assert_equal_l_1 Subroutine

private subroutine assert_equal_l_1(this, l1, l2, fail)

Check if two logical arrays (rank 1) are equal.

Arguments

Type	Intent	Optional	Attributes		Name
class(tester_t),	intent(inout)			::	this	The tester.
logical,	intent(in),		dimension(:)	::	l1	Value to compare.
logical,	intent(in),		dimension(:)	::	l2	Value to compare.
logical,	intent(in),	optional		::	fail	Fail flag.

Source Code

assert_equal_l_1

Source Code

  subroutine assert_equal_l_1(this, l1, l2, fail)
    class(tester_t), intent(inout)            :: this !< The tester.
    logical,         intent(in), dimension(:) :: l1   !< Value to compare.
    logical,         intent(in), dimension(:) :: l2   !< Value to compare.
    logical,         intent(in), optional     :: fail !< Fail flag.

    integer :: k

    this% n_tests = this% n_tests + 1

    if ( size(l1) .ne. size(l2) ) then
       if (.not. present(fail) .or. (present(fail) .and. fail .eqv. .false.)) then
          this% n_errors = this% n_errors + 1
       end if
    else
       do k = 1, size(l1)
          if (l1(k) .neqv. l2(k)) then
             if (.not. present(fail) .or. (present(fail) .and. fail .eqv. .false.)) then
                this% n_errors = this% n_errors + 1
             end if
             exit
          end if
       end do
    end if

  end subroutine assert_equal_l_1

All Procedures

add_clone add_clone add_id add_pointer add_pointer allocate_members assert_close_r32 assert_close_r32_1 assert_close_r64 assert_close_r64_1 assert_equal_i16 assert_equal_i16_1 assert_equal_i32 assert_equal_i32_1 assert_equal_i64 assert_equal_i64_1 assert_equal_i8 assert_equal_i8_1 assert_equal_l assert_equal_l_1 assert_equal_r32 assert_equal_r32_1 assert_equal_r64 assert_equal_r64_1 assert_positive_i16 assert_positive_i16_1 assert_positive_i32 assert_positive_i32_1 assert_positive_i64 assert_positive_i64_1 assert_positive_i8 assert_positive_i8_1 assert_positive_r32 assert_positive_r32_1 assert_positive_r64 assert_positive_r64_1 bctoi_I1P bctoi_I2P bctoi_I4P bctoi_I8P bcton bctor_R16P bctor_R4P bctor_R8P bit_size bit_size bit_size_chr bit_size_R16P bit_size_R4P bit_size_R8P bstr bstr_I1P bstr_I2P bstr_I4P bstr_I8P bstr_R16P bstr_R4P bstr_R8P byte_size byte_size_chr byte_size_I1P byte_size_I2P byte_size_I4P byte_size_I8P byte_size_R16P byte_size_R4P byte_size_R8P check_endian check_type compact_real_string creator ctoi_I1P ctoi_I2P ctoi_I4P ctoi_I8P cton ctor_R16P ctor_R4P ctor_R8P destroy destroy destroy destroy destroy destroy_content destroy_dictionary_node destroy_key dictionary_len digit digit_I1 digit_I2 digit_I4 digit_I8 finalize finalize finalize find_next_prime get_bucket_image_indexes get_clone get_clone get_pointer get_pointer get_pointer has_key has_key has_key hash hash hash_string hash_table_finalize hash_table_len id ids ids init initialize initialize initialize is_equal is_equal is_filled is_homogeneous is_initialized is_key_allowed is_prime iterator_max iterator_max key_base len len loop node penf_init penf_print print print_content_iterator print_content_iterator print_keys print_keys remove remove remove_by_pointer remove_id set set_buckets_number set_caf_dimensions set_clone set_homogeneous set_pointer str str_a_I1P str_a_I2P str_a_I4P str_a_I8P str_a_R16P str_a_R4P str_a_R8P str_bol str_I1P str_I2P str_I4P str_I8P str_R16P str_R4P str_R8P strf_I1P strf_I2P strf_I4P strf_I8P strf_R16P strf_R4P strf_R8P stringify stringify strz strz_I1P strz_I2P strz_I4P strz_I8P synchronize_images test_assert_equal test_assert_equal test_assert_equal test_dictionary_finalize tests_non_captured tests_non_captured traverse traverse traverse_iterator