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
232
tasks_gen/train/G1041/hidden/feed_hidden.clas.abap
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tasks_gen/train/G1041/hidden/feed_hidden.clas.abap
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CLASS {{p}}feed_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}}if_feed_stock.
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METHODS setup.
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METHODS assert_stock
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IMPORTING it_exp TYPE {{p}}if_feed_stock=>tt_stock
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it_act TYPE {{p}}if_feed_stock=>tt_stock.
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METHODS empty_inputs FOR TESTING.
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METHODS sums_one_supplier FOR TESTING.
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METHODS merges_same_feed_type FOR TESTING.
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METHODS ignores_empty_feed_type FOR TESTING.
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METHODS ignores_zero_quantity FOR TESTING.
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METHODS negative_reduces_total FOR TESTING.
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METHODS removes_zero_total FOR TESTING.
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METHODS result_sorted FOR TESTING.
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METHODS unit_from_first_row FOR TESTING.
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METHODS counts_deliveries FOR TESTING.
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METHODS quantity_of_lookup FOR TESTING.
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METHODS top_feed_and_tie FOR TESTING.
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ENDCLASS.
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CLASS {{p}}feed_hidden IMPLEMENTATION.
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METHOD setup.
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mo_cut = NEW {{p}}feed_stock( ).
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ENDMETHOD.
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METHOD assert_stock.
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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 = `row count` ).
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DATA(lv_index) = 0.
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LOOP AT it_exp ASSIGNING FIELD-SYMBOL(<ls_exp>).
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lv_index = lv_index + 1.
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READ TABLE it_act ASSIGNING FIELD-SYMBOL(<ls_act>) INDEX lv_index.
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cl_abap_unit_assert=>assert_subrc( exp = 0 act = sy-subrc msg = `row missing` ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-feed_type
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act = <ls_act>-feed_type
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msg = `feed type` ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-unit
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act = <ls_act>-unit
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msg = `unit` ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-quantity
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act = <ls_act>-quantity
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msg = `quantity` ).
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cl_abap_unit_assert=>assert_equals( exp = <ls_exp>-deliveries
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act = <ls_act>-deliveries
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msg = `deliveries` ).
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ENDLOOP.
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ENDMETHOD.
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METHOD empty_inputs.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery( )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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cl_abap_unit_assert=>assert_initial( lt_stock ).
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ENDMETHOD.
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METHOD sums_one_supplier.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '10.500' )
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( feed_type = 'HAY' unit = 'KG' quantity = '4.500' )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '20.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'KG' quantity = '15.000' deliveries = 2 )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '20.000' deliveries = 1 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD merges_same_feed_type.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '10.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' )
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( feed_type = 'FISH' unit = 'KG' quantity = '3.000' ) ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'FISH' unit = 'KG' quantity = '3.000' deliveries = 1 )
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( feed_type = 'HAY' unit = 'KG' quantity = '15.000' deliveries = 2 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD ignores_empty_feed_type.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = '' unit = 'KG' quantity = '100.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' deliveries = 1 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD ignores_zero_quantity.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'BOX' quantity = '0.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' deliveries = 1 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD negative_reduces_total.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '10.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '-4.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'KG' quantity = '6.000' deliveries = 2 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD removes_zero_total.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '10.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '-10.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'PELLETS' unit = 'KG' quantity = '5.000' ) ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'PELLETS' unit = 'KG' quantity = '5.000' deliveries = 1 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD result_sorted.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'PELLETS' unit = 'KG' quantity = '1.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '2.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'FISH' unit = 'KG' quantity = '3.000' ) ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'FISH' unit = 'KG' quantity = '3.000' deliveries = 1 )
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( feed_type = 'HAY' unit = 'KG' quantity = '2.000' deliveries = 1 )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '1.000' deliveries = 1 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD unit_from_first_row.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'BOX' quantity = '5.000' )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '2.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '7.000' )
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( feed_type = 'PELLETS' unit = 'BOX' quantity = '3.000' ) ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'BOX' quantity = '12.000' deliveries = 2 )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '5.000' deliveries = 2 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD counts_deliveries.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '1.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '1.000' )
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( feed_type = 'HAY' unit = 'KG' quantity = '1.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '-1.000' ) ) ).
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assert_stock(
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it_exp = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'HAY' unit = 'KG' quantity = '2.000' deliveries = 4 ) )
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it_act = lt_stock ).
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ENDMETHOD.
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METHOD quantity_of_lookup.
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DATA(lt_stock) = mo_cut->consolidate(
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it_supplier_a = VALUE {{p}}if_feed_stock=>tt_delivery(
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( feed_type = 'HAY' unit = 'KG' quantity = '10.000' )
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( feed_type = 'PELLETS' unit = 'KG' quantity = '4.000' ) )
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it_supplier_b = VALUE {{p}}if_feed_stock=>tt_delivery( ) ).
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DATA lv_expected TYPE {{p}}if_feed_stock=>ty_quantity.
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lv_expected = '10.000'.
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cl_abap_unit_assert=>assert_equals(
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exp = lv_expected
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act = mo_cut->quantity_of( it_stock = lt_stock iv_feed_type = 'HAY' )
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msg = `HAY` ).
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CLEAR lv_expected.
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cl_abap_unit_assert=>assert_equals(
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exp = lv_expected
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act = mo_cut->quantity_of( it_stock = lt_stock iv_feed_type = 'FISH' )
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msg = `FISH` ).
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cl_abap_unit_assert=>assert_equals(
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exp = lv_expected
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act = mo_cut->quantity_of(
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it_stock = VALUE {{p}}if_feed_stock=>tt_stock( )
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iv_feed_type = 'HAY' )
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msg = `empty list` ).
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ENDMETHOD.
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METHOD top_feed_and_tie.
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cl_abap_unit_assert=>assert_initial(
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mo_cut->top_feed( it_stock = VALUE {{p}}if_feed_stock=>tt_stock( ) ) ).
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DATA(lt_stock) = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'PELLETS' unit = 'KG' quantity = '9.000' deliveries = 1 )
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' deliveries = 1 ) ).
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DATA lv_expected TYPE {{p}}if_feed_stock=>ty_feed_type.
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lv_expected = 'PELLETS'.
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cl_abap_unit_assert=>assert_equals(
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exp = lv_expected
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act = mo_cut->top_feed( it_stock = lt_stock ) ).
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DATA(lt_tie) = VALUE {{p}}if_feed_stock=>tt_stock(
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( feed_type = 'PELLETS' unit = 'KG' quantity = '5.000' deliveries = 1 )
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( feed_type = 'HAY' unit = 'KG' quantity = '5.000' deliveries = 1 ) ).
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lv_expected = 'HAY'.
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cl_abap_unit_assert=>assert_equals(
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exp = lv_expected
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act = mo_cut->top_feed( it_stock = lt_tie ) ).
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ENDMETHOD.
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ENDCLASS.
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