INV Transaction Historical Summary

Description
Categories: Enginatics
Repository: Github
Application: Inventory
Description: Transaction Historical Summary Report

This report provides equivalent functionality to the Oracle standard Transaction historical summary (XML) report.

Templates
Quantity/Value Template – for use with the Quantity and Value Selection Option
Balance Template – for use with the Balance Selection Option

The templates provide a summ ... 
Application: Inventory
Description: Transaction Historical Summary Report

This report provides equivalent functionality to the Oracle standard Transaction historical summary (XML) report.

Templates
Quantity/Value Template – for use with the Quantity and Value Selection Option
Balance Template – for use with the Balance Selection Option

The templates provide a summary pivot based on the selected sort option parameter with drill down to the detail data.

Sort Option Category: Pivot by Category, Subinventory/Cost Group
All Others: Pivot by Subinventory/Cost Group, Category

Source: Transaction historical summary (XML)
Short Name: INVTRHAN_XML
DB package: INV_INVTRHAN_XMLP_PKG
   more
Run INV Transaction Historical Summary and other Oracle EBS reports with Blitz Report™ on our demo environment
select
 :p_org_code organization,
 x.subinventory "Subinventory/Cost Group",
 x.asset_inventory,
 x.category,
 x.item,
 x.item_description,
 x.uom,
 --
 :p_hist_date        rollback_date,
 :p_selection_dsp    report_type,
 case :p_selection
 when '1' then
  inv_invtrhan_xmlp_pkg.c_target_qty_valformula
   (:c_cost_type,
    x.ass_inv,
    x.target_quantity,
    x.current_quantity_value_old,
    inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type),
    x.source_type1,
    x.source_type2,
    x.source_type3,
    x.source_type4,
    x.source_type5,
    x.other_type,
    x.inventory_item_id,
    x.subinventory,
    :c_std_prec
   )
 else
    x.target_quantity
 end "Rollback Date Quantity",
 case :p_selection
 when '1' then x.current_quantity_value_old
 else x.current_quantity
 end "Current Quantity",
 x.change_quantity,
 --
 &lp_template_dummy_columns
 &lp_source_columns
 --
 inv_invtrhan_xmlp_pkg.c_othersformula
  (x.other_type,
   :c_cost_type,
   x.inventory_item_id,
   x.subinventory,
   x.target_quantity,
   x.source_type1,
   x.source_type2,
   x.source_type3,
   x.source_type4,
   :c_std_prec,
   inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type)
  ) other_types,
 --
 case when :p_selection in ('2','3')
 then
  inv_invtrhan_xmlp_pkg.c_target_qty_valformula
   (:c_cost_type,
    x.ass_inv,
    x.target_quantity,
    x.current_quantity_value_old,
    inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type),
    x.source_type1,
    x.source_type2,
    x.source_type3,
    x.source_type4,
    x.source_type5,
    x.other_type,
    x.inventory_item_id,
    x.subinventory,
    :c_std_prec
   )
 end "Rollback Date Value",
 --
 case when :p_selection in ('2','3')
 then inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type)
 end "Current Value",
 --
 inv_invtrhan_xmlp_pkg.c_change_valformula
  (inv_invtrhan_xmlp_pkg.c_target_qty_valformula
    (:c_cost_type,
     x.ass_inv,
     x.target_quantity,
     x.current_quantity_value_old,
     inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type),
     x.source_type1,
     x.source_type2,
     x.source_type3,
     x.source_type4,
     x.source_type5,
     x.other_type,
     x.inventory_item_id,
     x.subinventory,
     :c_std_prec
    ),
   inv_invtrhan_xmlp_pkg.cur_qty_valformula(x.ass_inv,x.current_quantity_value_old,x.source_type1,x.source_type2,x.source_type3,x.source_type4,x.other_type)
  ) "Change Value",
 --
 case :p_sort_id
 when '1' then x.subinventory -- subinventory
 when '2' then x.subinventory -- item
 when '3' then x.category     -- category     
 when '4' then x.subinventory -- costgroup
 end pivot_key1,
 case :p_sort_id
 when '1' then x.category     -- subinventory
 when '2' then x.category     -- item
 when '3' then x.subinventory -- category     
 when '4' then x.category     -- costgroup
 end pivot_key2
from
 (select
   v.subinv subinventory,
   msub.asset_inventory ass_inv,
   xxen_util.meaning(msub.asset_inventory,'SYS_YES_NO',700) asset_inventory,
   mck.concatenated_segments category,
   msiv.concatenated_segments item,
   msiv.description item_description,
   msiv.primary_uom_code uom,
   msiv.inventory_item_id,
   --
   sum(nvl(target_qty,0)) target_quantity,
   sum(nvl(cur_qty,0)) current_quantity,
   inv_invtrhan_xmlp_pkg.c_change_qtyformula(sum(nvl(cur_qty,0)),sum(nvl(target_qty,0))) change_quantity,
   decode(:p_selection,1,sum(nvl(cur_qty_val,0)),round(sum(nvl(cur_qty_val,0)),:c_std_prec)) current_quantity_value_old,
   --
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(source_type1,0))*v.item_cost,:c_std_prec),round(sum(nvl(source_type1,0)),:c_std_prec)),
          3,round(sum(nvl(source_type1,0)),:c_std_prec),
            sum(nvl(source_type1,0))
         ) source_type1,
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(source_type2,0))*v.item_cost,:c_std_prec),round(sum(nvl(source_type2,0)),:c_std_prec)),
          3,round(sum(nvl(source_type2,0)),:c_std_prec),
            sum(nvl(source_type2,0))
         ) source_type2,
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(source_type3,0))*v.item_cost,:c_std_prec),round(sum(nvl(source_type3,0)),:c_std_prec)),
          3,round(sum(nvl(source_type3,0)),:c_std_prec),
            sum(nvl(source_type3,0))
         ) source_type3,
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(source_type4,0))*v.item_cost,:c_std_prec),round(sum(nvl(source_type4,0)),:c_std_prec)),
          3,round(sum(nvl(source_type4,0)),:c_std_prec),
            sum(nvl(source_type4,0))
         ) source_type4,
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(source_type5,0))*v.item_cost,:c_std_prec),round(sum(nvl(source_type5,0)),:c_std_prec)),
          3,round(sum(nvl(source_type5,0)),:c_std_prec),
            sum(nvl(source_type5,0))
         ) source_type5,
   decode(:p_selection,
          2,decode(:c_cost_type,2,round(sum(nvl(other,0))*v.item_cost,:c_std_prec),round(sum(nvl(other,0)),:c_std_prec)),
          3,round(sum(nvl(other,0)),:c_std_prec),
            sum(nvl(other,0))
         ) other_type
  from
   mtl_secondary_inventories msub,
   mtl_system_items_vl msiv,
   mtl_item_categories mic,
   mtl_categories_kfv mck,
   &p_view &lp_template_dummy_view v
  where
   v.item_id=msiv.inventory_item_id and
   msub.organization_id=:p_org_id and
   msub.secondary_inventory_name=v.subinv and
   msub.asset_inventory in (1,2) and
   msub.quantity_tracked=1 and
   (:p_selection=1 or :p_selection<>1 and msub.asset_inventory=1) and
   msiv.inventory_item_id = mic.inventory_item_id and 
   mic.category_id = mck.category_id and 
   mic.organization_id = to_char(:p_org_id) and 
   mic.category_set_id = to_char(:p_cat_set_id) and
   msiv.organization_id=:p_org_id and
   decode(:p_selection ,1 ,'N' ,:p_wms_pjm_enabled)='N' and
   1=1
  group by
   v.subinv,
   mck.concatenated_segments,
   msiv.concatenated_segments,
   v.item_cost,
   msiv.description,
   msiv.primary_uom_code,
   msub.asset_inventory,
   xxen_util.meaning(msub.asset_inventory,'SYS_YES_NO',700),
   msiv.inventory_item_id
  union
  select
   ccg.cost_group subinventory,
   0 ass_inv,
   null asset_inventory,
   mck.concatenated_segments category,
   msiv.concatenated_segments item,
   msiv.description item_description,
   msiv.primary_uom_code uom,
   msiv.inventory_item_id item_id,
   --
   sum(ciqt.rollback_qty ) target_quantity,
   sum(decode(ciqt.qty_source,3,ciqt.rollback_qty,4,ciqt.rollback_qty,6,ciqt.rollback_qty,7,ciqt.rollback_qty,0)) current_quantity,
   inv_invtrhan_xmlp_pkg.c_change_qtyformula
    (sum(decode(ciqt.qty_source,3,ciqt.rollback_qty,4,ciqt.rollback_qty,6,ciqt.rollback_qty,7,ciqt.rollback_qty,0)),
     sum(ciqt.rollback_qty)
    ) change_quantity,
   round(sum(ciqt.rollback_qty) * past_cost.item_cost,:c_std_prec) current_quantity_value_old,
   --
   round(sum(decode(ciqt.txn_source_type_id,:p_stype1,nvl(ciqt.rollback_value,0),0)),:c_std_prec) source_type1,
   round(sum(decode(ciqt.txn_source_type_id,:p_stype2,nvl(ciqt.rollback_value,0),0)),:c_std_prec) source_type2,
   round(sum(decode(ciqt.txn_source_type_id,:p_stype3,nvl(ciqt.rollback_value,0),0)),:c_std_prec) source_type3,
   round(sum(decode(ciqt.txn_source_type_id,:p_stype4,nvl(ciqt.rollback_value,0),0)),:c_std_prec) source_type4,
   0 source_type5,
   round(sum(decode(ciqt.qty_source,3 ,ciqt.rollback_qty ,4 ,ciqt.rollback_qty ,6 ,ciqt.rollback_qty ,7 ,ciqt.rollback_qty ,0 ) * current_cost.item_cost),:c_std_prec)
    - round(sum(ciqt.rollback_qty) * past_cost.item_cost,:c_std_prec)
    - round(sum(decode(ciqt.txn_source_type_id,:p_stype1,nvl(ciqt.rollback_value,0),0)),:c_std_prec)
    - round(sum(decode(ciqt.txn_source_type_id,:p_stype2,nvl(ciqt.rollback_value,0),0)),:c_std_prec)
    - round(sum(decode(ciqt.txn_source_type_id,:p_stype3,nvl(ciqt.rollback_value,0),0)),:c_std_prec )
    - round(sum(decode(ciqt.txn_source_type_id,:p_stype4,nvl(ciqt.rollback_value,0),0)),:c_std_prec) other_type
  from
   cst_inv_qty_temp ciqt,
   cst_inv_cost_temp current_cost,
   cst_inv_cost_temp past_cost,
   mtl_system_items_vl msiv,
   mtl_categories_kfv mck,
   cst_cost_groups ccg
  where
   current_cost.organization_id=ciqt.organization_id and
   current_cost.inventory_item_id=ciqt.inventory_item_id and
   current_cost.cost_source=1 and
   past_cost.organization_id=ciqt.organization_id and
   past_cost.inventory_item_id=ciqt.inventory_item_id and
   past_cost.cost_source= 2 and
   msiv.organization_id=ciqt.organization_id and
   msiv.inventory_item_id=ciqt.inventory_item_id and
   mck.category_id=ciqt.category_id and
   ccg.cost_group_id=ciqt.cost_group_id and
   decode(:p_selection ,1 ,'N' ,:p_wms_pjm_enabled)='Y' and
   2=2
  group by
   ccg.cost_group,
   mck.concatenated_segments,
   msiv.concatenated_segments,
   msiv.description,
   msiv.primary_uom_code,
   msiv.inventory_item_id,
   past_cost.item_cost
 ) x
order by
 case :p_sort_id
 when '1' then x.subinventory -- subinventory
 when '2' then null           -- item
 when '3' then x.category     -- category     
 when '4' then x.subinventory -- costgroup
 end,
 case :p_sort_id
 when '1' then x.category     -- subinventory
 when '2' then null           -- item
 when '3' then x.subinventory -- category     
 when '4' then x.category     -- costgroup
 end,
 x.item
Parameter Name SQL text Validation
Organization Code
 
LOV Oracle
Selection Option
 
LOV
Sort By
 
LOV Oracle
Cost Groups From
 
LOV
Cost Groups To
 
LOV
Include Consigned
 
LOV Oracle
Rollback to this Date
 
Date
Category Set
 
LOV Oracle
Categories From
 
LOV
Categories To
 
LOV
Items From
 
LOV
Items To
 
LOV
Subinventories From
 
LOV
Subinventories To
 
LOV
Source Type for Column One
 
LOV Oracle
Source Type for Column Two
 
LOV Oracle
Source Type for Column Three
 
LOV Oracle
Source Type for Column Four
 
LOV Oracle
Download
 
Blitz Report™

Blitz Report™ provides multiple benefits: