Exemplos cl_salv_table

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Schlagwort: set_selection_mode

[ABAP] Zwei SALV-Grids in einem Splittercontainer anzeigen

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* Daten für SALV-Grid oben SELECT *   INTO TABLE @DATA(it_scarr)   FROM scarr.   * Daten für SALV-Grid unten SELECT *   INTO TABLE @DATA(it_sflight)   FROM sflight.   * Referenzen auf GUI-Objekte * Splitter DATA: o_splitter_main TYPE REF TO cl_gui_splitter_container. * Splitter-Container oben DATA: o_container_o   TYPE REF TO cl_gui_container. * Splitter-Container unten DATA: o_container_u   TYPE REF TO cl_gui_container.   * Splitter auf default_screen erzeugen o_splitter_main = NEW #( parent                  = cl_gui_container=>default_screen                          no_autodef_progid_dynnr = abap_true       " wichtig                          rows                    = 2                          columns                 = 1 ).   * Höhe oberer Splitter in % o_splitter_main->set_row_height( id = 1 height = 40 ).   * REF auf oberen und unteren Splitcontainer holen o_container_o = o_splitter_main->get_container( row = 1 column = 1 ). o_container_u = o_splitter_main->get_container( row = 2 column = 1 ).   * SALV-Table oben mit Fluggesellschaften DATA: o_salv_o TYPE REF TO cl_salv_table.   cl_salv_table=>factory( EXPORTING                           r_container  = o_container_o                         IMPORTING                           r_salv_table = o_salv_o                         CHANGING                           t_table      = it_scarr ).   * Grundeinstellungen o_salv_o->get_functions( )->set_all( abap_true ). o_salv_o->get_columns( )->set_optimize( abap_true ). o_salv_o->get_display_settings( )->set_list_header( 'Fluggesellschaften' ). o_salv_o->get_display_settings( )->set_striped_pattern( abap_true ). o_salv_o->get_selections( )->set_selection_mode( if_salv_c_selection_mode=>row_column ).   * Spaltenüberschriften: technischer Name und Beschreibungstexte LOOP AT o_salv_o->get_columns( )->get( ) ASSIGNING FIELD-SYMBOL(<so>).   DATA(o_col_o) = <so>-r_column.   o_col_o->set_short_text( || ).   o_col_o->set_medium_text( || ).   o_col_o->set_long_text( |{ o_col_o->get_columnname( ) }| ). ENDLOOP.   * SALV-Grid anzeigen o_salv_o->display( ).   * SALV-Table unten mit Flügen DATA: o_salv_u TYPE REF TO cl_salv_table.   cl_salv_table=>factory( EXPORTING                           r_container  = o_container_u                         IMPORTING                           r_salv_table = o_salv_u                         CHANGING                           t_table      = it_sflight ).   * Grundeinstellungen o_salv_u->get_functions( )->set_all( abap_true ). o_salv_u->get_columns( )->set_optimize( abap_true ). o_salv_u->get_display_settings( )->set_list_header( 'Flüge' ). o_salv_u->get_display_settings( )->set_striped_pattern( abap_true ). o_salv_u->get_selections( )->set_selection_mode( if_salv_c_selection_mode=>row_column ).   * Spaltenüberschriften: technischer Name und Beschreibungstexte LOOP AT o_salv_u->get_columns( )->get( ) ASSIGNING FIELD-SYMBOL(<su>).   DATA(o_col_u) = <su>-r_column.   o_col_u->set_short_text( || ).   o_col_u->set_medium_text( || ).   o_col_u->set_long_text( |{ o_col_u->get_columnname( ) }| ). ENDLOOP.   * SALV-Grid anzeigen o_salv_u->display( ).   * leere Toolbar ausblenden cl_abap_list_layout=>suppress_toolbar( ).   * Erzwingen von cl_gui_container=>default_screen WRITE: space.

 admin 15. Juni 2019Container, SALV ABAP, cl_abap_list_layout, cl_gui_container, cl_gui_splitter_container, cl_salv_table, default_screen, display, get_columnname, get_columns, get_container, get_display_settings, get_functions, get_selections, no_autodef_progid_dynnr, set_all, set_list_header, set_long_text, set_medium_text, set_row_height, set_selection_mode, set_short_text, set_striped_pattern, suppress_toolbar

[ABAP] GUI-Simple-Tree und SALV-Grid in Split-Container ohne Dynpro anzeigen, Eventhandling

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TYPES: ty_it_events TYPE STANDARD TABLE OF cntl_simple_event WITH DEFAULT KEY. TYPES: ty_it_nodes TYPE STANDARD TABLE OF mtreesnode WITH DEFAULT KEY.   DATA: o_salv TYPE REF TO cl_salv_table. DATA: it_tree_spfli TYPE STANDARD TABLE OF spfli. DATA: it_salv_spfli TYPE STANDARD TABLE OF spfli. DATA: it_nodes TYPE ty_it_nodes.   CLASS lcl_events DEFINITION.   PUBLIC SECTION. * GUI Simple Tree     CLASS-METHODS: on_keypress FOR EVENT node_keypress OF cl_gui_simple_tree       IMPORTING           node_key           key           sender.     CLASS-METHODS: on_selection_changed FOR EVENT selection_changed OF cl_gui_simple_tree       IMPORTING           node_key           sender.     CLASS-METHODS: on_expand_no_children FOR EVENT expand_no_children OF cl_gui_simple_tree       IMPORTING           node_key           sender. * ALV-Events für das SALV-Grid     CLASS-METHODS: on_toolbar FOR EVENT toolbar OF cl_gui_alv_grid       IMPORTING           e_object           sender.     CLASS-METHODS: on_user_command FOR EVENT user_command OF cl_gui_alv_grid       IMPORTING           e_ucomm           sender. ENDCLASS.   CLASS lcl_events IMPLEMENTATION. * Tastendruck   METHOD on_keypress.     MESSAGE |Node: { node_key } Taste: { key }| TYPE 'S'.   ENDMETHOD. * Klick auf ein aktives Baumelement   METHOD on_selection_changed. * Element in der Nodes-Tabelle lesen     ASSIGN it_nodes[ node_key = node_key ] TO FIELD-SYMBOL(<fs_node>).   * iTab für SALV-Table neu aufbauen     CLEAR: it_salv_spfli.       LOOP AT it_tree_spfli ASSIGNING FIELD-SYMBOL(<fs_line>) WHERE carrid = <fs_node>-text.       APPEND <fs_line> TO it_salv_spfli.     ENDLOOP.   * SALV-Table neu anzeigen     o_salv->refresh( ).   ENDMETHOD. * bei Expandierung eines Baumelements ohne Unterelemente   METHOD on_expand_no_children.     MESSAGE |Node: { node_key }| TYPE 'S'.   ENDMETHOD.   * Toolbar-Buttons hinzufügen: * butn_type   Bezeichung * 0           Button (normal) * 1           Menü + Defaultbutton * 2           Menü * 3           Separator * 4           Radiobutton * 5           Auswahlknopf (Checkbox) * 6           Menüeintrag   METHOD on_toolbar. * Separator hinzufügen     APPEND VALUE #( butn_type = 3 ) TO e_object->mt_toolbar. * Edit-Button hinzufügen     APPEND VALUE #( butn_type = 5 text = 'Daten anzeigen' icon = icon_icon_list function = 'SHOW_DATA' quickinfo = 'Daten anzeigen' disabled = ' ' ) TO e_object->mt_toolbar.   ENDMETHOD. * Benutzerkommando (Button-Klick)   METHOD on_user_command.     CASE e_ucomm.       WHEN 'SHOW_DATA'.         DATA: lv_row TYPE i. " Zeile auf Grid         DATA: lv_value TYPE char255. " Wert         DATA: lv_col TYPE i. " Spalte auf Grid         DATA: lv_row_id TYPE lvc_s_row. " Zeilen-Id         DATA: lv_col_id TYPE lvc_s_col. " Spalten-Id         DATA: lv_row_no TYPE lvc_s_roid. " Numerische Zeilen ID           sender->get_current_cell( IMPORTING                                     e_row = lv_row                                     e_value = lv_value                                     e_col = lv_col                                     es_row_id = lv_row_id                                     es_col_id = lv_col_id                                     es_row_no = lv_row_no ).           MESSAGE |Zeile: { lv_row }, Spalte: { lv_col }, Wert: { lv_value }, Spaltenname: { lv_col_id-fieldname }| TYPE 'S'.     ENDCASE.   ENDMETHOD.   ENDCLASS.   START-OF-SELECTION.     SELECT * INTO TABLE it_tree_spfli FROM spfli.   * Splitter auf screen0 erzeugen   DATA(o_split) = NEW cl_gui_splitter_container( parent = cl_gui_container=>screen0                                                  no_autodef_progid_dynnr = abap_true                                                  rows = 1                                                  columns = 2 ).   * Breite in % (linke Spalte für den Tree)   o_split->set_column_width( id = 1 width = 15 ).   * linken und rechten Splitcontainer holen   DATA(o_spl_left) = o_split->get_container( row = 1 column = 1 ).   DATA(o_spl_right) = o_split->get_container( row = 1 column = 2 ).     TRY. * Tree-Objekt erzeugen       DATA(o_tree) = NEW cl_gui_simple_tree( parent = o_spl_left                                              node_selection_mode = cl_gui_simple_tree=>node_sel_mode_single ).     * Eventtypten müssen gesondert registriert werden       DATA(it_events) = VALUE ty_it_events( ( eventid = cl_gui_simple_tree=>eventid_node_keypress                                               appl_event = abap_true )                                             ( eventid = cl_gui_simple_tree=>eventid_selection_changed                                               appl_event = abap_true )                                             ( eventid = cl_gui_simple_tree=>eventid_expand_no_children                                               appl_event = abap_true ) ).         o_tree->set_registered_events( events = it_events ).         o_tree->add_key_stroke( cl_gui_simple_tree=>key_enter ).   * Events registrieren       SET HANDLER lcl_events=>on_keypress FOR o_tree.       SET HANDLER lcl_events=>on_selection_changed FOR o_tree.       SET HANDLER lcl_events=>on_expand_no_children FOR o_tree.   * Root-Node einfügen       it_nodes = VALUE #( ( node_key  = 'ROOT'           " Node-Bezeichner                             relatship = cl_gui_simple_tree=>relat_last_child                             disabled  = abap_true                             isfolder  = abap_true        " Typ Ordner für Root-Element                             n_image   = icon_folder      " Icon Ordner                             exp_image = icon_open_folder " Icon geöffneter Ordner                             style     = cl_gui_simple_tree=>style_default                             text      = 'Airlines' ) ).   * Childs an Root-Node anhängen       LOOP AT it_tree_spfli ASSIGNING FIELD-SYMBOL(<fs_line>). * bei Änderung der carrid neue carrid als Child anhängen         AT NEW carrid.           APPEND VALUE #( node_key  = |NODE{ sy-tabix }| " eindeutiger Node-Bezeichner                           relatship = cl_gui_simple_tree=>relat_last_child                           relatkey  = 'ROOT'             " an ROOT-Element anhängen                           style     = cl_gui_simple_tree=>style_intensified                           text      = |{ <fs_line>-carrid }| ) TO it_nodes.         ENDAT.       ENDLOOP.   * Nodes im Baum einfügen       o_tree->add_nodes( table_structure_name = 'MTREESNODE' " Typ muss gleich mit Zeilentyp von ty_it_nodes sein                          node_table           = it_nodes ).   * Root-Nodes des Trees expandieren       o_tree->expand_root_nodes( ).   * leeres SALV-Grid erzeugen       cl_salv_table=>factory( EXPORTING                                 r_container    = o_spl_right                               IMPORTING                                 r_salv_table   = o_salv                               CHANGING                                 t_table        = it_salv_spfli ).         o_salv->get_display_settings( )->set_striped_pattern( abap_true ).       o_salv->get_columns( )->set_optimize( abap_true ).       o_salv->get_functions( )->set_all( ).       o_salv->get_selections( )->set_selection_mode( if_salv_c_selection_mode=>row_column ).       o_salv->display( ).   * Trick: Aus dem Split-Container rechts das Grid-Objekt holen und nach cl_gui_alv_grid casten       READ TABLE o_spl_right->children INDEX 1 ASSIGNING FIELD-SYMBOL(<child>).       IF <child> IS ASSIGNED.         DATA(o_alv_grid) = CAST cl_gui_alv_grid( <child> ).   * Eventhandler registrieren         SET HANDLER lcl_events=>on_toolbar FOR o_alv_grid.         SET HANDLER lcl_events=>on_user_command FOR o_alv_grid.       ENDIF.       CATCH cx_root INTO DATA(e_text).       WRITE: / e_text->get_text( ).   ENDTRY.   * leere Toolbar ausblenden   cl_abap_list_layout=>suppress_toolbar( ).   * cl_gui_container=>screen0 erzwingen   WRITE space.

 admin 4. November 2016Container, Tree ABAP, add_nodes, cl_abap_list_layout, cl_gui_alv_grid, cl_gui_container, cl_gui_simple_tree, cl_gui_splitter_container, cl_salv_table, cntl_simple_event, display, expand_root_nodes, factory, get_container, get_current_cell, if_salv_c_selection_mode, mt_toolbar, refresh, row_column, screen0, set_column_width, set_selection_mode, suppress_toolbar

[ABAP] SALV IDA: Funktionsbutton einfügen

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DATA: o_alv TYPE REF TO if_salv_gui_table_ida.   CLASS lcl_events DEFINITION.   PUBLIC SECTION. * Konstante für Button-Event     CONSTANTS: co_btn_showdetail type UI_FUNC VALUE 'SHOW_DETAIL'.       CLASS-METHODS: on_toolbar_function_selected FOR EVENT function_selected OF if_salv_gui_toolbar_ida       IMPORTING           ev_fcode           sender. ENDCLASS.   CLASS lcl_events IMPLEMENTATION.     METHOD on_toolbar_function_selected.     DATA: lv_row TYPE sflight.       CASE ev_fcode. * wenn Button-Funktion       WHEN co_btn_showdetail.           IF abap_true = o_alv->selection( )->is_row_selected( ). * ganzen Datensatz holen           o_alv->selection( )->get_selected_row( EXPORTING                                                    iv_request_type = if_salv_gui_selection_ida=>cs_request_type-all_fields                                                  IMPORTING                                                    es_row = lv_row ). * Datensatz anzeigen           cl_salv_ida_show_data_row=>display( iv_text = 'Flug-Details'                                               is_data = lv_row ).         ENDIF.     ENDCASE.   ENDMETHOD.   ENDCLASS.   START-OF-SELECTION.     o_alv = cl_salv_gui_table_ida=>create( iv_table_name = 'SFLIGHT' ).   * Single-Selection   o_alv->selection( )->set_selection_mode( if_salv_gui_selection_ida=>cs_selection_mode-single ).   * Toolbar button einfügen   o_alv->toolbar( )->add_button( EXPORTING                                    iv_fcode                     = lcl_events=>co_btn_showdetail                                    iv_icon                      = icon_flight                                    iv_text                      = 'Details'                                    iv_quickinfo                 = 'Flug-Details'                                    iv_before_standard_functions = abap_true ). * Separator   o_alv->toolbar( )->add_separator( EXPORTING                                       iv_before_standard_functions = abap_true ).   * Event-handler   SET HANDLER lcl_events=>on_toolbar_function_selected FOR o_alv->toolbar( ).   * Tabelle anzeigen   o_alv->fullscreen( )->display( ).

 admin 9. September 2016IDA ABAP, add_button, add_separator, cl_salv_gui_table_ida, cl_salv_ida_show_data_row, function_selected, get_selected_row, if_salv_gui_selection_ida, if_salv_gui_toolbar_ida, is_row_selected, set_selection_mode, toolbar

[ABAP] SALV IDA: Icons und Buttons einfügen, Klick-Events abfangen

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CLASS lcl_event_handler DEFINITION.   PUBLIC SECTION.     INTERFACES: if_salv_ida_calc_field_handler.       METHODS: on_cell_action FOR EVENT cell_action OF if_salv_gui_field_display_opt       IMPORTING           ev_field_name           eo_row_data           sender.     PRIVATE SECTION.     TYPES:       BEGIN OF ty_calc_field,         icon   TYPE char4,         button TYPE lvc_value,       END OF ty_calc_field.       TYPES: BEGIN OF ty_line.             INCLUDE TYPE sflight.             INCLUDE TYPE ty_calc_field.     TYPES: END OF ty_line. ENDCLASS.   CLASS lcl_event_handler IMPLEMENTATION.     METHOD on_cell_action.     DATA: lv_row TYPE ty_line.       eo_row_data->get_row_data( EXPORTING                                  iv_request_type = if_salv_gui_selection_ida=>cs_request_type-all_fields                                IMPORTING                                  es_row = lv_row ).       cl_salv_ida_show_data_row=>display( iv_text = |Datenfeld: { ev_field_name }|                                         is_data = lv_row ).   ENDMETHOD.     METHOD if_salv_ida_calc_field_handler~get_calc_field_structure. * Struktur-Deklaration für zus. Felder ICON und BUTTON zurückgeben     ro_calc_field_structure = CAST cl_abap_structdescr( cl_abap_structdescr=>describe_by_name( 'TY_CALC_FIELD' ) ).   ENDMETHOD.     METHOD if_salv_ida_calc_field_handler~get_requested_fields.   ENDMETHOD.     METHOD if_salv_ida_calc_field_handler~calculate_line.   * Daten akt. Zeile holen     DATA(lv_sflight) = CONV sflight( is_data_base_line ).   * Freie Sitze ausrechnen     DATA(lv_cnt_free_seats) = lv_sflight-seatsmax - lv_sflight-seatsocc.   * Calculated Fields bestimmen     es_calculated_fields = COND ty_calc_field( WHEN lv_cnt_free_seats = 0  THEN VALUE #( icon = icon_red_light    button = icon_delete )                                                WHEN lv_cnt_free_seats > 10 THEN VALUE #( icon = icon_green_light  button = icon_okay )                                                                            ELSE VALUE #( icon = icon_yellow_light button = space )                                              ).     ENDMETHOD.     METHOD if_salv_ida_calc_field_handler~start_page.   ENDMETHOD.     METHOD if_salv_ida_calc_field_handler~end_page.   ENDMETHOD.   ENDCLASS.   START-OF-SELECTION.     DATA(o_handler) = NEW lcl_event_handler( ).     DATA(o_alv) = cl_salv_gui_table_ida=>create( iv_table_name         = 'SFLIGHT'                                                io_calc_field_handler = o_handler ). " Referenz für Fieldhandler   * Single-Selection   o_alv->selection( )->set_selection_mode( if_salv_gui_selection_ida=>cs_selection_mode-single ).   * Tooltips für Icons   DATA(it_icon_tooltip) = VALUE if_salv_gui_types_ida=>yts_icon_tooltip( ( icon    = icon_yellow_light                                                                            tooltip = 'Weniger als 10 Sitze.' )                                                                          ( icon    = icon_green_light                                                                            tooltip = 'Ausreichend Sitze.' )                                                                          ( icon    = icon_red_light                                                                            tooltip = 'Keine Sitze mehr frei.' ) ).   * Tooltips setzen: Feldname 'ICON' muss identisch mit ty_calc_field-icon sein!   o_alv->field_catalog( )->display_options( )->set_tooltip_for_icons( iv_field_name = 'ICON'                                                                       its_tooltips  = it_icon_tooltip ).   * Überschrift für Spalte 'ICON': Feldname 'ICON' muss identisch mit ty_calc_field-icon sein!   o_alv->field_catalog( )->set_field_header_texts( iv_field_name  = 'ICON'                                                    iv_header_text = 'Status' ).   * Zellen der Spalte 'ICON' sind klickbar: Feldname 'ICON' muss identisch mit ty_calc_field-icon sein!   o_alv->field_catalog( )->display_options( )->display_as_link_to_action( iv_field_name = 'ICON' ).     * Tooltips für Buttons: Feldname 'BUTTON' muss identisch mit ty_calc_field-icon sein!   o_alv->field_catalog( )->display_options( )->set_tooltip_for_icons( iv_field_name           = 'BUTTON'                                                                       iv_use_standard_tooltip = abap_true ).   * Wenn leere Buttonwerte in der Funktion if_salv_ida_calc_field_handler~calculate_line erzeugt werden (INITIAL), * dann keine Buttons anzeigen * Feldname 'BUTTON' muss identisch mit ty_calc_field-button sein!   o_alv->field_catalog( )->display_options( )->display_as_button( iv_field_name               = 'BUTTON'                                                                   iv_hide_if_value_is_initial = abap_true ).   * Überschrift für Spalte 'BUTTON': Feldname 'BUTTON' muss identisch mit ty_calc_field-button sein!   o_alv->field_catalog( )->set_field_header_texts( iv_field_name  = 'BUTTON'                                                    iv_header_text = 'Aktion' ).   * Click-Handler für Icons und Buttons aktivieren   SET HANDLER o_handler->on_cell_action FOR o_alv->field_catalog( )->display_options( ).   * Tabelle anzeigen   o_alv->fullscreen( )->display( ).

 admin 9. September 2016IDA ABAP, Button, calculate_line, cs_request_type, display_as_button, display_as_link_to_action, display_options, end_page, field_catalog, get_calc_field_structure, get_requested_fields, ICON, if_salv_gui_field_display_opt, if_salv_gui_selection_ida, if_salv_gui_table_ida, if_salv_gui_types_ida, if_salv_ida_calc_field_handler, set_field_header_texts, set_selection_mode, set_tooltip_for_icons, start_page

[ABAP] SALV-Table – Selektionsmodus setzen

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DATA: o_alv TYPE REF TO cl_salv_table.   ...   * Zeilen-/Spaltenauswahl (Selektionsmodus) setzen o_alv->get_selections( )->set_selection_mode( if_salv_c_selection_mode=>row_column ).

Eclipse - Informações sobre status debug (toggle breakpoint) AMDP

Informações do post conforme link abaixo

 https://blogs.sap.com/2020/04/21/adt-abap-debugger-what-to-do-if-your-program-does-not-stop-at-breakpoints/#UnusualBreakpoint

Details Section

1) Unusual looking breakpoint

a)Your breakpoint is decorated with a gray diamond. That means the source where you placed the breakpoint is currently inactive. Activate the source to make the breakpoint work.

b)Your breakpoint is crossed out. That means you activated the Eclipse feature ‘Skip All Breakpoints’ that can be used to make ALL breakpoints non-functional. Deactivate the ‘Skip All Breakpoints’ feature via main menu ‘Run’ -> ‘Skip All Breakpoints’. Alternatively use the buttons in the Eclipse main toolbar or in the breakpoints view toolbar.

c)Your breakpoint is white. That means the breakpoint was disabled. To enable it keep shift pressed and double click the breakpoint. Alternatively open the context menu on the breakpoint and choose ‘Enable Breakpoint’.

If you are told this cannot be done because ‘… debugging is disabled …’ click the link on the popup and activate the checkbox ‘Enable debugger’.

d)Your breakpoint is green. That means you currently deal with a special kind of breakpoint which can be a soft breakpoint, a temporary breakpoint or an AMDP breakpoint. To identify what it actually is you can mouse hover over the breakpoint and check the hover text or you can open the breakpoints view and check the text there.

– Soft breakpoints are only effective in a running debug session but they cannot launch a new debug session on their own. This is a special feature for debugging situations with massive amounts of requests, e.g. catch one request with a normal breakpoint, disable that normal breakpoint and continue working with soft breakpoints. To remove the attribute ‘Soft’ from your breakpoint keep ALT pressed and double click it or change it via the breakpoints view.

– Temporary breakpoints occur in temporary editors, e.g. if you stepped into a foreign system via RFC or if you debug classic dynpros/screens with ADT. They are only effective in a running debug session but they cannot launch a new debug session. If you need a standard breakpoint that is able to startup a new debug session try a different/earlier source position.

– AMDP breakpoints are not ABAP breakpoints at all. Learn more about AMDP Debugging in this blog. A similar blog ‘What to do if your DB procedure does not stop at AMDP breakpoints’ is planned. It will be linked here once available.

e)Your breakpoint is decorated with a red cross. That means that there is a conflict with someone else who wants to debug the same requests as you do. Learn more about debugging conflicts in this blog.

f)Your breakpoint is decorated with a gray cross. That means the ABAP system is not reachable at all. Check whether your computer has a working network connection and whether the ABAP system is reachable at all (e.g. via SAP GUI).

g)Your breakpoint is decorated with a small U (User). That means you currently try to debug the requests of a different user. See this detail section.

h)Your breakpoint is decorated with a small T (Terminal-ID). Unless you have a good reason you should not use this option at all. To go back to normal mode, right click a breakpoint, choose “Debug Properties…” and change the radio button to “Logon User”.

i)Your breakpoint is decorated with a small P (Project). That means you can only debug requests that are started from exactly the ADT project you are currently working in. That includes execution of ABAP unit tests, activities in embedded SAP GUI or class runs (Right click -> “Run As” -> “ABAP Application Console”). In this mode, you cannot debug requests from other ADT projects, from a web browser (e.g. Fiori Apps) or RFC requests.

If you are not sure what this project mode is good for or how you even entered it you can read this blog. To go back to normal mode, right click a breakpoint, choose “Debug Properties…” and change the radio button to “Logon User”.

j)Your breakpoint is decorated with a small C (Conditional). That means you added a condition to the breakpoint (e.g. “sy-subrc = 4”). The condition is evaluated during runtime once the breakpoint is reached. If the result is false, the debugger will not stop the program and there will be no debug session. For further details see the ADT documentation.

To make the breakpoint always stop, just remove the condition via the breakpoints view or via right click on the breakpoint and “Breakpoint Properties…”.

Corrigindo status monitor NFE - cancelamento autorizado pelo SEFAZ mas status 2 no monitor

 Pela chave da NFE ler tabela /XNFE/EVENTS

CHNFE =  <chave da NF>

pegar o valor do GUID 

Utilizar função /XNFE/PROCSTEP_EV_ERPUPDAT - colocar o GUID

Executar debugando conforme tela abaixo.

Alterando nome de arquivo anexo - caixa de entrada FIORI

UKM_CASE - com workflow de aprovação de crédito.

Quando o caso entra na caixa de entrada do usuário/responsável na aprovação ou qualquer outra decisão na caixa de entrada do FIORI é possível incluir um comentário/justificativa, esse texto quando volta para o backend entra como um anexo na caixa de email na SOST, o problema é que o nome do arquivo por standard fica como "Approver Comments", debugando percebi que esse texto é uma constante sem  opção de tradução.

Sem muita opção no retorno para o backend eu altero o nome do arquivo antes de entrar na caixa de email para envio. 

Essa informação fica gravado na tabela SOOD

Utilizei a função conforme abaixo:

Essa rotina eu inseri numa classe criada dentro do fluxo do workflow

    DATA: l_doc_id    TYPE sofolenti1-doc_id,
          ls_doc_data TYPE sofolenti1.

    DATA: lt_header  TYPE TABLE OF solisti1,
          lt_content TYPE TABLE OF solisti1.
    

    "O LOOP é necessário pois pode haver mais anexos 
    LOOP AT it_attach INTO DATA(ls_attach).

      l_doc_id = ls_attach-instid.
        

      "Faço a importação dos dados do anexo
      CALL FUNCTION 'SO_DOCUMENT_READ_API1'
        EXPORTING
          document_id                = l_doc_id
        IMPORTING
          document_data              = ls_doc_data
        TABLES
          object_header              = lt_header
          object_content             = lt_content
        EXCEPTIONS
          document_id_not_exist      = 1
          operation_no_authorization = 2
          x_error                    = 3
          OTHERS                     = 4.
     

      "Nesse caso peguei somente o objeto COMMENT ref. a justificativa gravado
      IF sy-subrc = 0 AND
         ls_doc_data-obj_name = 'COMMENT' AND
         ls_doc_data-obj_descr = /iwwrk/if_wf_constants_gw=>gc_approver_comments.

        DATA: l_attach_id TYPE soattinfi1-attach_id.
        DATA: ls_attach_data TYPE soattchgi1.

        CONCATENATE ls_doc_data-doc_id ls_doc_data-object_id
                    INTO l_attach_id RESPECTING BLANKS.

        CLEAR ls_attach_data.
        MOVE-CORRESPONDING ls_doc_data TO ls_attach_data.
        ls_attach_data-obj_descr = mc_approver_filename. "Constante com outro nome                                                            " do arquivo
        ls_attach_data-att_size = ls_doc_data-doc_size.

        CALL FUNCTION 'SO_ATTACHMENT_UPDATE_API1'
          EXPORTING
            attachment_id              = l_attach_id
            attachment_data            = ls_attach_data
          TABLES
            attachment_header          = lt_header
            attachment_content         = lt_content
          EXCEPTIONS
            attachment_not_exist       = 1
            operation_no_authorization = 2
            parameter_error            = 3
            x_error                    = 4
            enqueue_error              = 5
            OTHERS                     = 6.

        IF sy-subrc <> 0.

        ENDIF.


      ENDIF.

    ENDLOOP.