APPS.ENG_ECO_COST dependencies on ENG_ECO_COST

Line 1: PACKAGE BODY Eng_Eco_Cost AS

1: PACKAGE BODY Eng_Eco_Cost AS
2: /* $Header: ENGCOSTB.pls 120.1 2006/01/16 03:34:54 rnarveka noship $ */
3:
4: TYPE cost_record_type IS RECORD (
5: revised_item_id NUMBER,

Line 457: ENG_ECO_COST.g_estimated_Cost := l_estimated_Cost;

453: -- Calendar periods.
454:
455: -- Store the implementation cost in the global variable so that the
456: -- report can read it.
457: ENG_ECO_COST.g_estimated_Cost := l_estimated_Cost;
458:
459: l_estimated_Cost := -l_estimated_Cost;
460: FOR c_calendar_periods IN calendar_periods LOOP
461:

Line 489: -- quantity in the ENG_ECO_COSTS_TEMP table.

485: IF NVL(c_item_demand.daily_demand_rate,0) <> 0 THEN
486:
487: -- If the demand completion date span across multiple
488: -- periods, then create records with appropriate
489: -- quantity in the ENG_ECO_COSTS_TEMP table.
490:
491: Calc_Repetitive_Demand(
492: p_demand_date => c_item_demand.using_assembly_demand_date,
493: p_comp_date => c_item_demand.assembly_demand_comp_date,

Line 534: -- insert records into the ENG_ECO_COSTS_TEMP table

530: l_cost_of_changes := l_cost_of_changes + l_temp_cost;
531: END IF;
532: --
533: -- quantities for all the items in a given period are calculated, then
534: -- insert records into the ENG_ECO_COSTS_TEMP table
535:
536: IF l_required_quantity <> 0 THEN
537: --dbms_output.put_line('Inserting data . . .');
538:

Line 569: return ENG_ECO_COST.g_estimated_cost;

565:
566: FUNCTION get_estimated_Cost RETURN NUMBER
567: IS
568: BEGIN
569: return ENG_ECO_COST.g_estimated_cost;
570: END;
571:
572: END Eng_Eco_Cost;

Line 572: END Eng_Eco_Cost;

568: BEGIN
569: return ENG_ECO_COST.g_estimated_cost;
570: END;
571:
572: END Eng_Eco_Cost;