrue(nearlyEqual(rptr, r))
      call a%deallocate()
      @assertTrue(.not. associated(a%i_ptr))

      allocate(d(10))
      d = 100.0d0
      a = LocalMemReference(d)
      call c_f_pointer(a%base_address, dptr,shape(d))
      @assertTrue(nearlyEqual(dptr, d))
      call a%deallocate()
      @assertTrue(.not. associated(a%i_ptr))

      deallocate(i)
      allocate(i(0))
      a = LocalMemReference(i)
      call c_f_pointer(a%base_address, iptr,a%shape)
      !@assertFalse(associated(iptr))
      @assertTrue( size(a%i_ptr) ==0)
      call a%deallocate()
      @assertTrue(.not. associated(a%i_ptr))
      
   end subroutine test_1d