aqo

Now full documentation available here https://bizhuka.github.io/aqo

Описание интерфейса v3

ABAP quick options

User and programmer friendly options
Create flexible application parameters with nested tables without any effort
No more headache with Z* table maintenance SM30, view clusters SE54, SM34 or range options STVARV

Launch:

tr. SE38-> ZAQO_TESTER, tr. SE24 -> ZCL_AQO_TESTER

and then

tr. ZAQO_EDITOR_OLD

Separation by Package and Option ID

View change history
Integration with transport system
Editing nested catalogs (Labels & search helps)

Tables can contain checkboxes, lists, ranges, memo fields and even another tables

All you need is to describe structure(or class) in program ms_opt and press F8

    TRY.
        zcl_aqo_option=>create(
          iv_package_id = '$TMP'               " Package  "#EC NOTEXT
          iv_option_id  = 'Main options'(op1)  " Any text < 30 symbols
          ir_data       = REF #( ms_opt )
          " iv_repair     = abap_true
        ).
      CATCH zcx_aqo_exception INTO lo_error.
        MESSAGE lo_error TYPE 'S' DISPLAY LIKE 'E'.
        RETURN.
    ENDTRY.

The main purpose of the library is to avoid magic numbers and other "permanent data" from the code. And give the ability to user to change the "constants" in friendly interface.

Accounts by specific mask or texts in generated FI documents or range of BLART in selections are all good examples of options to maintain.

The best way to describe the library,it is something like tr. STVARV but all parameters and select-options are grouped together as in tr. SLG1, with the interface similar to SAP Fiori and displayed directly in SAP GUI via CL_GUI_HTML_VIEWER.

The maintainable data usually stored in a program structure (or in class attributes) and can contain data such as:

• ranges (SELECT-OPTION)
• parameters (any simple value as dates, time or BUKRS)
• strings (memo texts)
• any tables (structure based tables)

The first 2 are completely similar to STVARV, in strings for example you can store message templates, and tables are suitable when you need to write a large CASE that depends on a condition that can change, but creating a database table is burdensome.