Pipeline controller: plan 2 (hard +, error +50 %), backlog throttle, 2 trajectory workers, stop rules, summaries every 50; budget reserve
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
This commit is contained in:
Kral
193
tasks_gen/train/G1001/hidden/harvest_hidden.clas.abap
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tasks_gen/train/G1001/hidden/harvest_hidden.clas.abap
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CLASS {{p}}harvest_hidden DEFINITION PUBLIC FINAL CREATE PUBLIC
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FOR TESTING DURATION SHORT RISK LEVEL HARMLESS.
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PRIVATE SECTION.
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DATA mo_cut TYPE REF TO {{p}}harvest_evaluator.
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METHODS setup.
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METHODS assert_rows
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IMPORTING it_act TYPE {{p}}if_harvest=>tt_result
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it_exp TYPE {{p}}if_harvest=>tt_result
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iv_msg TYPE string.
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METHODS empty_input FOR TESTING.
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METHODS unknown_member_ignored FOR TESTING.
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METHODS zero_quantity_ignored FOR TESTING.
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METHODS negative_quantity_ignored FOR TESTING.
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METHODS same_member_counts_once FOR TESTING.
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METHODS two_varieties_separated FOR TESTING.
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METHODS sorted_by_total_desc FOR TESTING.
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METHODS tie_broken_by_variety FOR TESTING.
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METHODS all_reports_ignored FOR TESTING.
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METHODS member_without_report FOR TESTING.
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ENDCLASS.
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CLASS {{p}}harvest_hidden IMPLEMENTATION.
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METHOD setup.
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mo_cut = NEW {{p}}harvest_evaluator( ).
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ENDMETHOD.
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METHOD assert_rows.
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cl_abap_unit_assert=>assert_equals( exp = lines( it_exp )
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act = lines( it_act )
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msg = |{ iv_msg }: number of rows| ).
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LOOP AT it_exp ASSIGNING FIELD-SYMBOL(<ls_exp>).
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READ TABLE it_act ASSIGNING FIELD-SYMBOL(<ls_act>) INDEX sy-tabix.
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IF sy-subrc <> 0.
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RETURN.
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ENDIF.
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-variety
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act = <ls_act>-variety
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msg = |{ iv_msg }: variety| ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-total_kg
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act = <ls_act>-total_kg
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msg = |{ iv_msg }: total_kg| ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-member_count
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act = <ls_act>-member_count
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msg = |{ iv_msg }: member_count| ).
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ENDLOOP.
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ENDMETHOD.
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METHOD empty_input.
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DATA lt_report TYPE {{p}}if_harvest=>tt_report.
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DATA lt_member TYPE {{p}}if_harvest=>tt_member.
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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cl_abap_unit_assert=>assert_equals( exp = 0 act = lines( lt_result ) ).
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ENDMETHOD.
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METHOD unknown_member_ignored.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 100 )
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( member_id = 'M00009' variety = 'RIES' quantity_kg = 50 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 100 member_count = 1 ) )
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iv_msg = 'unknown member' ).
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ENDMETHOD.
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METHOD zero_quantity_ignored.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 0 )
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 30 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 30 member_count = 1 ) )
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iv_msg = 'zero quantity' ).
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ENDMETHOD.
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METHOD negative_quantity_ignored.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = -5 )
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 20 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 20 member_count = 1 ) )
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iv_msg = 'negative quantity' ).
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ENDMETHOD.
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METHOD same_member_counts_once.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 20 )
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( member_id = 'M00002' variety = 'RIES' quantity_kg = 5 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 35 member_count = 2 ) )
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iv_msg = 'same member' ).
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ENDMETHOD.
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METHOD two_varieties_separated.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00002' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00001' variety = 'SPAE' quantity_kg = 7 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 20 member_count = 2 )
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( variety = 'SPAE' total_kg = 7 member_count = 1 ) )
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iv_msg = 'two varieties' ).
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ENDMETHOD.
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METHOD sorted_by_total_desc.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' )
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( member_id = 'M00003' member_name = 'Hof Zeder' )
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( member_id = 'M00004' member_name = 'Hof Eiche' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00002' variety = 'SPAE' quantity_kg = 30 )
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( member_id = 'M00003' variety = 'SILV' quantity_kg = 20 )
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( member_id = 'M00004' variety = 'SPAE' quantity_kg = 5 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'SPAE' total_kg = 35 member_count = 2 )
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( variety = 'SILV' total_kg = 20 member_count = 1 )
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( variety = 'RIES' total_kg = 10 member_count = 1 ) )
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iv_msg = 'sort by total' ).
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ENDMETHOD.
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METHOD tie_broken_by_variety.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' )
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( member_id = 'M00003' member_name = 'Hof Zeder' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'SPAE' quantity_kg = 10 )
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( member_id = 'M00002' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00003' variety = 'SILV' quantity_kg = 10 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 10 member_count = 1 )
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( variety = 'SILV' total_kg = 10 member_count = 1 )
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( variety = 'SPAE' total_kg = 10 member_count = 1 ) )
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iv_msg = 'tie by variety' ).
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ENDMETHOD.
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METHOD all_reports_ignored.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00009' variety = 'RIES' quantity_kg = 10 )
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 0 )
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( member_id = 'M00001' variety = 'SPAE' quantity_kg = -3 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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cl_abap_unit_assert=>assert_equals( exp = 0 act = lines( lt_result ) ).
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ENDMETHOD.
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METHOD member_without_report.
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DATA(lt_member) = VALUE {{p}}if_harvest=>tt_member(
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( member_id = 'M00001' member_name = 'Hof Adler' )
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( member_id = 'M00002' member_name = 'Hof Birke' ) ).
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DATA(lt_report) = VALUE {{p}}if_harvest=>tt_report(
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( member_id = 'M00001' variety = 'RIES' quantity_kg = 5 ) ).
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DATA(lt_result) = mo_cut->evaluate( it_report = lt_report
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it_member = lt_member ).
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assert_rows( it_act = lt_result
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it_exp = VALUE #( ( variety = 'RIES' total_kg = 5 member_count = 1 ) )
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iv_msg = 'member without report' ).
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ENDMETHOD.
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ENDCLASS.
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