Синтаксис шикәр

* range-зурлыкны эчке җәдвәлга әйләндерү
mt_kjahr = CORRESPONDING #( mr_kjahr MAPPING kjahr = low ).
* тернар операторы
DATA(bool) = COND #( WHEN i * i > number THEN abap_true ELSE abap_false ).
 
* range-зурлыкны тутыру
mr_tripn = VALUE #( FOR ls_xls_row IN mt_xls_rows
                  ( sign   = msc_range-sign_inclusive
                    option = msc_range-option_eq
                    low    = CONV tripn( |{ ls_xls_row-tripn ALPHA = IN }| ) )
                  ).
 
DATA(lr_nach) = VALUE rseloption( OPTION = 'EQ' SIGN = 'I' ( LOW = 'Z2N' )
                                                             ( LOW = 'NEU' ) ).   
* append ls_goodsmvt_item to lt_goodsmvt_item урнына
  APPEND VALUE #( material   = matnr
                  plant      = from_plant
                  stge_loc   = from_stloc
                  move_plant = to_plant
                  move_stloc = to_stloc
                  move_type = '309'
                  entry_qnt = menge
                  entry_uom = <fs>-meins ) TO lt_goodsmvt_item.
 
* call function 'CONVERSION_EXIT_ALPHA_INPUT' урнына
f_matnr = conv matnr( |{ l_matnr alpha = IN }| ).
 
RESULT = VALUE #( FOR row IN INPUT ( row-text ) ).
* LOOP AT input INTO DATA(row).
*  INSERT row-text INTO TABLE result.
* ENDLOOP.
 
DATA(LINE) = value_pairs[ NAME = 'A' ].
* READ TABLE value_pairs INTO DATA(line) WITH KEY name = 'A'.
 
DATA(EXISTS) = xsdbool( line_exists( value_pairs[ NAME = 'A' ] ) ).
IF line_exists( value_pairs[ NAME = 'A' ] ).
* READ TABLE value_pairs TRANSPORTING NO FIELDS WITH KEY name = 'A'.
* DATA(exists) = xsdbool( sy-subrc = 0 ).