CLASS ltc_normalize_column_heading DEFINITION DEFERRED. CLASS ltc_normalize_columnrow_param DEFINITION DEFERRED. CLASS ltc_normalize_range_param DEFINITION DEFERRED. CLASS ltc_calculate_table_bottom_rig DEFINITION DEFERRED. CLASS ltc_normalize_style_param DEFINITION DEFERRED. CLASS ltc_check_cell_column_formula DEFINITION DEFERRED. CLASS ltc_check_overlapping DEFINITION DEFERRED. CLASS ltc_set_cell_value_types DEFINITION DEFERRED. CLASS zcl_excel_worksheet DEFINITION LOCAL FRIENDS ltc_normalize_column_heading ltc_normalize_columnrow_param ltc_normalize_range_param ltc_calculate_table_bottom_rig ltc_check_overlapping ltc_normalize_style_param ltc_check_cell_column_formula ltc_set_cell_value_types. CLASS lcl_excel_worksheet_test DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. * ================ DATA: f_cut TYPE REF TO zcl_excel_worksheet. "class under test CLASS-METHODS: class_setup. CLASS-METHODS: class_teardown. METHODS: setup. METHODS: teardown. METHODS: set_merge FOR TESTING RAISING cx_static_check. METHODS delete_merge1 FOR TESTING RAISING cx_static_check. METHODS delete_merge2 FOR TESTING RAISING cx_static_check. METHODS delete_merge3 FOR TESTING RAISING cx_static_check. METHODS delete_merge4 FOR TESTING RAISING cx_static_check. METHODS delete_merge5 FOR TESTING RAISING cx_static_check. METHODS delete_merge6 FOR TESTING RAISING cx_static_check. METHODS get_dimension_range FOR TESTING RAISING cx_static_check. METHODS get_rows_iterator FOR TESTING RAISING cx_static_check. ENDCLASS. CLASS ltc_calculate_table_bottom_rig DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. METHODS: simple FOR TESTING RAISING cx_static_check, empty_table FOR TESTING RAISING cx_static_check, column_not_selected FOR TESTING RAISING cx_static_check. DATA: test_table TYPE TABLE OF string, field_catalog TYPE zexcel_t_fieldcatalog, field_catalog_line TYPE zexcel_s_fieldcatalog, table_settings TYPE zexcel_s_table_settings. "class under test ENDCLASS. CLASS ltc_check_cell_column_formula DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. METHODS: success FOR TESTING RAISING cx_static_check. METHODS: fails_both_formula_id_value FOR TESTING RAISING cx_static_check. METHODS: fails_both_formula_id_formula FOR TESTING RAISING cx_static_check. METHODS: formula_id_not_found FOR TESTING RAISING cx_static_check. METHODS: outside_table_fails__above FOR TESTING RAISING cx_static_check. METHODS: outside_table_fails__below FOR TESTING RAISING cx_static_check. METHODS: outside_table_fails__left FOR TESTING RAISING cx_static_check. METHODS: outside_table_fails__right FOR TESTING RAISING cx_static_check. METHODS: must_be_in_same_column FOR TESTING RAISING cx_static_check. METHODS: setup. METHODS: should_fail IMPORTING ip_formula_id TYPE zexcel_s_cell_data-column_formula_id ip_formula TYPE zexcel_s_cell_data-cell_formula OPTIONAL ip_value TYPE zexcel_s_cell_data-cell_value OPTIONAL ip_row TYPE zexcel_s_cell_data-cell_row ip_column TYPE zexcel_s_cell_data-cell_column ip_exp TYPE string RAISING zcx_excel. DATA: mt_column_formulas TYPE zcl_excel_worksheet=>mty_th_column_formula, c_messages LIKE zcl_excel_worksheet=>c_messages. ENDCLASS. CLASS ltc_check_overlapping DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. TYPES : BEGIN OF ty_parameters, BEGIN OF input, table_settings TYPE zexcel_s_table_settings, other_table_settings TYPE zcl_excel_worksheet=>ty_table_settings, END OF input, BEGIN OF output, fails TYPE abap_bool, END OF output, END OF ty_parameters. DATA: table_1_settings TYPE zexcel_s_table_settings. METHODS: no_overlap_top FOR TESTING RAISING cx_static_check, no_overlap_left FOR TESTING RAISING cx_static_check, no_overlap_bottom FOR TESTING RAISING cx_static_check, no_overlap_right FOR TESTING RAISING cx_static_check, overlap_top FOR TESTING RAISING cx_static_check, overlap_left FOR TESTING RAISING cx_static_check, overlap_bottom FOR TESTING RAISING cx_static_check, overlap_right FOR TESTING RAISING cx_static_check. METHODS setup. METHODS assert IMPORTING input TYPE ty_parameters-input exp TYPE ty_parameters-output RAISING cx_static_check. ENDCLASS. CLASS ltc_normalize_column_heading DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. DATA: cut TYPE REF TO zcl_excel_worksheet, "class under test default_descr TYPE c LENGTH 1 VALUE '?'. METHODS: prefer_small_text FOR TESTING RAISING cx_static_check, prefer_medium_text FOR TESTING RAISING cx_static_check, prefer_long_text FOR TESTING RAISING cx_static_check, default_text_if_none FOR TESTING RAISING cx_static_check, invalid_default_descr FOR TESTING RAISING cx_static_check, assert IMPORTING ip_scrtext_s TYPE scrtext_s OPTIONAL ip_scrtext_m TYPE scrtext_m OPTIONAL ip_scrtext_l TYPE scrtext_l OPTIONAL ip_colname_exp TYPE zexcel_column_name OPTIONAL, assert_multi IMPORTING it_fc TYPE zexcel_t_fieldcatalog OPTIONAL it_colname_exp TYPE stringtab OPTIONAL, setup. ENDCLASS. CLASS ltc_normalize_columnrow_param DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. TYPES : BEGIN OF ty_parameters, BEGIN OF input, columnrow TYPE string, column TYPE string, row TYPE zexcel_cell_row, END OF input, BEGIN OF output, fails TYPE abap_bool, column TYPE zexcel_cell_column, row TYPE zexcel_cell_row, END OF output, END OF ty_parameters. DATA: cut TYPE REF TO zcl_excel_worksheet. "class under test METHODS setup. METHODS: test FOR TESTING RAISING cx_static_check, all_parameters_passed FOR TESTING RAISING cx_static_check, none_parameter_passed FOR TESTING RAISING cx_static_check. METHODS assert IMPORTING input TYPE ty_parameters-input exp TYPE ty_parameters-output RAISING cx_static_check. ENDCLASS. CLASS ltc_normalize_range_param DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. TYPES : BEGIN OF ty_parameters, BEGIN OF input, range TYPE string, column_start TYPE string, column_end TYPE string, row TYPE zexcel_cell_row, row_to TYPE zexcel_cell_row, END OF input, BEGIN OF output, fails TYPE abap_bool, column_start TYPE zexcel_cell_column, column_end TYPE zexcel_cell_column, row_start TYPE zexcel_cell_row, row_end TYPE zexcel_cell_row, END OF output, END OF ty_parameters. DATA: cut TYPE REF TO zcl_excel_worksheet. "class under test METHODS setup. METHODS: range_one_cell FOR TESTING RAISING cx_static_check, relative_range FOR TESTING RAISING cx_static_check, invalid_range FOR TESTING RAISING cx_static_check, absolute_range FOR TESTING RAISING cx_static_check, reverse_range_not_supported FOR TESTING RAISING cx_static_check, all_parameters_passed FOR TESTING RAISING cx_static_check, none_parameter_passed FOR TESTING RAISING cx_static_check, start_without_end FOR TESTING RAISING cx_static_check. METHODS assert IMPORTING input TYPE ty_parameters-input exp TYPE ty_parameters-output RAISING cx_static_check. ENDCLASS. CLASS ltc_normalize_style_param DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. TYPES : BEGIN OF ty_parameters_output, fails TYPE abap_bool, guid TYPE zexcel_cell_style, END OF ty_parameters_output. DATA: excel TYPE REF TO zcl_excel, cut TYPE REF TO zcl_excel_worksheet, "class under test exp TYPE ty_parameters_output. METHODS setup. METHODS: ref_to_zcl_excel_style FOR TESTING RAISING cx_static_check, zexcel_cell_style FOR TESTING RAISING cx_static_check, raw_16_bytes FOR TESTING RAISING cx_static_check, other FOR TESTING RAISING cx_static_check. METHODS assert IMPORTING input TYPE any exp TYPE ty_parameters_output RAISING cx_static_check. ENDCLASS. CLASS ltc_set_cell_value_types DEFINITION FOR TESTING RISK LEVEL HARMLESS DURATION SHORT. PRIVATE SECTION. DATA: excel TYPE REF TO zcl_excel, cut TYPE REF TO zcl_excel_worksheet. "class under test METHODS setup. METHODS: int8 FOR TESTING RAISING cx_static_check. METHODS assert IMPORTING input TYPE any exp TYPE string RAISING cx_static_check. ENDCLASS. CLASS lcl_excel_worksheet_test IMPLEMENTATION. * ============================================== METHOD class_setup. * =================== ENDMETHOD. "class_Setup METHOD class_teardown. * ====================== ENDMETHOD. "class_Teardown METHOD setup. * ============= DATA lo_excel TYPE REF TO zcl_excel. CREATE OBJECT lo_excel. TRY. CREATE OBJECT f_cut EXPORTING ip_excel = lo_excel. CATCH zcx_excel. cl_abap_unit_assert=>fail( 'Could not create instance' ). ENDTRY. ENDMETHOD. "setup METHOD teardown. * ================ ENDMETHOD. "teardown METHOD set_merge. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. DATA lv_size_next TYPE i. * Test 1. Simple test for initial value lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 0 msg = 'Initial state of merge table is not empty' level = if_aunit_constants=>critical ). * Test 2. Add merge f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). lt_merge = f_cut->get_merge( ). lv_size_next = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size_next - lv_size exp = 1 msg = 'Expect add 1 table line when 1 merge added' level = if_aunit_constants=>critical ). * Test 2. Add same merge lv_size = lv_size_next. TRY. f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). CATCH zcx_excel. ENDTRY. lt_merge = f_cut->get_merge( ). lv_size_next = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size_next - lv_size exp = 0 msg = 'Expect no change when add same merge' level = if_aunit_constants=>critical ). * Test 3. Add one different merge lv_size = lv_size_next. f_cut->set_merge( ip_column_start = 4 ip_column_end = 5 ip_row = 2 ip_row_to = 3 ). lt_merge = f_cut->get_merge( ). lv_size_next = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size_next - lv_size exp = 1 msg = 'Expect 1 change when add different merge' level = if_aunit_constants=>critical ). * Test 4. Merge added with concrete value #1 f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). lt_merge = f_cut->get_merge( ). READ TABLE lt_merge INTO lv_merge INDEX 1. cl_abap_unit_assert=>assert_equals( act = lv_merge exp = 'B2:C3' msg = 'Expect B2:C3' level = if_aunit_constants=>critical ). * Test 5. Merge added with concrete value #2 f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 4 ip_column_end = 5 ip_row = 4 ip_row_to = 5 ). lt_merge = f_cut->get_merge( ). READ TABLE lt_merge INTO lv_merge INDEX 1. cl_abap_unit_assert=>assert_equals( act = lv_merge exp = 'D4:E5' msg = 'Expect D4:E5' level = if_aunit_constants=>critical ). ENDMETHOD. METHOD delete_merge1. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. * Test 1. Simple test delete all merges f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). f_cut->delete_merge( ). lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 0 msg = 'Expect merge table with 1 line fully cleared' level = if_aunit_constants=>critical ). ENDMETHOD. METHOD delete_merge2. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. * Test 2. Simple test delete all merges DO 10 TIMES. f_cut->set_merge( ip_column_start = 2 + sy-index * 2 ip_column_end = 3 + sy-index * 2 ip_row = 2 + sy-index * 2 ip_row_to = 3 + sy-index * 2 ). ENDDO. f_cut->delete_merge( ). lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 0 msg = 'Expect merge table with few lines fully cleared' level = if_aunit_constants=>critical ). ENDMETHOD. METHOD delete_merge3. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. DATA lv_index TYPE i. * Test 3. Delete concrete merge with success DO 4 TIMES. lv_index = sy-index. f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). CASE lv_index. WHEN 1. f_cut->delete_merge( ip_cell_column = 2 ip_cell_row = 2 ). WHEN 2. f_cut->delete_merge( ip_cell_column = 2 ip_cell_row = 3 ). WHEN 3. f_cut->delete_merge( ip_cell_column = 3 ip_cell_row = 2 ). WHEN 4. f_cut->delete_merge( ip_cell_column = 3 ip_cell_row = 3 ). ENDCASE. lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 0 msg = 'Expect merge table with 1 line fully cleared' level = if_aunit_constants=>critical ). ENDDO. ENDMETHOD. METHOD delete_merge4. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. DATA lv_index TYPE i. * Test 4. Delete concrete merge with fail DO 4 TIMES. lv_index = sy-index. f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). CASE lv_index. WHEN 1. f_cut->delete_merge( ip_cell_column = 1 ip_cell_row = 2 ). WHEN 2. f_cut->delete_merge( ip_cell_column = 2 ip_cell_row = 1 ). WHEN 3. f_cut->delete_merge( ip_cell_column = 4 ip_cell_row = 2 ). WHEN 4. f_cut->delete_merge( ip_cell_column = 2 ip_cell_row = 4 ). ENDCASE. lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 1 msg = 'Expect no merge were deleted' level = if_aunit_constants=>critical ). ENDDO. ENDMETHOD. METHOD delete_merge5. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. * Test 5. Delete concrete merge #1 f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). f_cut->set_merge( ip_column_start = 4 ip_column_end = 5 ip_row = 4 ip_row_to = 5 ). f_cut->delete_merge( ip_cell_column = 2 ip_cell_row = 2 ). lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 1 msg = 'Expect we have the one merge' level = if_aunit_constants=>critical ). READ TABLE lt_merge INTO lv_merge INDEX 1. cl_abap_unit_assert=>assert_equals( act = lv_merge exp = 'D4:E5' msg = 'Expect delete B2:C3 merge' level = if_aunit_constants=>critical ). ENDMETHOD. METHOD delete_merge6. * ==================== DATA lt_merge TYPE string_table. DATA lv_merge TYPE string. DATA lv_size TYPE i. * Test 6. Delete concrete merge #2 f_cut->delete_merge( ). f_cut->set_merge( ip_column_start = 2 ip_column_end = 3 ip_row = 2 ip_row_to = 3 ). f_cut->set_merge( ip_column_start = 4 ip_column_end = 5 ip_row = 4 ip_row_to = 5 ). f_cut->delete_merge( ip_cell_column = 4 ip_cell_row = 4 ). lt_merge = f_cut->get_merge( ). lv_size = lines( lt_merge ). cl_abap_unit_assert=>assert_equals( act = lv_size exp = 1 msg = 'Expect we have the one merge' level = if_aunit_constants=>critical ). READ TABLE lt_merge INTO lv_merge INDEX 1. cl_abap_unit_assert=>assert_equals( act = lv_merge exp = 'B2:C3' msg = 'Expect delete D4:E5 merge' level = if_aunit_constants=>critical ). ENDMETHOD. "delete_Merge METHOD get_dimension_range. cl_abap_unit_assert=>assert_equals( act = f_cut->get_dimension_range( ) exp = 'A1' msg = 'get_dimension_range inital value' level = if_aunit_constants=>critical ). f_cut->set_cell( ip_row = 2 ip_column = 3 ip_value = 'Dummy' ). f_cut->set_cell( ip_row = 5 ip_column = 6 ip_value = 'Dummy' ). cl_abap_unit_assert=>assert_equals( act = f_cut->get_dimension_range( ) exp = 'C2:F5' msg = 'get_dimension_range' level = if_aunit_constants=>critical ). ENDMETHOD. METHOD get_rows_iterator. DATA lo_iterator TYPE REF TO zcl_excel_collection_iterator. DATA lv_index TYPE i. f_cut->set_cell( ip_column = 'B' ip_row = 2 ip_value = 'Hello world' ). lo_iterator = f_cut->get_rows_iterator( ). lv_index = lo_iterator->get_index( ). cl_abap_unit_assert=>assert_equals( act = lv_index exp = 0 ). ENDMETHOD. ENDCLASS. "lcl_Excel_Worksheet_Test CLASS ltc_calculate_table_bottom_rig IMPLEMENTATION. METHOD simple. APPEND INITIAL LINE TO test_table. APPEND INITIAL LINE TO test_table. field_catalog_line-dynpfld = abap_true. field_catalog_line-fieldname = 'COL1'. APPEND field_catalog_line TO field_catalog. field_catalog_line-dynpfld = abap_true. field_catalog_line-fieldname = 'COL2'. APPEND field_catalog_line TO field_catalog. table_settings-top_left_column = 'A'. table_settings-top_left_row = '1'. zcl_excel_worksheet=>calculate_table_bottom_right( EXPORTING ip_table = test_table it_field_catalog = field_catalog CHANGING cs_settings = table_settings ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_column exp = 'B' ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_row exp = 3 ). ENDMETHOD. METHOD empty_table. field_catalog_line-dynpfld = abap_true. field_catalog_line-fieldname = 'COL1'. APPEND field_catalog_line TO field_catalog. table_settings-top_left_column = 'B'. table_settings-top_left_row = '2'. zcl_excel_worksheet=>calculate_table_bottom_right( EXPORTING ip_table = test_table it_field_catalog = field_catalog CHANGING cs_settings = table_settings ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_column exp = 'B' ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_row exp = 2 ). ENDMETHOD. METHOD column_not_selected. APPEND INITIAL LINE TO test_table. field_catalog_line-dynpfld = abap_true. field_catalog_line-fieldname = 'COL1'. APPEND field_catalog_line TO field_catalog. field_catalog_line-dynpfld = abap_false. field_catalog_line-fieldname = 'COL2'. APPEND field_catalog_line TO field_catalog. table_settings-top_left_column = 'B'. table_settings-top_left_row = '2'. zcl_excel_worksheet=>calculate_table_bottom_right( EXPORTING ip_table = test_table it_field_catalog = field_catalog CHANGING cs_settings = table_settings ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_column exp = 'B' ). cl_abap_unit_assert=>assert_equals( act = table_settings-bottom_right_row exp = 3 ). ENDMETHOD. ENDCLASS. CLASS ltc_check_cell_column_formula IMPLEMENTATION. METHOD setup. DATA: ls_column_formula TYPE zcl_excel_worksheet=>mty_s_column_formula. c_messages = zcl_excel_worksheet=>c_messages. " Column Formula in table A1:B4 (for unknown reason, bottom_right_row is last actual row minus 1) CLEAR ls_column_formula. ls_column_formula-id = 1. ls_column_formula-column = 1. ls_column_formula-table_top_left_row = 1. ls_column_formula-table_bottom_right_row = 3. ls_column_formula-table_left_column_int = 1. ls_column_formula-table_right_column_int = 2. INSERT ls_column_formula INTO TABLE mt_column_formulas. " Column Formula in table D1:E4 (for unknown reason, bottom_right_row is last actual row minus 1) CLEAR ls_column_formula. ls_column_formula-id = 2. ls_column_formula-column = 4. ls_column_formula-table_top_left_row = 1. ls_column_formula-table_bottom_right_row = 3. ls_column_formula-table_left_column_int = 4. ls_column_formula-table_right_column_int = 5. INSERT ls_column_formula INTO TABLE mt_column_formulas. ENDMETHOD. METHOD success. zcl_excel_worksheet=>check_cell_column_formula( it_column_formulas = mt_column_formulas ip_column_formula_id = 1 ip_formula = '' ip_value = '' ip_row = 2 ip_column = 1 ). ENDMETHOD. METHOD fails_both_formula_id_value. should_fail( ip_formula_id = 1 ip_formula = '' ip_value = '3.14' ip_row = 2 ip_column = 1 ip_exp = c_messages-formula_id_only_is_possible ). ENDMETHOD. METHOD fails_both_formula_id_formula. should_fail( ip_formula_id = 1 ip_formula = 'A2' ip_value = '' ip_row = 2 ip_column = 1 ip_exp = c_messages-formula_id_only_is_possible ). ENDMETHOD. METHOD formula_id_not_found. should_fail( ip_formula_id = 3 ip_row = 1 ip_column = 1 ip_exp = c_messages-column_formula_id_not_found ). ENDMETHOD. METHOD outside_table_fails__above. should_fail( ip_formula_id = 2 ip_row = 1 ip_column = 1 ip_exp = c_messages-formula_not_in_this_table ). ENDMETHOD. METHOD outside_table_fails__below. should_fail( ip_formula_id = 2 ip_row = 5 ip_column = 1 ip_exp = c_messages-formula_not_in_this_table ). ENDMETHOD. METHOD outside_table_fails__left. should_fail( ip_formula_id = 2 ip_row = 2 ip_column = 0 ip_exp = c_messages-formula_not_in_this_table ). ENDMETHOD. METHOD outside_table_fails__right. should_fail( ip_formula_id = 2 ip_row = 2 ip_column = 3 ip_exp = c_messages-formula_not_in_this_table ). ENDMETHOD. METHOD must_be_in_same_column. should_fail( ip_formula_id = 1 ip_row = 2 ip_column = 2 ip_exp = c_messages-formula_in_other_column ). ENDMETHOD. METHOD should_fail. DATA: lo_exception TYPE REF TO zcx_excel. TRY. zcl_excel_worksheet=>check_cell_column_formula( EXPORTING it_column_formulas = mt_column_formulas ip_column_formula_id = ip_formula_id ip_formula = ip_formula ip_value = ip_value ip_row = ip_row ip_column = ip_column ). cl_abap_unit_assert=>fail( msg = |Should have failed with error "{ ip_exp }"| ). CATCH zcx_excel INTO lo_exception. cl_abap_unit_assert=>assert_equals( act = lo_exception->get_text( ) exp = ip_exp msg = ip_exp ). ENDTRY. ENDMETHOD. ENDCLASS. CLASS ltc_check_overlapping IMPLEMENTATION. METHOD setup. table_1_settings-top_left_column = 'C'. table_1_settings-top_left_row = 3. table_1_settings-bottom_right_column = 'D'. table_1_settings-bottom_right_row = 4. ENDMETHOD. METHOD no_overlap_top. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'C'. input-table_settings-top_left_row = 1. input-table_settings-bottom_right_column = 'D'. input-table_settings-bottom_right_row = 2. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_false. assert( input = input exp = exp ). ENDMETHOD. METHOD no_overlap_left. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'A'. input-table_settings-top_left_row = 3. input-table_settings-bottom_right_column = 'B'. input-table_settings-bottom_right_row = 4. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_false. assert( input = input exp = exp ). ENDMETHOD. METHOD no_overlap_bottom. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'C'. input-table_settings-top_left_row = 5. input-table_settings-bottom_right_column = 'D'. input-table_settings-bottom_right_row = 6. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_false. assert( input = input exp = exp ). ENDMETHOD. METHOD no_overlap_right. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'E'. input-table_settings-top_left_row = 3. input-table_settings-bottom_right_column = 'F'. input-table_settings-bottom_right_row = 4. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_false. assert( input = input exp = exp ). ENDMETHOD. METHOD overlap_top. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'C'. input-table_settings-top_left_row = 2. input-table_settings-bottom_right_column = 'D'. input-table_settings-bottom_right_row = 3. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD overlap_left. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'B'. input-table_settings-top_left_row = 3. input-table_settings-bottom_right_column = 'C'. input-table_settings-bottom_right_row = 4. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD overlap_bottom. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'C'. input-table_settings-top_left_row = 4. input-table_settings-bottom_right_column = 'D'. input-table_settings-bottom_right_row = 5. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD overlap_right. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-table_settings-top_left_column = 'D'. input-table_settings-top_left_row = 3. input-table_settings-bottom_right_column = 'E'. input-table_settings-bottom_right_row = 4. APPEND table_1_settings TO input-other_table_settings. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD assert. DATA: error TYPE REF TO zcx_excel. FIELD-SYMBOLS: TYPE STANDARD TABLE. TRY. zcl_excel_worksheet=>check_table_overlapping( is_table_settings = input-table_settings it_other_table_settings = input-other_table_settings ). IF exp-fails = abap_true. cl_abap_unit_assert=>fail( msg = 'Overlap exists, exception was expected' ). ENDIF. CATCH zcx_excel INTO error. IF exp-fails = abap_false. RAISE EXCEPTION error. ENDIF. RETURN. ENDTRY. ENDMETHOD. ENDCLASS. CLASS ltc_normalize_column_heading IMPLEMENTATION. METHOD prefer_small_text. default_descr = 'S'. assert( ip_scrtext_s = 'Column1_S' ip_scrtext_m = 'Column1_M' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_S' ). assert( ip_scrtext_m = 'Column1_M' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_M' ). assert( ip_scrtext_m = 'Column1_M' ip_colname_exp = 'Column1_M' ). assert( ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_L' ). ENDMETHOD. METHOD prefer_medium_text. default_descr = 'M'. assert( ip_scrtext_s = 'Column1_S' ip_scrtext_m = 'Column1_M' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_M' ). assert( ip_scrtext_s = 'Column1_S' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_S' ). assert( ip_scrtext_s = 'Column1_S' ip_colname_exp = 'Column1_S' ). assert( ip_scrtext_s = 'Column1_L' ip_colname_exp = 'Column1_L' ). ENDMETHOD. METHOD prefer_long_text. default_descr = 'L'. assert( ip_scrtext_s = 'Column1_S' ip_scrtext_m = 'Column1_M' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_L' ). assert( ip_scrtext_s = 'Column1_S' ip_scrtext_m = 'Column1_M' ip_colname_exp = 'Column1_M' ). assert( ip_scrtext_s = 'Column1_S' ip_colname_exp = 'Column1_S' ). ENDMETHOD. METHOD invalid_default_descr. default_descr = '?'. assert( ip_scrtext_s = 'Column1_S' ip_scrtext_m = 'Column1_M' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_M' ). assert( ip_scrtext_s = 'Column1_S' ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_S' ). assert( ip_scrtext_s = 'Column1_S' ip_colname_exp = 'Column1_S' ). assert( ip_scrtext_l = 'Column1_L' ip_colname_exp = 'Column1_L' ). ENDMETHOD. METHOD default_text_if_none. default_descr = 'S'. CONSTANTS: lc_initial_line TYPE zexcel_s_fieldcatalog VALUE IS INITIAL. DATA lt_fc TYPE zexcel_t_fieldcatalog. APPEND lc_initial_line TO : lt_fc, lt_fc. DATA lt_colname_exp TYPE stringtab. APPEND: `Column` TO lt_colname_exp, `Column 1` TO lt_colname_exp. assert_multi( it_fc = lt_fc it_colname_exp = lt_colname_exp ). ENDMETHOD. METHOD assert. DATA: ls_fc TYPE zexcel_s_fieldcatalog, lt_fc TYPE zexcel_t_fieldcatalog. ls_fc-dynpfld = abap_true. ls_fc-scrtext_s = ip_scrtext_s. ls_fc-scrtext_m = ip_scrtext_m. ls_fc-scrtext_l = ip_scrtext_l. APPEND ls_fc TO lt_fc. DATA lt_fc_result TYPE zexcel_t_fieldcatalog. lt_fc_result = cut->normalize_column_heading_texts( iv_default_descr = default_descr it_field_catalog = lt_fc ). FIELD-SYMBOLS TYPE zexcel_s_fieldcatalog. READ TABLE lt_fc_result ASSIGNING INDEX 1. cl_abap_unit_assert=>assert_equals( act = -column_name exp = ip_colname_exp quit = if_aunit_constants=>no ). ENDMETHOD. METHOD assert_multi. DATA: lt_fc LIKE it_fc, ls_fc LIKE LINE OF it_fc. ls_fc-dynpfld = abap_true. lt_fc = it_fc. MODIFY lt_fc FROM ls_fc TRANSPORTING dynpfld WHERE dynpfld = space. DATA lt_fc_result TYPE zexcel_t_fieldcatalog. lt_fc_result = cut->normalize_column_heading_texts( iv_default_descr = default_descr it_field_catalog = lt_fc ). DATA lt_colname_act TYPE stringtab. FIELD-SYMBOLS: TYPE zexcel_s_fieldcatalog. LOOP AT lt_fc_result ASSIGNING . APPEND -column_name TO lt_colname_act. ENDLOOP. cl_abap_unit_assert=>assert_equals( act = lt_colname_act exp = it_colname_exp quit = if_aunit_constants=>no ). ENDMETHOD. METHOD setup. DATA: lo_ex TYPE REF TO zcx_excel, lv_ex_text TYPE string, lv_msg TYPE string. TRY. DATA lo_excel TYPE REF TO zcl_excel. CREATE OBJECT lo_excel. CREATE OBJECT cut EXPORTING ip_excel = lo_excel. CATCH zcx_excel INTO lo_ex. lv_ex_text = lo_ex->get_text( ). CONCATENATE `Could not create instance:` lv_ex_text INTO lv_msg SEPARATED BY space. cl_abap_unit_assert=>fail( lv_ex_text ). ENDTRY. ENDMETHOD. ENDCLASS. CLASS ltc_normalize_columnrow_param IMPLEMENTATION. METHOD setup. DATA: lo_excel TYPE REF TO zcl_excel. CREATE OBJECT lo_excel. TRY. CREATE OBJECT cut EXPORTING ip_excel = lo_excel. CATCH zcx_excel. cl_abap_unit_assert=>fail( 'Could not create instance' ). ENDTRY. ENDMETHOD. METHOD test. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-columnrow = 'B4'. exp-column = 2. exp-row = 4. assert( input = input exp = exp ). ENDMETHOD. METHOD all_parameters_passed. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-columnrow = 'B4'. input-column = 'B'. input-row = 4. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD none_parameter_passed. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD assert. DATA: act TYPE ty_parameters-output, error TYPE REF TO zcx_excel, input_text TYPE string, message TYPE string. TRY. cut->normalize_columnrow_parameter( EXPORTING ip_columnrow = input-columnrow ip_column = input-column ip_row = input-row IMPORTING ep_column = act-column ep_row = act-row ). IF exp-fails = abap_true. message = |Should have failed for { input_text }|. cl_abap_unit_assert=>fail( msg = message ). ENDIF. CATCH zcx_excel INTO error. IF exp-fails = abap_false. RAISE EXCEPTION error. ENDIF. RETURN. ENDTRY. input_text = |input column/row { input-columnrow }, column { input-column }, row { input-row }|. message = |Invalid column for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-column act = act-column ). message = |Invalid row for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-row act = act-row ). ENDMETHOD. ENDCLASS. CLASS ltc_normalize_range_param IMPLEMENTATION. METHOD setup. DATA: lo_excel TYPE REF TO zcl_excel. CREATE OBJECT lo_excel. TRY. CREATE OBJECT cut EXPORTING ip_excel = lo_excel. CATCH zcx_excel. cl_abap_unit_assert=>fail( 'Could not create instance' ). ENDTRY. ENDMETHOD. METHOD range_one_cell. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. CLEAR: input, exp. input-range = 'B4:B4'. exp-column_start = 2. exp-column_end = 2. exp-row_start = 4. exp-row_end = 4. assert( input = input exp = exp ). ENDMETHOD. METHOD relative_range. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. CLEAR: input, exp. input-range = 'B4:AA10'. exp-column_start = 2. exp-column_end = 27. exp-row_start = 4. exp-row_end = 10. assert( input = input exp = exp ). ENDMETHOD. METHOD absolute_range. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. CLEAR: input, exp. input-range = '$B$4:$AA$10'. exp-column_start = 2. exp-column_end = 27. exp-row_start = 4. exp-row_end = 10. assert( input = input exp = exp ). ENDMETHOD. METHOD invalid_range. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. CLEAR: input, exp. input-range = 'B4'. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD reverse_range_not_supported. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. CLEAR: input, exp. input-range = 'B4:A1'. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD all_parameters_passed. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-range = 'B4:B4'. input-column_start = 'B'. input-row = 4. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD none_parameter_passed. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. exp-fails = abap_true. assert( input = input exp = exp ). ENDMETHOD. METHOD start_without_end. DATA: input TYPE ty_parameters-input, exp TYPE ty_parameters-output. input-column_start = 'B'. input-row = 4. exp-column_start = 2. exp-column_end = 2. exp-row_start = 4. exp-row_end = 4. assert( input = input exp = exp ). ENDMETHOD. METHOD assert. DATA: act TYPE ty_parameters-output, error TYPE REF TO zcx_excel, input_text TYPE string, message TYPE string. input_text = |input range { input-range }, column start { input-column_start }, column end { input-column_end }|. TRY. cut->normalize_range_parameter( EXPORTING ip_range = input-range ip_column_start = input-column_start ip_column_end = input-column_end ip_row = input-row ip_row_to = input-row_to IMPORTING ep_column_start = act-column_start ep_column_end = act-column_end ep_row = act-row_start ep_row_to = act-row_end ). IF exp-fails = abap_true. message = |Should have failed for { input_text }|. cl_abap_unit_assert=>fail( msg = message ). ENDIF. CATCH zcx_excel INTO error. IF exp-fails = abap_false. RAISE EXCEPTION error. ENDIF. RETURN. ENDTRY. message = |Invalid column start for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-column_start act = act-column_start ). message = |Invalid column end for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-column_end act = act-column_end ). message = |Invalid row start for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-row_start act = act-row_start ). message = |Invalid row start for { input_text }|. cl_abap_unit_assert=>assert_equals( msg = message exp = exp-row_end act = act-row_end ). ENDMETHOD. ENDCLASS. CLASS ltc_normalize_style_param IMPLEMENTATION. METHOD setup. CREATE OBJECT excel. TRY. CREATE OBJECT cut EXPORTING ip_excel = excel. CATCH zcx_excel. cl_abap_unit_assert=>fail( 'Could not create instance' ). ENDTRY. ENDMETHOD. METHOD ref_to_zcl_excel_style. DATA: style TYPE REF TO zcl_excel_style. style = excel->add_new_style( ). exp-fails = abap_false. exp-guid = style->get_guid( ). assert( input = style exp = exp ). ENDMETHOD. METHOD zexcel_cell_style. DATA: style TYPE REF TO zcl_excel_style. style = excel->add_new_style( ). exp-fails = abap_false. exp-guid = style->get_guid( ). assert( input = exp-guid exp = exp ). ENDMETHOD. METHOD raw_16_bytes. DATA: raw_16_bytes TYPE x LENGTH 16. raw_16_bytes = 'A1A1A1A1A1A1A1A1A1A1A1A1A1A1A1A1'. exp-fails = abap_false. exp-guid = raw_16_bytes. assert( input = raw_16_bytes exp = exp ). ENDMETHOD. METHOD other. exp-fails = abap_true. assert( input = 'A' exp = exp ). ENDMETHOD. METHOD assert. DATA: rtti TYPE REF TO cl_abap_typedescr, message TYPE string, act TYPE zexcel_cell_style, error TYPE REF TO zcx_excel, input_text TYPE string. rtti = cl_abap_typedescr=>describe_by_data( input ). IF rtti->type_kind = rtti->typekind_oref. rtti = cl_abap_typedescr=>describe_by_object_ref( input ). input_text = |REF TO { rtti->absolute_name }|. ELSE. input_text = rtti->absolute_name. ENDIF. TRY. act = cut->normalize_style_parameter( input ). IF exp-fails = abap_true. message = |Input type { input_text } accepted but only REF TO \\CLASS=ZCL_EXCEL_STYLE, \\TYPE=ZEXCEL_CELL_STYLE or any X type are supported|. cl_abap_unit_assert=>fail( msg = message ). ENDIF. CATCH zcx_excel INTO error. IF exp-fails = abap_false. message = |Input type { input_text } made it fail but it should succeed with result { exp-guid }|. cl_abap_unit_assert=>fail( msg = message ). ENDIF. RETURN. ENDTRY. cl_abap_unit_assert=>assert_equals( exp = exp-guid act = act ). ENDMETHOD. ENDCLASS. CLASS ltc_set_cell_value_types IMPLEMENTATION. METHOD setup. CREATE OBJECT excel. TRY. CREATE OBJECT cut EXPORTING ip_excel = excel. CATCH zcx_excel. cl_abap_unit_assert=>fail( 'Could not create instance' ). ENDTRY. ENDMETHOD. METHOD int8. DATA: ref_int8 TYPE REF TO data. FIELD-SYMBOLS: TYPE simple, TYPE abap_typekind. ASSIGN ('CL_ABAP_TYPEDESCR=>TYPEKIND_INT8') TO . IF sy-subrc <> 0. cl_abap_unit_assert=>fail( msg = 'Test skipped with old kernel (INT8 not supported)' level = if_aunit_constants=>tolerable ). RETURN. ENDIF. CREATE DATA ref_int8 TYPE ('INT8'). ASSIGN ref_int8->* TO . = 33400000000. assert( input = exp = '33400000000' ). ENDMETHOD. METHOD assert. DATA: act TYPE string, message TYPE string. cut->set_cell( ip_column = 'A' ip_row = 1 ip_value = input ). cut->get_cell( EXPORTING ip_column = 'A' ip_row = 1 IMPORTING ep_value = act ). IF act <> exp. message = |Input value '{ input }' turns into { act } instead of { exp }|. cl_abap_unit_assert=>fail( msg = message ). ENDIF. ENDMETHOD. ENDCLASS.