ENGINATICS SYSTEM_ADMINISTRATOR SYSADMIN D73275FB5CA0553FE0530100007F1187 BOM Alternate BOM Designator Y select display_name value, description description from bom_alternate_designators_vl where organization_id=fnd_profile.value('mfg_organization_id') order by display_name US E7CCB27F39541272E0530100007F62B4 BOM Resource Code (org code dependent) Y select br.resource_code value, br.description from bom_resources br where (:$flex$.organization_code is null or br.organization_id in (select mp.organization_id from mtl_parameters mp where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y')) and nvl(br.disable_date,sysdate)>=sysdate order by br.resource_code US A486BD05719A2A82E053BB6B6358FC8E CST Cost Type (No AvgRates No PII) Y select cct.cost_type value, cct.description from cst_cost_types cct where nvl(cct.disable_date,sysdate)>=sysdate and cct.organization_id is null and (cct.cost_type not like '%PII%' or cct.cost_type like '%ICP%') and cct.cost_type_id not in (select mp.avg_rates_cost_type_id from mtl_parameters mp where mp.avg_rates_cost_type_id is not null) order by cct.cost_type US D0A52889BF1D2E49E0530100007F74EA CST Report Mode Y select ml.meaning value, ml.lookup_code description from mfg_lookups ml where ml.lookup_type='CST_RPT_DETAIL_OPTION' order by ml.meaning US Report summary or detail. D5CA808540E0FA18E05369FB090580A4 CST WIP Report Option Y select 'Open jobs' value, 'Report only open jobs' description from dual union all select 'All jobs' value, 'Report all jobs' description from dual union all select 'Closed jobs' value, 'Report only closed jobs' description from dual order by 1 US List of values to select All Jobs, Open Jobs or Closed Jobs. 8E2FF36EDEB879D2E0530100007F1FF2 GL Ledger Y select gl.name value, fifsv.id_flex_structure_name||': '||decode(gl.ledger_category_code,'NONE',xxen_util.meaning(gl.object_type_code,'LEDGERS',101),xxen_util.meaning(gl.ledger_category_code,'GL_ASF_LEDGER_CATEGORY',101))||': '||gl.description description from gl_ledgers gl, fnd_id_flex_structures_vl fifsv where (:$flex$.ledger_category is null or gl.ledger_category_code=xxen_util.lookup_code(:$flex$.ledger_category,'GL_ASF_LEDGER_CATEGORY',101,'Y')) and (:$flex$.chart_of_accounts is null or xxen_util.contains(:$flex$.chart_of_accounts,fifsv.id_flex_structure_name)='Y') and gl.ledger_id in (select nvl(glsnav.ledger_id,gasna.ledger_id) from gl_access_set_norm_assign gasna, gl_ledger_set_norm_assign_v glsnav where gasna.access_set_id=fnd_profile.value('GL_ACCESS_SET_ID') and gasna.ledger_id=glsnav.ledger_set_id(+)) and gl.chart_of_accounts_id=fifsv.id_flex_num and fifsv.id_flex_code='GL#' and fifsv.application_id=101 order by fifsv.id_flex_structure_name, decode(gl.ledger_category_code,'PRIMARY',1,'SECONDARY',2,'ALC',3,'NONE',4), gl.name AR دفاتر الأستاذ المقيدة بمجموعة الوصول ، المحددة بواسطة قيمة الملف الشخصي "مجموعة الوصول إلى بيانات GL" لمسؤولية تسجيل الدخول الحالية D Ledger, die durch das Zugriffsset eingeschränkt sind, definiert durch den Profilwert 'GL Data Access Set' der aktuellen Anmeldeverantwortung E Libros restringidos por el conjunto de acceso, definido por el valor del perfil "Conjunto de acceso a datos GL" de la responsabilidad de inicio de sesión actual F Grands livres limités par un ensemble d'accès, défini par la valeur du profil "GL Data Access Set" de la responsabilité de connexion actuelle I Libri mastri limitati dal set di accesso, definito dal valore del profilo 'GL Data Access Set' della responsabilità di login corrente JA 現在のログイン責任者のプロファイル値'GL Data Access Set'によって定義されたアクセスセットによって制限された元帳 KO 현재 로그인 권한의 프로파일 값 'GL 데이터 액세스 세트'로 정의 된 액세스 세트로 제한되는 원장 PTB Ledgers restritos pelo conjunto de acesso, definido pelo valor do perfil 'GL Data Access Set' da atual responsabilidade de login RU Леджеры, ограниченные набором доступа, определяемые значением профиля "GL Data Access Set" текущей ответственности за вход в систему S Ledgers begränsade av åtkomstuppsättning, definierade av profilvärde 'GL Data Access Set' för det aktuella inloggningsansvaret TR Mevcut oturum açma sorumluluğunun profil değeri 'GL Veri Erişim Kümesi' ile tanımlanan erişim kümesiyle kısıtlanmış defterler US Ledgers restricted by access set, defined by profile value 'GL Data Access Set' of the current login responsibility ZHS 由访问集限制的分类账，由当前登录责任的配置文件值 "GL数据访问集 "定义。 8E2FF36EDEB979D2E0530100007F1FF2 HR Operating Unit Y select hou.name value, null description from hr_operating_units hou where sysdate between hou.date_from and nvl(hou.date_to,sysdate) and (:$flex$.ledger is null or hou.set_of_books_id in (select gl.ledger_id from gl_ledgers gl where xxen_util.contains(:$flex$.ledger,gl.name)='Y')) and hou.organization_id in (select mgoat.organization_id from mo_glob_org_access_tmp mgoat union select fnd_global.org_id from dual where fnd_release.major_version=11) order by hou.name Fixed where clause duplication AR وحدة التشغيل مقيدة بالتحكم في الوصول متعدد المنظمات (MOAC) D Bedieneinheit eingeschränkt durch Multi Org Access Control (MOAC) E Unidad operativa restringida por el control de acceso multiorgánico (MOAC) F Unité opérationnelle restreinte par un contrôle d'accès multi-organismes (MOAC) I Unità operativa limitata dal controllo di accesso multiorgano (MOAC) JA 多機関アクセス制御(MOAC)で制限された操作ユニット KO 다중 조직 액세스 제어 (MOAC)에 의해 제한되는 운영 단위 PTB Unidade operacional restrita por controle de acesso multi org (MOAC) RU Операционное устройство, ограниченное мультиорганизованным контролем доступа (MOAC) S Styrenhet begränsad av multi-org access control (MOAC) TR Çoklu kuruluş erişim kontrolü (MOAC) tarafından kısıtlanan işletim birimi US Operating unit restricted by multi org access control (MOAC) ZHS 受多机构访问控制（MOAC）限制的操作单元。 8E2FF36EDECA79D2E0530100007F1FF2 INV Category Set Y select distinct mcsv.category_set_name value, mcsv.description from mtl_category_sets_vl mcsv where :$flex$.organization_code is null or mcsv.category_set_id in (select mic.category_set_id from mtl_parameters mp, mtl_item_categories mic where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y' and mp.organization_id=mic.organization_id) order by mcsv.category_set_name US 8E2FF36EDEF379D2E0530100007F1FF2 INV Item (master) Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id=( select max(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) order by msiv.concatenated_segments US Any item from item master org, including non costing enabled 91D022B15B12FFB9E053BB6B63587F0B INV Item (master, costing enabled only) Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id=( select max(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) and msiv.costing_enabled_flag='Y' order by msiv.concatenated_segments US All costing enabled items from item master org B42C590EA41DC91BE0530100007F4403 INV OSP Item Number (any OSP item from item master org) Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id= ( select min(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) and msiv.outside_operation_flag='Y' order by msiv.concatenated_segments AR أي عنصر معالجة خارجي من مؤسسة Item Master Org ، بما في ذلك تم تمكين احتساب التكاليف هو لا D Jede Fremdbearbeitungsposition aus Item Master Org, einschließlich Costing Enabled ist No E Cualquier elemento de procesamiento externo de Item Master Org, incluido el cálculo de costos habilitado es No F Tout élément de traitement externe provenant de l'Item Master Org, y compris le calcul des coûts activé, est non I Qualsiasi voce di elaborazione esterna da Item Master Org, incluso Costing Enabled è No JA 項目マスタ組織からの外部処理項目で、原価計算を有効にしているものはありません。 KO 원가 계산 사용을 포함하여 품목 마스터 조직의 외주 가공 품목은 아니오입니다. PTB Qualquer item de processamento externo da Item Master Org, incluindo o custo habilitado é Não RU Любой внешний элемент обработки из пункта Мастер Орг, включая включенную калькуляцию стоимости, нет. S Alla externa bearbetningsartiklar från artikel Master Org, inklusive kostnadsberäkning aktiverad, är nr TR Maliyet Oluşturma Etkin dahil olmak üzere Öğe Ana Org'dan herhangi bir dış işleme öğesi Hayır'dır US Any outside processing item from Item Master Org, including Costing Enabled is No ZHS 任何来自项目主机关的外部处理项目，包括成本计算启用，都是No。 8E2FF36EDF2279D2E0530100007F1FF2 INV Period Y select distinct oap.period_name value, max(oap.period_year||'-'||oap.period_num||', '||xxen_util.meaning(nvl2(oap.period_close_date,decode(oap.open_flag,'P',2,'N',decode(oap.summarized_flag,'N',65,66),4),3),'MTL_ACCT_PERIOD_STATUS',700)||' ('||oap.period_start_date||' - '||oap.schedule_close_date||')') over (partition by oap.period_name) description, max(oap.period_start_date) over (partition by oap.period_name) period_start_date, max(oap.effective_period_num) over (partition by oap.period_name) effective_period_num from gl_ledgers gl, org_organization_definitions ood, mtl_parameters mp, (select oap.period_year*10000+oap.period_num effective_period_num, oap.* from org_acct_periods oap) oap where oap.period_start_date<=sysdate and (:$flex$.ledger is null or xxen_util.contains(:$flex$.ledger,gl.name)='Y') and (:$flex$.organization_code is null or xxen_util.contains(:$flex$.organization_code,ood.organization_code)='Y') and ood.organization_id=mp.organization_id and mp.organization_id<>mp.master_organization_id and gl.period_set_name=oap.period_set_name and gl.ledger_id=ood.set_of_books_id and ood.organization_id=oap.organization_id order by period_start_date desc, effective_period_num desc, oap.period_name AR فترات دفتر الأستاذ العام السابقة للمخزون (تعتمد على دفتر الأستاذ و / أو معلمة رمز المؤسسة) للمؤسسات غير الرئيسية D Vergangene Bestands-GL-Perioden (abhängig von Ledger- und/oder Organisationscode-Parameter) für Nicht-Master-Organisationen E Períodos GL de inventario pasados (dependientes de los parámetros del libro mayor y/o del código de organización) para organizaciones no maestras F Périodes passées de GL d'inventaire (dépendant du grand livre et/ou du code d'organisation) pour les organisations non maîtresses I Periodi GL di inventario passati (dipendente dal parametro del ledger e/o del codice dell'organizzazione) per organizzazioni non master JA 非マスター組織の過去のインベントリGL期間（元帳および/または組織コードパラメータに依存する）。 KO 비 마스터 조직에 대한 과거 재고 GL 기간 (원장 및 / 또는 조직 코드 매개 변수에 따라 다름) PTB Períodos GL de inventário anteriores (ledger e/ou código de organização dependente do parâmetro) para organizações não-mestras RU Прошлые инвентаризационные GL-периоды (зависящие от бухгалтерской книги и/или параметра организационного кода) для неосновных организаций S Tidigare lager GL-perioder (storbok och / eller organisationskodparameter beroende) för icke-huvudorganisationer TR Ana olmayan kuruluşlar için geçmiş envanter GL dönemleri (genel muhasebe ve / veya kuruluş kodu parametresine bağlı) US Past inventory GL periods (ledger and/or organization code parameter dependent) for non master organizations ZHS 非主组织的过去库存GL期(分类账和/或组织代码参数而定) E7CCB27F39561272E0530100007F62B4 WIP Class Code (org dependent) Y select distinct wac.class_code value, wac.description from mtl_parameters mp, wip_accounting_classes wac where (:$flex$.organization_code is null or xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y') and mp.organization_id=wac.organization_id order by wac.class_code US 8E2FF36EDEC379D2E0530100007F1FF2 WIP Job Y Y select we.wip_entity_name value, xxen_util.meaning(we.entity_type,'WIP_ENTITY',700)||' ('||ood.organization_code||')'||nvl2(we.description,': '||we.description,null) description from wip_entities we, org_organization_definitions ood where (:$flex$.ledger is null or ood.set_of_books_id in (select gl.ledger_id from gl_ledgers gl where xxen_util.contains(:$flex$.ledger,gl.name)='Y')) and ( :$flex$.organization_code is null and ood.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) or xxen_util.contains(:$flex$.organization_code,ood.organization_code)='Y' ) and we.organization_id=ood.organization_id and nvl(ood.disable_date,sysdate)>=sysdate and we.entity_type in (1,3,5,8) --(Discrete job, Closed discrete job, Lot based job, Closed lot based job) order by we.creation_date desc US 8E2FF36EDE9579D2E0530100007F1FF2 WIP Job Status Y select ml.meaning value, ml.description from mfg_lookups ml where ml.lookup_type='WIP_JOB_STATUS' order by ml.meaning US 2F813993F5BE43D4E0630100007F7828Y with wdj0 as (select wdj.wip_entity_id, wdj.organization_id, wdj.class_code, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, -- Revision for version 1.24 trunc(wdj.date_closed) date_closed, wdj.last_update_date, wdj.primary_item_id, msiv.concatenated_segments assembly_number, msiv.description assy_description, msiv.item_type assy_item_type, msiv.inventory_item_status_code assy_item_status_code, msiv.primary_uom_code assy_uom_code, msiv.planning_make_buy_code, msiv.std_lot_size, wdj.lot_number, wdj.status_type, wdj.start_quantity, wdj.net_quantity, wdj.project_id, wdj.material_account, wdj.resource_account, wdj.outside_processing_account, wdj.overhead_account, wdj.quantity_completed, wdj.quantity_scrapped, -- Revision for version 1.37 wp.mandatory_scrap_flag, oap.period_start_date, oap.schedule_close_date, oap.period_name, (case when wdj.date_closed >= oap.period_start_date then 'Variance' -- the job is open when wdj.date_closed is null and wdj.creation_date < oap.schedule_close_date + 1 then 'Valuation' -- the job is closed and ...the job was closed after the accounting period when wdj.date_closed is not null and wdj.date_closed >= oap.schedule_close_date + 1 then 'Valuation' end ) Report_Type, oap.acct_period_id, mp.primary_cost_method, mp.organization_code, wac.class_type from wip_discrete_jobs wdj, org_acct_periods oap, mtl_parameters mp, -- Revision for version 1.37 wip_parameters wp, wip_accounting_classes wac, mtl_system_items_vl msiv where wdj.class_code = wac.class_code and wdj.organization_id = wac.organization_id and wac.class_type in (1,3,5) -- Revision for version 1.37 and wp.organization_id = wac.organization_id and oap.organization_id = wdj.organization_id and mp.organization_id = wdj.organization_id and msiv.organization_id = wdj.organization_id and msiv.inventory_item_id = wdj.primary_item_id -- find jobs that were open or closed during or after the report period -- the job is open or opened before the period close date and (wdj.date_closed is null -- the job is open and wdj.creation_date < oap.schedule_close_date + 1 and :p_report_option in ('Open jobs', 'All jobs') -- p_report_option or -- the job is closed and ...the job was closed after the accounting period wdj.date_closed is not null and wdj.date_closed >= oap.schedule_close_date + 1 and :p_report_option in ('Open jobs', 'All jobs') -- p_report_option or -- find jobs that were closed during the report period wdj.date_closed >= oap.period_start_date and wdj.date_closed < oap.schedule_close_date + 1 and :p_report_option in ('Closed jobs', 'All jobs') -- p_report_option ) and 2=2 -- p_org_code and 3=3 -- p_assembly_number and 4=4 -- p_period_name, p_wip_job, wip_status, p_wip_class_code ), wdj as (select wdjsum.wip_entity_id, wdjsum.organization_id, wdjsum.class_code, wdjsum.creation_date, wdjsum.scheduled_start_date, wdjsum.date_released, wdjsum.date_closed, wdjsum.date_completed, wdjsum.last_update_date, wdjsum.primary_item_id, wdjsum.assembly_number, wdjsum.assy_description, wdjsum.assy_item_type, wdjsum.assy_item_status_code, wdjsum.assy_uom_code, wdjsum.planning_make_buy_code, wdjsum.std_lot_size, wdjsum.lot_number, wdjsum.status_type, wdjsum.start_quantity, wdjsum.net_quantity, wdjsum.project_id, wdjsum.material_account, wdjsum.resource_account, wdjsum.outside_processing_account, wdjsum.overhead_account, wdjsum.period_start_date, wdjsum.schedule_close_date, -- Period Close Date wdjsum.period_name, wdjsum.report_type, wdjsum.acct_period_id, wdjsum.primary_cost_method, wdjsum.organization_code, wdjsum.class_type, sum(wdjsum.quantity_completed) quantity_completed, sum(wdjsum.quantity_scrapped) quantity_scrapped, -- Revision for version 1.37 wdjsum.mandatory_scrap_flag from (select wdj0.* from wdj0 union all select wdj0.wip_entity_id, wdj0.organization_id, wdj0.class_code, wdj0.creation_date, wdj0.scheduled_start_date, wdj0.date_released, wdj0.date_completed, wdj0.date_closed, wdj0.last_update_date, wdj0.primary_item_id, wdj0.assembly_number, wdj0.assy_description, wdj0.assy_item_type, wdj0.assy_item_status_code, wdj0.assy_uom_code, wdj0.planning_make_buy_code, wdj0.std_lot_size, wdj0.lot_number, wdj0.status_type, wdj0.start_quantity, wdj0.net_quantity, wdj0.project_id, wdj0.material_account, wdj0.resource_account, wdj0.outside_processing_account, wdj0.overhead_account, decode(mmt.transaction_type_id, 90, 0, -- scrap assemblies from wip 91, 0, -- return assemblies scrapped from wip 44, -1 * mmt.primary_quantity, -- wip completion 17, mmt.primary_quantity -- wip completion return ) quantity_completed, decode(mmt.transaction_type_id, -- Revision for version 1.36 -- 90, mmt.primary_quantity, -- scrap assemblies from wip -- 91, -1 * mmt.primary_quantity, -- return assemblies scrapped from wip 90, -1 * mmt.primary_quantity, -- scrap assemblies from wip 91, mmt.primary_quantity, -- return assemblies scrapped from wip -- End revision for version 1.36 44, 0, -- wip completion 17, 0 -- wip completion return ) quantity_scrapped, -- Revision for version 1.37 wdj0.mandatory_scrap_flag, wdj0.period_start_date, wdj0.schedule_close_date, wdj0.period_name, wdj0.report_type, wdj0.acct_period_id, wdj0.primary_cost_method, wdj0.organization_code, wdj0.class_type from wdj0, mtl_material_transactions mmt where mmt.transaction_source_type_id = 5 -- Revision for version 1.24 and mmt.transaction_type_id in (17, 44, 90, 91) and mmt.transaction_source_id = wdj0.wip_entity_id and mmt.transaction_date >= wdj0.schedule_close_date + 1 and wdj0.organization_id = mmt.organization_id ) wdjsum group by wdjsum.wip_entity_id, wdjsum.organization_id, wdjsum.class_code, wdjsum.creation_date, wdjsum.scheduled_start_date, wdjsum.date_released, wdjsum.date_completed, wdjsum.date_closed, wdjsum.last_update_date, wdjsum.primary_item_id, wdjsum.assembly_number, wdjsum.assy_description, wdjsum.assy_item_type, wdjsum.assy_item_status_code, wdjsum.assy_uom_code, wdjsum.planning_make_buy_code, wdjsum.std_lot_size, wdjsum.lot_number, wdjsum.status_type, wdjsum.start_quantity, wdjsum.net_quantity, wdjsum.project_id, wdjsum.material_account, wdjsum.resource_account, wdjsum.outside_processing_account, wdjsum.overhead_account, wdjsum.period_start_date, wdjsum.schedule_close_date, wdjsum.period_name, wdjsum.report_type, wdjsum.acct_period_id, wdjsum.primary_cost_method, wdjsum.organization_code, wdjsum.class_type, -- Revision for version 1.37 wdjsum.mandatory_scrap_flag ), -- wdj -- Revision for version 1.34, commented this out /* wdj_assys as (select distinct wdj.primary_item_id, wdj.organization_id, wdj.primary_cost_method, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, -- Revision for version 1.20 wdj.schedule_close_date, -- Period Close Date -- Revision for version 1.34 wdj.acct_period_id, wdj.date_closed -- End revision for version 1.34 from wdj), */ -- End revision for version 1.34 -- Get the WIP components wdj_comp as (select wrosum.level_num, -- Revision for version 1.22 wrosum.report_type, wrosum.period_name, wrosum.organization_code, wrosum.organization_id, wrosum.primary_cost_method, wrosum.account, wrosum.class_code, wrosum.class_type, wrosum.wip_entity_id, wrosum.project_id, wrosum.status_type, wrosum.primary_item_id, wrosum.assembly_number, wrosum.assy_description, wrosum.assy_item_type, wrosum.assy_item_status_code, wrosum.assy_uom_code, wrosum.planning_make_buy_code, wrosum.std_lot_size, wrosum.lot_number, wrosum.creation_date, wrosum.scheduled_start_date, wrosum.date_released, wrosum.date_completed, wrosum.date_closed, wrosum.schedule_close_date, wrosum.last_update_date, wrosum.start_quantity, wrosum.quantity_completed, wrosum.quantity_scrapped, wrosum.quantity_completed + wrosum.quantity_scrapped fg_total_qty, -- Revision for version 1.37 wrosum.mandatory_scrap_flag, -- wrosum.wip_entity_id, -- wrosum.organization_id, -- End revision for version 1.22 wrosum.inventory_item_id, wrosum.operation_seq_num, wrosum.component_sequence_id, -- Revision for version 1.27 wrosum.item_num, wrosum.quantity_per_assembly, sum(wrosum.required_quantity) required_quantity, wrosum.component_yield_factor, sum(wrosum.quantity_issued) quantity_issued, wrosum.basis_type basis_type, wrosum.wip_supply_type, -- Revision for version 1.22 msiv_comp.concatenated_segments component_number, msiv_comp.description component_description, msiv_comp.item_type component_item_type, msiv_comp.planning_make_buy_code comp_planning_make_buy_code, msiv_comp.inventory_item_status_code component_item_status_code, msiv_comp.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.6 and 1.21 -- sum(wrosum.phantom_parent) phantom_parent, -- Revision for version 1.2 wrosum.comments -- Revision for version 1.6 and 1.14 -- Get the WIP material requirements -- Revision for version 1.22 -- from (select 1 level_num, from mtl_system_items_vl msiv_comp, (select 1 level_num, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, -- Revision for version 1.37 wdj.mandatory_scrap_flag, -- wdj.primary_item_id level_1_parent_assy_id, -- End revision for version 1.22 0 level_2_parent_assy_id, 0 level_3_parent_assy_id, 0 level_4_parent_assy_id, 0 level_1_comp_is_phantom, 0 level_2_comp_is_phantom, 0 level_3_comp_is_phantom, 0 level_4_comp_is_phantom, -- Revision for version 1.6 and 1.22 -- wro.wip_entity_id, -- wro.organization_id, -- End revision for version 1.22 wro.inventory_item_id, wro.operation_seq_num, wro.component_sequence_id, -- Revision for version 1.27 -- based on the standard BOM, get the BOM component item_num nvl((select min(comp.item_num) from bom_components_b comp where wro.inventory_item_id = comp.component_item_id and wro.wip_entity_id = wdj.wip_entity_id and wro.component_sequence_id = comp.component_sequence_id and wro.organization_id = wdj.organization_id -- Revision for version 1.33 and rownum = 1 ), '') item_num, -- End revision for version 1.27 wro.quantity_per_assembly, wro.required_quantity, wro.component_yield_factor, wro.quantity_issued, wro.basis_type, wro.wip_supply_type, -- Revision for version 1.6 and 1.21 -- 0 phantom_parent, -- 0 is no -- Revision for version 1.2 regexp_replace(wro.comments,'[^[:alnum:]'' '']', null) comments from wip_requirement_operations wro, wdj where wdj.wip_entity_id = wro.wip_entity_id and wdj.organization_id = wro.organization_id -- Revision for version 1.14 -- Do not select phantom WIP supply types, not issued to WIP and wro.wip_supply_type <> 6 -- Phantom union all -- Subtract away the transactions which happened after the reported period -- Revision for version 1.6 select 1 level_num, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, -- Revision for version 1.37 wdj.mandatory_scrap_flag, -- wdj.primary_item_id level_1_parent_assy_id, -- End revision for version 1.22 0 level_2_parent_assy_id, 0 level_3_parent_assy_id, 0 level_4_parent_assy_id, 0 level_1_comp_is_phantom, 0 level_2_comp_is_phantom, 0 level_3_comp_is_phantom, 0 level_4_comp_is_phantom, -- Revision for version 1.6 -- Revision for version 1.22 -- mmt.transaction_source_id, -- wro.organization_id, -- End revision for version 1.22 mmt.inventory_item_id, mmt.operation_seq_num, wro.component_sequence_id, -- Revision for version 1.27 -- Based on the standard BOM, get the BOM component item_num nvl((select min(comp.item_num) from bom_components_b comp where wro.inventory_item_id = comp.component_item_id and wro.wip_entity_id = wdj.wip_entity_id and wro.component_sequence_id = comp.component_sequence_id and wro.organization_id = wdj.organization_id -- Revision for version 1.33 and rownum = 1 ), '') item_num, -- End revision for version 1.27 wro.quantity_per_assembly, wro.required_quantity, wro.component_yield_factor, decode(mmt.transaction_type_id, 35, mmt.primary_quantity, -- wip component issue 43, -1 * mmt.primary_quantity -- wip component return ) quantity_issued, wro.basis_type, wro.wip_supply_type, -- Revision for version 1.6 and 1.21 -- 0 phantom_parent, -- 0 is no -- Revision for version 1.2 regexp_replace(wro.comments,'[^[:alnum:]'' '']', null) comments from mtl_material_transactions mmt, wdj, -- Revision for version 1.10 -- oap.org_acct_periods oap, wip_requirement_operations wro -- Revision for version 1.23 where mmt.transaction_source_type_id = 5 -- WIP and mmt.transaction_source_id = wro.wip_entity_id and mmt.organization_id = wro.organization_id and mmt.operation_seq_num = wro.operation_seq_num and mmt.inventory_item_id = wro.inventory_item_id and wro.wip_entity_id = wdj.wip_entity_id and wro.organization_id = wdj.organization_id -- and wdj.acct_period_id = mmt.acct_period_id -- and wdj.organization_id = mmt.organization_id -- Revision for version 1.10 -- and oap.acct_period_id = mmt.acct_period_id -- and wdj.organization_id = oap.organization_id -- and mmt.transaction_date >= oap.schedule_close_date + 1 and mmt.transaction_date >= wdj.schedule_close_date + 1 -- End revision for version 1.10 -- End revision for version 1.23 union all -- Revision for version 1.6 -- Get components from the WIP BOM where the Supply Type is not "Phantom" (6) but -- the standard BOM or item master has the component as a phantom. By doing so -- you can compare the standard BOM with the WIP BOM and eliminate these -- "phantom components" as a configuration variance. select 2 level_num, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, -- Revision for version 1.37 wdj.mandatory_scrap_flag, -- wdj.primary_item_id level_1_parent_assy_id, -- End revision for version 1.22 wro.inventory_item_id level_2_parent_assy_id, 0 level_3_parent_assy_id, 0 level_4_parent_assy_id, 1 level_1_comp_is_phantom, 0 level_2_comp_is_phantom, 0 level_3_comp_is_phantom, 0 level_4_comp_is_phantom, -- Revision for version 1.22 -- wro.wip_entity_id, -- wro.organization_id, -- End revision for version 1.22 comp.component_item_id inventory_item_id, wro.operation_seq_num, wro.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.8 -- Multiply the comp.component_quantity by the parent phantom sub-assembly quantity, wro.quantity_per_assembly -- a basis of 2 indicates the component is issued per lot not per assembly and the component yield factor is ignored decode(nvl(comp.basis_type, 1), 1, nvl(comp.component_quantity,0) * wro.quantity_per_assembly * 1/nvl(comp.component_yield_factor,1), -- Item basis 2, nvl(comp.component_quantity,1) * wro.quantity_per_assembly, -- Lot nvl(comp.component_quantity,0) * wro.quantity_per_assembly * 1/nvl(comp.component_yield_factor,1) -- Any other basis ) quantity_per_assembly, round(case when wdj.status_type in (4,5,7,12,14,15) then decode(nvl(comp.basis_type, 1), -- use the completions plus scrap quantities unless for lot-based jobs 2, nvl(comp.component_quantity,0) * wro.quantity_per_assembly, -- Lot nvl(comp.component_quantity,0) * wro.quantity_per_assembly * 1/nvl(comp.component_yield_factor,1) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) -- else use the start quantity times the usage rate or amount else -- Revision for version 1.5 decode('&p_use_completion_qtys', 'Y', decode(nvl(comp.basis_type, 1), -- use the completions plus scrap quantities unless for lot-based jobs 2, nvl(comp.component_quantity,0) * wro.quantity_per_assembly, -- Lot nvl(comp.component_quantity,0) * wro.quantity_per_assembly * 1/nvl(comp.component_yield_factor,1) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), -- else use the start quantity times the usage rate or amount 'N', decode(nvl(comp.basis_type, 1), 2, nvl(comp.component_quantity,0) * wro.quantity_per_assembly, -- Lot nvl(comp.component_quantity,0) * wro.quantity_per_assembly * wdj.start_quantity * 1/nvl(comp.component_yield_factor,1) -- Any other basis ) ) end ,6) required_quantity, -- End revision for version 1.8, multiply the comp.component_quantity by wro.quantity_per_assembly comp.component_yield_factor, -- Issued Quantity = Quantity Per Assembly X Quantity Issued for the Parent Phantom -- a basis of 2 indicates the component is issued per lot not per assembly and the component yield factor is ignored round(decode(nvl(comp.basis_type, 1), 1, nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1), -- Item basis 2, nvl(comp.component_quantity,1), -- Lot nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1) -- Any other basis ) * wro.quantity_issued ,6) quantity_issued, nvl(comp.basis_type,1) basis_type, -- Revision for version 1.17 -- nvl(comp.wip_supply_type, wro.wip_supply_type) wip_supply_type, coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, wro.wip_supply_type) wip_supply_type, -- Revision for version 1.6 and 1.21 -- 1 phantom_parent, -- 1 is yes -- Revision for version 1.2 regexp_replace(wro.comments,'[^[:alnum:]'' '']', null) comments from wip_requirement_operations wro, -- Level 1 components mtl_system_items_vl msiv_comp, -- Level 1 components bom_structures_b bom, -- Get the assemblies based on WIP, at level 1 bom_components_b comp, -- Level 2 components wdj -- List of WIP Jobs -- ====================================================== -- Get WIP components which are phantoms (level 1) -- ====================================================== where wdj.wip_entity_id = wro.wip_entity_id and wdj.organization_id = wro.organization_id -- The WIP supply type is not "phantom" but the component bom is phantom. and wro.wip_supply_type <> 6 -- Phantom -- Revision for version 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) = 6 and msiv_comp.inventory_item_id = wro.inventory_item_id and msiv_comp.organization_id = wro.organization_id -- ====================================================== -- Get BOM components which report to phantoms (level 2) -- ====================================================== and bom.organization_id = wdj.organization_id and bom.assembly_item_id = wro.inventory_item_id and bom.bill_sequence_id = comp.bill_sequence_id -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- End revision for version 1.6 ) wrosum where msiv_comp.organization_id = wrosum.organization_id and msiv_comp.inventory_item_id = wrosum.inventory_item_id group by -- Revision for version 1.6 wrosum.level_num, -- Revision for version 1.22 wrosum.report_type, wrosum.period_name, wrosum.organization_code, wrosum.organization_id, wrosum.primary_cost_method, wrosum.account, wrosum.class_code, wrosum.class_type, wrosum.wip_entity_id, wrosum.project_id, wrosum.status_type, wrosum.primary_item_id, wrosum.assembly_number, wrosum.assy_description, wrosum.assy_item_type, wrosum.assy_item_status_code, wrosum.assy_uom_code, wrosum.planning_make_buy_code, wrosum.std_lot_size, wrosum.lot_number, wrosum.creation_date, wrosum.scheduled_start_date, wrosum.date_released, wrosum.date_completed, wrosum.date_closed, wrosum.schedule_close_date, wrosum.last_update_date, wrosum.start_quantity, wrosum.quantity_completed, wrosum.quantity_scrapped, wrosum.quantity_completed + wrosum.quantity_scrapped, -- wrosum.fg_total_qty -- Revision for version 1.37 wrosum.mandatory_scrap_flag, -- wrosum.wip_entity_id, -- wrosum.organization_id, -- End revision for version 1.22 wrosum.inventory_item_id, wrosum.operation_seq_num, wrosum.component_sequence_id, -- Revision for version 1.27 wrosum.item_num, wrosum.quantity_per_assembly, wrosum.component_yield_factor, wrosum.basis_type, wrosum.wip_supply_type, -- Revision for version 1.22 msiv_comp.concatenated_segments, -- component_number msiv_comp.description, -- component_description msiv_comp.item_type, -- component_item_type msiv_comp.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp.inventory_item_status_code, -- component_item_status_code msiv_comp.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.2 wrosum.comments ), -- wdj_comp -- Revision for version 1.34 -- Get the standard BOM components -- Include phantom components, for phantom routings std_bom_comp as (select comp2.bill_sequence_id, -- Revision for version 1.22 comp2.report_type, comp2.period_name, comp2.organization_code, comp2.organization_id, comp2.primary_cost_method, comp2.account, comp2.class_code, comp2.class_type, comp2.wip_entity_id, comp2.project_id, comp2.status_type, comp2.primary_item_id, comp2.assembly_number, comp2.assy_description, comp2.assy_item_type, comp2.assy_item_status_code, comp2.assy_uom_code, comp2.planning_make_buy_code, comp2.std_lot_size, comp2.lot_number, comp2.creation_date, comp2.scheduled_start_date, comp2.date_released, comp2.date_completed, comp2.date_closed, comp2.schedule_close_date, comp2.last_update_date, comp2.start_quantity, comp2.quantity_completed, comp2.quantity_scrapped, comp2.fg_total_qty, -- End revision for version 1.22 comp2.level_num, -- Revision for version 1.36, uncomment and add in columns comp2.level_1_parent_assy_id, comp2.level_2_parent_assy_id, comp2.level_3_parent_assy_id, comp2.level_4_parent_assy_id, comp2.level_1_comp_is_phantom, -- 0 is no comp2.level_2_comp_is_phantom, -- 0 is no comp2.level_3_comp_is_phantom, -- 0 is no comp2.level_4_comp_is_phantom, -- 0 is no comp2.level_1_component, comp2.level_2_component, comp2.level_3_component, comp2.level_4_component, -- End revision for version 1.36 comp2.operation_seq_num, -- Revision for version 1.14 comp2.component_sequence_id, -- Revision for version 1.27 comp2.item_num, comp2.component_item_id, comp2.component_quantity, comp2.effectivity_date, -- Revision for version 1.22 -- comp2.last_update_date, comp2.disable_date, comp2.planning_factor, comp2.component_yield_factor, comp2.include_in_cost_rollup, comp2.basis_type, comp2.wip_supply_type, -- Revision for version 1.22 comp2.component_number, comp2.component_description, comp2.item_type component_item_type, comp2.comp_planning_make_buy_code, comp2.component_item_status_code, comp2.component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- comp2.phantom_parent, comp2.supply_subinventory, comp2.supply_locator_id from -- First BOM Explosion -- ================================================= -- Get the primary (non-alternate) bills of material -- ================================================= -- Get the components (level 1) from the BOM -- Revision for version 1.10, add hint (select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 1 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, -999 level_2_parent_assy_id, -999 level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 0 level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_2_comp_is_phantom, -- 0 is no 0 level_3_comp_is_phantom, -- 0 is no 0 level_4_comp_is_phantom, -- 0 is no msiv_comp.concatenated_segments level_1_component, null level_2_component, null level_3_component, null level_4_component, comp.operation_seq_num, -- Revision for version 1.14 comp.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp.component_item_id, comp.component_quantity, max(comp.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp.last_update_date, comp.disable_date, comp.planning_factor, comp.component_yield_factor, comp.include_in_cost_rollup, comp.basis_type, -- Revision for version 1.17 -- comp.wip_supply_type, coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp.concatenated_segments component_number, msiv_comp.description component_description, nvl(msiv_comp.item_type,'X') item_type, msiv_comp.planning_make_buy_code comp_planning_make_buy_code, msiv_comp.inventory_item_status_code component_item_status_code, msiv_comp.primary_uom_code component_uom_code, -- End revision for version 1.22 comp.supply_subinventory, comp.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 0 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Only select components which are not phantoms -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get assemblies and components based on WIP jobs -- ====================================================== -- Revision for version 1.22, outer join BOMs to wdj where bom.assembly_item_id = wdj.primary_item_id (+) and bom.organization_id = wdj.organization_id (+) and bom.bill_sequence_id = comp.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17, comment this out, version 1.34 -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom.assembly_item_id and bom2.organization_id = bom.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) group by comp.bill_sequence_id, 1, -- level_num -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 1, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id -999, -- level_2_parent_assy_id -999, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 0 level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_2_comp_is_phantom -- 0 is no 0, -- level_3_comp_is_phantom -- 0 is no 0, -- level_4_comp_is_phantom -- 0 is no msiv_comp.concatenated_segments, -- level_1_component null, -- level_2_component null, -- level_3_component null, -- level_4_component -- End revision for version 1.6 comp.operation_seq_num, -- Revision for version 1.14 comp.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.21 -- wdj.organization_id, comp.component_item_id, comp.component_quantity, -- Revision for version 1.22 -- comp.last_update_date, comp.disable_date, comp.planning_factor, comp.component_yield_factor, comp.include_in_cost_rollup, comp.basis_type, -- Revision for version 1.17 -- comp.wip_supply_type, coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp.concatenated_segments, -- component_number msiv_comp.description, -- component_description nvl(msiv_comp.item_type,'X'), -- item_type msiv_comp.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp.inventory_item_status_code, -- component_item_status_code msiv_comp.primary_uom_code, -- component_uom_code comp.supply_subinventory, comp.supply_locator_id union all -- Second BOM Explosion -- Get the components (level 2) from the phantoms from level 1 on the BOM -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 2 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, -999 level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 0 is no -- 0 level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1, 0) level_2_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_3_comp_is_phantom, -- 0 is no 0 level_4_comp_is_phantom, -- 0 is no msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, null level_3_component, null level_4_component, comp_phtm.operation_seq_num, -- Revision for version 1.14 comp_phtm.component_sequence_id, -- Revision for version 1.27 comp_phtm.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm.component_quantity, comp_phtm.component_quantity * comp.component_quantity component_quantity, -- End revision for version 1.8 max(comp_phtm.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm.last_update_date, comp_phtm.disable_date, comp_phtm.planning_factor, comp_phtm.component_yield_factor, comp_phtm.include_in_cost_rollup, comp_phtm.basis_type, -- Revision for version 1.17 -- comp_phtm.wip_supply_type, coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp2.concatenated_segments component_number, msiv_comp2.description component_description, nvl(msiv_comp2.item_type,'X') item_type, msiv_comp2.planning_make_buy_code comp_planning_make_buy_code, msiv_comp2.inventory_item_status_code component_item_status_code, msiv_comp2.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm.supply_subinventory, comp_phtm.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies at level 2 mtl_system_items_vl msiv_comp2, -- Only select components which are not phantoms, at level 2 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and bom.bill_sequence_id = comp.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom.assembly_item_id and bom2.organization_id = bom.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm.assembly_item_id and bom2.organization_id = bom_phtm.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 group by comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 2, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id -999, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1, level_1_comp_is_phantom -- 0 is no -- 0, level_2_comp_is_phantom -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1, 0), -- level_2_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_3_comp_is_phantom -- 0 is no 0, -- level_4_comp_is_phantom -- 0 is no msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component null, -- level_3_component null, -- level_4_component -- End revision for version 1.6 comp_phtm.operation_seq_num, -- Revision for version 1.14 comp_phtm.component_sequence_id, -- Revision for version 1.27 comp_phtm.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm.component_quantity, comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm.last_update_date, comp_phtm.disable_date, comp_phtm.planning_factor, comp_phtm.component_yield_factor, comp_phtm.include_in_cost_rollup, comp_phtm.basis_type, -- Revision for version 1.17 -- comp_phtm.wip_supply_type, coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp2.concatenated_segments, -- component_number msiv_comp2.description, -- component_description nvl(msiv_comp2.item_type,'X'), -- item_type msiv_comp2.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp2.inventory_item_status_code, -- component_item_status_code msiv_comp2.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 -- 1, -- phantom_parent -- End revision for version 1.6 comp_phtm.supply_subinventory, comp_phtm.supply_locator_id union all -- Third BOM Explosion -- Get the components (level 3) from the phantoms which report to phantoms -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 3 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, bom_phtm2.assembly_item_id level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 0 is no -- 1 level_2_comp_is_phantom, -- 0 is no -- 0 level_3_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0) level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0) level_3_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_4_comp_is_phantom, -- 0 is no msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, msiv_comp3.concatenated_segments level_3_component, null level_4_component, -- End revision for version 1.6 comp_phtm2.operation_seq_num, -- Revision for version 1.14 comp_phtm2.component_sequence_id, -- Revision for version 1.27 comp_phtm2.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm2.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm2.component_quantity, comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 max(comp_phtm2.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm2.last_update_date, comp_phtm2.disable_date, comp_phtm2.planning_factor, comp_phtm2.component_yield_factor, comp_phtm2.include_in_cost_rollup, comp_phtm2.basis_type, -- Revision for version 1.17 -- comp_phtm2.wip_supply_type, coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp3.concatenated_segments component_number, msiv_comp3.description component_description, nvl(msiv_comp3.item_type,'X') item_type, msiv_comp3.planning_make_buy_code comp_planning_make_buy_code, msiv_comp3.inventory_item_status_code component_item_status_code, msiv_comp3.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm2.supply_subinventory, comp_phtm2.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 1 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies, at level 2 mtl_system_items_vl msiv_comp2, -- Restrict to components which are phantoms, at level 2 bom_structures_b bom_phtm2, -- Get the boms for the phantom assembles, at level 2 bom_components_b comp_phtm2, -- Get the components on phantom assemblies, at level 3 mtl_system_items_vl msiv_comp3, -- Only select components which are not phantoms, at level 3 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get the assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and comp.bill_sequence_id = bom.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 1) = 6 -- Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm.assembly_item_id and bom2.organization_id = bom_phtm.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components at level 2 -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm.assembly_item_id and bom2.organization_id = bom_phtm.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- ====================================================== -- Get the phantom assemblies and their components at level 3 -- ====================================================== and bom_phtm2.assembly_item_id = comp_phtm.component_item_id and bom_phtm2.organization_id = wdj.organization_id and comp_phtm2.bill_sequence_id = bom_phtm2.bill_sequence_id and msiv_comp3.inventory_item_id = comp_phtm2.component_item_id and msiv_comp3.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp3.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17 and coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm2.effectivity_date <= sysdate -- and nvl(comp_phtm2.disable_date, sysdate+1) > sysdate and comp_phtm2.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm2.disable_date, sysdate+1) > case when comp_phtm2.disable_date is null then sysdate when comp_phtm2.disable_date >= sysdate then sysdate when comp_phtm2.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm2.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm2.assembly_item_id and bom2.organization_id = bom_phtm2.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm2.common_assembly_item_id is null and bom_phtm2.assembly_type = 1 -- Manufacturing and comp_phtm2.component_quantity <> 0 and nvl(comp_phtm2.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm2.implementation_date,sysdate+1), 'Y', nvl(comp_phtm2.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 and comp_phtm2.include_in_cost_rollup = 1 group by comp.bill_sequence_id, wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, -- account wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 3, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id bom_phtm2.assembly_item_id, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1, -- level_1_comp_is_phantom -- 0 is no -- 1, -- level_2_comp_is_phantom -- 0 is no -- 0, -- level_3_comp_is_phantom -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0), -- level_2_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0), -- level_3_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_4_comp_is_phantom -- 0 is no msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component msiv_comp3.concatenated_segments, -- level_3_component null, -- level_4_component -- End revision for version 1.6 comp_phtm2.operation_seq_num, -- Revision for version 1.14 comp_phtm2.component_sequence_id, -- Revision for version 1.27 comp_phtm2.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm2.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm2.component_quantity, comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm2.last_update_date, comp_phtm2.disable_date, comp_phtm2.planning_factor, comp_phtm2.component_yield_factor, comp_phtm2.include_in_cost_rollup, comp_phtm2.basis_type, -- Revision for version 1.17 -- comp_phtm2.wip_supply_type, coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.22 msiv_comp3.concatenated_segments, -- component_number msiv_comp3.description, -- component_description nvl(msiv_comp3.item_type,'X'), -- item_type msiv_comp3.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp3.inventory_item_status_code, -- component_item_status_code msiv_comp3.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm2.supply_subinventory, comp_phtm2.supply_locator_id union all -- Fourth BOM Explosion -- Get the components (level 4) from the phantoms which report to phantoms which report to phantoms -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 4 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, bom_phtm2.assembly_item_id level_3_parent_assy_id, bom_phtm3.assembly_item_id level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 1 level_2_comp_is_phantom, -- 1 level_3_comp_is_phantom, -- 0 level_4_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0) level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0) level_3_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), 6, 1 , 0) level_4_comp_is_phantom, -- 0 is no -- End revision for version 1.36 msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, msiv_comp3.concatenated_segments level_3_component, msiv_comp4.concatenated_segments level_4_component, comp_phtm3.operation_seq_num, -- Revision for version 1.14 comp_phtm3.component_sequence_id, -- Revision for version 1.27 comp_phtm3.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm3.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm3.component_quantity, comp_phtm3.component_quantity * comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 max(comp_phtm3.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm3.last_update_date, comp_phtm3.disable_date, comp_phtm3.planning_factor, comp_phtm3.component_yield_factor, comp_phtm3.include_in_cost_rollup, comp_phtm3.basis_type, -- Revision for version 1.17 -- comp_phtm3.wip_supply_type, coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp4.concatenated_segments component_number, msiv_comp4.description component_description, nvl(msiv_comp4.item_type,'X') item_type, msiv_comp4.planning_make_buy_code comp_planning_make_buy_code, msiv_comp4.inventory_item_status_code component_item_status_code, msiv_comp4.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm3.supply_subinventory, comp_phtm3.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 1 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies, at level 2 mtl_system_items_vl msiv_comp2, -- Restrict to components which are phantoms, at level 2 bom_structures_b bom_phtm2, -- Get the boms for the phantom assembles, at level 2 bom_components_b comp_phtm2, -- Get the components on phantom assemblies, at level 3 mtl_system_items_vl msiv_comp3, -- Restrict to components which are phantoms, at level 3 bom_structures_b bom_phtm3, -- Get the boms for the phantom assembles, at level 3 bom_components_b comp_phtm3, -- Get the components on phantom assemblies, at level 4 mtl_system_items_vl msiv_comp4, -- Only select components which are not phantoms, at level 4 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get the assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and comp.bill_sequence_id = bom.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom.assembly_item_id and bom2.organization_id = bom.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components at level 2 -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end --End revision for version 1.16 --Revision for version 1.27 and 1.30 and bom_phtm.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm.assembly_item_id and bom2.organization_id = bom_phtm.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) --End revision for version 1.27 and 1.30 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) --====================================================== --Get the phantom assemblies and their components at level 3 --====================================================== and bom_phtm2.assembly_item_id = comp_phtm.component_item_id and bom_phtm2.organization_id = wdj.organization_id and comp_phtm2.bill_sequence_id = bom_phtm2.bill_sequence_id and msiv_comp3.inventory_item_id = comp_phtm2.component_item_id and msiv_comp3.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp3.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp_phtm2.effectivity_date <= sysdate -- and nvl(comp_phtm2.disable_date, sysdate+1) > sysdate and comp_phtm2.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm2.disable_date, sysdate+1) > case when comp_phtm2.disable_date is null then sysdate when comp_phtm2.disable_date >= sysdate then sysdate when comp_phtm2.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm2.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm2.assembly_item_id and bom2.organization_id = bom_phtm2.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm2.common_assembly_item_id is null and bom_phtm2.assembly_type = 1 -- Manufacturing and comp_phtm2.component_quantity <> 0 and nvl(comp_phtm2.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm2.implementation_date,sysdate+1), 'Y', nvl(comp_phtm2.implementation_date,sysdate)) --====================================================== --Get the phantom assemblies and their components at level 4 --====================================================== and bom_phtm3.assembly_item_id = comp_phtm2.component_item_id and bom_phtm3.organization_id = wdj.organization_id and comp_phtm3.bill_sequence_id = bom_phtm3.bill_sequence_id and msiv_comp4.inventory_item_id = comp_phtm3.component_item_id and msiv_comp4.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- nvl(msiv_comp4.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17, the fourth level component should not be a phantom and coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm3.effectivity_date <= sysdate -- and nvl(comp_phtm3.disable_date, sysdate+1) > sysdate and comp_phtm3.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm3.disable_date, sysdate+1) > case when comp_phtm3.disable_date is null then sysdate when comp_phtm3.disable_date >= sysdate then sysdate when comp_phtm3.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and 1.30 and bom_phtm3.alternate_bom_designator is null and not exists (select 'x' from bom_structures_b bom2 where bom2.assembly_item_id = bom_phtm3.assembly_item_id and bom2.organization_id = bom_phtm3.organization_id and bom2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null ) -- End revision for version 1.27 and 1.30 and bom_phtm3.common_assembly_item_id is null and bom_phtm3.assembly_type = 1 -- Manufacturing and comp_phtm3.component_quantity <> 0 and nvl(comp_phtm3.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm3.implementation_date,sysdate+1), 'Y', nvl(comp_phtm3.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 and comp_phtm2.include_in_cost_rollup = 1 and comp_phtm3.include_in_cost_rollup = 1 group by comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 4, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id bom_phtm2.assembly_item_id, -- level_3_parent_assy_id bom_phtm3.assembly_item_id, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1, -- level_1_comp_is_phantom -- 1, -- level_2_comp_is_phantom -- 1, -- level_3_comp_is_phantom -- 0, -- level_4_comp_is_phantom decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0), -- level_2_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0), -- level_3_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), 6, 1 , 0), -- level_4_comp_is_phantom -- 0 is no -- End revision for version 1.36 msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component msiv_comp3.concatenated_segments, -- level_3_component msiv_comp4.concatenated_segments, -- level_4_component -- End revision for version 1.6 comp_phtm3.operation_seq_num, -- Revision for version 1.14 comp_phtm3.component_sequence_id, -- Revision for version 1.27 comp_phtm3.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm3.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm3.component_quantity, comp_phtm3.component_quantity * comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm3.last_update_date, comp_phtm3.disable_date, comp_phtm3.planning_factor, comp_phtm3.component_yield_factor, comp_phtm3.include_in_cost_rollup, comp_phtm3.basis_type, -- Revision for version 1.17 -- comp_phtm3.wip_supply_type, coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp4.concatenated_segments, -- component_number msiv_comp4.description, -- component_description nvl(msiv_comp4.item_type,'X'), -- item_type msiv_comp4.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp4.inventory_item_status_code, -- component_item_status_code msiv_comp4.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 -- 1, -- phantom_parent -- End revision for version 1.6 comp_phtm3.supply_subinventory, comp_phtm3.supply_locator_id union all -- ====================================== -- Get the alternate bills of material -- ====================================== -- Get the non-phantom components (level 1) from the BOM -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 1 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, -999 level_2_parent_assy_id, -999 level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 0 level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_2_comp_is_phantom, -- 0 is no 0 level_3_comp_is_phantom, -- 0 is no 0 level_4_comp_is_phantom, -- 0 is no -- End revision for version 1.22 msiv_comp.concatenated_segments level_1_component, null level_2_component, null level_3_component, null level_4_component, comp.operation_seq_num, -- Revision for version 1.14 comp.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp.component_item_id, comp.component_quantity, max(comp.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp.last_update_date, comp.disable_date, comp.planning_factor, comp.component_yield_factor, comp.include_in_cost_rollup, comp.basis_type, -- Revision for version 1.17 -- comp.wip_supply_type, coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp.concatenated_segments component_number, msiv_comp.description component_description, nvl(msiv_comp.item_type,'X') item_type, msiv_comp.planning_make_buy_code comp_planning_make_buy_code, msiv_comp.inventory_item_status_code component_item_status_code, msiv_comp.primary_uom_code component_uom_code, -- End revision for version 1.22 comp.supply_subinventory, comp.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 0 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Only select components which are not phantoms -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get assemblies and components based on WIP jobs -- ====================================================== -- Revision for version 1.22, outer join BOMs to wdj where bom.assembly_item_id = wdj.primary_item_id (+) and bom.organization_id = wdj.organization_id (+) and bom.bill_sequence_id = comp.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 group by comp.bill_sequence_id, 1, -- level_num -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 1, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id -999, -- level_2_parent_assy_id -999, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 0, -- level_1_comp_is_phantom decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_2_comp_is_phantom 0, -- level_3_comp_is_phantom 0, -- level_4_comp_is_phantom msiv_comp.concatenated_segments, -- level_1_component null, -- level_2_component null, -- level_3_component null, -- level_4_component -- End revision for version 1.6 comp.operation_seq_num, -- Revision for version 1.14 comp.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.21 -- wdj.organization_id, comp.component_item_id, comp.component_quantity, -- Revision for version 1.22 -- comp.last_update_date, comp.disable_date, comp.planning_factor, comp.component_yield_factor, comp.include_in_cost_rollup, comp.basis_type, -- Revision for version 1.17 -- comp.wip_supply_type, coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp.concatenated_segments, -- component_number msiv_comp.description, -- component_description nvl(msiv_comp.item_type,'X'), -- item_type msiv_comp.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp.inventory_item_status_code, -- component_item_status_code msiv_comp.primary_uom_code, -- component_uom_code -- End revision for version 1.6 and 1.22 comp.supply_subinventory, comp.supply_locator_id union all -- Second BOM Explosion -- Get the components (level 2) from the phantoms from level 1 on the BOM -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 2 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, -999 level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 0 is no -- 0 level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1, 0) level_2_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_3_comp_is_phantom, -- 0 is no 0 level_4_comp_is_phantom, -- 0 is no msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, null level_3_component, null level_4_component, comp_phtm.operation_seq_num, -- Revision for version 1.14 comp_phtm.component_sequence_id, -- Revision for version 1.27 comp_phtm.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm.component_quantity, comp_phtm.component_quantity * comp.component_quantity component_quantity, -- End revision for version 1.8 max(comp_phtm.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm.last_update_date, comp_phtm.disable_date, comp_phtm.planning_factor, comp_phtm.component_yield_factor, comp_phtm.include_in_cost_rollup, comp_phtm.basis_type, -- Revision for version 1.17 -- comp_phtm.wip_supply_type, coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp2.concatenated_segments component_number, msiv_comp2.description component_description, nvl(msiv_comp2.item_type,'X') item_type, msiv_comp2.planning_make_buy_code comp_planning_make_buy_code, msiv_comp2.inventory_item_status_code component_item_status_code, msiv_comp2.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm.supply_subinventory, comp_phtm.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies at level 2 mtl_system_items_vl msiv_comp2, -- Only select components which are not phantoms, at level 2 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and bom.bill_sequence_id = comp.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom_phtm.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 group by comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 2, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id -999, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1, level_1_comp_is_phantom -- 0 is no -- 0, level_2_comp_is_phantom -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1, 0), -- level_2_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_3_comp_is_phantom 0, -- level_4_comp_is_phantom msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component null, -- level_3_component null, -- level_4_component -- End revision for version 1.6 comp_phtm.operation_seq_num, -- Revision for version 1.14 comp_phtm.component_sequence_id, -- Revision for version 1.27 comp_phtm.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm.component_quantity, comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm.last_update_date, comp_phtm.disable_date, comp_phtm.planning_factor, comp_phtm.component_yield_factor, comp_phtm.include_in_cost_rollup, comp_phtm.basis_type, -- Revision for version 1.17 -- comp_phtm.wip_supply_type, coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp2.concatenated_segments, -- component_number msiv_comp2.description, -- component_description nvl(msiv_comp2.item_type,'X'), -- item_type msiv_comp2.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp2.inventory_item_status_code, -- component_item_status_code msiv_comp2.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 -- 1, -- phantom_parent -- End revision for version 1.6 comp_phtm.supply_subinventory, comp_phtm.supply_locator_id union all -- Third BOM Explosion -- Get the components (level 3) from the phantoms which report to phantoms -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 3 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, bom_phtm2.assembly_item_id level_3_parent_assy_id, -999 level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 0 is no -- 1 level_2_comp_is_phantom, -- 0 is no -- 0 level_3_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0) level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0) level_3_comp_is_phantom, -- 0 is no -- End revision for version 1.36 0 level_4_comp_is_phantom, -- 0 is no msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, msiv_comp3.concatenated_segments level_3_component, null level_4_component, -- End revision for version 1.6 comp_phtm2.operation_seq_num, -- Revision for version 1.14 comp_phtm2.component_sequence_id, -- Revision for version 1.27 comp_phtm2.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm2.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm2.component_quantity, comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 max(comp_phtm2.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm2.last_update_date, comp_phtm2.disable_date, comp_phtm2.planning_factor, comp_phtm2.component_yield_factor, comp_phtm2.include_in_cost_rollup, comp_phtm2.basis_type, -- Revision for version 1.17 -- comp_phtm2.wip_supply_type, coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp3.concatenated_segments component_number, msiv_comp3.description component_description, nvl(msiv_comp3.item_type,'X') item_type, msiv_comp3.planning_make_buy_code comp_planning_make_buy_code, msiv_comp3.inventory_item_status_code component_item_status_code, msiv_comp3.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- 1 phantom_parent, -- 1 is yes comp_phtm2.supply_subinventory, comp_phtm2.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 1 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies, at level 2 mtl_system_items_vl msiv_comp2, -- Restrict to components which are phantoms, at level 2 bom_structures_b bom_phtm2, -- Get the boms for the phantom assembles, at level 2 bom_components_b comp_phtm2, -- Get the components on phantom assemblies, at level 3 mtl_system_items_vl msiv_comp3, -- Only select components which are not phantoms, at level 3 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get the assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and comp.bill_sequence_id = bom.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 1) = 6 -- Phantom -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components at level 2 -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom_phtm.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- ====================================================== -- Get the phantom assemblies and their components at level 3 -- ====================================================== and bom_phtm2.assembly_item_id = comp_phtm.component_item_id and bom_phtm2.organization_id = wdj.organization_id and comp_phtm2.bill_sequence_id = bom_phtm2.bill_sequence_id and msiv_comp3.inventory_item_id = comp_phtm2.component_item_id and msiv_comp3.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp3.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm2.effectivity_date <= sysdate -- and nvl(comp_phtm2.disable_date, sysdate+1) > sysdate and comp_phtm2.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm2.disable_date, sysdate+1) > case when comp_phtm2.disable_date is null then sysdate when comp_phtm2.disable_date >= sysdate then sysdate when comp_phtm2.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom_phtm2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom_phtm2.common_assembly_item_id is null and bom_phtm2.assembly_type = 1 -- Manufacturing and comp_phtm2.component_quantity <> 0 and nvl(comp_phtm2.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm2.implementation_date,sysdate+1), 'Y', nvl(comp_phtm2.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 and comp_phtm2.include_in_cost_rollup = 1 group by comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 3, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id bom_phtm2.assembly_item_id, -- level_3_parent_assy_id -999, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1, -- level_1_comp_is_phantom -- 0 is no -- 1, -- level_2_comp_is_phantom -- 0 is no -- 0, -- level_3_comp_is_phantom -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0), -- level_2_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0), -- level_3_comp_is_phantom -- 0 is no -- End revision for version 1.36 0, -- level_4_from_phantom_assy msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component msiv_comp3.concatenated_segments, -- level_3_component null, -- level_4_component -- Revision for version 1.6 comp_phtm2.operation_seq_num, -- Revision for version 1.14 comp_phtm2.component_sequence_id, -- Revision for version 1.27 comp_phtm2.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm2.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm2.component_quantity, comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm2.last_update_date, comp_phtm2.disable_date, comp_phtm2.planning_factor, comp_phtm2.component_yield_factor, comp_phtm2.include_in_cost_rollup, comp_phtm2.basis_type, -- Revision for version 1.17 -- comp_phtm2.wip_supply_type, coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.6 and 1.22 msiv_comp3.concatenated_segments, -- component_number msiv_comp3.description, -- component_description nvl(msiv_comp3.item_type,'X'), -- item_type msiv_comp3.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp3.inventory_item_status_code, -- component_item_status_code msiv_comp3.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 -- 1, -- phantom_parent -- End revision for version 1.6 comp_phtm2.supply_subinventory, comp_phtm2.supply_locator_id union all -- Fourth BOM Explosion -- Get the components (level 4) from the phantoms which report to phantoms which report to phantoms -- Revision for version 1.10, add hint select /*+ leading(wdj) */ comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, -- End revision for version 1.22 4 level_num, -- Revision for version 1.36, uncomment bom.assembly_item_id level_1_parent_assy_id, bom_phtm.assembly_item_id level_2_parent_assy_id, bom_phtm2.assembly_item_id level_3_parent_assy_id, bom_phtm3.assembly_item_id level_4_parent_assy_id, -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 1 level_2_comp_is_phantom, -- 1 level_3_comp_is_phantom, -- 0 level_4_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0) level_1_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0) level_2_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0) level_3_comp_is_phantom, -- 0 is no decode(coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), 6, 1 , 0) level_4_comp_is_phantom, -- 0 is no -- End revision for version 1.36 msiv_comp.concatenated_segments level_1_component, msiv_comp2.concatenated_segments level_2_component, msiv_comp3.concatenated_segments level_3_component, msiv_comp4.concatenated_segments level_4_component, comp_phtm3.operation_seq_num, -- Revision for version 1.14 comp_phtm3.component_sequence_id, -- Revision for version 1.27 comp_phtm3.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm3.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm3.component_quantity, comp_phtm3.component_quantity * comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 max(comp_phtm3.effectivity_date) effectivity_date, -- Revision for version 1.22 -- comp_phtm3.last_update_date, comp_phtm3.disable_date, comp_phtm3.planning_factor, comp_phtm3.component_yield_factor, comp_phtm3.include_in_cost_rollup, comp_phtm3.basis_type, -- Revision for version 1.17 -- comp_phtm3.wip_supply_type, coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0) wip_supply_type, -- Revision for version 1.22 msiv_comp4.concatenated_segments component_number, msiv_comp4.description component_description, nvl(msiv_comp4.item_type,'X') item_type, msiv_comp4.planning_make_buy_code comp_planning_make_buy_code, msiv_comp4.inventory_item_status_code component_item_status_code, msiv_comp4.primary_uom_code component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 comp_phtm3.supply_subinventory, comp_phtm3.supply_locator_id from bom_structures_b bom, -- Get the assemblies based on WIP, at level 1 bom_components_b comp, -- Get the components on the assemblies, at level 1 mtl_system_items_vl msiv_comp, -- Restrict to components which are phantoms, at level 1 bom_structures_b bom_phtm, -- Get the boms for the phantoms, at level 1 bom_components_b comp_phtm, -- Get the components on phantom assemblies, at level 2 mtl_system_items_vl msiv_comp2, -- Restrict to components which are phantoms, at level 2 bom_structures_b bom_phtm2, -- Get the boms for the phantom assembles, at level 2 bom_components_b comp_phtm2, -- Get the components on phantom assemblies, at level 3 mtl_system_items_vl msiv_comp3, -- Restrict to components which are phantoms, at level 3 bom_structures_b bom_phtm3, -- Get the boms for the phantom assembles, at level 3 bom_components_b comp_phtm3, -- Get the components on phantom assemblies, at level 4 mtl_system_items_vl msiv_comp4, -- Only select components which are not phantoms, at level 4 -- Revision for version 1.16 -- wdj_assys -- Limit to assemblies on WIP jobs wdj -- List of WIP Jobs -- ====================================================== -- Get the assemblies and components based on WIP jobs -- ====================================================== where bom.assembly_item_id = wdj.primary_item_id and bom.organization_id = wdj.organization_id and comp.bill_sequence_id = bom.bill_sequence_id and msiv_comp.inventory_item_id = comp.component_item_id and msiv_comp.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 1) = 6 -- Phantom -- Revision for version 1.22 -- and msiv_parent.inventory_item_id = bom.assembly_item_id -- and msiv_parent.organization_id = wdj.organization_id -- End revision for version 1.22 -- Revision for version 1.16 -- and comp.effectivity_date <= sysdate -- and nvl(comp.disable_date, sysdate+1) > sysdate and comp.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp.disable_date, sysdate+1) > case when comp.disable_date is null then sysdate when comp.disable_date >= sysdate then sysdate when comp.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom.common_assembly_item_id is null and bom.assembly_type = 1 -- Manufacturing and comp.component_quantity <> 0 and nvl(comp.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp.implementation_date,sysdate+1), 'Y', nvl(comp.implementation_date,sysdate)) -- ====================================================== -- Get phantom assemblies and their components at level 2 -- ====================================================== and bom_phtm.assembly_item_id = comp.component_item_id and bom_phtm.organization_id = wdj.organization_id and comp_phtm.bill_sequence_id = bom_phtm.bill_sequence_id and msiv_comp2.inventory_item_id = comp_phtm.component_item_id and msiv_comp2.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- and nvl(msiv_comp2.item_type,'X') = 'PH' -- phantom -- Revision for version 1.17 and version 1.34, comment this out -- and coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0) = 6 -- Phantom -- Revision for version 1.16 -- and comp_phtm.effectivity_date <= sysdate -- and nvl(comp_phtm.disable_date, sysdate+1) > sysdate and comp_phtm.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm.disable_date, sysdate+1) > case when comp_phtm.disable_date is null then sysdate when comp_phtm.disable_date >= sysdate then sysdate when comp_phtm.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom_phtm.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom_phtm.common_assembly_item_id is null and bom_phtm.assembly_type = 1 -- Manufacturing and comp_phtm.component_quantity <> 0 and nvl(comp_phtm.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm.implementation_date,sysdate+1), 'Y', nvl(comp_phtm.implementation_date,sysdate)) -- ====================================================== -- Get the phantom assemblies and their components at level 3 -- ====================================================== and bom_phtm2.assembly_item_id = comp_phtm.component_item_id and bom_phtm2.organization_id = wdj.organization_id and comp_phtm2.bill_sequence_id = bom_phtm2.bill_sequence_id and msiv_comp3.inventory_item_id = comp_phtm2.component_item_id and msiv_comp3.organization_id = wdj.organization_id --Revision for version 1.13 and 1.17 --and nvl(msiv_comp3.item_type,'X') = 'PH' -- phantom --Revision for version 1.17 and coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0) = 6 -- Phantom --Revision for version 1.16 --and comp_phtm2.effectivity_date <= sysdate --and nvl(comp_phtm2.disable_date, sysdate+1) > sysdate and comp_phtm2.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm2.disable_date, sysdate+1) > case when comp_phtm2.disable_date is null then sysdate when comp_phtm2.disable_date >= sysdate then sysdate when comp_phtm2.disable_date < sysdate then wdj.date_closed else sysdate end --End revision for version 1.16 --Revision for version 1.27 and bom_phtm2.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null --End revision for version 1.27 and bom_phtm2.common_assembly_item_id is null and bom_phtm2.assembly_type = 1 -- Manufacturing and comp_phtm2.component_quantity <> 0 and nvl(comp_phtm2.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm2.implementation_date,sysdate+1), 'Y', nvl(comp_phtm2.implementation_date,sysdate)) -- ====================================================== -- Get the phantom assemblies and their components at level 4 -- ====================================================== and bom_phtm3.assembly_item_id = comp_phtm2.component_item_id and bom_phtm3.organization_id = wdj.organization_id and comp_phtm3.bill_sequence_id = bom_phtm3.bill_sequence_id and msiv_comp4.inventory_item_id = comp_phtm3.component_item_id and msiv_comp4.organization_id = wdj.organization_id -- Revision for version 1.13 and 1.17 -- nvl(msiv_comp4.item_type,'X') <> 'PH' -- phantom -- Revision for version 1.17, the fourth level component should not be a phantom and coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0) <> 6 -- Not Phantom -- Revision for version 1.16 -- and comp_phtm3.effectivity_date <= sysdate -- and nvl(comp_phtm3.disable_date, sysdate+1) > sysdate and comp_phtm3.effectivity_date < case -- Revision for version 1.21 and 1.24 -- when wdj.schedule_close_date <= sysdate then wdj.schedule_close_date -- when wdj.date_closed <= sysdate then wdj.schedule_close_date when nvl(wdj.date_closed,sysdate) < wdj.schedule_close_date then nvl(wdj.date_closed,sysdate) + 1 when nvl(wdj.date_closed,sysdate) >= wdj.schedule_close_date then wdj.schedule_close_date + 1 -- End revision for version 1.21 and 1.24 else sysdate end and nvl(comp_phtm3.disable_date, sysdate+1) > case when comp_phtm3.disable_date is null then sysdate when comp_phtm3.disable_date >= sysdate then sysdate when comp_phtm3.disable_date < sysdate then wdj.date_closed else sysdate end -- End revision for version 1.16 -- Revision for version 1.27 and bom_phtm3.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null -- End revision for version 1.27 and bom_phtm3.common_assembly_item_id is null and bom_phtm3.assembly_type = 1 -- Manufacturing and comp_phtm3.component_quantity <> 0 and nvl(comp_phtm3.implementation_date,sysdate) = decode(:p_include_unimplemented_ECOs, -- p_include_unimplemented_ECOs 'N', nvl(comp_phtm3.implementation_date,sysdate+1), 'Y', nvl(comp_phtm3.implementation_date,sysdate)) -- Revision for version 1.30 -- Only include components included in the cost rollup and comp.include_in_cost_rollup = 1 and comp_phtm.include_in_cost_rollup = 1 and comp_phtm2.include_in_cost_rollup = 1 and comp_phtm3.include_in_cost_rollup = 1 group by comp.bill_sequence_id, -- Revision for version 1.22 wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.material_account, -- account wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty -- End revision for version 1.22 4, -- level_num -- Revision for version 1.36, uncomment bom.assembly_item_id, -- level_1_parent_assy_id bom_phtm.assembly_item_id, -- level_2_parent_assy_id bom_phtm2.assembly_item_id, -- level_3_parent_assy_id bom_phtm3.assembly_item_id, -- level_4_parent_assy_id -- Revision for version 1.36 -- 1 level_1_comp_is_phantom, -- 1 level_2_comp_is_phantom, -- 1 level_3_comp_is_phantom, -- 0 level_4_comp_is_phantom, -- 0 is no decode(coalesce(comp.wip_supply_type, msiv_comp.wip_supply_type, 0), 6, 1, 0), -- level_1_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm.wip_supply_type, msiv_comp2.wip_supply_type, 0), 6, 1 , 0), -- level_2_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm2.wip_supply_type, msiv_comp3.wip_supply_type, 0), 6, 1 , 0), -- level_3_comp_is_phantom -- 0 is no decode(coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), 6, 1 , 0), -- level_4_comp_is_phantom -- 0 is no -- End revision for version 1.36 msiv_comp.concatenated_segments, -- level_1_component msiv_comp2.concatenated_segments, -- level_2_component msiv_comp3.concatenated_segments, -- level_3_component msiv_comp4.concatenated_segments, -- level_4_component comp_phtm3.operation_seq_num, -- Revision for version 1.14 comp_phtm3.component_sequence_id, -- Revision for version 1.27 comp_phtm3.item_num, -- Revision for version 1.22 -- wdj.organization_id, comp_phtm3.component_item_id, -- Revision for version 1.8 -- The parent sub-assembly may have a quantity required greater than one -- comp_phtm3.component_quantity, comp_phtm3.component_quantity * comp_phtm2.component_quantity * comp_phtm.component_quantity * comp.component_quantity, -- End revision for version 1.8 -- Revision for version 1.22 -- comp_phtm3.last_update_date, comp_phtm3.disable_date, comp_phtm3.planning_factor, comp_phtm3.component_yield_factor, comp_phtm3.include_in_cost_rollup, comp_phtm3.basis_type, -- Revision for version 1.17 -- comp_phtm3.wip_supply_type, coalesce(comp_phtm3.wip_supply_type, msiv_comp4.wip_supply_type, 0), -- wip_supply_type -- Revision for version 1.22 msiv_comp4.concatenated_segments, -- component_number msiv_comp4.description, -- component_description nvl(msiv_comp4.item_type,'X'), -- item_type msiv_comp4.planning_make_buy_code, -- comp_planning_make_buy_code msiv_comp4.inventory_item_status_code, -- component_item_status_code msiv_comp4.primary_uom_code, -- component_uom_code -- End revision for version 1.22 -- Revision for version 1.21 comp_phtm3.supply_subinventory, comp_phtm3.supply_locator_id ) comp2 ), -- std_bom_comp -- Revision for version 1.35 wip_comp_list as (-- Get the WIP components select distinct wro.period_name, wro.organization_code, wro.organization_id, wro.primary_cost_method, wro.wip_entity_id, wro.project_id, wro.primary_item_id, wro.scheduled_start_date, wro.date_released, wro.date_completed, wro.date_closed, wro.schedule_close_date, -- Period Close Date wro.last_update_date, wro.inventory_item_id component_item_id from wdj_comp wro union all -- Get the standard components select distinct comp.period_name, comp.organization_code, comp.organization_id, comp.primary_cost_method, comp.wip_entity_id, comp.project_id, comp.primary_item_id, comp.scheduled_start_date, comp.date_released, comp.date_completed, comp.date_closed, comp.schedule_close_date, -- Period Close Date comp.last_update_date, comp.component_item_id from std_bom_comp comp where not exists (select 'x' from wdj_comp where comp.component_item_id = wdj_comp.inventory_item_id and comp.wip_entity_id = wdj_comp.wip_entity_id ) -- Revision for version 1.36 -- Do not cost phantom components, not issued to WIP -- Do not get components if the prior level component was not a phantom, -- as phantom components are not issued to WIP. and 0 = case -- 0 = Not a phantom, 1 = Yes a phantom -- Check level 1 components when comp.level_num = 1 and comp.level_1_comp_is_phantom = 0 then 0 -- Check level 2 components when comp.level_num = 2 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 0 then 0 -- Check level 3 components when comp.level_num = 3 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 1 and comp.level_3_comp_is_phantom = 0 then 0 -- Check level 4 components when comp.level_num = 4 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 1 and comp.level_3_comp_is_phantom = 1 and comp.level_4_comp_is_phantom = 0 then 0 else 1 end -- End revision for version 1.36 ), -- wip_comp_list -- End revision for version 1.35 -- Revision for version 1.19 -- Assembly cost type and lot information -- Even in Release 12.2.9, lot info. is not stored in history (cst_elemental_cost_details), have to get it from cic -- Revision for version 1.36, include assembly shrinkage rate, needed for standard component quantities cic_assys as (select cic.organization_id, cic.inventory_item_id, cct.cost_type, cic.cost_type_id, -- Revision for version 1.36 nvl(cic.shrinkage_rate,0) shrinkage_rate, nvl(cic.lot_size,1) lot_size, case when sum(case when cic.based_on_rollup_flag = 1 and cicd.rollup_source_type = 3 and cicd.attribute15 is null then 1 else 0 end) > 0 then 'Y' else 'N' end rolled_up, max(case when cic.based_on_rollup_flag = 1 and cicd.rollup_source_type = 3 and cicd.attribute15 is null then cicd.creation_date else null end) last_rollup_date from cst_item_costs cic, cst_item_cost_details cicd, cst_cost_types cct, -- Limit to assemblies on WIP jobs -- Revision for version 1.34 -- wdj_assys wdj wdj_assys where cic.organization_id = cicd.organization_id (+) and cic.inventory_item_id = cicd.inventory_item_id (+) and cic.cost_type_id = cicd.cost_type_id (+) and cic.inventory_item_id = wdj_assys.primary_item_id and cic.organization_id = wdj_assys.organization_id and cct.cost_type_id = cic.cost_type_id and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = wdj_assys.primary_cost_method ), :p_cost_type ) group by cic.organization_id, cic.inventory_item_id, cct.cost_type, cic.cost_type_id, -- Revision for version 1.36 nvl(cic.shrinkage_rate,0), nvl(cic.lot_size,1) union all select cic.organization_id, cic.inventory_item_id, cct.cost_type, cic.cost_type_id, -- Revision for version 1.36 nvl(cic.shrinkage_rate,0) shrinkage_rate, nvl(cic.lot_size,1) lot_size, case when sum(case when cic.based_on_rollup_flag = 1 and cicd.rollup_source_type = 3 and cicd.attribute15 is null then 1 else 0 end) > 0 then 'Y' else 'N' end rolled_up, max(case when cic.based_on_rollup_flag = 1 and cicd.rollup_source_type = 3 and cicd.attribute15 is null then cicd.creation_date else null end) last_rollup_date from cst_item_costs cic, cst_item_cost_details cicd, cst_cost_types cct, -- Limit to assemblies on WIP jobs -- wdj -- wdj_assys wdj wdj_assys where cic.cost_type_id = cicd.cost_type_id (+) and cic.inventory_item_id = cicd.inventory_item_id (+) and cic.organization_id = cicd.organization_id (+) and cic.inventory_item_id = wdj_assys.primary_item_id and cic.organization_id = wdj_assys.organization_id and cic.cost_type_id = wdj_assys.primary_cost_method -- this gets the Frozen Costs and cct.cost_type_id <> wdj_assys.primary_cost_method -- this avoids getting the Frozen costs twice and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = wdj_assys.primary_cost_method ), :p_cost_type ) -- ==================================== -- Find all the Frozen costs not in the -- Pending or unimplemented cost type -- ==================================== and not exists (select 'x' from cst_item_costs cic2 where cic2.organization_id = cic.organization_id and cic2.inventory_item_id = cic.inventory_item_id and cic2.cost_type_id = cct.cost_type_id ) group by cic.organization_id, cic.inventory_item_id, cct.cost_type, cic.cost_type_id, -- Revision for version 1.36 nvl(cic.shrinkage_rate,0), nvl(cic.lot_size,1) ), -- cic_assys -- Revision for version 1.35 and 1.37 -- Get the applicable cost update date from the standard cost history table for each WIP Job max_cost_update as (select max(csc.cost_update_id) cost_update_id, csc.inventory_item_id, -- Revision for version 1.37 wcl.assembly_or_component, csc.organization_id, wcl.wip_entity_id, -- Revision for version 1.37 wcl.primary_cost_method, nvl(cic.lot_size,1) lot_size -- End revision for version 1.37 from cst_standard_costs csc, cst_item_costs cic, -- Revision for version 1.37 -- Get both components and assemblies -- wip_comp_list wcl (select wcl2.component_item_id inventory_item_id, 'Component' assembly_or_component, wcl2.wip_entity_id, wcl2.organization_id, wcl2.primary_cost_method, wcl2.date_closed, wcl2.schedule_close_date, wcl2.last_update_date from wip_comp_list wcl2 union all select wdj.primary_item_id inventory_item_id, 'Assembly' assembly_or_component, wdj.wip_entity_id, wdj.organization_id, wdj.primary_cost_method, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date from wdj ) wcl -- where csc.inventory_item_id = wcl.component_item_id where csc.inventory_item_id = wcl.inventory_item_id -- End revision for version 1.37 and csc.organization_id = wcl.organization_id and csc.inventory_item_id = cic.inventory_item_id and csc.organization_id = cic.organization_id and cic.cost_type_id = wcl.primary_cost_method and csc.standard_cost_revision_date < case -- Open WIP jobs and costs changed before the end of the accounting period when (wcl.date_closed is null and cic.last_update_date < wcl.schedule_close_date + 1) then (cic.last_update_date + interval '1' second) -- Open WIP jobs and costs changed after the end of the accounting period when (wcl.date_closed is null and cic.last_update_date > wcl.schedule_close_date + 1) then (wcl.schedule_close_date + 1) -- Closed WIP jobs and costs changed before the end of the accounting period and the WIP job was closed before the last cost update date when (wcl.date_closed is not null and cic.last_update_date < wcl.schedule_close_date + 1 and wcl.date_closed < wcl.last_update_date) then (wcl.date_closed + interval '1' second) -- Closed WIP jobs and costs changed before the end of the accounting period and the WIP job was closed after the last cost update date when (wcl.date_closed is not null and cic.last_update_date < wcl.schedule_close_date + 1 and wcl.date_closed > cic.last_update_date) then (cic.last_update_date + interval '1' second) -- Closed WIP jobs and costs changed after the end of the accounting period and the WIP job was closed before the end of the accounting period when (wcl.date_closed is not null and cic.last_update_date >= wcl.schedule_close_date + 1 and wcl.date_closed < wcl.schedule_close_date + 1) then (wcl.date_closed + interval '1' second) -- Closed WIP jobs and costs changed after the end of the accounting period and the WIP job was closed after the end of the accounting period when (wcl.date_closed is not null and cic.last_update_date >= wcl.schedule_close_date + 1 and wcl.date_closed >= wcl.schedule_close_date + 1) then (wcl.schedule_close_date + 1) else (wcl.schedule_close_date + 1) end group by csc.inventory_item_id, -- Revision for version 1.37 wcl.assembly_or_component, csc.organization_id, wcl.wip_entity_id, -- Revision for version 1.37 wcl.primary_cost_method, nvl(cic.lot_size,1) -- End revision for version 1.37 ), -- max_cost_update -- End revision for version 1.35, add in the WIP entity id to each inventory_item_id -- Get the Component Cost Basis Type and Item Costs for each WIP Job -- Revision for version 1.37, remove mtl_parameters cic_comp as (select cic.inventory_item_id, cic.organization_id, -- Revision for version 1.35 mcu.wip_entity_id, csc.standard_cost_revision_date, csc.cost_update_id, -- End revision for version 1.35 cic.last_update_date, cct.cost_type_id, cct.cost_type, sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 1 -- material lot basis type when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 1 -- moh lot basis type when cicd.level_type = 2 and cicd.basis_type = 2 then 1 -- previous level lot basis type else 0 end) lot_basis_type, sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then cicd.item_cost -- material lot basis cost when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then cicd.item_cost -- moh lot basis cost when cicd.level_type = 2 and cicd.basis_type = 2 then cicd.item_cost -- previous level lot basis cost else 0 end) lot_basis_cost, -- Revision for version 1.28 -- sum(case -- when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 0 -- material item basis type -- when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 0 -- moh item basis type -- when cicd.level_type = 2 and cicd.basis_type = 2 then 0 -- previous level item basis type -- else 1 -- end) item_basis_type, -- End revision for version 1.28 sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 0 -- material item basis cost when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 0 -- moh item basis cost when cicd.level_type = 2 and cicd.basis_type = 2 then 0 -- previous level item basis cost else cicd.item_cost end) item_basis_cost, -- Revision for version 1.28 nvl(cic.lot_size,1) lot_size, nvl(csc.standard_cost,0) item_cost from cst_item_cost_details cicd, cst_item_costs cic, cst_cost_types cct, -- Revision for version 1.35 cst_standard_costs csc, max_cost_update mcu -- End revision for version 1.35 -- Revision for version 1.37 where cic.organization_id = mcu.organization_id and cic.cost_type_id = cct.cost_type_id and cic.cost_type_id = cicd.cost_type_id (+) and cic.inventory_item_id = cicd.inventory_item_id (+) and cic.organization_id = cicd.organization_id (+) -- Revision for version 1.35 and csc.cost_update_id = mcu.cost_update_id and csc.inventory_item_id = mcu.inventory_item_id and csc.organization_id = mcu.organization_id -- Revision for version 1.37 and mcu.assembly_or_component = 'Component' and cic.inventory_item_id = csc.inventory_item_id and cic.organization_id = csc.organization_id and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = mcu.primary_cost_method ), :p_cost_type ) group by cic.inventory_item_id, cic.organization_id, -- Revision for version 1.35 mcu.wip_entity_id, csc.standard_cost_revision_date, csc.cost_update_id, -- End revision for version 1.35 cic.last_update_date, cct.cost_type_id, cct.cost_type, -- Revision for version 1.28 nvl(cic.lot_size,1), nvl(csc.standard_cost,0) -- Item Cost union all select cic.inventory_item_id, cic.organization_id, -- Revision for version 1.35 wcl.wip_entity_id, cic.last_update_date standard_cost_revision_date, cic.cost_update_id, -- End revision for version 1.35 cic.last_update_date, cct.cost_type_id, cct.cost_type, sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 1 -- material lot basis type when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 1 -- moh lot basis type when cicd.level_type = 2 and cicd.basis_type = 2 then 1 -- previous level lot basis type else 0 end) lot_basis_type, sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then cicd.item_cost -- material lot basis cost when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then cicd.item_cost -- moh lot basis cost when cicd.level_type = 2 and cicd.basis_type = 2 then cicd.item_cost -- previous level lot basis cost else 0 end) lot_basis_cost, -- Revision for version 1.28 -- sum(case -- when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 0 -- material item basis type -- when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 0 -- moh item basis type -- when cicd.level_type = 2 and cicd.basis_type = 2 then 0 -- previous level item basis type -- else 1 -- end) item_basis_type, -- End revision for version 1.28 sum(case when cicd.level_type = 1 and cicd.cost_element_id = 1 and cicd.basis_type = 2 then 0 -- material item basis cost when cicd.level_type = 1 and cicd.cost_element_id = 2 and cicd.basis_type = 2 then 0 -- moh item basis cost when cicd.level_type = 2 and cicd.basis_type = 2 then 0 -- previous level item basis cost else cicd.item_cost end) item_basis_cost, -- Revision for version 1.28 nvl(cic.lot_size,1) lot_size, nvl(cic.item_cost,0) item_cost from cst_item_cost_details cicd, cst_item_costs cic, cst_cost_types cct, -- Revision for version 1.35 wip_comp_list wcl where cic.organization_id = wcl.organization_id and cic.cost_type_id = wcl.primary_cost_method -- this gets the Frozen Costs and cic.cost_type_id = cicd.cost_type_id (+) and cic.inventory_item_id = cicd.inventory_item_id (+) and cic.organization_id = cicd.organization_id (+) and cct.cost_type_id <> wcl.primary_cost_method -- this avoids getting the Frozen costs twice -- Revision for version 1.35 and cic.inventory_item_id = wcl.component_item_id (+) and cic.organization_id = wcl.organization_id (+) -- End revision for version 1.35 and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = wcl.primary_cost_method ), :p_cost_type ) -- ====================================================== -- Find all the Frozen costs not in the standard cost -- history, not in max_cost_update. This is an old bug -- with the Standard Cost Update. -- ====================================================== and not exists (select 'x' from max_cost_update mcu where mcu.organization_id = cic.organization_id and mcu.inventory_item_id = cic.inventory_item_id -- Revision for version 1.37 and mcu.assembly_or_component = 'Component' group by mcu.organization_id, mcu.inventory_item_id ) group by cic.inventory_item_id, cic.organization_id, -- Revision for version 1.35 wcl.wip_entity_id, cic.last_update_date, -- standard_cost_revision_date cic.cost_update_id, -- End revision for version 1.35 cic.last_update_date, cct.cost_type_id, cct.cost_type, -- Revision for version 1.28 nvl(cic.lot_size,1), nvl(cic.item_cost,0) ), -- cic_comp -- Revision for version 1.37 -- Get the Assembly Item Costs for each WIP Job, for scrap amounts cic_assy_cost as (select csc.inventory_item_id, csc.organization_id, mcu.wip_entity_id, csc.standard_cost_revision_date, csc.cost_update_id, cct.cost_type_id, cct.cost_type, mcu.lot_size, nvl(csc.standard_cost,0) item_cost from cst_cost_types cct, cst_standard_costs csc, max_cost_update mcu where csc.organization_id = mcu.organization_id and csc.cost_update_id = mcu.cost_update_id and csc.inventory_item_id = mcu.inventory_item_id and mcu.assembly_or_component = 'Assembly' and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = mcu.primary_cost_method ), :p_cost_type ) group by csc.inventory_item_id, csc.organization_id, mcu.wip_entity_id, csc.standard_cost_revision_date, csc.cost_update_id, cct.cost_type_id, cct.cost_type, mcu.lot_size, nvl(csc.standard_cost,0) -- Item Cost union all select cic.inventory_item_id, cic.organization_id, wdj.wip_entity_id, cic.last_update_date standard_cost_revision_date, cic.cost_update_id, cct.cost_type_id, cct.cost_type, nvl(cic.lot_size,1) lot_size, nvl(cic.item_cost,0) item_cost from cst_item_costs cic, cst_cost_types cct, wdj where cic.organization_id = wdj.organization_id and cic.cost_type_id = wdj.primary_cost_method -- this gets the Frozen Costs and cct.cost_type_id <> wdj.primary_cost_method -- this avoids getting the Frozen costs twice and cic.inventory_item_id = wdj.primary_item_id -- End revision for version 1.35 and cct.cost_type = decode(:p_cost_type, -- p_cost_type null, (select cct.cost_type from dual where cct.cost_type_id = wdj.primary_cost_method ), :p_cost_type ) -- ====================================================== -- Find all the Frozen costs not in the standard cost -- history, not in max_cost_update. This is an old bug -- with the Standard Cost Update. -- ====================================================== and not exists (select 'x' from max_cost_update mcu where mcu.organization_id = cic.organization_id and mcu.inventory_item_id = cic.inventory_item_id -- Revision for version 1.37 and mcu.assembly_or_component = 'Assembly' group by mcu.organization_id, mcu.inventory_item_id ) group by cic.inventory_item_id, cic.organization_id, wdj.wip_entity_id, cic.last_update_date, -- standard_cost_revision_date cic.cost_update_id, cic.last_update_date, cct.cost_type_id, cct.cost_type, nvl(cic.lot_size,1), nvl(cic.item_cost,0) ), -- cic_assy_cost -- End revision for version 1.37 -- Get the Resource Cost Type, Cost Basis Type and Resource Rates crc as (select crc.resource_id, crc.organization_id, crc.last_update_date, crc.cost_type_id, cct.cost_type, crc.resource_rate from cst_resource_costs crc, cst_cost_types cct, mtl_parameters mp where crc.cost_type_id = decode(cct.cost_type_id, 2, mp.avg_rates_cost_type_id, -- Average Costing 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id, -- LIFO Costing cct.cost_type_id) and crc.organization_id = mp.organization_id and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code group by crc.resource_id, crc.organization_id, crc.last_update_date, crc.cost_type_id, cct.cost_type, crc.resource_rate union all -- If missing from the above query, get the Frozen or AvgRates Resource Costs select crc.resource_id, crc.organization_id, crc.last_update_date, crc.cost_type_id, cct.cost_type, crc.resource_rate resource_rate from cst_resource_costs crc, cst_cost_types cct, mtl_parameters mp where crc.organization_id = mp.organization_id and crc.cost_type_id = decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) -- Don't get the Frozen or AvgRates resource costs twice and cct.cost_type_id <> decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code -- ==================================== -- Find all the resource costs not in the -- Pending or unimplemented cost type -- ==================================== and not exists (select 'x' from cst_resource_costs crc2 where crc2.organization_id = crc.organization_id and crc2.resource_id = crc.resource_id and crc2.cost_type_id = case when mp.primary_cost_method = 1 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id <> 2 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id = 2 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 3 then -99 when mp.primary_cost_method = 4 then -99 when mp.primary_cost_method = 5 and cct.cost_type_id <> 5 then cct.cost_type_id when mp.primary_cost_method = 5 and cct.cost_type_id = 5 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id <> 6 then cct.cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id = 6 then mp.avg_rates_cost_type_id else cct.cost_type_id end ) group by crc.resource_id, crc.organization_id, crc.last_update_date, crc.cost_type_id, cct.cost_type, crc.resource_rate ), -- crc -- Get the departmental overhead rates cdo as (select cdo.overhead_id, cdo.department_id, cdo.organization_id, cdo.last_update_date, cdo.cost_type_id, cct.cost_type, cdo.basis_type, cdo.rate_or_amount from cst_department_overheads cdo, cst_cost_types cct, mtl_parameters mp where cdo.cost_type_id = decode(cct.cost_type_id, 2, mp.avg_rates_cost_type_id, -- Average Costing 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id, -- LIFO Costing cct.cost_type_id) and cdo.organization_id = mp.organization_id and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code group by cdo.overhead_id, cdo.department_id, cdo.organization_id, cdo.last_update_date, cdo.cost_type_id, cct.cost_type, cdo.basis_type, cdo.rate_or_amount union all -- If missing from the above query, get the Frozen or AvgRates Resource Costs select cdo.overhead_id, cdo.department_id, cdo.organization_id, cdo.last_update_date, cdo.cost_type_id, cct.cost_type, cdo.basis_type, cdo.rate_or_amount from cst_department_overheads cdo, cst_cost_types cct, mtl_parameters mp where cdo.organization_id = mp.organization_id and cdo.cost_type_id = decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) -- Don't get the Frozen or AvgRates resource costs twice and cct.cost_type_id <> decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code -- ==================================== -- Find all the resource costs not in the -- Pending or unimplemented cost type -- ==================================== and not exists (select 'x' from cst_department_overheads cdo2 where cdo2.organization_id = cdo.organization_id and cdo2.overhead_id = cdo.overhead_id and cdo2.cost_type_id = case when mp.primary_cost_method = 1 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id <> 2 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id = 2 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 3 then -99 when mp.primary_cost_method = 4 then -99 when mp.primary_cost_method = 5 and cct.cost_type_id <> 5 then cct.cost_type_id when mp.primary_cost_method = 5 and cct.cost_type_id = 5 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id <> 6 then cct.cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id = 6 then mp.avg_rates_cost_type_id else cct.cost_type_id end ) group by cdo.overhead_id, cdo.department_id, cdo.organization_id, cdo.last_update_date, cdo.cost_type_id, cct.cost_type, cdo.basis_type, cdo.rate_or_amount ), -- cdo -- Get the resource overhead associations cro as (select cro.overhead_id, cro.resource_id, cro.organization_id, cro.last_update_date, cro.cost_type_id, cct.cost_type from cst_resource_overheads cro, cst_cost_types cct, mtl_parameters mp where cro.cost_type_id = decode(cct.cost_type_id, 2, mp.avg_rates_cost_type_id, -- Average Costing 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id, -- LIFO Costing cct.cost_type_id) and cro.organization_id = mp.organization_id and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code group by cro.overhead_id, cro.resource_id, cro.organization_id, cro.last_update_date, cro.cost_type_id, cct.cost_type union all -- If missing from the above query, get the Frozen or AvgRates Resource Costs select cro.overhead_id, cro.resource_id, cro.organization_id, cro.last_update_date, cro.cost_type_id, cct.cost_type from cst_resource_overheads cro, cst_cost_types cct, mtl_parameters mp where cro.organization_id = mp.organization_id and cro.cost_type_id = decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) -- Don't get the Frozen or AvgRates resource costs twice and cct.cost_type_id <> decode(mp.primary_cost_method, 1, 1, -- Standard Costing, Frozen Cost Type 2, mp.avg_rates_cost_type_id, -- Average Costing 3, -99, -- Periodic Average 4, -99, -- Periodic Incremental LIFO 5, mp.avg_rates_cost_type_id, -- FIFO Costing 6, mp.avg_rates_cost_type_id -- LIFO Costing ) and cct.cost_type = decode(:p_cost_type, null, (select cct.cost_type from dual where cct.cost_type_id = mp.primary_cost_method ), :p_cost_type ) -- p_cost_type and 2=2 -- p_org_code -- ==================================== -- Find all the resource costs not in the -- Pending or unimplemented cost type -- ==================================== and not exists (select 'x' from cst_resource_overheads cro2 where cro2.organization_id = cro.organization_id and cro2.overhead_id = cro.overhead_id and cro2.resource_id = cro.resource_id and cro2.cost_type_id = case when mp.primary_cost_method = 1 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id <> 2 then cct.cost_type_id when mp.primary_cost_method = 2 and cct.cost_type_id = 2 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 3 then -99 when mp.primary_cost_method = 4 then -99 when mp.primary_cost_method = 5 and cct.cost_type_id <> 5 then cct.cost_type_id when mp.primary_cost_method = 5 and cct.cost_type_id = 5 then mp.avg_rates_cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id <> 6 then cct.cost_type_id when mp.primary_cost_method = 6 and cct.cost_type_id = 6 then mp.avg_rates_cost_type_id else cct.cost_type_id end ) group by cro.overhead_id, cro.resource_id, cro.organization_id, cro.last_update_date, cro.cost_type_id, cct.cost_type ), -- cro -- End revision for version 1.19 -- Revision for version 1.36 -- Get the WIP resources and operations wdj_res as (select worsum.report_type, worsum.period_name, worsum.organization_code, worsum.organization_id, worsum.primary_cost_method, worsum.account, worsum.class_code, worsum.class_type, worsum.wip_entity_id, worsum.project_id, worsum.status_type, worsum.primary_item_id, worsum.assembly_number, worsum.assy_description, worsum.assy_item_type, worsum.assy_item_status_code, worsum.assy_uom_code, worsum.planning_make_buy_code, worsum.std_lot_size, worsum.lot_number, worsum.creation_date, worsum.scheduled_start_date, worsum.date_released, worsum.date_completed, worsum.date_closed, worsum.schedule_close_date, worsum.last_update_date, worsum.start_quantity, worsum.quantity_completed, worsum.quantity_scrapped, worsum.fg_total_qty, worsum.purchase_item_id, worsum.department_id, worsum.operation_seq_num, worsum.resource_seq_num, worsum.resource_id, worsum.resource_code, worsum.description, worsum.basis_type, worsum.res_unit_of_measure, worsum.functional_currency_flag, worsum.cost_type, worsum.cost_element_id, worsum.resource_rate, worsum.usage_rate_or_amount, sum(worsum.total_req_quantity) total_req_quantity, sum(worsum.applied_resource_units) applied_resource_units, sum(worsum.wip_std_resource_value) wip_std_resource_value, sum(worsum.applied_resource_value) applied_resource_value, sum(0) std_usage_rate_or_amount, sum(0) std_total_req_quantity from (select wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, br.purchase_item_id, wo.department_id, wo.operation_seq_num, wor.resource_seq_num, br.resource_id, br.resource_code, br.description, wor.basis_type, br.unit_of_measure res_unit_of_measure, br.functional_currency_flag, crc.cost_type cost_type, br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, nvl(wor.usage_rate_or_amount,0) usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), 'N', decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) * nvl(wdj.start_quantity, 0) -- Any other basis ) ) end ,6),0) total_req_quantity, nvl(wor.applied_resource_units,0) applied_resource_units, -- If the job status is "Complete" then use the completions plus -- scrap quantities else use the planned required quantities; and -- use the completions plus scrap quantities unless for lot-based jobs -- Get the total required quantity nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), 'N', decode(wor.basis_type, 2, nvl(wor.usage_rate_or_amount,0), -- Lot nvl(wor.usage_rate_or_amount,0) * nvl(wdj.start_quantity, 0) -- Any other basis ) ) end ,6),0) -- total_req_quantity -- And multiply by the AvgRate or Frozen standard costs -- Revision for version 1.18 -- * nvl(crc.resource_rate,0) std_resource_value, * decode(br.functional_currency_flag, 1, 1, nvl(crc.resource_rate,0)) wip_std_resource_value, nvl(wor.applied_resource_value,0) applied_resource_value, 0 std_usage_rate_or_amount, 0 std_total_req_quantity from wdj, wip_operations wo, wip_operation_resources wor, bom_resources br, crc -- =========================================== -- WIP_Job Entity, Routing, PO and Resource Cost Joins -- =========================================== where wo.wip_entity_id = wdj.wip_entity_id and wo.organization_id = wdj.organization_id and wo.wip_entity_id = wor.wip_entity_id and wo.organization_id = wor.organization_id and wo.operation_seq_num = wor.operation_seq_num and wor.resource_id = br.resource_id and wor.organization_id = br.organization_id and wor.resource_id = crc.resource_id (+) and wor.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code union all -- Subtract away the transactions which happened after the reported period select wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, -- Revision for version 1.22 wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, br.purchase_item_id, wt.department_id, wt.operation_seq_num, wt.resource_seq_num, br.resource_id, br.resource_code, br.description, wt.basis_type, br.unit_of_measure res_unit_of_measure, br.functional_currency_flag, crc.cost_type cost_type, br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, nvl(wt.usage_rate_or_amount,0) usage_rate_or_amount, 0 total_req_quantity, nvl(-1 * wt.primary_quantity,0) applied_resource_units, 0 wip_std_resource_value, decode(wt.standard_rate_flag, 1, decode(br.functional_currency_flag, 1, 1, nvl(crc.resource_rate,0)), 2, nvl(wt.currency_actual_resource_rate, wt.actual_resource_rate) * nvl(currency_conversion_rate,1) ) * wt.primary_quantity * -1 applied_resource_value, 0 std_usage_rate_or_amount, 0 std_total_req_quantity from wdj, wip_transactions wt, bom_resources br, crc where wt.organization_id = wdj.organization_id and wt.wip_entity_id = wdj.wip_entity_id and wt.transaction_date >= wdj.schedule_close_date + 1 and br.resource_id = wt.resource_id and br.cost_element_id in (3,4) -- Resource, Outside Processing and wt.resource_id = crc.resource_id (+) and wt.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code ) worsum group by worsum.report_type, worsum.period_name, worsum.organization_code, worsum.organization_id, worsum.primary_cost_method, worsum.account, worsum.class_code, worsum.class_type, worsum.wip_entity_id, worsum.project_id, worsum.status_type, worsum.primary_item_id, worsum.assembly_number, worsum.assy_description, worsum.assy_item_type, worsum.assy_item_status_code, worsum.assy_uom_code, worsum.planning_make_buy_code, worsum.std_lot_size, worsum.lot_number, worsum.creation_date, worsum.scheduled_start_date, worsum.date_released, worsum.date_completed, worsum.date_closed, worsum.schedule_close_date, worsum.last_update_date, worsum.start_quantity, worsum.quantity_completed, worsum.quantity_scrapped, worsum.fg_total_qty, worsum.purchase_item_id, worsum.department_id, worsum.operation_seq_num, worsum.resource_seq_num, worsum.resource_id, worsum.resource_code, worsum.description, worsum.basis_type, worsum.res_unit_of_measure, worsum.functional_currency_flag, worsum.cost_type, worsum.cost_element_id, worsum.resource_rate, worsum.usage_rate_or_amount ), -- wdj_res res_sum as -- ======================================================== -- Get the WIP Resource Information in a multi-part union -- which is then condensed into a summary data set -- ======================================================== -- ======================================================== -- Condense into a summary data set. -- ======================================================= (select res.report_type, res.period_name, res.organization_code, res.organization_id, res.primary_cost_method, res.account, res.class_code, res.class_type, res.wip_entity_id, res.project_id, res.status_type, res.primary_item_id, res.assembly_number, res.assy_description, res.assy_item_type, res.assy_item_status_code, res.assy_uom_code, res.planning_make_buy_code, res.std_lot_size, res.lot_number, res.creation_date, res.scheduled_start_date, res.date_released, res.date_completed, res.date_closed, -- Revision for version 1.22 res.schedule_close_date, res.last_update_date, res.start_quantity, res.quantity_completed, res.quantity_scrapped, res.fg_total_qty, max(res.po_header_id) po_header_id, max(res.line_num) line_num, max(res.release_num) release_num, max(res.purchase_item_id) purchase_item_id, res.department_id, res.operation_seq_num, null wip_supply_type, -- Revision for version 1.23 -- 'N' phantom_parent, res.resource_seq_num, -- Revision for version 1.22 res.resource_id, res.resource_code, res.description, res.basis_type, res.res_unit_of_measure, max(res.po_unit_price) po_unit_price, decode(res.basis_type, 2, 'Y', 'N') lot_basis_type, decode(res.basis_type, 2, res.resource_rate, 0) lot_basis_cost, decode(res.basis_type, 1, 'Y', 'N') item_basis_type, decode(res.basis_type, 1, res.resource_rate, 0) item_basis_cost, res.cost_type, -- Revision for version 1.18 res.cost_element_id, res.resource_rate, sum(res.usage_rate_or_amount) usage_rate_or_amount, sum(res.total_req_quantity) total_req_quantity, sum(res.applied_resource_units) applied_resource_units, sum(res.wip_std_resource_value) wip_std_resource_value, sum(res.applied_resource_value) applied_resource_value, sum(res.std_usage_rate_or_amount) std_usage_rate_or_amount, sum(res.std_total_req_quantity) std_total_req_quantity from -- ======================================================== -- Section 'Applied OSP for WIP' -- First get the OSP resource information with the related -- PO number and unit price information -- Revision for version 1.36 -- ======================================================= (select 'Applied OSP for WIP' section, wdj_res.report_type, wdj_res.period_name, wdj_res.organization_code, wdj_res.organization_id, wdj_res.primary_cost_method, wdj_res.account, wdj_res.class_code, wdj_res.class_type, wdj_res.wip_entity_id, wdj_res.project_id, wdj_res.status_type, wdj_res.primary_item_id, wdj_res.assembly_number, wdj_res.assy_description, wdj_res.assy_item_type, wdj_res.assy_item_status_code, wdj_res.assy_uom_code, wdj_res.planning_make_buy_code, wdj_res.std_lot_size, wdj_res.lot_number, wdj_res.creation_date, wdj_res.scheduled_start_date, wdj_res.date_released, wdj_res.date_completed, wdj_res.date_closed, wdj_res.schedule_close_date, wdj_res.last_update_date, wdj_res.start_quantity, wdj_res.quantity_completed, wdj_res.quantity_scrapped, wdj_res.fg_total_qty, wdj_res.purchase_item_id, poh.po_header_id, pol.line_num, pr.release_num, wdj_res.department_id, wdj_res.operation_seq_num, wdj_res.resource_seq_num, wdj_res.resource_id, wdj_res.resource_code, wdj_res.description, wdj_res.basis_type, wdj_res.res_unit_of_measure, nvl(pll.price_override, pol.unit_price) po_unit_price, wdj_res.cost_type, wdj_res.cost_element_id, wdj_res.resource_rate, wdj_res.usage_rate_or_amount, wdj_res.total_req_quantity, wdj_res.applied_resource_units, wdj_res.wip_std_resource_value, wdj_res.applied_resource_value, 0 std_usage_rate_or_amount, 0 std_total_req_quantity from wdj_res, po_headers_all poh, po_lines_all pol, po_line_locations_all pll, po_releases_all pr, po_distributions_all pod -- =========================================== -- WIP_Job Entity, Routing, PO and Resource Cost Joins -- =========================================== where poh.po_header_id = pod.po_header_id and pol.po_line_id = pod.po_line_id and pll.line_location_id = pod.line_location_id and pod.po_release_id = pr.po_release_id (+) and wdj_res.wip_entity_id = pod.wip_entity_id and wdj_res.resource_id = pod.bom_resource_id and wdj_res.resource_seq_num = pod.wip_resource_seq_num and wdj_res.operation_seq_num = pod.wip_operation_seq_num and wdj_res.organization_id = pod.destination_organization_id union all -- ======================================================= -- Section 'Applied Non-OSP' for WIP for WIP -- Now get the non-OSP resource information -- Revision for version 1.36 -- ======================================================= select 'Applied Non-OSP for WIP' section, wdj_res.report_type, wdj_res.period_name, wdj_res.organization_code, wdj_res.organization_id, wdj_res.primary_cost_method, wdj_res.account, wdj_res.class_code, wdj_res.class_type, wdj_res.wip_entity_id, wdj_res.project_id, wdj_res.status_type, wdj_res.primary_item_id, wdj_res.assembly_number, wdj_res.assy_description, wdj_res.assy_item_type, wdj_res.assy_item_status_code, wdj_res.assy_uom_code, wdj_res.planning_make_buy_code, wdj_res.std_lot_size, wdj_res.lot_number, wdj_res.creation_date, wdj_res.scheduled_start_date, wdj_res.date_released, wdj_res.date_completed, wdj_res.date_closed, wdj_res.schedule_close_date, wdj_res.last_update_date, wdj_res.start_quantity, wdj_res.quantity_completed, wdj_res.quantity_scrapped, wdj_res.fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, wdj_res.department_id, wdj_res.operation_seq_num, wdj_res.resource_seq_num, wdj_res.resource_id, wdj_res.resource_code, wdj_res.description, wdj_res.basis_type, wdj_res.res_unit_of_measure, 0 po_unit_price, wdj_res.cost_type, wdj_res.cost_element_id, wdj_res.resource_rate, wdj_res.usage_rate_or_amount, wdj_res.total_req_quantity, wdj_res.applied_resource_units, wdj_res.wip_std_resource_value, wdj_res.applied_resource_value, 0 std_usage_rate_or_amount, 0 std_total_req_quantity from wdj_res -- =========================================== -- WIP_Job Entity, Routing and Resource Cost Joins -- =========================================== -- Only select non-OSP resources where wdj_res.purchase_item_id is null and wdj_res.cost_element_id = 3 -- resource union all -- ======================================================= -- Section 'Non-Phtm Stds for Not Rolled Up'. Get the -- primary routing for resources which are not rolled up. -- Get primary routing information for methods variances, -- based on the routing, when rolled up Standard Costs do -- not exist (such as for Average, FIFO, LIFO Costing) or -- when sub-element details do not exist (for the Cost Type -- definition, previous level rollup options not checked -- for sub-elements). Gets non-phantom resources. -- ======================================================= select 'Non-Phtm Stds for Not Rolled Up' section, wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, -- Revision for version 1.36 -- wdj.resource_account account, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, -- End revision for version 1.36 wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, -- Revision for version 1.22 wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, bos.department_id, bos.operation_seq_num, -- Revision for version 1.36 -- bor.operation_sequence_id, bor.resource_seq_num, -- Revision for version 1.22 br.resource_id, br.resource_code, br.description, bor.basis_type, br.unit_of_measure res_unit_of_measure, 0 po_unit_price, crc.cost_type, -- Revision for version 1.18 br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, 0 usage_rate_or_amount, 0 total_req_quantity, 0 applied_resource_units, 0 wip_std_resource_value, 0 applied_resource_value, nvl(bor.usage_rate_or_amount,0) std_usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), 'N', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) * nvl(wdj.start_quantity, 0) -- Any other basis ) ) end ,6),0) std_total_req_quantity from wdj, bom_operational_routings rout, bom_operation_sequences bos, bom_operation_resources bor, bom_resources br, -- Revision for version 1.36 cic_assys ca, -- Revision for version 1.19 crc -- =========================================== -- WIP_Job Entity, Routing and Resource Cost Joins -- =========================================== where rout.organization_id = wdj.organization_id and rout.assembly_item_id = wdj.primary_item_id -- Revision for version 1.36 and ca.inventory_item_id = wdj.primary_item_id and ca.organization_id = wdj.organization_id -- Need to look for common routings and bos.routing_sequence_id = nvl(rout.common_routing_sequence_id, rout.routing_sequence_id) -- End revision for version 1.36 and bor.operation_sequence_id = bos.operation_sequence_id and br.resource_id = bor.resource_id and rout.routing_type = 1 -- Manufacturing and rout.alternate_routing_designator is null -- Revision for version 1.24 and 1.36 and bos.effectivity_date < wdj.creation_date -- Revision for version 1.36 -- and nvl(bos.disable_date, sysdate+1) > sysdate and nvl(bos.disable_date, wdj.creation_date+1) > wdj.creation_date -- Check and see if rolled up costs exist -- Sections II.E and II.F handle rolled-up costs and ca.last_rollup_date is null and br.resource_id = crc.resource_id (+) and br.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code union all -- Revision for version 1.34 -- ======================================================= -- Section 'Phtm Stds for Not Rolled Up'. Get the -- primary routing for resources which are not rolled up. -- Get primary phantom routing for methods variances, -- based on the routing, when rolled up Standard Costs do -- not exist (such as for Average, FIFO, LIFO Costing) or -- when sub-element details do not exist (for the Cost Type -- definition, previous level rollup options not checked -- for sub-elements). Gets phantom resources. -- ======================================================= select 'Phtm Stds for Not Rolled Up' section, comp.report_type, comp.period_name, comp.organization_code, comp.organization_id, comp.primary_cost_method, -- Revision for version 1.36 -- comp.account, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, -- End revision for version 1.36 comp.class_code, comp.class_type, comp.wip_entity_id, comp.project_id, comp.status_type, comp.primary_item_id, comp.assembly_number, comp.assy_description, comp.assy_item_type, comp.assy_item_status_code, comp.assy_uom_code, comp.planning_make_buy_code, comp.std_lot_size, comp.lot_number, comp.creation_date, comp.scheduled_start_date, comp.date_released, comp.date_completed, comp.date_closed, comp.schedule_close_date, comp.last_update_date, comp.start_quantity, comp.quantity_completed, comp.quantity_scrapped, nvl(comp.quantity_completed,0) + nvl(comp.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, bos.department_id, bos.operation_seq_num, -- Revision for version 1.36 -- bor.operation_sequence_id, -- Revision for version 1.34 -- For phantoms, need to reference the same WIP resource_seq_num -- bor.resource_seq_num, nvl((select wor.resource_seq_num from wip_operation_resources wor where wor.organization_id = comp.organization_id and wor.wip_entity_id = comp.wip_entity_id and wor.operation_seq_num = comp.operation_seq_num and wor.operation_seq_num = bos.operation_seq_num and wor.resource_id = bor.resource_id and wor.phantom_flag = 1 and wor.phantom_op_seq_num = comp.operation_seq_num and comp.wip_supply_type = 6 -- phantom -- Prevent single-row subquery returns more than one row error and rownum = 1 ), bor.resource_seq_num) resource_seq_num, -- End revision for version 1.34 -- Revision for version 1.22 br.resource_id, br.resource_code, br.description, bor.basis_type, br.unit_of_measure res_unit_of_measure, 0 po_unit_price, crc.cost_type, -- Revision for version 1.18 br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, 0 usage_rate_or_amount, 0 total_req_quantity, 0 applied_resource_units, 0 wip_std_resource_value, 0 applied_resource_value, nvl(bor.usage_rate_or_amount,0) std_usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when comp.status_type in (4,5,7,12,14,15) then decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) ) ), 'N', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) * nvl(comp.start_quantity, 0) -- Any other basis ) ) end ,6),0) std_total_req_quantity from std_bom_comp comp,-- get the phantom components bom_operational_routings rout, bom_operation_sequences bos, bom_operation_resources bor, bom_resources br, bom_parameters bp, -- Revision for version 1.36 cic_assys ca, wdj, crc -- =========================================== -- WIP_Job Entity, Routing and Resource Cost Joins -- =========================================== where rout.organization_id = comp.organization_id and rout.assembly_item_id = comp.component_item_id and comp.wip_supply_type = 6 -- phantom and bp.organization_id = comp.organization_id and nvl(bp.use_phantom_routings,0) = 1 -- Revision for version 1.36 and ca.inventory_item_id = comp.primary_item_id and ca.organization_id = comp.organization_id -- Need to look for common routings and bos.routing_sequence_id = nvl(rout.common_routing_sequence_id, rout.routing_sequence_id) and wdj.wip_entity_id = comp.wip_entity_id -- End revision for version 1.36 and bor.operation_sequence_id = bos.operation_sequence_id and br.resource_id = bor.resource_id and rout.routing_type = 1 -- Manufacturing and rout.alternate_routing_designator is null -- Revision for version 1.24 and 1.36 and bos.effectivity_date < comp.creation_date -- Revision for version 1.36 -- and nvl(bos.disable_date, sysdate+1) > sysdate and nvl(bos.disable_date, comp.creation_date+1) > comp.creation_date -- Check and see if rolled up costs exist -- Sections II.E and II.F handle rolled-up costs and ca.last_rollup_date is null and br.resource_id = crc.resource_id (+) and br.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code union all -- ======================================================= -- BEFORE -- Section 'Stds Changed Before Period Close'. Get the -- primary routing for standards, for phtms and non-phtms. -- Get primary routing information for methods variances -- based on rolled up standard costs, for when the WIP job -- is open and the std costs were changed before the period -- schedule close date, or, the WIP job was closed after -- the std costs were changed and the std costs were changed -- before the period schedule close date. In these cases, get -- the routing costs from the item cost details (cicd). This -- query gets all rolled up components, including phantoms, -- as this information is from the Cost Rollup. -- ======================================================= select 'Stds Changed Before Period Close' section, wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, -- Revision for version 1.36 -- wdj.resource_account account, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, -- End revision for version 1.36 wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, cicd.department_id, cicd.operation_seq_num, -- Revision for version 1.36 -- cicd.operation_sequence_id, cicd.resource_seq_num, br.resource_id, br.resource_code, br.description, cicd.basis_type, br.unit_of_measure res_unit_of_measure, 0 po_unit_price, crc.cost_type, br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, 0 usage_rate_or_amount, 0 total_req_quantity, 0 applied_resource_units, 0 wip_std_resource_value, 0 applied_resource_value, nvl(cicd.usage_rate_or_amount,0) std_usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(cicd.basis_type, 2, nvl(cicd.usage_rate_or_amount,0), -- Lot nvl(cicd.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(cicd.basis_type, 2, nvl(cicd.usage_rate_or_amount,0), -- Lot nvl(cicd.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), 'N', decode(cicd.basis_type, 2, nvl(cicd.usage_rate_or_amount,0), -- Lot nvl(cicd.usage_rate_or_amount,0) * nvl(wdj.start_quantity, 0) -- Any other basis ) ) end ,6),0) std_total_req_quantity from wdj, cst_item_cost_details cicd, bom_resources br, crc -- =========================================== -- WIP_Job Entity and Resource Cost Joins -- =========================================== where cicd.organization_id = wdj.organization_id and cicd.inventory_item_id = wdj.primary_item_id and crc.cost_type_id = cicd.cost_type_id and br.resource_id = cicd.resource_id -- Use cost resource details instead of routing details and cicd.rollup_source_type = 3 -- Rolled up and cicd.cost_element_id = 3 -- Resource and cicd.resource_id is not null and cicd.cost_type_id = crc.cost_type_id and cicd.level_type = 1 -- This Level -- To avoid getting duplicate rows, caused by bad item cost conversions and cicd.item_cost <> 0 -- Report either open WIP jobs and the std costs were changed before the -- period schedule close date or jobs closed after the standard costs were -- changed and the std costs were changed before the period schedule close date. and 'Y' = case when (wdj.date_closed is null and cicd.last_update_date < wdj.schedule_close_date + 1) then 'Y' when (wdj.date_closed is not null and cicd.last_update_date < wdj.schedule_close_date + 1 and wdj.date_closed > cicd.last_update_date) then 'Y' else 'N' end and br.resource_id = crc.resource_id (+) and br.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code union all -- ======================================================= -- AFTER -- Section 'Non-phtm Stds Changed after Period Close'. -- Get the primary routing for standards, for non-phantoms. -- Get primary routing information for methods variances -- based on standard routing units/hours and costs, for -- when the WIP job is open and the std costs were changed -- after the period schedule close date, or, the std costs -- were changed after the job was closed and the stds were -- changed after the accounting period schedule close date. -- In these cases get the routing costs from the standard -- routing units or hours times the standard resource rates. -- This query only gets non-phantom components. -- ======================================================= select 'Non-phtm Stds Changed After Period Close' section, wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, -- Revision for version 1.36 -- wdj.resource_account account, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, -- End revision for version 1.36 wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, bos.department_id, bos.operation_seq_num, -- Revision for version 1.36 -- bor.operation_sequence_id, bor.resource_seq_num, br.resource_id, br.resource_code, br.description, bor.basis_type, br.unit_of_measure res_unit_of_measure, 0 po_unit_price, crc.cost_type, br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, 0 usage_rate_or_amount, 0 total_req_quantity, 0 applied_resource_units, 0 wip_std_resource_value, 0 applied_resource_value, nvl(bor.usage_rate_or_amount,0) std_usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(wdj.class_type, 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ), 'N', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) * nvl(wdj.start_quantity, 0) -- Any other basis ) ) end ,6),0) std_total_req_quantity from wdj, bom_operational_routings rout, bom_operation_sequences bos, bom_operation_resources bor, bom_resources br, -- Revision for version 1.36 cic_assys ca, crc -- =========================================== -- WIP_Job Entity, Routing and Resource Cost Joins -- =========================================== where rout.organization_id = wdj.organization_id and rout.assembly_item_id = wdj.primary_item_id -- Need to look for common routings and bos.routing_sequence_id = nvl(rout.common_routing_sequence_id, rout.routing_sequence_id) and bor.operation_sequence_id = bos.operation_sequence_id and br.resource_id = bor.resource_id and rout.routing_type = 1 -- Manufacturing and rout.alternate_routing_designator is null -- Revision for version 1.24 and 1.36 and bos.effectivity_date < wdj.creation_date -- Revision for version 1.36 -- and nvl(bos.disable_date, sysdate+1) > sysdate and nvl(bos.disable_date, wdj.creation_date+1) > wdj.creation_date -- =========================================== -- Verify WIP Job to Fetch -- =========================================== -- Revision for version 1.36 and ca.inventory_item_id = wdj.primary_item_id and ca.organization_id = wdj.organization_id -- Report either open WIP jobs and the std costs were changed after the period -- schedule close date or standard costs were changed after the job was closed -- and the stds were changed after the accounting period schedule close date. and 'Y' = case when (wdj.date_closed is null and ca.last_rollup_date > wdj.schedule_close_date + 1) then 'Y' when (wdj.date_closed is not null and ca.last_rollup_date > wdj.schedule_close_date + 1) then 'Y' else 'N' end -- End revision for version 1.36 and br.resource_id = crc.resource_id (+) and br.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code union all -- ======================================================= -- AFTER -- Section 'Phantom Stds Changed after Period Close'. -- Get the primary routing for standards, for phantoms. -- Section II.G. Primary Routing for Standard Costing -- Get primary routing information for methods variances -- based on standard routing units/hours and costs, for -- when the WIP job is open and the std costs were changed -- after the period schedule close date, or, the std costs -- were changed after the job was closed and the stds were -- changed after the accounting period schedule close date. -- In these cases get the routing costs from the standard -- routing units or hours times the standard resource rates. -- This query only gets phantom components. -- ======================================================= select 'Phantom Stds Changed after Period Close' section, comp.report_type, comp.period_name, comp.organization_code, comp.organization_id, comp.primary_cost_method, -- Revision for version 1.36 -- comp.account, decode(br.cost_element_id, 4, wdj.outside_processing_account, wdj.resource_account) account, -- End revision for version 1.36 comp.class_code, comp.class_type, comp.wip_entity_id, comp.project_id, comp.status_type, comp.primary_item_id, comp.assembly_number, comp.assy_description, comp.assy_item_type, comp.assy_item_status_code, comp.assy_uom_code, comp.planning_make_buy_code, comp.std_lot_size, comp.lot_number, comp.creation_date, comp.scheduled_start_date, comp.date_released, comp.date_completed, comp.date_closed, comp.schedule_close_date, comp.last_update_date, comp.start_quantity, comp.quantity_completed, comp.quantity_scrapped, nvl(comp.quantity_completed,0) + nvl(comp.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, bos.department_id, bos.operation_seq_num, -- Revision for version 1.36 -- bor.operation_sequence_id, -- Revision for version 1.34 -- For phantoms, need to reference the same WIP resource_seq_num -- bor.resource_seq_num, nvl((select wor.resource_seq_num from wip_operation_resources wor where wor.organization_id = comp.organization_id and wor.wip_entity_id = comp.wip_entity_id and wor.operation_seq_num = comp.operation_seq_num and wor.operation_seq_num = bos.operation_seq_num and wor.resource_id = bor.resource_id and wor.phantom_flag = 1 and wor.phantom_op_seq_num = comp.operation_seq_num and comp.wip_supply_type = 6 -- phantom -- Prevent single-row subquery returns more than one row error and rownum = 1 ), bor.resource_seq_num) resource_seq_num, -- End revision for version 1.34 br.resource_id, br.resource_code, br.description, bor.basis_type, br.unit_of_measure res_unit_of_measure, 0 po_unit_price, crc.cost_type, br.cost_element_id, nvl(crc.resource_rate,0) resource_rate, 0 usage_rate_or_amount, 0 total_req_quantity, 0 applied_resource_units, 0 wip_std_resource_value, 0 applied_resource_value, nvl(bor.usage_rate_or_amount,0) std_usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when comp.status_type in (4,5,7,12,14,15) then decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) ) ), 'N', decode(bor.basis_type, 2, nvl(bor.usage_rate_or_amount,0), -- Lot nvl(bor.usage_rate_or_amount,0) * nvl(comp.start_quantity, 0) -- Any other basis ) ) end ,6),0) std_total_req_quantity from std_bom_comp comp, bom_operational_routings rout, bom_operation_sequences bos, bom_operation_resources bor, bom_resources br, bom_parameters bp, -- Revision for version 1.36 cic_assys ca, wdj, crc -- =========================================== -- WIP_Job Entity, Routing and Resource Cost Joins -- =========================================== where rout.organization_id = comp.organization_id and rout.assembly_item_id = comp.component_item_id and comp.wip_supply_type = 6 -- phantom and bp.organization_id = comp.organization_id and nvl(bp.use_phantom_routings,0) = 1 -- Need to look for common routings and bos.routing_sequence_id = nvl(rout.common_routing_sequence_id, rout.routing_sequence_id) and bor.operation_sequence_id = bos.operation_sequence_id and br.resource_id = bor.resource_id and rout.routing_type = 1 -- Manufacturing and rout.alternate_routing_designator is null -- Revision for version 1.24 and 1.36 and bos.effectivity_date < comp.creation_date -- Revision for version 1.36 -- and nvl(bos.disable_date, sysdate+1) > sysdate and nvl(bos.disable_date, comp.creation_date+1) > comp.creation_date and wdj.wip_entity_id = comp.wip_entity_id -- End revision for version 1.36 -- =========================================== -- Verify WIP Job to Fetch -- =========================================== -- Revision for version 1.36 and ca.inventory_item_id = comp.primary_item_id and ca.organization_id = comp.organization_id -- Report either open WIP jobs and the std costs were changed after the period -- schedule close date or standard costs were changed after the job was closed -- and the stds were changed after the accounting period schedule close date. and 'Y' = case when (comp.date_closed is null and ca.last_rollup_date > comp.schedule_close_date + 1) then 'Y' when (comp.date_closed is not null and ca.last_rollup_date > comp.schedule_close_date + 1) then 'Y' else 'N' end -- End revision for version 1.36 and br.resource_id = crc.resource_id (+) and br.organization_id = crc.organization_id (+) and 8=8 -- p_resource_code -- End revision for version 1.34 ) res group by res.report_type, res.period_name, res.organization_code, res.organization_id, res.primary_cost_method, res.account, res.class_code, res.class_type, res.wip_entity_id, res.project_id, res.status_type, res.primary_item_id, res.assembly_number, res.assy_description, res.assy_item_type, res.assy_item_status_code, res.assy_uom_code, res.planning_make_buy_code, res.std_lot_size, res.lot_number, res.creation_date, res.scheduled_start_date, res.date_released, res.date_completed, res.date_closed, -- Revision for version 1.22 res.schedule_close_date, res.last_update_date, res.start_quantity, res.quantity_completed, res.quantity_scrapped, res.fg_total_qty, res.department_id, res.operation_seq_num, null, -- wip_supply_type -- Revision for version 1.23 -- 'N' phantom_parent, res.resource_seq_num, -- Revision for version 1.22 res.resource_id, res.resource_code, res.description, res.basis_type, res.res_unit_of_measure, decode(res.basis_type, 2, 'Y', 'N'), -- lot_basis_type decode(res.basis_type, 2, res.resource_rate, 0), -- lot_basis_cost decode(res.basis_type, 1, 'Y', 'N'), -- item_basis_type decode(res.basis_type, 1, res.resource_rate, 0), -- item_basis_cost res.cost_type, -- Revision for version 1.18 res.cost_element_id, res.resource_rate ), -- res_sum -- End revision for version 1.36 -- Revision for version 1.30, 1.36 and 1.37 -- Get the list of primary and/or alternate BOMs, to enable joining to phantom subassemblies bom_list as -- Get the alternate BOM if the alternate BOM is not null (select bsb.bill_sequence_id, bsb.assembly_item_id, bsb.organization_id, bsb.alternate_bom_designator from bom_structures_b bsb, -- Revision for version 1.37 (select wdj.primary_item_id, wdj.organization_id from wdj group by wdj.primary_item_id, wdj.organization_id ) wdj -- mtl_parameters mp -- where bsb.organization_id = mp.organization_id where bsb.assembly_item_id = wdj.primary_item_id and bsb.organization_id = wdj.organization_id -- End revision for version 1.37 and bsb.assembly_type = 1 -- Manufacturing and bsb.common_assembly_item_id is null and bsb.alternate_bom_designator = '&p_alt_bom_designator' and '&p_alt_bom_designator' is not null union all -- Get the primary BOM if the alternate BOM does not exist select bsb.bill_sequence_id, bsb.assembly_item_id, bsb.organization_id, bsb.alternate_bom_designator from bom_structures_b bsb, -- Revision for version 1.37 (select wdj.primary_item_id, wdj.organization_id from wdj group by wdj.primary_item_id, wdj.organization_id ) wdj -- mtl_parameters mp -- where bsb.organization_id = mp.organization_id where bsb.assembly_item_id = wdj.primary_item_id and bsb.organization_id = wdj.organization_id -- End revision for version 1.37 and bsb.alternate_bom_designator is null -- get the primary BOM and '&p_alt_bom_designator' is not null -- Check to see if the BOM structures exist as an alternate BOM and not exists ( select 'x' from bom_structures_b bsb2 where bsb2.assembly_item_id = bsb.assembly_item_id and bsb2.organization_id = bsb.organization_id and bsb.alternate_bom_designator = '&p_alt_bom_designator' ) union all -- Get the primary BOM if the alternate BOM is null select bsb.bill_sequence_id, bsb.assembly_item_id, bsb.organization_id, bsb.alternate_bom_designator from bom_structures_b bsb, -- Revision for version 1.37 (select wdj.primary_item_id, wdj.organization_id from wdj group by wdj.primary_item_id, wdj.organization_id ) wdj -- mtl_parameters mp -- where bsb.organization_id = mp.organization_id where bsb.assembly_item_id = wdj.primary_item_id and bsb.organization_id = wdj.organization_id -- End revision for version 1.37 and bsb.alternate_bom_designator is null and '&p_alt_bom_designator' is null ) -- bom_list -- End revision for version 1.30, 1.36 and 1.37 -----------------main query starts here-------------- select wip_sum.report_type Report_Type, -- Revision for version 1.19 wip_sum.report_mode Report_Mode, nvl(gl.short_name, gl.name) Ledger, haou2.name Operating_Unit, wip_sum.organization_code Org_Code, haou.name Organization_Name, wip_sum.period_name Period_Name, &segment_columns wip_sum.class_code WIP_Class, ml1.meaning Class_Type, we.wip_entity_name WIP_Job, (select ppa.segment1 from pa_projects_all ppa where ppa.project_id = wip_sum.project_id) Project_Number, ml2.meaning Job_Status, wip_sum.creation_date Creation_Date, wip_sum.scheduled_start_date Scheduled_Start_Date, wip_sum.date_released Date_Released, wip_sum.date_completed Date_Completed, wip_sum.date_closed Date_Closed, wip_sum.last_update_date Last_Update_Date, muomv.uom_code UOM_Code, wip_sum.std_lot_size Item_Std_Lot_Size, wip_sum.lot_size_cost_type Lot_Size_Cost_Type, -- Revision for version 1.30, name change wip_sum.costing_lot_size Assembly_Cost_Lot_Size, wip_sum.start_quantity Start_Quantity, wip_sum.quantity_completed Assembly_Quantity_Completed, wip_sum.quantity_scrapped Assembly_Quantity_Scrapped, wip_sum.fg_total_qty Total_Assembly_Quantity, wip_sum.assembly_number Assembly, wip_sum.assy_description Assembly_Description, fcl1.meaning Item_Type, misv.inventory_item_status_code Item_Status, ml3.meaning Make_Buy_Code, &category_columns wip_sum.lot_number Lot_Number, &p_det1_cols gl.currency_code Currency_Code, &p_det2_cols wip_sum.matl_usage_var Material_Usage_Variance, &p_det3_cols wip_sum.matl_config_var Configuration_Variance, &p_det4_cols wip_sum.matl_lot_var Material_Lot_Variance, wip_sum.total_matl_var Total_Material_Variance, wip_sum.res_efficiency_var Resource_Efficiency_Variance, wip_sum.res_methods_var Resource_Methods_Variance, &p_det5_cols wip_sum.res_lot_var Resource_Lot_Variance, wip_sum.total_res_var Total_Resource_Variance, -- Revision for version 1.18 wip_sum.osp_efficiency_var OSP_Efficiency_Variance, wip_sum.osp_methods_var OSP_Methods_Variance, &p_det6_cols wip_sum.osp_lot_var OSP_Lot_Variance, wip_sum.total_osp_var Total_OSP_Variance, &p_sum_cols fl2.meaning Rolled_Up, wip_sum.last_rollup_date Last_Cost_Rollup -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- wip_sum.alternate_designator_code Alternate_BOM from mtl_units_of_measure_vl muomv, mtl_item_status_vl misv, -- Revision for version 1.38, to avoid category segment logic error mtl_system_items_vl msiv, wip_entities we, bom_departments bd, mfg_lookups ml1, -- WIP Class mfg_lookups ml2, -- WIP Status mfg_lookups ml3, -- Assy Planning Make Buy fnd_common_lookups fcl1, -- Assy Item Type fnd_lookups fl2, -- Rolled Up gl_code_combinations gcc, hr_organization_information hoi, hr_all_organization_units_vl haou, -- inv_organization_id hr_all_organization_units_vl haou2, gl_ledgers gl, -- =========================================== -- Condense the union all statements -- =========================================== (select wip.report_type, -- Revision for version 1.19 ml8.meaning report_mode, wip.organization_code, wip.period_name, decode(ml8.lookup_code, 1, wip.account, null) account, wip.class_code, wip.class_type, wip.wip_entity_id, wip.project_id, wip.status_type, wip.creation_date, wip.scheduled_start_date, wip.date_released, wip.date_completed, wip.date_closed, wip.last_update_date, wip.organization_id, wip.std_lot_size, wip.lot_size_cost_type, wip.costing_lot_size, wip.start_quantity, wip.quantity_completed, wip.quantity_scrapped, wip.fg_total_qty, wip.primary_item_id, wip.assembly_number, wip.assy_description, wip.assy_item_type, wip.assy_item_status_code, wip.assy_uom_code, wip.planning_make_buy_code, wip.lot_number, -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.report_sort, null) report_sort, decode(ml8.lookup_code, 1, wip.osp_item, null) OSP_item, decode(ml8.lookup_code, 1, wip.osp_description, null) osp_description, decode(ml8.lookup_code, 1, wip.po_number, null) po_number, decode(ml8.lookup_code, 1, wip.line_number, null) line_number, decode(ml8.lookup_code, 1, wip.po_release, null) po_release, decode(ml8.lookup_code, 1, wip.operation_seq_num, null) operation_seq_num, decode(ml8.lookup_code, 1, wip.item_or_res_op_seq, null) item_or_res_op_seq, decode(ml8.lookup_code, 1, wip.department_id, null) department_id, decode(ml8.lookup_code, 1, wip.item_or_resource, null) item_or_resource, -- Revision for version 1.30 Column name change for description to avoid SQL error decode(ml8.lookup_code, 1, wip.description, null) item_or_res_description, -- Revision for version 1.24 and 1.30 decode(ml8.lookup_code, 1, wip.resource_uom_code, null) resource_uom_code, decode(ml8.lookup_code, 1, wip.overhead, null) overhead, -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.ovhd_description, null) ovhd_description, -- Revision for version 1.23 -- decode(ml8.lookup_code, 1, wip.phantom_parent, null) phantom_parent, decode(ml8.lookup_code, 1, wip.component_item_type, null) component_item_type, decode(ml8.lookup_code, 1, wip.component_status_code, null) component_status_code, decode(ml8.lookup_code, 1, wip.component_make_buy_code, null) component_make_buy_code, decode(ml8.lookup_code, 1, wip.wip_supply_type, null) wip_supply_type, decode(ml8.lookup_code, 1, wip.basis_type, null) basis_type, -- Revision for version 1.30 decode(ml8.lookup_code, 1, wip.include_in_rollup, null) include_in_rollup, -- Revision for version 1.24 and 1.32 decode(ml8.lookup_code, 1, wip.cost_type, null) cost_type, -- cost_type -- Revision for version 1.28 decode(ml8.lookup_code, 1, wip.lot_basis_cost, null) lot_basis_cost, decode(ml8.lookup_code, 1, wip.comp_lot_size, null) component_cost_lot_size, -- End revision for version 1.28 decode(ml8.lookup_code, 1, wip.item_or_resource_cost, null) item_or_resource_cost, -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.rate_or_amount, null) overhead_rate, -- Revision for version 1.24 decode(ml8.lookup_code, 1, wip.uom_code, null) uom_code, decode(ml8.lookup_code, 1, wip.quantity_per_assembly, null) quantity_per_assembly, decode(ml8.lookup_code, 1, wip.total_req_quantity, null) total_req_quantity, -- Revision for version 1.22 decode(ml8.lookup_code, 1, wip.last_txn_date, null) last_txn_date, decode(ml8.lookup_code, 1, wip.quantity_issued, null) quantity_issued, decode(ml8.lookup_code, 1, round(wip.quantity_issued - wip.total_req_quantity,3), null) quantity_left_in_wip, -- Revision for version 1.23 decode(ml8.lookup_code, 1, round(sum(wip.wip_std_comp_or_res_value),2), null) wip_std_comp_or_res_value, decode(ml8.lookup_code, 1, round(sum(wip.applied_comp_or_res_value),2), null) applied_comp_or_res_value, -- End revision for version 1.23 round(sum(wip.matl_usage_var),2) matl_usage_var, decode(ml8.lookup_code, 1, wip.std_quantity_per_assembly, null) std_quantity_per_assembly, decode(ml8.lookup_code, 1, wip.std_total_req_quantity, null) std_total_req_quantity, round(sum(wip.matl_config_var),2) matl_config_var, -- Revision for version 1.30 decode(ml8.lookup_code, 1, round(sum(wip.wip_matl_lot_charges_per_unit),5), null) wip_matl_lot_charges_per_unit, decode(ml8.lookup_code, 1, round(sum(wip.std_matl_lot_charges_per_unit),5), null) std_matl_lot_charges_per_unit, -- End revision for version 1.30 round(sum(wip.matl_lot_var),2) matl_lot_var, round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) total_matl_var, round(sum(wip.res_efficiency_var),2) res_efficiency_var, round(sum(wip.res_methods_var),2) res_methods_var, -- Revision for version 1.30 decode(ml8.lookup_code, 1, round(sum(wip.wip_res_lot_charges_per_unit),5), null) wip_res_lot_charges_per_unit, decode(ml8.lookup_code, 1, round(sum(wip.std_res_lot_charges_per_unit),5), null) std_res_lot_charges_per_unit, -- End revision for version 1.30 round(sum(wip.res_lot_var),2) res_lot_var, round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) total_res_var, -- Revision for version 1.18 round(sum(wip.osp_efficiency_var),2) osp_efficiency_var, round(sum(wip.osp_methods_var),2) osp_methods_var, -- Revision for version 1.30 decode(ml8.lookup_code, 1, round(sum(wip.wip_osp_lot_charges_per_unit),5), null) wip_osp_lot_charges_per_unit, decode(ml8.lookup_code, 1, round(sum(wip.std_osp_lot_charges_per_unit),5), null) std_osp_lot_charges_per_unit, -- End revision for version 1.30 round(sum(wip.osp_lot_var),2) osp_lot_var, round(sum(wip.osp_efficiency_var),2) + round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) total_osp_var, -- End revision for version 1.18 -- Revision for version 1.36 -- round(sum(wip.ovhd_efficiency_var),2) ovhd_efficiency_var, -- round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + -- round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) + round(sum(wip.osp_efficiency_var),2) + -- round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) + round(sum(wip.ovhd_efficiency_var),2) total_explained_var, -- -- total_variance - total_explained_var = total_unexplained_var -- decode(ml8.lookup_code, 2, round(sum(wip.total_variance),2), null) - -- decode(ml8.lookup_code, 2, round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + -- round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) + round(sum(wip.osp_efficiency_var),2) + -- round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) + round(sum(wip.ovhd_efficiency_var),2), null) total_unexplained_var, decode(ml8.lookup_code, 2, round(sum(wip.ovhd_efficiency_var),2), null) ovhd_efficiency_var, -- Revision for version 1.37, add in scrap variance decode(ml8.lookup_code, 2, round(sum(wip.scrap_variance),2), null) scrap_variance, decode(ml8.lookup_code, 2, round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) + round(sum(wip.osp_efficiency_var),2) + -- Revision for version 1.37, add in scrap variance round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) + round(sum(wip.ovhd_efficiency_var),2) + round(sum(wip.scrap_variance),2), null) total_explained_var, -- Revision for version 1.36 decode(ml8.lookup_code, 2, decode(nvl(wip.rolled_up,'N'), 'Y', 0, round(sum(wip.material_variance),2) - (round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2))), null) bor_matl_var, decode(ml8.lookup_code, 2, decode(nvl(wip.rolled_up,'N'), 'Y', 0, round(sum(wip.res_variance),2) - (round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2))), null) bor_res_var, decode(ml8.lookup_code, 2, decode(nvl(wip.rolled_up,'N'), 'Y', 0, round(sum(wip.osp_variance),2) - (round(sum(wip.osp_efficiency_var),2) + round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2))), null) bor_osp_var, decode(ml8.lookup_code, 2, decode(nvl(wip.rolled_up,'N'), 'Y', 0, round(sum(wip.ovhd_variance),2) - round(sum(wip.ovhd_efficiency_var),2)), null) bor_ovhd_var, decode(ml8.lookup_code, 2, decode(nvl(wip.rolled_up,'N'), 'Y', 0, round(sum(wip.total_variance),2) - (round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) + round(sum(wip.osp_efficiency_var),2) + -- Revision for version 1.37, add in scrap variance round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) + round(sum(wip.ovhd_efficiency_var),2) + round(sum(wip.scrap_variance),2))), null) bor_total_var, -- End revision for version 1.36 -- Revision for version 1.37, add in scrap variance -- Unexplained Material Variance = total_matl_var - material_variance decode(ml8.lookup_code, 2, round(sum(wip.material_variance),2) - (round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + round(sum(wip.scrap_variance),2)), null) unexplained_matl_var, -- Unexplained Resource Variance = total_res_var - resource_variance decode(ml8.lookup_code, 2, round(sum(wip.res_variance),2) - (round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2)), null) unexplained_res_var, -- Unexplained OSP Variance = total_osp_var - osp_variance decode(ml8.lookup_code, 2, round(sum(wip.osp_variance),2) - (round(sum(wip.osp_efficiency_var),2) + round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2)), null) unexplained_osp_var, -- Unexplained Overhead Variance = ovhd_efficiency_var - ovhd_variance decode(ml8.lookup_code, 2, round(sum(wip.ovhd_variance),2) - round(sum(wip.ovhd_efficiency_var),2), null) unexplained_ovhd_var, decode(ml8.lookup_code, 2, round(sum(wip.total_variance),2) - -- Revision for version 1.36 (put sum of variances in parenthesis) (round(sum(wip.matl_usage_var),2) + round(sum(wip.matl_config_var),2) + round(sum(wip.matl_lot_var),2) + round(sum(wip.res_efficiency_var),2) + round(sum(wip.res_methods_var),2) + round(sum(wip.res_lot_var),2) + round(sum(wip.osp_efficiency_var),2) + -- Revision for version 1.37, add in scrap variance round(sum(wip.osp_methods_var),2) + round(sum(wip.osp_lot_var),2) + round(sum(wip.ovhd_efficiency_var),2) + round(sum(wip.scrap_variance),2)), null) total_unexplained_var, decode(ml8.lookup_code, 2, round(sum(wip.material_variance),2), null) material_variance, decode(ml8.lookup_code, 2, round(sum(wip.res_variance),2), null) res_variance, decode(ml8.lookup_code, 2, round(sum(wip.osp_variance),2), null) osp_variance, decode(ml8.lookup_code, 2, round(sum(wip.ovhd_variance),2), null) ovhd_variance, decode(ml8.lookup_code, 2, round(sum(wip.total_variance),2), null) total_variance, decode(ml8.lookup_code, 2, round(sum(wip.wip_costs_in),2), null) wip_costs_in, decode(ml8.lookup_code, 2, round(sum(wip.wip_costs_out),2), null) wip_costs_out, decode(ml8.lookup_code, 2, round(sum(wip.wip_relief),2), null) wip_relief, decode(ml8.lookup_code, 2, round(sum(wip.wip_value),2), null) wip_value, -- Revision for version 1.27 -- wip.rolled_up, nvl(wip.rolled_up,'N') rolled_up, wip.last_rollup_date -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- wip.alternate_designator_code -- End revision for version 1.30 -- Revision for version 1.19 from mfg_lookups ml8, -- cst_rpt_detail_option -- =========================================== -- Section I - Material Variances -- Inline table select for WIP Matl Usage -- and configuration variances. -- =========================================== (select mtl_sum.report_type, mtl_sum.organization_code, mtl_sum.period_name, mtl_sum.account, mtl_sum.class_code, mtl_sum.class_type, mtl_sum.wip_entity_id, mtl_sum.project_id, mtl_sum.status_type, mtl_sum.primary_item_id, mtl_sum.assembly_number, mtl_sum.assy_description, mtl_sum.assy_item_type, mtl_sum.assy_item_status_code, mtl_sum.assy_uom_code, mtl_sum.planning_make_buy_code, mtl_sum.lot_number, -- Revision for version 1.23 1 report_sort, mtl_sum.creation_date, mtl_sum.scheduled_start_date, mtl_sum.date_released, mtl_sum.date_completed, mtl_sum.date_closed, mtl_sum.last_update_date, mtl_sum.std_lot_size, cic_assys.cost_type lot_size_cost_type, nvl(cic_assys.lot_size, 1) costing_lot_size, mtl_sum.start_quantity, mtl_sum.quantity_completed, mtl_sum.quantity_scrapped, mtl_sum.fg_total_qty, mtl_sum.inventory_item_id, mtl_sum.organization_id, null osp_item, null osp_description, null po_number, null line_number, null po_release, mtl_sum.department_id, mtl_sum.operation_seq_num, mtl_sum.item_num item_or_res_op_seq, -- Revision for version 1.24 -- msiv2.concatenated_segments item_or_resource, -- msiv2.description, mtl_sum.component_number item_or_resource, mtl_sum.component_description description, null resource_uom_code, -- End revision for version 1.24 null overhead, null ovhd_description, null ovhd_basis_type, null ovhd_unit_of_measure, -- Revision for version 1.23 -- fl.meaning phantom_parent, fcl2.meaning component_item_type, misv2.inventory_item_status_code component_status_code, ml4.meaning component_make_buy_code, ml5.meaning wip_supply_type, ml6.meaning basis_type, -- Revision for version 1.30 ml7.meaning include_in_rollup, mtl_sum.lot_basis_type, mtl_sum.comp_lot_size, mtl_sum.lot_basis_cost, -- End revision for version 1.30 mtl_sum.item_basis_type, mtl_sum.item_basis_cost, mtl_sum.cost_type, nvl(mtl_sum.item_cost,0) item_or_resource_cost, -- Revision for version 1.23 0 rate_or_amount, -- Revision for version 1.28 muomv2.uom_code, mtl_sum.quantity_per_assembly, mtl_sum.total_req_quantity, -- Revision for version 1.22 and 1.30, push txn query down to mtl2 mtl_sum.last_txn_date, mtl_sum.quantity_issued, mtl_sum.wip_std_component_value wip_std_comp_or_res_value, mtl_sum.applied_component_value applied_comp_or_res_value, mtl_sum.std_quantity_per_assembly, mtl_sum.std_total_req_quantity, 0 wip_std_overhead_value, -- To match the Oracle Discrete Job Value Report, turn off material usage -- variances when there are no completions and no applied or charged quantities. case when mtl_sum.fg_total_qty = 0 and round(mtl_sum.applied_component_value,2) = 0 then 0 else round(mtl_sum.applied_component_value - mtl_sum.wip_std_component_value,2) end matl_usage_var, -- ============================= -- Configuration_Variance -- ============================= case when nvl(mtl_sum.item_basis_type, 'N') = 'N' then 0 when mtl_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when (nvl(mtl_sum.std_total_req_quantity,0) + nvl(mtl_sum.total_req_quantity,0)) = 0 then 0 when nvl(mtl_sum.std_total_req_quantity,0) - nvl(mtl_sum.total_req_quantity,0) = 0 then 0 -- Only have configuration variances with Standard Costing (but still want to show qty configuration variances) when mtl_sum.primary_cost_method <> 1 then 0 -- When the WIP BOM has a phantom component but the WIP supply type is not a phantom the report -- compares the material usage and configuration variances for the children of the parent phantom. -- The code section for WIP component requirements explodes the phantom component which enables the -- comparison to the standard BOM and subsequent netting for material usage and configuration variances. -- Revision for version 1.23 -- when mtl_sum.component_item_type = 'PH' and mtl_sum.wip_supply_type <> 6 then 0 -- When no completions, no applied value and no activity as there are no configuration variances when mtl_sum.fg_total_qty = 0 and round(mtl_sum.applied_component_value,2) = 0 then 0 else round((nvl(mtl_sum.total_req_quantity,0) - nvl(mtl_sum.std_total_req_quantity,0)) * mtl_sum.item_basis_cost,2) end matl_config_var, -- Revision for version 1.30 -- ============================= -- WIP Lot Charges Per Unit -- ============================= -- when primary_cost_method is not Frozen (1) then zero -- when the item is not lot-based then zero -- when the item basis is null then zero nvl(case -- Revision for version 1.28 -- when nvl(mtl_sum.lot_basis_type, 'N') = 'N' then 0 when nvl(mtl_sum.item_basis_type, 'Y') = 'Y' then 0 -- End revision for version 1.28 when mtl_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when mtl_sum.quantity_per_assembly = 0 then 0 -- Revision for version 1.10, replace decodes with mtl_sum.status_type in (4,5,7,12,14,15) -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' when mtl_sum.status_type in (4,5,7,12,14,15) then round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / (decode(mtl_sum.quantity_completed, 0, 1, mtl_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(mtl_sum.quantity_scrapped, 0))),5) when mtl_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released and use completion quantities then round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / (decode(mtl_sum.quantity_completed, 0, 1, mtl_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(mtl_sum.quantity_scrapped, 0))),5) when mtl_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but do not use completion quantities -- Revision for version 1.33 -- then round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / mtl_sum.start_quantity,5) -- else round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / mtl_sum.start_quantity,5) then round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / decode(mtl_sum.start_quantity, 0, 1, mtl_sum.start_quantity),5) else round(mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost / decode(mtl_sum.start_quantity, 0, 1, mtl_sum.start_quantity),5) -- End revision for version 1.8 -- End revision for version 1.33 end,0) wip_matl_lot_charges_per_unit, -- ============================= -- Standard Lot Charges Per Unit -- ============================= nvl(case when nvl(mtl_sum.lot_basis_type, 'N') = 'N' then 0 when mtl_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when mtl_sum.std_quantity_per_assembly = 0 then 0 -- Revision for version 1.28, use the component lot size else round(mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / mtl_sum.comp_lot_size,5) end,0) std_matl_lot_charges_per_unit, -- End revision for version 1.30 -- ============================= -- Lot_Variance -- ============================= -- WIP Lot Charges per unit - Std Lot Charges per unit = Lot_Size_Variance -- when primary_cost_method is not Frozen (1) then zero -- when standard lot size is null then zero -- when mtl_sum.basis_type is null then zero -- when mtl_sum.basis_type <> lot (2) then zero nvl(case when mtl_sum.primary_cost_method <> 1 then 0 -- Revision for version 1.28 -- when nvl(mtl_sum.lot_basis_type, 'N') = 'N' then 0 when nvl(mtl_sum.item_basis_type, 'Y') = 'Y' then 0 -- End revision for version 1.28 when mtl_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when mtl_sum.std_quantity_per_assembly = 0 then 0 -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' when mtl_sum.status_type in (4,5,7,12,14,15) then round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * (nvl(mtl_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(mtl_sum.quantity_scrapped, 0))),2) when mtl_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released but has completion quantities then round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * (nvl(mtl_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(mtl_sum.quantity_scrapped, 0))),2) when mtl_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but has no completion quantities -- Revision for version 1.33 -- then round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - (mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * mtl_sum.start_quantity),2) -- else round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - (mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * mtl_sum.start_quantity),2) then round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - (mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * decode(mtl_sum.start_quantity, 0, 1, mtl_sum.start_quantity)),2) else round((mtl_sum.quantity_per_assembly * mtl_sum.lot_basis_cost) - (mtl_sum.std_quantity_per_assembly * mtl_sum.lot_basis_cost / nvl(cic_assys.lot_size,1) * decode(mtl_sum.start_quantity, 0, 1, mtl_sum.start_quantity)),2) -- End revision for version 1.33 end,0) matl_lot_var, 0 res_efficiency_var, 0 res_methods_var, -- Revision for version 1.30 0 wip_res_lot_charges_per_unit, 0 std_res_lot_charges_per_unit, -- End revision for version 1.30 0 res_lot_var, -- Revision for version 1.18 0 osp_efficiency_var, 0 osp_methods_var, -- Revision for version 1.30 0 wip_osp_lot_charges_per_unit, 0 std_osp_lot_charges_per_unit, -- End revision for version 1.30 0 osp_lot_var, -- End revision for version 1.18 0 ovhd_efficiency_var, -- Revision for version 1.37 0 scrap_variance, 0 material_variance, 0 res_variance, 0 osp_variance, 0 ovhd_variance, 0 total_variance, 0 wip_costs_in, 0 wip_costs_out, 0 wip_relief, 0 wip_value, cic_assys.rolled_up, cic_assys.last_rollup_date --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- mtl_sum.alternate_designator_code -- Revision for version 1.24 -- from mtl_system_items_vl msiv2, from mtl_item_status_vl misv2, -- End revision for version 1.24 mtl_units_of_measure_vl muomv2, -- Revision for version 1.23 -- fnd_lookups fl, -- phantom_parent fnd_common_lookups fcl2, -- component_item_type mfg_lookups ml4, -- component_make_buy_code mfg_lookups ml5, -- wip_supply_type mfg_lookups ml6, -- component_basis_type -- Revision for version 1.30 mfg_lookups ml7, -- Include in Rollup -- Revision for version 1.19 cic_assys, -- item costs -- ======================================================== -- Get the WIP Component Information in a multi-part union -- which is then condensed into a summary data set -- ======================================================== -- Section I Condense into a summary data set. -- ======================================================== (select mtl.report_type, mtl.period_name, mtl.organization_code, mtl.organization_id, mtl.primary_cost_method, mtl.account, mtl.class_code, mtl.class_type, mtl.wip_entity_id, mtl.project_id, mtl.status_type, mtl.primary_item_id, mtl.assembly_number, mtl.assy_description, mtl.assy_item_type, mtl.assy_item_status_code, mtl.assy_uom_code, mtl.planning_make_buy_code, mtl.std_lot_size, mtl.lot_number, mtl.creation_date, mtl.scheduled_start_date, mtl.date_released, mtl.date_completed, mtl.date_closed, mtl.last_update_date, mtl.start_quantity, mtl.quantity_completed, mtl.quantity_scrapped, mtl.fg_total_qty, mtl.inventory_item_id, mtl.department_id, mtl.operation_seq_num, mtl.item_num, mtl.wip_supply_type, mtl.component_number, mtl.component_description, mtl.component_item_type, mtl.comp_planning_make_buy_code, mtl.component_item_status_code, mtl.component_uom_code, -- Revision for version 1.28 -- Condense to a common value to get only one row case when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 0 then 1 when mtl.wip_basis_type = 1 then 1 when mtl.wip_basis_type = 2 then 2 when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 1 then 1 when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 2 then 2 else 1 end component_basis_type, -- End revision for version 1.28 -- Revision for version 1.30 mtl.include_in_cost_rollup, mtl.lot_basis_type, mtl.comp_lot_size, mtl.lot_basis_cost, -- Revision for version 1.28, could not do this in Section mtl2 -- Condense to a common value to get only one row case when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 0 then 'Y' when mtl.wip_basis_type = 1 then 'Y' when mtl.wip_basis_type = 2 then 'N' when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 1 then 'Y' when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 2 then 'N' else 'Y' end item_basis_type, -- End revision for version 1.28 mtl.item_basis_cost, mtl.cost_type, mtl.item_cost, mtl.quantity_per_assembly, mtl.total_req_quantity, mtl.last_txn_date, mtl.quantity_issued, mtl.wip_std_component_value, mtl.applied_component_value, mtl.std_quantity_per_assembly, mtl.std_total_req_quantity --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- mtl.alternate_designator_code from (select mtl2.report_type, mtl2.period_name, mtl2.organization_code, mtl2.organization_id, mtl2.primary_cost_method, -- Revision for version 1.12 -- mtl2.primary_cost_type, mtl2.account, mtl2.class_code, mtl2.class_type, mtl2.wip_entity_id, mtl2.project_id, mtl2.status_type, mtl2.primary_item_id, -- Revision for version 1.22 mtl2.assembly_number, mtl2.assy_description, mtl2.assy_item_type, mtl2.assy_item_status_code, mtl2.assy_uom_code, mtl2.planning_make_buy_code, mtl2.std_lot_size, -- End revision for version 1.22 -- Revision for version 1.7 mtl2.lot_number, mtl2.creation_date, -- Revision for version 1.5 mtl2.scheduled_start_date, mtl2.date_released, mtl2.date_completed, mtl2.date_closed, -- Revision for version 1.18 mtl2.schedule_close_date, mtl2.last_update_date, mtl2.start_quantity, mtl2.quantity_completed, mtl2.quantity_scrapped, mtl2.fg_total_qty, mtl2.inventory_item_id, -- Revision for version 1.19, 1.30 and 1.37 -- mtl2.department_id, min(case when mtl2.department_id = 0 then -- If the component is not on the standard BOM then get -- the department information from the WIP job. (select nvl(wro.department_id, wo.department_id) from wip_requirement_operations wro, wip_operations wo where wo.wip_entity_id = wro.wip_entity_id and wo.organization_id = wro.organization_id and wo.operation_seq_num = wro.operation_seq_num and wro.inventory_item_id = mtl2.inventory_item_id and wro.wip_entity_id = mtl2.wip_entity_id -- Revision for version 1.27 -- Prevent single-row subquery returns more than one row error and rownum = 1 and wro.organization_id = mtl2.organization_id) else mtl2.department_id end) department_id, -- End revision for version 1.19, 1.30 and 1.37 -- Revision for version 1.12 and 1.14 -- mtl2.level_num, -- Revision for version 1.19 -- mtl2.operation_seq_num, -- Revision for version 1.30 min(case when mtl2.operation_seq_num is null then -- Get the operation_seq_num from the WIP BOM, but if the component -- is not on the WIP BOM, then get it from the standard BOM. -- This query uses the bill_sequence_id. (select nvl(wro.operation_seq_num, (select comp.operation_seq_num from bom_components_b comp, bom_list bom where bom.bill_sequence_id = comp.bill_sequence_id and comp.component_item_id = mtl2.inventory_item_id and bom.assembly_item_id = mtl2.primary_item_id and bom.organization_id = mtl2.organization_id -- Revision for version 1.33 -- Prevent single-row subquery returns more than one row error and rownum = 1)) from wip_requirement_operations wro where wro.inventory_item_id = mtl2.inventory_item_id and wro.wip_entity_id = mtl2.wip_entity_id and wro.organization_id = mtl2.organization_id -- Revision for version 1.27 -- Prevent single-row subquery returns more than one row error and rownum = 1 group by wro.operation_seq_num) when mtl2.operation_seq_num is not null then mtl2.operation_seq_num else mtl2.operation_seq_num end) operation_seq_num, -- End revision for version 1.19 and 1.30 -- Revision for version 1.27 mtl2.item_num, -- Revision for version 1.36 case -- Component is only on the WIP BOM when sum(mtl2.comp_wip_supply_type) = 0 then sum(mtl2.wip_supply_type) -- Component is only on the Std BOM when sum(mtl2.wip_supply_type) = 0 then sum(mtl2.comp_wip_supply_type) else sum(mtl2.wip_supply_type) end wip_supply_type, -- Revision for version 1.6 and 1.22 mtl2.component_number, mtl2.component_description, mtl2.component_item_type, mtl2.comp_planning_make_buy_code, mtl2.component_item_status_code, mtl2.component_uom_code, -- Revision for version 1.28 -- Revision for version 1.8 -- mtl2.basis_type, -- Condense to a common value to get only one row sum(mtl2.wip_basis_type) wip_basis_type, -- End revision for version 1.28 mtl2.lot_basis_type, -- Revision for version 1.28 mtl2.comp_lot_size, mtl2.lot_basis_cost, -- Revision for version 1.28 -- mtl2.item_basis_type, -- Condense to a common value to get only one row sum(mtl2.comp_basis_type) comp_basis_type, -- End revision for version 1.28 -- Revision for version 1.30 sum(mtl2.include_in_cost_rollup) include_in_cost_rollup, mtl2.item_basis_cost, -- End revision for version 1.8 mtl2.cost_type, mtl2.item_cost, sum(mtl2.quantity_per_assembly) quantity_per_assembly, sum(mtl2.total_req_quantity) total_req_quantity, -- Revision for version 1.18 (select max(mmt.transaction_date) from mtl_material_transactions mmt where mmt.inventory_item_id = mtl2.inventory_item_id and mmt.organization_id = mtl2.organization_id and mmt.transaction_source_id = mtl2.wip_entity_id and mmt.transaction_source_type_id = 5 and mmt.transaction_date < mtl2.schedule_close_date + 1) last_txn_date, -- End revision for version 1.18 sum(mtl2.quantity_issued) quantity_issued, sum(mtl2.wip_std_component_value) wip_std_component_value, sum(mtl2.applied_component_value) applied_component_value, sum(mtl2.std_quantity_per_assembly) std_quantity_per_assembly, sum(mtl2.std_total_req_quantity) std_total_req_quantity --, -- Revision for version 1.27 and 1.36 -- Removed, not consistent for resources and overheads -- (select badv.display_name -- from bom_structures_b bom, -- bom_alternate_designators_vl badv -- where bom.assembly_item_id = mtl2.primary_item_id -- and bom.organization_id = mtl2.organization_id -- and badv.alternate_designator_code = bom.alternate_bom_designator -- -- Revision for version 1.28 -- and badv.display_name = nvl('&p_alt_bom_designator', badv.display_name) -- p_alt_bom_designator -- and rownum = 1 -- ) alternate_designator_code -- End revision for version 1.27 and 1.36 from -- ======================================================= -- Section I.A. WIP and WIP Material Components -- ======================================================= -- Revision for version 1.12 (select 'I.A' section, -- Revision for version 1.22 wro.report_type, wro.period_name, wro.organization_code, wro.organization_id, wro.primary_cost_method, -- Revision for version 1.12 -- cct.cost_type primary_cost_type, wro.account, wro.class_code, wro.class_type, wro.wip_entity_id, wro.project_id, wro.status_type, wro.primary_item_id, -- Revision for version 1.22 wro.assembly_number, wro.assy_description, wro.assy_item_type, wro.assy_item_status_code, wro.assy_uom_code, wro.planning_make_buy_code, wro.std_lot_size, -- End revision for version 1.22 -- Revision for version 1.7 wro.lot_number, wro.creation_date, -- Revision for version 1.5 wro.scheduled_start_date, wro.date_released, wro.date_completed, wro.date_closed, -- Revision for version 1.22 wro.schedule_close_date, wro.last_update_date, wro.start_quantity, wro.quantity_completed, wro.quantity_scrapped, wro.fg_total_qty, -- End revision for version 1.22 wro.inventory_item_id, -- Revision for version 1.14 -- nvl(wo.department_id,0) department_id, wo.department_id department_id, -- Revision for version 1.6 wro.level_num, -- Revision for version 1.25 -- wo.operation_seq_num, wro.operation_seq_num, -- Revision for version 1.14 wro.component_sequence_id, -- Revision for version 1.27 wro.item_num, wro.wip_supply_type, -- Revision for version 1.36 0 comp_wip_supply_type, -- Revision for version 1.6 and 1.22 wro.component_number, wro.component_description, wro.component_item_type, wro.comp_planning_make_buy_code, wro.component_item_status_code, wro.component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- wro.phantom_parent, -- End revision for version 1.6 -- Revision for version 1.8 -- coalesce(wro.basis_type, cic_comp.basis_type, 1) basis_type, -- Revision for version 1.28 -- nvl(wro.basis_type, 1) basis_type, nvl(wro.basis_type, 1) wip_basis_type, 0 comp_basis_type, -- End revision for version 1.28 -- Revision for version 1.30 0 include_in_cost_rollup, decode(cic_comp.lot_basis_type, 0, 'N', 'Y') lot_basis_type, nvl(cic_comp.lot_size,1) comp_lot_size, -- Revision for version 1.12 nvl(cic_comp.lot_basis_cost,0) lot_basis_cost, -- Revision for version 1.28 -- decode(nvl(wro.basis_type,1), -- 1, 'Y', -- 2, 'N', -- decode(cic_comp.item_basis_type, 0, 'N', 'Y') -- ) item_basis_type, -- End revision for version 1.28 -- Revision for version 1.12 nvl(cic_comp.item_basis_cost,0) item_basis_cost, cic_comp.cost_type cost_type, nvl(cic_comp.item_cost,0) item_cost, -- a basis of 2 indicates the component is issued per lot not per assembly and the component yield factor is ignored decode(nvl(wro.basis_type,1), 1, nvl(wro.quantity_per_assembly,0) * 1/nvl(wro.component_yield_factor,1), -- Item basis 2, nvl(wro.required_quantity,1), -- Lot nvl(wro.quantity_per_assembly,0) * 1/nvl(wro.component_yield_factor,1) -- Any other basis ) quantity_per_assembly, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- then use completions plus scrap quantities unless for lot-based jobs. round(case when wro.status_type in (4,5,7,12,14,15) then -- use the completions plus scrap quantities unless for lot-based jobs decode(nvl(wro.basis_type, 1), -- Revision for version 1.29 -- 2, nvl(wro.quantity_per_assembly,0), -- Lot 2, nvl(wro.quantity_per_assembly,0) * -- Lot case when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) = 0 then 0 when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) > 0 then 1 else 0 end, -- End revision for version 1.29 nvl(wro.quantity_per_assembly,0) * 1/nvl(wro.component_yield_factor,1) -- Any other basis * decode(wro.class_type, 5, nvl(wro.quantity_completed, 0), nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) ) ) else -- Else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(nvl(wro.basis_type, 1), -- use the completions plus scrap quantities unless for lot-based jobs -- Revision for version 1.29 -- 2, nvl(wro.quantity_per_assembly,0), -- Lot 2, nvl(wro.quantity_per_assembly,0) * -- Lot case when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) = 0 then 0 when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) > 0 then 1 else 0 end, -- End revision for version 1.29 nvl(wro.quantity_per_assembly,0) * 1/nvl(wro.component_yield_factor,1) -- Any other basis * decode(wro.class_type, 5, nvl(wro.quantity_completed, 0), nvl(wro.quantity_completed, 1) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) ) ), 'N', decode(nvl(wro.basis_type, 1), 2, nvl(wro.quantity_per_assembly,0), -- Lot nvl(wro.quantity_per_assembly,0) * wro.start_quantity * 1/nvl(wro.component_yield_factor,1) -- Any other basis ) ) end ,6) total_req_quantity, nvl(wro.quantity_issued,0) quantity_issued, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- then use completions plus scrap quantities unless for lot-based jobs. round(case when wro.status_type in (4,5,7,12,14,15) then -- use the completions plus scrap quantities unless for lot-based jobs decode(nvl(wro.basis_type,1), -- Revision for version 1.29 -- 2, nvl(wro.quantity_per_assembly,0), -- Lot 2, nvl(wro.quantity_per_assembly,0) * -- Lot case when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) = 0 then 0 when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) > 0 then 1 else 0 end, -- End revision for version 1.29 nvl(wro.quantity_per_assembly,1) * 1/nvl(wro.component_yield_factor,1) -- Any other basis * decode(wro.class_type, 5, nvl(wro.quantity_completed, 0), nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) ) ) else -- else use the start quantity times the usage rate or amount decode(:p_use_completion_qtys, 'Y', decode(nvl(wro.basis_type,1), -- use the completions plus scrap quantities unless for lot-based jobs -- Revision for version 1.29 -- 2, nvl(wro.quantity_per_assembly,0), -- Lot 2, nvl(wro.quantity_per_assembly,0) * -- Lot case when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) = 0 then 0 when nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) > 0 then 1 else 0 end, -- End revision for version 1.29 nvl(wro.quantity_per_assembly,0) * 1/nvl(wro.component_yield_factor,1) -- Any other basis * decode(wro.class_type, 5, nvl(wro.quantity_completed, 0), nvl(wro.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wro.quantity_scrapped, 0)) ) ), 'N', decode(nvl(wro.basis_type,1), 2, nvl(wro.quantity_per_assembly,0), -- Lot nvl(wro.quantity_per_assembly,0) * wro.start_quantity * 1/nvl(wro.component_yield_factor,1) -- Any other basis ) ) end ,6) -- total_req_quantity -- And multiply by the Cost_Type or Costing_Method costs * nvl(cic_comp.item_cost,0) wip_std_component_value, nvl(wro.quantity_issued,0) -- And multiply by the Cost Type or Costing Method costs * nvl(cic_comp.item_cost,0) applied_component_value, 0 std_quantity_per_assembly, 0 std_total_req_quantity from wip_operations wo, -- Revision for version 1.12 -- cst_cost_types cct, -- Revision for version 1.22 -- mtl_system_items_vl msiv, -- Revision for version 1.22 cic_comp, -- Get the Cost Basis Type and Component Item Costs -- wdj, -- get the corrected wip qty completed and qty scrapped -- End revision for version 1.22 -- get the corrected wip component issue quantities -- Revision for version 1.34, make the WIP component code section as a WITH statement wdj_comp wro -- =========================================== -- WIP_Job Entity, Class and Period joins -- =========================================== -- Revision for version 1.22 -- where wro.wip_entity_id = wdj.wip_entity_id -- and wro.organization_id = wdj.organization_id -- and wo.operation_seq_num (+) = wro.operation_seq_num -- End revision for version 1.22 where wo.operation_seq_num (+) = wro.operation_seq_num and wo.wip_entity_id (+) = wro.wip_entity_id and wo.organization_id (+) = wro.organization_id -- Revision for version 1.12 -- and cct.cost_type_id = wdj.primary_cost_method and wro.organization_id = cic_comp.organization_id (+) and wro.inventory_item_id = cic_comp.inventory_item_id (+) -- Revision for version 1.35 and wro.wip_entity_id = cic_comp.wip_entity_id (+) -- Revision for version 1.22 -- and msiv.organization_id = wro.organization_id -- and msiv.inventory_item_id = wro.inventory_item_id -- End revision for version 1.22 union all -- ======================================================= -- Section I.B. Get the Bill of Material -- Get BOM information for configuration variances. -- ======================================================= -- Revision for version 1.12 select 'I.B' section, -- Revision for version 1.22 comp.report_type, comp.period_name, comp.organization_code, comp.organization_id, comp.primary_cost_method, -- Revision for version 1.12 -- cct.cost_type primary_cost_type, comp.account, comp.class_code, comp.class_type, comp.wip_entity_id, comp.project_id, comp.status_type, comp.primary_item_id, -- Revision for version 1.22 comp.assembly_number, comp.assy_description, comp.assy_item_type, comp.assy_item_status_code, comp.assy_uom_code, comp.planning_make_buy_code, comp.std_lot_size, -- End revision for version 1.22 -- Revision for version 1.7 comp.lot_number, comp.creation_date, -- Revision for version 1.5 comp.scheduled_start_date, comp.date_released, comp.date_completed, comp.date_closed, -- Revision for version 1.18 comp.schedule_close_date, comp.last_update_date, comp.start_quantity, comp.quantity_completed, comp.quantity_scrapped, comp.fg_total_qty, comp.component_item_id inventory_item_id, -- Revision for version 1.37 -- Get the department from the routing nvl((select nvl(res_sum.department_id, 0) from res_sum where res_sum.operation_seq_num = comp.operation_seq_num and res_sum.wip_entity_id = comp.wip_entity_id -- Revision for version 1.27 -- Prevent single-row subquery returns more than one row error and rownum = 1 group by department_id),0) department_id, -- End revision for version 1.37 -- Revision for version 1.6 comp.level_num, -- Revision for version 1.5, 1.14, 1.19 and 1.22 -- The primary BOM operation_seq_num may be null or different from the WIP BOM -- This logic tries to keep the BOM information on the same row. -- abs(comp.operation_seq_num) operation_seq_num, -- This query uses the component_sequence_id. nvl((select min(wro.operation_seq_num) from wip_requirement_operations wro where wro.inventory_item_id = comp.component_item_id and wro.component_sequence_id = comp.component_sequence_id and wro.wip_entity_id = comp.wip_entity_id and wro.organization_id = comp.organization_id -- Revision for version 1.33 and rownum = 1 -- Revision for version 1.36 -- ), '') operation_seq_num, ), comp.operation_seq_num) operation_seq_num, -- End revision for version 1.36 -- Revision for version 1.14 comp.component_sequence_id, -- Revision for version 1.27 comp.item_num, -- Revision for version 1.36 0 wip_supply_type, comp.wip_supply_type comp_wip_supply_type, -- End revision for version 1.36 -- Revision for version 1.6 and 1.22 comp.component_number, comp.component_description, comp.component_item_type, comp.comp_planning_make_buy_code, comp.component_item_status_code, comp.component_uom_code, -- End revision for version 1.22 -- Revision for version 1.21 -- comp.phantom_parent, -- End revision for version 1.6 -- Revision for version 1.28 -- nvl(comp.basis_type, 1) basis_type, 0 wip_basis_type, nvl(comp.basis_type, 1) comp_basis_type, -- End revision for version 1.28 -- Revision for version 1.30 comp.include_in_cost_rollup, decode(cic_comp.lot_basis_type, 0, 'N', 'Y') lot_basis_type, nvl(cic_comp.lot_size,1) comp_lot_size, -- Revision for version 1.12 nvl(cic_comp.lot_basis_cost,0) lot_basis_cost, -- Revision for version 1.28 -- decode(nvl(comp.basis_type,1), -- 1, 'Y', -- 2, 'N', -- decode(cic_comp.item_basis_type, 0, 'N', 'Y') -- ) item_basis_type, -- End revision for version 1.28 -- Revision for version 1.12 nvl(cic_comp.item_basis_cost,0) item_basis_cost, cic_comp.cost_type cost_type, nvl(cic_comp.item_cost,0) item_cost, 0 quantity_per_assembly, 0 total_req_quantity, 0 quantity_issued, 0 wip_std_component_value, 0 applied_component_value, -- Revision for version 1.12, restructure the code -- a basis of 2 indicates the component is issued per lot not per assembly and the component yield factor is ignored -- Revision for version 1.36, std_quantity_per_assembly = component usage quantity) / component yield) / (1 - shrinkage rate for parent) decode(nvl(comp.basis_type,1), 1, nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1), -- Item basis 2, nvl(comp.component_quantity,1), -- Lot nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1) -- Any other basis -- Revision for version 1.36, include shrinkage_rate ) / (1 - ca.shrinkage_rate) std_quantity_per_assembly, round(case when comp.status_type in (4,5,7,12,14,15) then -- use the completions plus scrap quantities unless for lot-based jobs decode(nvl(comp.basis_type, 1), -- Revision for version 1.29 -- 2, nvl(comp.component_quantity,0), -- Lot 2, nvl(comp.component_quantity,0) * -- Lot case -- Revision for version 1.36 -- If the shrinkage rate is not zero, do not include scrap quantities as scrap is already included in the shrinkage rate, as the expected scrap amount. -- when nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) = 0 then 0 -- when nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) > 0 then 1 when nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) = 0 then 0 when nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) > 0 then 1 -- End for revision 1.36 else 0 end, -- End revision for version 1.29 nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), -- Revision for version 1.36 -- If the shrinkage rate is not zero, do not include scrap quantities as scrap is already included in the shrinkage rate, as the expected scrap amount. -- nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) -- End for revision 1.36 ) ) else -- else use the start quantity times the usage rate or amount -- Revision for version 1.5 decode(:p_use_completion_qtys, 'Y', decode(nvl(comp.basis_type,1), -- use the completions plus scrap quantities unless for lot-based jobs -- Revision for version 1.29 -- 2, nvl(comp.component_quantity,0), -- Lot 2, nvl(comp.component_quantity,0) * -- Lot case -- Revision for version 1.36 -- If the shrinkage rate is not zero, do not include scrap quantities as scrap is already included in the shrinkage rate, as the expected scrap amount. -- when nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) = 0 then 0 -- when nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) > 0 then 1 when nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) = 0 then 0 when nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) > 0 then 1 -- End for revision 1.36 else 0 end, -- End revision for version 1.29 nvl(comp.component_quantity,0) * 1/nvl(comp.component_yield_factor,1) -- Any other basis * decode(comp.class_type, 5, nvl(comp.quantity_completed, 0), -- Revision for version 1.36 -- If the shrinkage rate is not zero, do not include scrap quantities as scrap is already included in the shrinkage rate, as the expected scrap amount. -- nvl(comp.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)) nvl(comp.quantity_completed, 0) + decode(ca.shrinkage_rate, 0, decode(:p_include_scrap, 'N', 0, null, 0, nvl(comp.quantity_scrapped, 0)), 0) -- End for revision 1.36 ) ), -- else use the start quantity times the usage rate or amount 'N', decode(nvl(comp.basis_type,1), 2, nvl(comp.component_quantity,0), -- Lot nvl(comp.component_quantity,0) * comp.start_quantity * 1/nvl(comp.component_yield_factor,1) -- Any other basis ) ) end -- End revision for version 1.5 ,6) std_total_req_quantity -- Revision for version 1.22 -- from bom_structures_b bom, from cic_comp, -- Get the Cost Basis Type and Item Costs -- Revision for version 1.34, put standard components code section into WITH statement std_bom_comp comp, -- Revision for version 1.36 cic_assys ca where cic_comp.organization_id (+) = comp.organization_id and cic_comp.inventory_item_id (+) = comp.component_item_id -- Revision for version 1.35 and cic_comp.wip_entity_id (+) = comp.wip_entity_id -- Revision for version 1.34 and 1.36 -- Do not get phantom components, not issued to WIP -- and comp.wip_supply_type <> 6 -- Rules for version 1.36 -- Do not get components if the prior (higher) level component was not -- a phantom, as phantom components are not issued to WIP. and 0 = case -- 0 = Not a phantom, 1 = Yes a phantom -- Check level 1 components when comp.level_num = 1 and comp.level_1_comp_is_phantom = 0 then 0 -- Check level 2 components when comp.level_num = 2 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 0 then 0 -- Check level 3 components when comp.level_num = 3 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 1 and comp.level_3_comp_is_phantom = 0 then 0 -- Check level 4 components when comp.level_num = 4 and comp.level_1_comp_is_phantom = 1 and comp.level_2_comp_is_phantom = 1 and comp.level_3_comp_is_phantom = 1 and comp.level_4_comp_is_phantom = 0 then 0 else 1 end and ca.organization_id = comp.organization_id and ca.inventory_item_id = comp.primary_item_id -- End revision for version 1.36 ) mtl2 group by mtl2.report_type, mtl2.period_name, mtl2.organization_code, mtl2.organization_id, mtl2.primary_cost_method, -- Revision for version 1.12 -- mtl2.primary_cost_type, mtl2.account, mtl2.class_code, mtl2.class_type, mtl2.wip_entity_id, mtl2.project_id, mtl2.status_type, mtl2.primary_item_id, -- Revision for version 1.22 mtl2.assembly_number, mtl2.assy_description, mtl2.assy_item_type, mtl2.assy_item_status_code, mtl2.assy_uom_code, mtl2.planning_make_buy_code, mtl2.std_lot_size, -- End revision for version 1.22 -- Revision for version 1.7 mtl2.lot_number, mtl2.creation_date, -- Revision for version 1.5 mtl2.scheduled_start_date, mtl2.date_released, mtl2.date_completed, mtl2.date_closed, -- Revision for version 1.18 mtl2.schedule_close_date, mtl2.last_update_date, mtl2.start_quantity, mtl2.quantity_completed, mtl2.quantity_scrapped, mtl2.fg_total_qty, mtl2.inventory_item_id, -- Revision for version 1.12 and 1.14 -- mtl2.level_num, -- Revision for version 1.14 and 1.30 -- mtl2.operation_seq_num, -- Revision for version 1.27 mtl2.item_num, -- item_op_seq -- Revision for version 1.30 -- mtl2.wip_supply_type, -- End revision for version 1.14 -- Revision for version 1.6 and 1.22 mtl2.component_number, mtl2.component_description, mtl2.component_item_type, mtl2.comp_planning_make_buy_code, mtl2.component_item_status_code, mtl2.component_uom_code, -- End revision for version 1.22 -- Revision for version 1.28 -- Revision for version 1.8 -- mtl2.basis_type, mtl2.lot_basis_type, -- Revision for version 1.28 mtl2.comp_lot_size, mtl2.lot_basis_cost, -- Revision for version 1.28 -- mtl2.item_basis_type, mtl2.item_basis_cost, -- End revision for version 1.8 mtl2.cost_type, mtl2.item_cost ) mtl group by mtl.report_type, mtl.period_name, mtl.organization_code, mtl.organization_id, mtl.primary_cost_method, mtl.account, mtl.class_code, mtl.class_type, mtl.wip_entity_id, mtl.project_id, mtl.status_type, mtl.primary_item_id, mtl.assembly_number, mtl.assy_description, mtl.assy_item_type, mtl.assy_item_status_code, mtl.assy_uom_code, mtl.planning_make_buy_code, mtl.std_lot_size, -- End revision for version 1.22 -- Revision for version 1.7 mtl.lot_number, mtl.creation_date, -- Revision for version 1.5 mtl.scheduled_start_date, mtl.date_released, mtl.date_completed, mtl.date_closed, mtl.last_update_date, mtl.start_quantity, mtl.quantity_completed, mtl.quantity_scrapped, mtl.fg_total_qty, mtl.inventory_item_id, mtl.department_id, mtl.operation_seq_num, mtl.item_num, -- item_or_res_op_seq mtl.wip_supply_type, mtl.component_number, mtl.component_description, mtl.component_item_type, mtl.comp_planning_make_buy_code, mtl.component_item_status_code, mtl.component_uom_code, -- Revision for version 1.28 -- Condense to a common value to get only one row case when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 0 then 1 when mtl.wip_basis_type = 1 then 1 when mtl.wip_basis_type = 2 then 2 when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 1 then 1 when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 2 then 2 else 1 end, -- component_basis_type -- End revision for version 1.28 -- Revision for version 1.30 mtl.include_in_cost_rollup, mtl.lot_basis_type, mtl.comp_lot_size, mtl.lot_basis_cost, -- Revision for version 1.28 -- Condense to a common value to get only one row case when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 0 then 'Y' when mtl.wip_basis_type = 1 then 'Y' when mtl.wip_basis_type = 2 then 'N' when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 1 then 'Y' when mtl.wip_basis_type = 0 and mtl.comp_basis_type = 2 then 'N' else 'Y' end, -- item_basis_type -- End revision for version 1.28 mtl.item_basis_cost, mtl.cost_type, mtl.item_cost, mtl.quantity_per_assembly, mtl.total_req_quantity, mtl.last_txn_date, mtl.quantity_issued, mtl.wip_std_component_value, mtl.applied_component_value, mtl.std_quantity_per_assembly, mtl.std_total_req_quantity --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- mtl.alternate_designator_code ) mtl_sum -- =========================================== -- Item, cost and department joins -- =========================================== -- Revision for version 1.24 -- where msiv2.organization_id = mtl_sum.organization_id -- component org -- and msiv2.inventory_item_id = mtl_sum.inventory_item_id -- component item -- and misv2.inventory_item_status_code = msiv2.inventory_item_status_code -- and muomv2.uom_code = msiv2.primary_uom_code where misv2.inventory_item_status_code = mtl_sum.component_item_status_code and muomv2.uom_code = mtl_sum.component_uom_code -- Revision for version 1.24 and ml4.lookup_type = 'MTL_PLANNING_MAKE_BUY' -- and ml4.lookup_code = msiv2.planning_make_buy_code and ml4.lookup_code = mtl_sum.comp_planning_make_buy_code -- End revision for version 1.24 and ml5.lookup_type (+) = 'WIP_SUPPLY' and ml5.lookup_code (+) = mtl_sum.wip_supply_type and ml6.lookup_type = 'CST_BASIS' and ml6.lookup_code = mtl_sum.component_basis_type -- Revision for version 1.30 and ml7.lookup_type = 'SYS_YES_NO' and ml7.lookup_code = to_char(decode(mtl_sum.include_in_cost_rollup,0,2,1,1,2,2,2)) -- Revision for version 1.23 -- and fl.lookup_type = 'YES_NO' -- and fl.lookup_code = mtl_sum.phantom_parent -- End revision for version 1.23 -- Revision for version 1.24 and fcl2.lookup_type (+) = 'ITEM_TYPE' -- and fcl2.lookup_code (+) = msiv2.item_type and fcl2.lookup_code (+) = mtl_sum.component_item_type -- End revision for version 1.24 -- These joins get the Item Lot Size and cic_assys.organization_id (+) = mtl_sum.organization_id and cic_assys.inventory_item_id (+) = mtl_sum.primary_item_id and cic_assys.cost_type_id (+) = mtl_sum.primary_cost_method -- Screen out phantoms from the WIP BOM as these are never issued from stock -- Phantoms on the WIP BOM have a negative operation_seq_num -- Revision for version 1.31 -- Fix for components on standard BOM but not on WIP BOM -- and nvl(mtl_sum.operation_seq_num,0) > 0 and nvl(mtl_sum.operation_seq_num,1) > 0 -- Remove noise from the report, if no quantities required do not report the component and nvl(mtl_sum.quantity_per_assembly,0) + nvl(mtl_sum.std_quantity_per_assembly,0) + round(mtl_sum.quantity_issued,3) <> 0 and 6=6 -- p_include_bulk_items and 9=9 -- p_component_number union all -- =========================================== -- Section II - Resource Variances -- Inline table select for WIP Resource Variances -- =========================================== select res_sum.report_type, res_sum.organization_code, res_sum.period_name, res_sum.account, res_sum.class_code, res_sum.class_type, res_sum.wip_entity_id, res_sum.project_id, res_sum.status_type, res_sum.primary_item_id, res_sum.assembly_number, res_sum.assy_description, res_sum.assy_item_type, res_sum.assy_item_status_code, res_sum.assy_uom_code, res_sum.planning_make_buy_code, res_sum.lot_number, -- Revision for version 1.23 2 report_sort, res_sum.creation_date, res_sum.scheduled_start_date, res_sum.date_released, res_sum.date_completed, res_sum.date_closed, res_sum.last_update_date, res_sum.std_lot_size, cic_assys.cost_type lot_size_cost_type, nvl(cic_assys.lot_size, 1) costing_lot_size, res_sum.start_quantity, res_sum.quantity_completed, res_sum.quantity_scrapped, res_sum.fg_total_qty, res_sum.purchase_item_id inventory_item_id, res_sum.organization_id, msiv2.concatenated_segments osp_item, msiv2.description osp_description, (select poh.segment1 from po_headers_all poh where poh.po_header_id = res_sum.po_header_id) po_number, decode(res_sum.line_num, 0, null, res_sum.line_num) line_number, decode(res_sum.release_num, 0, null, res_sum.release_num) po_release, res_sum.department_id, res_sum.operation_seq_num, res_sum.resource_seq_num item_or_res_op_seq, res_sum.resource_code item_or_resource, res_sum.description, -- Revision for version 1.24 res_sum.res_unit_of_measure resource_uom_code, null overhead, null ovhd_description, null ovhd_basis_type, null ovhd_unit_of_measure, -- Revision for version 1.23 -- fl.meaning phantom_parent, fcl2.meaning component_item_type, misv2.inventory_item_status_code component_status_code, ml4.meaning component_make_buy_code, null wip_supply_type, ml6.meaning basis_type, -- Revision for version 1.30 null include_in_rollup, res_sum.lot_basis_type, null comp_lot_size, res_sum.lot_basis_cost, -- End revision for version 1.30 res_sum.item_basis_type, res_sum.item_basis_cost, res_sum.cost_type, nvl(res_sum.resource_rate,0) item_or_resource_cost, -- Revision for version 1.23 0 rate_or_amount, muomv2.uom_code, res_sum.usage_rate_or_amount quantity_per_assembly, res_sum.total_req_quantity, -- Revision for version 1.22 (select max(wt.transaction_date) from wip_transactions wt where wt.resource_id = res_sum.resource_id and wt.organization_id = res_sum.organization_id and wt.wip_entity_id = res_sum.wip_entity_id and wt.transaction_type in (1,3) -- 1 - Resource, 3 - Outside Processing and wt.transaction_date < res_sum.schedule_close_date + 1) last_txn_date, -- End revision for version 1.22 res_sum.applied_resource_units quantity_issued, res_sum.wip_std_resource_value wip_std_comp_or_res_value, res_sum.applied_resource_value applied_comp_or_res_value, round(res_sum.std_usage_rate_or_amount,3) std_quantity_per_assembly, round(res_sum.std_total_req_quantity,3) std_total_req_quantity, 0 wip_std_overhead_value, 0 matl_usage_var, 0 matl_config_var, -- Revision for version 1.30 0 wip_matl_lot_charges_per_unit, 0 std_matl_lot_charges_per_unit, -- End revision for version 1.30 0 matl_lot_var, -- ============================= -- Resource Efficiency Variance -- ============================= decode(res_sum.cost_element_id, 4, 0, round(res_sum.applied_resource_value - res_sum.wip_std_resource_value,2)) res_efficiency_var, -- ============================= -- Resource Methods Variance -- ============================= decode(res_sum.cost_element_id, 4, 0, case when nvl(res_sum.basis_type, 1) <> 1 then 0 -- when nvl(res_sum.total_req_quantity,0) = 0 then 0 -- when nvl(res_sum.std_total_req_quantity,0) = 0 then 0 -- Add parameter for non-standard jobs. -- when res_sum.class_type = 3 then 0 -- 3 - non-standard job when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 -- Zero out the resource efficiency calculation when there are no completions and no applied quantities. when res_sum.fg_total_qty = 0 and round(res_sum.applied_resource_value,2) = 0 then -1 * (round(res_sum.applied_resource_value - res_sum.wip_std_resource_value,2)) when cic_assys.rolled_up = 'N' then 0 when nvl(res_sum.std_total_req_quantity,0) = 0 and nvl(res_sum.total_req_quantity,0) = 0 then 0 else round((nvl(res_sum.total_req_quantity,0) - nvl(res_sum.std_total_req_quantity,0)) * res_sum.resource_rate,2) end) res_methods_var, -- Revision for version 1.30 -- ============================= -- WIP Res Lot Charges Per Unit -- ============================= -- when standard lot size is null then zero -- when res_sum.basis_type is null then zero -- when res_sum.basis_type <> lot (2) then zero -- when the wip usage rate or amount is zero then zero -- when the assembly is not rolled up then zero decode(res_sum.cost_element_id, 4, 0, case when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when res_sum.usage_rate_or_amount = 0 then 0 when cic_assys.rolled_up = 'N' then 0 -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' when res_sum.status_type in (4,5,7,12,14,15) then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / (decode(res_sum.quantity_completed, 0, 1, res_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),5) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released but has completion quantities then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / (decode(res_sum.quantity_completed, 0, 1, res_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),5) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but does not has completion quantities -- Revision for version 1.33 -- then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / res_sum.start_quantity,5) then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity),5) -- End revision for version 1.21 -- else round(res_sum.usage_rate_or_amount * res_sum.resource_rate / res_sum.start_quantity,5) else round(res_sum.usage_rate_or_amount * res_sum.resource_rate / decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity),5) -- End revision for version 1.33 end) wip_res_lot_charges_per_unit, -- ============================= -- Standard Res Lot Charges Per Unit -- ============================= -- wwhen standard lot size is null then zero -- when res_sum.basis_type is null then zero -- when res_sum.basis_type <> lot (2) then zero -- when the standard usage rate or amount is zero then zero -- when the assembly is not rolled up then zero decode(res_sum.cost_element_id, 4, 0, case when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when res_sum.std_usage_rate_or_amount = 0 then 0 else round(res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1),5) end) std_res_lot_charges_per_unit, -- End revision for version 1.30 -- ============================= -- Resource Lot Variance -- ============================= -- WIP Setup Charges per unit - Std Setup Charges per unit = Lot Size Variance -- when primary_cost_method is not Frozen (1) then zero -- when standard lot size is null then zero -- when res_sum.basis_type is null then zero -- when res_sum.basis_type <> lot (2) then zero decode(res_sum.cost_element_id, 4, 0, case when res_sum.primary_cost_method <> 1 then 0 when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when res_sum.std_usage_rate_or_amount = 0 then 0 when res_sum.status_type in (4,5,7,12,14,15) then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * (nvl(res_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),2) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released but has completion quantities then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * (nvl(res_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),2) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but has no completion quantities -- Revision for version 1.29 -- then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * res_sum.start_quantity),2) -- else round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * res_sum.start_quantity),2) then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity)),2) else round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity)),2) -- End revision for version 1.29 end) res_lot_var, -- ============================= -- OSP Efficiency Variance -- ============================= -- Revision for version 1.18 decode(res_sum.cost_element_id, 3, 0, round(res_sum.applied_resource_value - res_sum.wip_std_resource_value,2)) osp_efficiency_var, -- ============================= -- OSP Methods Variance -- ============================= decode(res_sum.cost_element_id, 3, 0, case when nvl(res_sum.basis_type, 1) <> 1 then 0 -- when nvl(res_sum.total_req_quantity,0) = 0 then 0 -- when nvl(res_sum.std_total_req_quantity,0) = 0 then 0 -- Add parameter for non-standard jobs. -- when res_sum.class_type = 3 then 0 -- 3 - non-standard job when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 -- Zero out the resource efficiency calculation when there are no completions and no applied quantities. when res_sum.fg_total_qty = 0 and round(res_sum.applied_resource_value,2) = 0 then -1 * (round((res_sum.applied_resource_value - res_sum.wip_std_resource_value),2)) when cic_assys.rolled_up = 'N' then 0 when nvl(res_sum.std_total_req_quantity,0) = 0 and nvl(res_sum.total_req_quantity,0) = 0 then 0 else round((nvl(res_sum.total_req_quantity,0) - nvl(res_sum.std_total_req_quantity,0)) * res_sum.resource_rate,2) end) osp_methods_var, -- Revision for version 1.30 -- ============================= -- WIP OSP Lot Charges Per Unit -- ============================= -- when standard lot size is null then zero -- when res_sum.basis_type is null then zero -- when res_sum.basis_type <> lot (2) then zero -- when the wip usage rate or amount is zero then zero -- when the assembly is not rolled up then zero decode(res_sum.cost_element_id, 3, 0, case when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when res_sum.usage_rate_or_amount = 0 then 0 when cic_assys.rolled_up = 'N' then 0 -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' when res_sum.status_type in (4,5,7,12,14,15) then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / (decode(res_sum.quantity_completed, 0, 1, res_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),5) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released but has completion quantities then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / (decode(res_sum.quantity_completed, 0, 1, res_sum.quantity_completed) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),5) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but does not has completion quantities -- Revision for version 1.33 -- then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / res_sum.start_quantity,5) then round(res_sum.usage_rate_or_amount * res_sum.resource_rate / decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity),5) -- End revision for version 1.21 -- else round(res_sum.usage_rate_or_amount * res_sum.resource_rate / res_sum.start_quantity,5) else round(res_sum.usage_rate_or_amount * res_sum.resource_rate / decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity),5) -- End revision for version 1.33 -- Revision for version 1.34 -- end) wip_res_lot_charges_per_unit, end) wip_osp_lot_charges_per_unit, -- ============================= -- Standard OSP Lot Charges Per Unit -- ============================= -- when standard lot size is null then zero -- when res_sum.basis_type is null then zero -- when res_sum.basis_type <> lot (2) then zero -- when the standard usage rate or amount is zero then zero -- when the assembly is not rolled up then zero decode(res_sum.cost_element_id, 3, 0, case when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when res_sum.std_usage_rate_or_amount = 0 then 0 else round(res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1),5) -- Revision for version 1.34 -- end) std_res_lot_charges_per_unit, end) std_osp_lot_charges_per_unit, -- End revision for version 1.30 -- ============================= -- OSP Lot Variance -- ============================= decode(res_sum.cost_element_id, 3, 0, case when res_sum.primary_cost_method <> 1 then 0 when cic_assys.lot_size is null then 0 when nvl(res_sum.basis_type, 1) <> 2 then 0 when res_sum.class_type = 3 and :p_nsj_config_lot_var = 'N' then 0 when cic_assys.rolled_up = 'N' then 0 when res_sum.std_usage_rate_or_amount = 0 then 0 when res_sum.status_type in (4,5,7,12,14,15) then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * (nvl(res_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),2) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'Y' -- Released but has completion quantities then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * (nvl(res_sum.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(res_sum.quantity_scrapped, 0))),2) when res_sum.quantity_completed <> 0 and :p_use_completion_qtys = 'N' -- Released but has no completion quantities -- Revision for version 1.33 -- then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * res_sum.start_quantity),2) -- else round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * res_sum.start_quantity),2) then round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity)),2) else round((res_sum.usage_rate_or_amount * res_sum.resource_rate) - (res_sum.std_usage_rate_or_amount * res_sum.resource_rate / nvl(cic_assys.lot_size,1) * decode(res_sum.start_quantity, 0, 1, res_sum.start_quantity)),2) -- End revision for version 1.33 end) osp_lot_var, -- End revision for version 1.18 0 ovhd_efficiency_var, -- Revision for version 1.37 0 scrap_variance, 0 material_variance, 0 res_variance, 0 osp_variance, 0 ovhd_variance, 0 total_variance, 0 wip_costs_in, 0 wip_costs_out, 0 wip_relief, 0 wip_value, cic_assys.rolled_up, cic_assys.last_rollup_date --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- null alternate_designator_code from mtl_system_items_vl msiv2, mtl_item_status_vl misv2, mtl_units_of_measure_vl muomv2, -- Revision for version 1.23 -- fnd_lookups fl, -- phantom_parent fnd_common_lookups fcl2, -- osp_component_item_type mfg_lookups ml4, -- osp_component_make_buy_code mfg_lookups ml6, -- osp_component_basis_type -- Revision for version 1.19 cic_assys, res_sum -- =========================================== -- Item, cost and department joins -- =========================================== where msiv2.organization_id (+) = res_sum.organization_id and msiv2.inventory_item_id (+) = res_sum.purchase_item_id -- OSP item and misv2.inventory_item_status_code (+) = msiv2.inventory_item_status_code and muomv2.uom_code (+) = msiv2.primary_uom_code -- These joins get the Item Lot Size and cic_assys.organization_id (+) = res_sum.organization_id and cic_assys.inventory_item_id (+) = res_sum.primary_item_id and cic_assys.cost_type_id (+) = res_sum.primary_cost_method -- =========================================== -- Lookup Codes -- =========================================== and ml4.lookup_type (+) = 'MTL_PLANNING_MAKE_BUY' and ml4.lookup_code (+) = msiv2.planning_make_buy_code and ml6.lookup_type = 'CST_BASIS' and ml6.lookup_code = res_sum.basis_type -- Revision for version 1.23 -- and fl.lookup_type = 'YES_NO' -- and fl.lookup_code = res_sum.phantom_parent -- End revision for version 1.23 and fcl2.lookup_type (+) = 'ITEM_TYPE' and fcl2.lookup_code (+) = msiv2.item_type and 5=5 -- p_osp_item union all -- =========================================== -- Section III - WIP Overhead Variances -- Inline table select for WIP Overhead Variances -- =========================================== select ovhd_sum.report_type, ovhd_sum.organization_code, ovhd_sum.period_name, ovhd_sum.account, ovhd_sum.class_code, ovhd_sum.class_type, ovhd_sum.wip_entity_id, ovhd_sum.project_id, ovhd_sum.status_type, ovhd_sum.primary_item_id, ovhd_sum.assembly_number, ovhd_sum.assy_description, ovhd_sum.assy_item_type, ovhd_sum.assy_item_status_code, ovhd_sum.assy_uom_code, ovhd_sum.planning_make_buy_code, ovhd_sum.lot_number, -- Revision for version 1.23 3 report_sort, ovhd_sum.creation_date, ovhd_sum.scheduled_start_date, ovhd_sum.date_released, ovhd_sum.date_completed, ovhd_sum.date_closed, ovhd_sum.last_update_date, ovhd_sum.std_lot_size, cic_assys.cost_type lot_size_cost_type, nvl(cic_assys.lot_size, 1) costing_lot_size, ovhd_sum.start_quantity, ovhd_sum.quantity_completed, ovhd_sum.quantity_scrapped, ovhd_sum.fg_total_qty, ovhd_sum.purchase_item_id inventory_item_id, ovhd_sum.organization_id, msiv2.concatenated_segments osp_item, msiv2.description osp_description, (select poh.segment1 from po_headers_all poh where poh.po_header_id = ovhd_sum.po_header_id -- Revision for version 1.33 and rownum = 1 ) po_number, decode(ovhd_sum.line_num, 0, null, ovhd_sum.line_num) line_number, decode(ovhd_sum.release_num, 0, null, ovhd_sum.release_num) po_release, ovhd_sum.department_id, ovhd_sum.operation_seq_num, ovhd_sum.resource_seq_num item_or_res_op_seq, ovhd_sum.resource_code item_or_resource, ovhd_sum.description, -- Revision for version 1.24 ovhd_sum.res_unit_of_measure resource_uom_code, ovhd_sum.overhead, ovhd_sum.ovhd_description, ml7.meaning ovhd_basis_type, ovhd_sum.ovhd_unit_of_measure, -- Revision for version 1.23 -- fl.meaning phantom_parent, fcl2.meaning component_item_type, misv2.inventory_item_status_code component_status_code, ml4.meaning component_make_buy_code, null wip_supply_type, ml6.meaning basis_type, -- Revision for version 1.30 null include_in_rollup, ovhd_sum.lot_basis_type, null comp_lot_size, ovhd_sum.lot_basis_cost, -- End revision for version 1.30 ovhd_sum.item_basis_type, ovhd_sum.item_basis_cost, ovhd_sum.cost_type, nvl(ovhd_sum.resource_rate,0) item_or_resource_cost, -- Revision for version 1.23 ovhd_sum.rate_or_amount, muomv2.uom_code, ovhd_sum.usage_rate_or_amount quantity_per_assembly, ovhd_sum.total_req_quantity, -- Revision for version 1.22 (select max(wt.transaction_date) from wip_transactions wt where wt.resource_id = ovhd_sum.overhead_id and wt.organization_id = ovhd_sum.organization_id and wt.wip_entity_id = ovhd_sum.wip_entity_id and wt.transaction_type = 2 -- Moved-Based Overhead Transaction and wt.transaction_date < ovhd_sum.schedule_close_date + 1 -- Revision for version 1.33 and rownum = 1 ) last_txn_date, -- End revision for version 1.22 ovhd_sum.applied_resource_units quantity_issued, ovhd_sum.wip_std_resource_value wip_std_comp_or_res_value, ovhd_sum.applied_resource_value applied_comp_or_res_value, round(ovhd_sum.std_usage_rate_or_amount,3) std_quantity_per_assembly, round(ovhd_sum.std_total_req_quantity,3) std_total_req_quantity, ovhd_sum.wip_std_overhead_value wip_std_overhead_value, 0 matl_usage_var, 0 matl_config_var, -- Revision for version 1.30 0 wip_matl_lot_charges_per_unit, 0 std_matl_lot_charges_per_unit, -- End revision for version 1.30 0 matl_lot_var, 0 res_efficiency_var, 0 res_methods_var, -- Revision for version 1.30 0 wip_res_lot_charges_per_unit, 0 std_res_lot_charges_per_unit, -- End revision for version 1.30 0 res_lot_var, -- Revision for version 1.18 0 osp_efficiency_var, 0 osp_methods_var, -- Revision for version 1.30 0 wip_osp_lot_charges_per_unit, 0 std_osp_lot_charges_per_unit, -- End revision for version 1.30 0 osp_lot_var, -- End revision for version 1.18 ovhd_sum.ovhd_efficiency_var, -- Revision for version 1.37 0 scrap_variance, 0 material_variance, 0 res_variance, 0 osp_variance, 0 ovhd_variance, 0 total_variance, 0 wip_costs_in, 0 wip_costs_out, 0 wip_relief, 0 wip_value, cic_assys.rolled_up, cic_assys.last_rollup_date --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- null alternate_designator_code from mtl_system_items_vl msiv2, mtl_item_status_vl misv2, mtl_units_of_measure_vl muomv2, -- Revision for version 1.23 -- fnd_lookups fl, -- phantom_parent fnd_common_lookups fcl2, -- osp_component_item_type mfg_lookups ml4, -- osp_component_make_buy_code mfg_lookups ml6, -- osp_component_basis_type mfg_lookups ml7, -- ovhd_basis_type -- Revision for version 1.19 cic_assys, -- ======================================================== -- Get the WIP Overhead Information in a multipart union -- which is then condensed into a summary data set -- ======================================================== -- ======================================================== -- Condense into a summary data set. -- ======================================================= (select ovhd.report_type, ovhd.period_name, ovhd.organization_code, ovhd.organization_id, ovhd.primary_cost_method, ovhd.account, ovhd.class_code, ovhd.class_type, ovhd.wip_entity_id, ovhd.project_id, ovhd.status_type, ovhd.primary_item_id, ovhd.assembly_number, ovhd.assy_description, ovhd.assy_item_type, ovhd.assy_item_status_code, ovhd.assy_uom_code, ovhd.planning_make_buy_code, ovhd.std_lot_size, ovhd.lot_number, ovhd.creation_date, ovhd.scheduled_start_date, ovhd.date_released, ovhd.date_completed, ovhd.date_closed, -- Revision for version 1.22 ovhd.schedule_close_date, ovhd.last_update_date, ovhd.start_quantity, ovhd.quantity_completed, ovhd.quantity_scrapped, ovhd.fg_total_qty, max(ovhd.po_header_id) po_header_id, max(ovhd.line_num) line_num, max(ovhd.release_num) release_num, max(ovhd.purchase_item_id) purchase_item_id, ovhd.department_id, ovhd.operation_seq_num, null wip_supply_type, -- Revision for version 1.23 -- 'N' phantom_parent, ovhd.resource_seq_num, -- Revision for version 1.22 ovhd.resource_id, ovhd.resource_code, ovhd.description, ovhd.basis_type, ovhd.res_unit_of_measure, -- Revision for version 1.22 ovhd.overhead_id, ovhd.overhead, ovhd.ovhd_description, ovhd.ovhd_basis_type, ovhd.ovhd_unit_of_measure, max(ovhd.po_unit_price) po_unit_price, decode(ovhd.basis_type, 2, 'Y', 'N') lot_basis_type, decode(ovhd.basis_type, 2, ovhd.resource_rate, 0) lot_basis_cost, decode(ovhd.basis_type, 1, 'Y', 'N') item_basis_type, decode(ovhd.basis_type, 1, ovhd.resource_rate, 0) item_basis_cost, ovhd.cost_type, ovhd.resource_rate, sum(ovhd.usage_rate_or_amount) usage_rate_or_amount, sum(ovhd.total_req_quantity) total_req_quantity, sum(ovhd.applied_resource_units) applied_resource_units, sum(ovhd.wip_std_resource_value) wip_std_resource_value, sum(ovhd.applied_resource_value) applied_resource_value, sum(ovhd.std_usage_rate_or_amount) std_usage_rate_or_amount, sum(ovhd.std_total_req_quantity) std_total_req_quantity, ovhd.rate_or_amount, sum(ovhd.wip_std_overhead_value) wip_std_overhead_value, sum(ovhd.ovhd_efficiency_var) ovhd_efficiency_var from -- ======================================================== -- Section III.A.OSP -- First get the OSP resource overhead information with the -- related PO number and unit price information -- ======================================================= -- Revision for version 1.36 (select 'III.A' section, res_sum.report_type, res_sum.period_name, res_sum.organization_code, res_sum.organization_id, res_sum.primary_cost_method, wdj.overhead_account account, res_sum.class_code, res_sum.class_type, res_sum.wip_entity_id, res_sum.project_id, res_sum.status_type, res_sum.primary_item_id, res_sum.assembly_number, res_sum.assy_description, res_sum.assy_item_type, res_sum.assy_item_status_code, res_sum.assy_uom_code, res_sum.planning_make_buy_code, res_sum.std_lot_size, res_sum.lot_number, res_sum.creation_date, res_sum.scheduled_start_date, res_sum.date_released, res_sum.date_completed, res_sum.date_closed, -- Revision for version 1.22 res_sum.schedule_close_date, res_sum.last_update_date, res_sum.start_quantity, res_sum.quantity_completed, res_sum.quantity_scrapped, res_sum.fg_total_qty, res_sum.purchase_item_id, poh.po_header_id, pol.line_num, pr.release_num, res_sum.department_id, res_sum.operation_seq_num, -- Revision for version 1.36 -- wo.operation_sequence_id, res_sum.resource_seq_num, -- Revision for version 1.22 res_sum.resource_id, res_sum.resource_code, res_sum.description, res_sum.basis_type, res_sum.res_unit_of_measure, -- Revision for version 1.22 br_ovhd.resource_id overhead_id, br_ovhd.resource_code overhead, br_ovhd.description ovhd_description, cdo.basis_type ovhd_basis_type, br_ovhd.unit_of_measure ovhd_unit_of_measure, nvl(pll.price_override, pol.unit_price) po_unit_price, res_sum.cost_type, res_sum.resource_rate, res_sum.usage_rate_or_amount, res_sum.total_req_quantity, res_sum.applied_resource_units, res_sum.wip_std_resource_value, -- at std_basis_factor res_sum.applied_resource_value, 0 std_usage_rate_or_amount, -- per the Std BOM 0 std_total_req_quantity, -- per the Std BOM cdo.rate_or_amount, -- ========================================================================================== -- WIP Std Overhead Value = WIP Standard Resource Units or Value * Overhead Rate or Amount -- ========================================================================================== round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.total_req_quantity, -- resource units 4, res_sum.wip_std_resource_value, -- resource Value 0 ) ,2) wip_std_overhead_value, -- ========================================================================================== -- Overhead Efficiency Variance = WIP Applied Overhead Value - WIP Standard Overhead Value -- ========================================================================================== -- WIP Applied Overhead Value round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.applied_resource_units, 4, res_sum.applied_resource_value, 0 ) ,2) - -- WIP Standard Overhead Value round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.total_req_quantity, -- resource units 4, res_sum.wip_std_resource_value, -- resource Value 0 ) ,2) ovhd_efficiency_var from -- Revision for version 1.36 -- wip_operations wo, -- wip_operation_resources wor, -- bom_resources br, wdj, res_sum, -- End revision for version 1.36 po_headers_all poh, po_lines_all pol, po_line_locations_all pll, po_releases_all pr, po_distributions_all pod, -- Get the Resource_Cost_Type, Cost Basis_Type and Resource_Rates bom_resources br_ovhd, -- Revision for version 1.19 crc, cdo, cro -- =========================================== -- WIP_Job Entity, Routing, PO and Resource Cost Joins -- =========================================== where poh.po_header_id = pod.po_header_id and pol.po_line_id = pod.po_line_id and pll.line_location_id = pod.line_location_id and pod.po_release_id = pr.po_release_id (+) and res_sum.wip_entity_id = wdj.wip_entity_id and res_sum.organization_id = wdj.organization_id and res_sum.wip_entity_id = pod.wip_entity_id and res_sum.resource_id = pod.bom_resource_id and res_sum.resource_seq_num = pod.wip_resource_seq_num and res_sum.operation_seq_num = pod.wip_operation_seq_num and res_sum.organization_id = pod.destination_organization_id -- Only select OSP resources and res_sum.purchase_item_id is not null and crc.resource_id (+) = res_sum.resource_id and crc.organization_id (+) = res_sum.organization_id and cro.resource_id = res_sum.resource_id and cdo.department_id = res_sum.department_id -- End revision for version 1.36 and cro.overhead_id = cdo.overhead_id -- Revision for version 1.19 and cdo.basis_type in (3,4) and br_ovhd.resource_id = cdo.overhead_id union all -- ======================================================= -- Section III.B. Non-OSP -- Now get the non-OSP resource information -- ======================================================= select 'III.B' section, res_sum.report_type, res_sum.period_name, res_sum.organization_code, res_sum.organization_id, res_sum.primary_cost_method, wdj.overhead_account account, res_sum.class_code, res_sum.class_type, res_sum.wip_entity_id, res_sum.project_id, res_sum.status_type, res_sum.primary_item_id, res_sum.assembly_number, res_sum.assy_description, res_sum.assy_item_type, res_sum.assy_item_status_code, res_sum.assy_uom_code, res_sum.planning_make_buy_code, res_sum.std_lot_size, res_sum.lot_number, res_sum.creation_date, res_sum.scheduled_start_date, res_sum.date_released, res_sum.date_completed, res_sum.date_closed, -- Revision for version 1.22 res_sum.schedule_close_date, res_sum.last_update_date, res_sum.start_quantity, res_sum.quantity_completed, res_sum.quantity_scrapped, res_sum.fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, res_sum.department_id, res_sum.operation_seq_num, -- Revision for version 1.36 -- wo.operation_sequence_id, res_sum.resource_seq_num, -- Revision for version 1.22 res_sum.resource_id, res_sum.resource_code, res_sum.description, res_sum.basis_type, res_sum.res_unit_of_measure, -- Revision for version 1.22 br_ovhd.resource_id overhead_id, br_ovhd.resource_code overhead, br_ovhd.description ovhd_description, cdo.basis_type ovhd_basis_type, br_ovhd.unit_of_measure ovhd_unit_of_measure, 0 po_unit_price, res_sum.cost_type, res_sum.resource_rate, res_sum.usage_rate_or_amount, res_sum.total_req_quantity, res_sum.applied_resource_units, res_sum.wip_std_resource_value, -- at std_basis_factor res_sum.applied_resource_value, 0 std_usage_rate_or_amount, -- per the Std BOM 0 std_total_req_quantity, -- per the Std BOM cdo.rate_or_amount, -- ========================================================================================== -- WIP Std Overhead Value = WIP Standard Resource Units or Value * Overhead Rate or Amount -- ========================================================================================== round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.total_req_quantity, -- resource units 4, res_sum.wip_std_resource_value, -- resource Value 0 ) ,2) wip_std_overhead_value, -- ========================================================================================== -- Overhead Efficiency Variance = WIP Applied Overhead Value - WIP Standard Overhead Value -- ========================================================================================== -- WIP Applied Overhead Value round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.applied_resource_units, 4, res_sum.applied_resource_value, 0 ) ,2) - -- WIP Standard Overhead Value round(nvl(cdo.rate_or_amount,0) * decode(cdo.basis_type, 3, res_sum.total_req_quantity, -- resource units 4, res_sum.wip_std_resource_value, -- resource Value 0 ) ,2) ovhd_efficiency_var from -- Revision for version 1.36 -- wip_operations wo, -- wip_operation_resources wor, -- bom_resources br, wdj, res_sum, -- End revision for version 1.36 -- Get the Resource_Cost_Type, Cost Basis_Type and Resource_Rates bom_resources br_ovhd, -- Get the resource rates -- Revision for version 1.19 crc, cdo, cro -- =========================================== -- WIP_Job Entity, Class and Period joins -- =========================================== -- Revision for version 1.19 where res_sum.wip_entity_id = wdj.wip_entity_id and res_sum.organization_id = wdj.organization_id and cdo.basis_type in (3, 4) -- Only select non-OSP resources and res_sum.purchase_item_id is null and crc.resource_id (+) = res_sum.resource_id and crc.organization_id (+) = res_sum.organization_id and cro.resource_id = res_sum.resource_id and cdo.department_id = res_sum.department_id -- End revision for version 1.36 and cro.overhead_id = cdo.overhead_id -- Revision for version 1.19 and cdo.basis_type in (3,4) and br_ovhd.resource_id = cdo.overhead_id union all -- ======================================================== -- Section III.C. Move-Based Overheads -- ======================================================= select 'III.C' section, wdj.report_type, wdj.period_name, wdj.organization_code, wdj.organization_id, wdj.primary_cost_method, wdj.overhead_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.std_lot_size, wdj.lot_number, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, -- Revision for version 1.22 wdj.schedule_close_date, wdj.last_update_date, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, 0 purchase_item_id, 0 po_header_id, 0 line_num, 0 release_num, wo.department_id, wo.operation_seq_num, -- Revision for version 1.36 -- wo.operation_sequence_id, null resource_seq_num, -- Revision for version 1.22 null resource_id, null resource_code, null description, cdo.basis_type, null res_unit_of_measure, -- Revision for version 1.22 br_ovhd.resource_id overhead_id, br_ovhd.resource_code overhead, br_ovhd.description ovhd_description, cdo.basis_type ovhd_basis_type, br_ovhd.unit_of_measure ovhd_unit_of_measure, null po_unit_price, cdo.cost_type cost_type, null resource_rate, null usage_rate_or_amount, -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- If the wdj.status_type in (4,5,7,12,14,15) then use the quantity completed else use the p_use_completion_qtys parameter -- And use the completions plus scrap quantities unless for lot-based jobs nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'Y' then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'N' then decode(cdo.basis_type, 2, decode(nvl(wdj.start_quantity, 0), 0, 0, 1), -- Lot 1, nvl(wdj.start_quantity, 0) -- Item ) else 0 end ,6),0) total_req_quantity, -- Revision for version 1.23 -- 0 applied_resource_units, decode(cdo.basis_type, 1, nvl(wo.quantity_completed, 0), -- Item 2, decode(wo.quantity_completed,0,0,1) -- Lot ) applied_resource_units, -- End revision for version 1.23 -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- If the wdj.status_type in (4,5,7,12,14,15) then use the quantity completed else use the p_use_completion_qtys parameter -- And use the completions plus scrap quantities unless for lot-based jobs -- Get the total required quantity nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'Y' then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'N' then decode(cdo.basis_type, 2, decode(nvl(wdj.start_quantity, 0), 0, 0, 1), -- Lot 1, nvl(wdj.start_quantity, 0) -- Item ) else 0 end ,2),0) wip_std_resource_value, -- std_bas_fctr round(decode(cdo.basis_type, 1, nvl(wo.quantity_completed, 0), -- Item 2, decode(wo.quantity_completed,0,0,1) -- Lot ) * cdo.rate_or_amount,2) applied_resource_value, 0 std_usage_rate_or_amount, -- per the Std BOM 0 std_total_req_quantity, -- per the Std BOM cdo.rate_or_amount, -- ======================= -- wip_std_overhead_value -- ======================= -- For 'Complete', 'Complete - No Charges', 'Cancelled', 'Closed', 'Pending Close' and 'Failed Close' -- If the wdj.status_type in (4,5,7,12,14,15) then use the quantity completed else use the p_use_completion_qtys parameter -- use the completions plus scrap quantities unless for lot-based jobs -- Get the total required quantity nvl(round(case when wdj.status_type in (4,5,7,12,14,15) then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'Y' then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'N' then decode(cdo.basis_type, 2, decode(nvl(wdj.start_quantity, 0), 0, 0, 1), -- Lot 1, nvl(wdj.start_quantity, 0) -- Item ) else 0 end * nvl(cdo.rate_or_amount,0) ,2),0) wip_std_overhead_value, -- ========================================================================================== -- Overhead Efficiency Variance = WIP Applied Overhead Value - WIP Standard Overhead Value -- ========================================================================================== -- WIP Applied Overhead Value nvl(round(decode(cdo.basis_type, 1, nvl(wo.quantity_completed, 0), -- Item 2, decode(wo.quantity_completed,0,0,1) -- Lot ) * cdo.rate_or_amount - -- WIP Standard Overhead Value case when wdj.status_type in (4,5,7,12,14,15) then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'Y' then decode(cdo.basis_type, 2, decode(wdj.quantity_completed + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)), 0, 0, 1), -- Lot 1, decode(wdj.class_type, -- Item 5, nvl(wdj.quantity_completed, 0), nvl(wdj.quantity_completed, 0) + decode(:p_include_scrap, 'N', 0, null, 0, nvl(wdj.quantity_scrapped, 0)) ) ) when wdj.status_type not in (4,5,7,12,14,15) and :p_use_completion_qtys = 'N' then decode(cdo.basis_type, 2, decode(nvl(wdj.start_quantity, 0), 0, 0, 1), -- Lot 1, nvl(wdj.start_quantity, 0) -- Item ) else 0 end * nvl(cdo.rate_or_amount,0) ,2),0) ovhd_efficiency_var from wdj, wip_operations wo, -- Get the Resource Cost Type, Cost Basis Type and Resource Rates bom_resources br_ovhd, -- Revision for version 1.19 cdo -- =========================================== -- WIP_Job Entity, Class and Period joins -- =========================================== where wo.wip_entity_id = wdj.wip_entity_id and wo.organization_id = wdj.organization_id and wo.department_id = cdo.department_id and br_ovhd.resource_id = cdo.overhead_id -- Revision for version 1.19 and cdo.basis_type in (1,2) ) ovhd group by ovhd.report_type, ovhd.period_name, ovhd.organization_code, ovhd.organization_id, ovhd.primary_cost_method, ovhd.account, ovhd.class_code, ovhd.class_type, ovhd.wip_entity_id, ovhd.project_id, ovhd.status_type, ovhd.primary_item_id, ovhd.assembly_number, ovhd.assy_description, ovhd.assy_item_type, ovhd.assy_item_status_code, ovhd.assy_uom_code, ovhd.planning_make_buy_code, ovhd.std_lot_size, ovhd.lot_number, ovhd.creation_date, ovhd.scheduled_start_date, ovhd.date_released, ovhd.date_completed, ovhd.date_closed, ovhd.schedule_close_date, ovhd.last_update_date, ovhd.start_quantity, ovhd.quantity_completed, ovhd.quantity_scrapped, ovhd.fg_total_qty, ovhd.department_id, ovhd.operation_seq_num, null, -- wip_supply_type -- Revision for version 1.23 -- 'N', -- phantom_parent ovhd.resource_seq_num, -- Revision for version 1.22 ovhd.resource_id, ovhd.resource_code, ovhd.description, ovhd.basis_type, ovhd.res_unit_of_measure, -- Revision for version 1.22 ovhd.overhead_id, ovhd.overhead, ovhd.ovhd_description, ovhd.ovhd_basis_type, ovhd.ovhd_unit_of_measure, decode(ovhd.basis_type, 2, 'Y', 'N'), -- lot_basis_type decode(ovhd.basis_type, 2, ovhd.resource_rate, 0), -- lot_basis_cost decode(ovhd.basis_type, 1, 'Y', 'N'), -- item_basis_type decode(ovhd.basis_type, 1, ovhd.resource_rate, 0), -- item_basis_cost ovhd.cost_type, ovhd.resource_rate, ovhd.rate_or_amount ) ovhd_sum -- =========================================== -- Account, cost and department joins -- =========================================== where msiv2.organization_id (+) = ovhd_sum.organization_id and msiv2.inventory_item_id (+) = ovhd_sum.purchase_item_id -- OSP item and misv2.inventory_item_status_code (+) = msiv2.inventory_item_status_code and muomv2.uom_code (+) = msiv2.primary_uom_code -- These joins get the Item Lot Size and cic_assys.organization_id (+) = ovhd_sum.organization_id and cic_assys.inventory_item_id (+) = ovhd_sum.primary_item_id and cic_assys.cost_type_id (+) = ovhd_sum.primary_cost_method -- =========================================== -- Lookup Codes -- =========================================== and ml4.lookup_type (+) = 'MTL_PLANNING_MAKE_BUY' and ml4.lookup_code (+) = msiv2.planning_make_buy_code and ml6.lookup_type = 'CST_BASIS' and ml6.lookup_code = ovhd_sum.basis_type and ml7.lookup_type = 'CST_BASIS' and ml7.lookup_code = ovhd_sum.ovhd_basis_type -- Revision for version 1.23 -- and fl.lookup_type = 'YES_NO' -- and fl.lookup_code = ovhd_sum.phantom_parent and fcl2.lookup_type (+) = 'ITEM_TYPE' and fcl2.lookup_code (+) = msiv2.item_type and 5=5 -- p_osp_item union all -- =========================================== -- Section IV - WIP Balances -- Inline table select for WIP Period Balances -- =========================================== select wdj.report_type, wdj.organization_code, wdj.period_name, wdj.overhead_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.lot_number, -- Revision for version 1.23 4 report_sort, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.last_update_date, wdj.std_lot_size, cic_assys.cost_type lot_size_cost_type, nvl(cic_assys.lot_size, 1) costing_lot_size, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, null inventory_item_id, wdj.organization_id, null osp_item, null osp_description, null po_number, null line_number, null po_release, null department_id, null operation_seq_num, null item_or_res_op_seq, null item_or_resource, null description, -- Revision for version 1.24 null resource_uom_code, null overhead, null ovhd_description, null ovhd_basis_type, null ovhd_unit_of_measure, -- Revision for version 1.23 -- null phantom_parent, null component_item_type, null component_status_code, null component_make_buy_code, null wip_supply_type, null basis_type, -- Revision for version 1.30 null include_in_rollup, null lot_basis_type, null comp_lot_size, null lot_basis_cost, -- End revision for version 1.30 null item_basis_type, null item_basis_cost, cic_assys.cost_type, null item_or_resource_cost, -- Revision for version 1.23 null rate_or_amount, null uom_code, 0 quantity_per_assembly, 0 total_req_quantity, -- Revision for version 1.22 null last_txn_date, 0 quantity_issued, 0 wip_std_comp_or_res_value, 0 applied_comp_or_res_value, 0 std_quantity_per_assembly, 0 std_total_req_quantity, 0 wip_std_overhead_value, 0 matl_usage_var, 0 matl_config_var, -- Revision for version 1.30 0 wip_matl_lot_charges_per_unit, 0 std_matl_lot_charges_per_unit, -- End revision for version 1.30 0 matl_lot_var, 0 res_efficiency_var, 0 res_methods_var, -- Revision for version 1.30 0 wip_res_lot_charges_per_unit, 0 std_res_lot_charges_per_unit, -- End revision for version 1.30 0 res_lot_var, -- Revision for version 1.18 0 osp_efficiency_var, 0 osp_methods_var, -- Revision for version 1.30 0 wip_osp_lot_charges_per_unit, 0 std_osp_lot_charges_per_unit, -- End revision for version 1.30 0 osp_lot_var, -- End revision for version 1.18 0 ovhd_efficiency_var, -- Revision for version 1.37 0 scrap_variance, -- Revision for version 1.36 -- Material gets both TL and PL, Res, OSP and Ovhd only TL sum(nvl(tl_scrap_in,0)+ nvl(pl_material_in,0)+ nvl(pl_material_overhead_in,0)+ nvl(pl_resource_in,0)+ nvl(pl_outside_processing_in,0)+ nvl(pl_overhead_in,0)- nvl(tl_scrap_out,0)- nvl(tl_material_out,0)- nvl(pl_material_out,0)- nvl(tl_material_overhead_out,0)- nvl(pl_material_overhead_out,0)- nvl(pl_resource_out,0)- nvl(pl_outside_processing_out,0)- nvl(pl_overhead_out,0)) material_variance, sum(nvl(tl_resource_in,0)- nvl(tl_resource_out,0)) res_variance, sum(nvl(tl_outside_processing_in,0)- nvl(tl_outside_processing_out,0)) osp_variance, sum(nvl(tl_overhead_in,0)- nvl(tl_overhead_out,0)) ovhd_variance, -- End revision for version 1.36 -- wip_costs_in minus wip_costs_out = total_variance -- wip_costs_in sum(nvl(tl_scrap_in,0)+ nvl(pl_material_in,0)+ nvl(pl_material_overhead_in,0)+ nvl(tl_resource_in,0)+ nvl(pl_resource_in,0)+ nvl(tl_outside_processing_in,0)+ nvl(pl_outside_processing_in,0)+ nvl(tl_overhead_in,0)+ nvl(pl_overhead_in,0)) - -- wip_costs_out sum(nvl(tl_scrap_out,0)+ nvl(tl_material_out,0)+ nvl(pl_material_out,0)+ nvl(tl_material_overhead_out,0)+ nvl(pl_material_overhead_out,0)+ nvl(tl_resource_out,0)+ nvl(pl_resource_out,0)+ nvl(tl_outside_processing_out,0)+ nvl(pl_outside_processing_out,0)+ nvl(tl_overhead_out,0)+ nvl(pl_overhead_out,0)) total_variance, sum(nvl(tl_scrap_in,0)+ nvl(pl_material_in,0)+ nvl(pl_material_overhead_in,0)+ nvl(tl_resource_in,0)+ nvl(pl_resource_in,0)+ nvl(tl_outside_processing_in,0)+ nvl(pl_outside_processing_in,0)+ nvl(tl_overhead_in,0)+ nvl(pl_overhead_in,0)) wip_costs_in, sum(nvl(tl_scrap_out,0)+ nvl(tl_material_out,0)+ nvl(pl_material_out,0)+ nvl(tl_material_overhead_out,0)+ nvl(pl_material_overhead_out,0)+ nvl(tl_resource_out,0)+ nvl(pl_resource_out,0)+ nvl(tl_outside_processing_out,0)+ nvl(pl_outside_processing_out,0)+ nvl(tl_overhead_out,0)+ nvl(pl_overhead_out,0)) wip_costs_out, sum(nvl(tl_scrap_var,0)+ nvl(tl_material_var,0)+ nvl(pl_material_var,0)+ nvl(tl_material_overhead_var,0)+ nvl(pl_material_overhead_var,0)+ nvl(tl_resource_var,0)+ nvl(pl_resource_var,0)+ nvl(tl_outside_processing_var,0)+ nvl(pl_outside_processing_var,0)+ nvl(tl_overhead_var,0)+ nvl(pl_overhead_var,0)) wip_relief, sum(nvl(tl_scrap_in,0)+ nvl(pl_material_in,0)- nvl(tl_material_out,0)- nvl(tl_scrap_out,0)- nvl(pl_material_out,0)- nvl(tl_material_var,0)- nvl(tl_scrap_var,0)- nvl(pl_material_var,0)+ nvl(pl_material_overhead_in,0)- nvl(tl_material_overhead_out,0)- nvl(pl_material_overhead_out,0)- nvl(tl_material_overhead_var,0)- nvl(pl_material_overhead_var,0)+ nvl(tl_resource_in,0)+ nvl(pl_resource_in,0)- nvl(tl_resource_out,0)- nvl(pl_resource_out,0)- nvl(tl_resource_var,0)- nvl(pl_resource_var,0)+ nvl(tl_outside_processing_in,0)+ nvl(pl_outside_processing_in,0)- nvl(tl_outside_processing_out,0)- nvl(pl_outside_processing_out,0)- nvl(tl_outside_processing_var,0)- nvl(pl_outside_processing_var,0)+ nvl(tl_overhead_in,0)+ nvl(pl_overhead_in,0)- nvl(tl_overhead_out,0)- nvl(pl_overhead_out,0)- nvl(tl_overhead_var,0)- nvl(pl_overhead_var,0)) wip_value, cic_assys.rolled_up, cic_assys.last_rollup_date --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- null alternate_designator_code from wip_period_balances wpb, wdj, -- Revision for version 1.19 cic_assys, -- Revision for version 1.23 mfg_lookups ml8 where wpb.wip_entity_id = wdj.wip_entity_id -- Don't report jobs closed after the Accounting Period and wpb.acct_period_id <= wdj.acct_period_id and wpb.organization_id = wdj.organization_id -- Revision for version 1.19 -- This section only available for summary information and ml8.lookup_type = 'CST_RPT_DETAIL_OPTION' and ml8.lookup_code = 2 -- Summary and 7=7 -- p_report_mode, Summary or Detail -- These joins get the Item Lot Size and cic_assys.organization_id (+) = wdj.organization_id and cic_assys.inventory_item_id (+) = wdj.primary_item_id and cic_assys.cost_type_id (+) = wdj.primary_cost_method group by wdj.report_type, wdj.organization_code, wdj.period_name, wdj.overhead_account, -- account wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.lot_number, -- Revision for version 1.23 4, -- report_sort wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.last_update_date, wdj.std_lot_size, cic_assys.cost_type, -- lot_size_cost_type nvl(cic_assys.lot_size, 1), -- costing_lot_size wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty null, -- inventory_item_id wdj.organization_id, null, -- osp_item null, -- osp_description null, -- po_number null, -- line_number null, -- po_release null, -- department_id null, -- operation_seq_num null, -- item_or_res_op_seq null, -- item_or_resource null, -- description -- Revision for version 1.24 null, -- resource_uom_code null, -- overhead null, -- ovhd_description null, -- ovhd_basis_type null, -- ovhd_unit_of_measure -- Revision for version 1.23 -- null, -- phantom_parent null, -- component_item_type null, -- component_status_code null, -- component_make_buy_code null, -- wip_supply_type null, -- basis_type null, -- lot_basis_type null, -- lot_basis_cost null, -- item_basis_type null, -- item_basis_cost cic_assys.cost_type, null, -- item_or_resource_cost -- Revision for version 1.23 null, -- rate_or_amount null, -- uom_code 0, -- quantity_per_assembly 0, -- total_req_quantity -- Revision for version 1.22 null, -- last_txn_date 0, -- quantity_issued 0, -- wip_std_comp_or_res_value 0, -- applied_comp_or_res_value 0, -- std_quantity_per_assembly 0, -- std_total_req_quantity 0, -- wip_std_overhead_value 0, -- matl_usage_var 0, -- matl_config_var -- Revision for version 1.30 0, -- wip_matl_lot_charges_per_unit 0, -- std_matl_lot_charges_per_unit -- End revision for version 1.30 0, -- matl_lot_var 0, -- res_efficiency_var 0, -- res_methods_var -- Revision for version 1.30 0, -- wip_res_lot_charges_per_unit 0, -- std_res_lot_charges_per_unit -- End revision for version 1.30 0, -- res_lot_var -- Revision for version 1.18 0, -- osp_efficiency_var 0, -- osp_methods_var -- Revision for version 1.30 0, -- wip_osp_lot_charges_per_unit 0, -- std_osp_lot_charges_per_unit -- End revision for version 1.30 0, -- osp_lot_var -- End revision for version 1.18 0, -- ovhd_efficiency_var -- Revision for version 1.37 0, -- scrap_variance cic_assys.rolled_up, cic_assys.last_rollup_date --, -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- null alternate_designator_code union all -- =========================================== -- Section V - WIP Scrap -- Inline table select for WIP Scrap Amounts -- =========================================== select wdj.report_type, wdj.organization_code, wdj.period_name, wdj.overhead_account account, wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.lot_number, 5 report_sort, wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.last_update_date, wdj.std_lot_size, cac.cost_type lot_size_cost_type, cac.lot_size costing_lot_size, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0) fg_total_qty, null inventory_item_id, wdj.organization_id, null osp_item, null osp_description, null po_number, null line_number, null po_release, null department_id, null operation_seq_num, null item_or_res_op_seq, null item_or_resource, null description, null resource_uom_code, null overhead, null ovhd_description, null ovhd_basis_type, null ovhd_unit_of_measure, null component_item_type, null component_status_code, null component_make_buy_code, null wip_supply_type, null basis_type, null include_in_rollup, null lot_basis_type, null comp_lot_size, null lot_basis_cost, null item_basis_type, null item_basis_cost, cac.cost_type, null item_or_resource_cost, null rate_or_amount, null uom_code, 0 quantity_per_assembly, 0 total_req_quantity, null last_txn_date, 0 quantity_issued, 0 wip_std_comp_or_res_value, 0 applied_comp_or_res_value, 0 std_quantity_per_assembly, 0 std_total_req_quantity, 0 wip_std_overhead_value, 0 matl_usage_var, 0 matl_config_var, 0 wip_matl_lot_charges_per_unit, 0 std_matl_lot_charges_per_unit, 0 matl_lot_var, 0 res_efficiency_var, 0 res_methods_var, 0 wip_res_lot_charges_per_unit, 0 std_res_lot_charges_per_unit, 0 res_lot_var, 0 osp_efficiency_var, 0 osp_methods_var, 0 wip_osp_lot_charges_per_unit, 0 std_osp_lot_charges_per_unit, 0 osp_lot_var, 0 ovhd_efficiency_var, nvl(cac.item_cost * wdj.quantity_scrapped,0) * -1 scrap_variance, 0 material_variance, 0 res_variance, 0 osp_variance, 0 ovhd_variance, 0 total_variance, 0 wip_costs_in, 0 wip_costs_out, 0 wip_relief, 0 wip_value, cic_assys.rolled_up, cic_assys.last_rollup_date from cic_assy_cost cac, wdj, cic_assys, mfg_lookups ml8 where cac.wip_entity_id (+) = wdj.wip_entity_id and cac.organization_id (+) = wdj.organization_id and cic_assys.inventory_item_id (+) = wdj.primary_item_id and cic_assys.cost_type_id (+) = wdj.primary_cost_method -- Only report the scrap variance if recorded to the G/L as a WIP Scrap Variance and wdj.mandatory_scrap_flag = 1 -- Yes -- This section only available for summary information and ml8.lookup_type = 'CST_RPT_DETAIL_OPTION' and ml8.lookup_code = 2 -- Summary and 7=7 -- p_report_mode, Summary or Detail and cic_assys.organization_id (+) = wdj.organization_id and cic_assys.inventory_item_id (+) = wdj.primary_item_id and cic_assys.cost_type_id (+) = wdj.primary_cost_method group by wdj.report_type, wdj.organization_code, wdj.period_name, wdj.overhead_account, -- account wdj.class_code, wdj.class_type, wdj.wip_entity_id, wdj.project_id, wdj.status_type, wdj.primary_item_id, wdj.assembly_number, wdj.assy_description, wdj.assy_item_type, wdj.assy_item_status_code, wdj.assy_uom_code, wdj.planning_make_buy_code, wdj.lot_number, 5, -- report_sort wdj.creation_date, wdj.scheduled_start_date, wdj.date_released, wdj.date_completed, wdj.date_closed, wdj.last_update_date, wdj.std_lot_size, cac.cost_type, -- lot_size_cost_type cac.lot_size, wdj.start_quantity, wdj.quantity_completed, wdj.quantity_scrapped, nvl(wdj.quantity_completed,0) + nvl(wdj.quantity_scrapped,0), -- fg_total_qty null, -- inventory_item_id wdj.organization_id, null, -- osp_item null, -- osp_description null, -- po_number null, -- line_number null, -- po_release null, -- department_id null, -- operation_seq_num null, -- item_or_res_op_seq null, -- item_or_resource null, -- description null, -- resource_uom_code null, -- overhead null, -- ovhd_description null, -- ovhd_basis_type null, -- ovhd_unit_of_measure null, -- component_item_type null, -- component_status_code null, -- component_make_buy_code null, -- wip_supply_type null, -- basis_type null, -- lot_basis_type null, -- lot_basis_cost null, -- item_basis_type null, -- item_basis_cost cic_assys.cost_type, null, -- item_or_resource_cost null, -- rate_or_amount null, -- uom_code 0, -- quantity_per_assembly 0, -- total_req_quantity null, -- last_txn_date 0, -- quantity_issued 0, -- wip_std_comp_or_res_value 0, -- applied_comp_or_res_value 0, -- std_quantity_per_assembly 0, -- std_total_req_quantity 0, -- wip_std_overhead_value 0, -- matl_usage_var 0, -- matl_config_var 0, -- wip_matl_lot_charges_per_unit 0, -- std_matl_lot_charges_per_unit 0, -- matl_lot_var 0, -- res_efficiency_var 0, -- res_methods_var 0, -- wip_res_lot_charges_per_unit 0, -- std_res_lot_charges_per_unit 0, -- res_lot_var 0, -- osp_efficiency_var 0, -- osp_methods_var 0, -- wip_osp_lot_charges_per_unit 0, -- std_osp_lot_charges_per_unit 0, -- osp_lot_var, 0, -- ovhd_efficiency_var nvl(cac.item_cost * wdj.quantity_scrapped,0) * -1, -- scrap_var cic_assys.rolled_up, cic_assys.last_rollup_date ) wip -- Revision for version 1.19 where ml8.lookup_type = 'CST_RPT_DETAIL_OPTION' and ml8.lookup_code = decode(:p_report_mode, -- p_report_mode 'Detail', 1, 'Summary', 2, 1) and 7=7 -- p_report_mode, Summary or Detail group by wip.report_type, -- Revision for version 1.19 ml8.meaning, -- report_mode wip.organization_code, wip.period_name, decode(ml8.lookup_code, 1, wip.account, null), -- account wip.class_code, wip.class_type, wip.wip_entity_id, wip.project_id, wip.status_type, wip.creation_date, wip.scheduled_start_date, wip.date_released, wip.date_completed, wip.date_closed, wip.last_update_date, wip.organization_id, wip.std_lot_size, wip.lot_size_cost_type, wip.costing_lot_size, wip.start_quantity, wip.quantity_completed, wip.quantity_scrapped, wip.fg_total_qty, wip.primary_item_id, wip.assembly_number, wip.assy_description, wip.assy_item_type, wip.assy_item_status_code, wip.assy_uom_code, wip.planning_make_buy_code, wip.lot_number, -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.report_sort, null), -- report_sort decode(ml8.lookup_code, 1, wip.osp_item, null), -- osp_item decode(ml8.lookup_code, 1, wip.osp_description, null), -- osp_description decode(ml8.lookup_code, 1, wip.po_number, null), -- po_number decode(ml8.lookup_code, 1, wip.line_number, null), -- line_number decode(ml8.lookup_code, 1, wip.po_release, null), -- po_release decode(ml8.lookup_code, 1, wip.department_id, null), -- department_id decode(ml8.lookup_code, 1, wip.operation_seq_num, null), -- operation_seq_num decode(ml8.lookup_code, 1, wip.item_or_res_op_seq, null), -- item_or_res_op_seq decode(ml8.lookup_code, 1, wip.item_or_resource, null), -- item_or_resource -- Revision for version 1.30 Column name change for description to avoid SQL error decode(ml8.lookup_code, 1, wip.description, null), -- item_or_res_description, -- Revision for version 1.24 and 1.30 decode(ml8.lookup_code, 1, wip.resource_uom_code, null), -- resource_uom_code decode(ml8.lookup_code, 1, wip.overhead, null), -- overhead -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.ovhd_description, null), -- ovhd_description -- Revision for version 1.23 -- decode(ml8.lookup_code, 1, wip.phantom_parent, null), -- phantom_parent decode(ml8.lookup_code, 1, wip.component_item_type, null), -- component_item_type decode(ml8.lookup_code, 1, wip.component_status_code, null), -- component_status_code decode(ml8.lookup_code, 1, wip.component_make_buy_code, null), -- component_make_buy_code decode(ml8.lookup_code, 1, wip.wip_supply_type, null), -- wip_supply_type decode(ml8.lookup_code, 1, wip.basis_type, null), -- basis_type -- Revision for version 1.30 decode(ml8.lookup_code, 1, wip.include_in_rollup, null), -- include_in_rollup -- Revision for version 1.24 and 1.32 decode(ml8.lookup_code, 1, wip.cost_type, null), -- cost_type -- Revision for version 1.28 decode(ml8.lookup_code, 1, wip.lot_basis_cost, null), -- lot_basis_cost decode(ml8.lookup_code, 1, wip.comp_lot_size, null), -- component_cost_lot_size -- End revision for version 1.28 decode(ml8.lookup_code, 1, wip.item_or_resource_cost, null), -- item_or_resource_cost -- Revision for version 1.23 decode(ml8.lookup_code, 1, wip.rate_or_amount, null), -- overhead_rate -- Revision for version 1.24 decode(ml8.lookup_code, 1, wip.uom_code, null), -- uom_code decode(ml8.lookup_code, 1, wip.quantity_per_assembly, null), -- quantity_per_assembly decode(ml8.lookup_code, 1, wip.total_req_quantity, null), -- total_req_quantity -- Revision for version 1.22 decode(ml8.lookup_code, 1, wip.last_txn_date, null), -- last_txn_date decode(ml8.lookup_code, 1, wip.quantity_issued, null), -- quantity_issued decode(ml8.lookup_code, 1, round(wip.quantity_issued - wip.total_req_quantity,3), null), -- quantity_left_in_wip decode(ml8.lookup_code, 1, wip.std_quantity_per_assembly, null), -- std_quantity_per_assembly decode(ml8.lookup_code, 1, wip.std_total_req_quantity, null), -- std_total_req_quantity -- For summation statements, ml8.lookup_code, -- Revision for version 1.27 -- wip.rolled_up, nvl(wip.rolled_up,'N'), -- rolled_up wip.last_rollup_date -- Revision for version 1.27 and 1.30 -- Removed, not consistent for resources and overheads -- wip.alternate_designator_code -- End revision for version 1.30 -- End revision for version 1.19 ) wip_sum -- =========================================== -- Ledger, organization, item master and cost joins -- =========================================== where we.wip_entity_id = wip_sum.wip_entity_id -- Revision for version 1.37 and we.organization_id = wip_sum.organization_id and muomv.uom_code = wip_sum.assy_uom_code and misv.inventory_item_status_code = wip_sum.assy_item_status_code and bd.department_id (+) = wip_sum.department_id -- Revision for version 1.38, to avoid category segment logic error and msiv.inventory_item_id = wip_sum.primary_item_id and msiv.organization_id = wip_sum.organization_id -- End revision for version 1.38 and gcc.code_combination_id (+) = wip_sum.account and hoi.org_information_context = 'Accounting Information' and hoi.organization_id = wip_sum.organization_id and hoi.organization_id = haou.organization_id -- get the organization name and haou2.organization_id = to_number(hoi.org_information3) -- get the operating unit id and gl.ledger_id = to_number(hoi.org_information1) -- get the ledger_id -- =========================================== -- Lookup Codes -- =========================================== and ml1.lookup_type = 'WIP_CLASS_TYPE' and ml1.lookup_code = wip_sum.class_type and ml2.lookup_type = 'WIP_JOB_STATUS' and ml2.lookup_code = wip_sum.status_type and ml3.lookup_type = 'MTL_PLANNING_MAKE_BUY' and ml3.lookup_code = wip_sum.planning_make_buy_code and fl2.lookup_type = 'YES_NO' and fl2.lookup_code = wip_sum.rolled_up and fcl1.lookup_type (+) = 'ITEM_TYPE' and fcl1.lookup_code (+) = wip_sum.assy_item_type -- =========================================== -- Additional parameters, version 1.5 -- =========================================== and 1=1 -- p_operating_unit, p_ledger -- order by Report_Type, Ledger, Operating_Unit, Org_Code, Period_Name, Accounts, WIP_Class, WIP_Job, Component, Item Op Num and Operation order by wip_sum.report_type, nvl(gl.short_name, gl.name), haou2.name, -- Operating_Unit wip_sum.organization_code, wip_sum.class_code, we.wip_entity_name &p_det_order_by #,##0.000;[Red](#,##0.000) US CAC Manufacturing Variance Report your summary or detail manufacturing variances for open and closed WIP jobs. If the job is open the Report Type column displays "Valuation", as this WIP job and potential variances are still in your WIP inventory balances. If the job has been closed during the reporting period, the Report Type column displays "Variance", as this WIP job was written off on a WIP Job Close Variance transaction. You can report prior periods and the report will automatically adjust the assembly completion, assembly scrap, component issue and resource quantities to reflect the reported accounting period, as well as report only jobs which were open or closed during that prior period. Closed, Pending Close, Cancelled, Complete and Complete No Charges WIP job statuses use the completion quantities. All other WIP jobs use the parameter "Use Completion Quantities". And if you use Standard Costing, for standard discrete jobs this report also shows your configuration and method variances; the difference between your WIP BOM/routing and your standard BOM/routing. Non-standard jobs usually do not have configuration variances, as they are "non-standard" without standard BOM or routing requirements. Parameters: ========== Report Option: Open jobs, Closed jobs or All jobs. Use this to limit the size of the report. (mandatory) Period Name: the accounting period you wish to report. (mandatory) Cost Type: defaults to your Costing Method; if the cost type is missing component costs the report will find any missing item costs from your Costing Method cost type. Include Scrap Quantities: for calculating your completion quantities and component quantity requirements, include or exclude any scrapped assembly quantities. (mandatory) Include Unreleased Jobs: include jobs which have not been released and are not started. (mandatory) Include Bulk Supply Items: include Bulk items to match the results from the Oracle Discrete Job Value Report; exclude knowing that Bulk items are usually not issued to the WIP job. (mandatory) Use Completion Qtys: for jobs in a released status, use the completion quantities for the material usage and configuration variance calculations. Useful if you backflush your materials based on your completion quantities. Complete, Complete - No Charges, Cancelled, Closed, Pending Close or Failed Close alway use the completion quantities in the variance calculations. (mandatory) Config/Lot Variances for Non-Std: calculate configuration and lot variances for non-standard jobs. Include Unimplemented ECOs: include future BOM changes. Alternate BOM Designator: if you save your BOMs during your Cost Rollups (based on your Cost Type setups), use this parameter to get the correct BOMs for the configuration variance calculations. If you leave this field blank the report uses the latest BOM component effectivity date up to the period close date. (optional) Category Set 1, 2, 3: any item category to report (optional). Class Code: specific type of WIP class to report (optional). Job Status: specific WIP job status (optional). WIP Job: specific WIP job (optional). Assembly Number: specific assembly number to report (optional) Component Number: specific component item to report (optional) Outside Processing Item: Specific outside processing component to report (optional). Resource Code: Specific resource code to report (optional). Organization Code: any inventory organization, defaults to your session's inventory org (optional). -- | Copyright 2011-25 Douglas Volz Consulting, Inc. -- | Version Modified on Modified by Description -- | ======= =========== =============== ========================================= -- | 1.36 21 Dec 2024 Douglas Volz Fixes for Configuration and Method Variances. -- | 1.37 02 Jan 2025 Douglas Volz Add Scrap Variance column, to avoid double-counting assy scrap. -- | 1.38 04 Feb 2025 Douglas Volz Consolidate Summary and Detail reports into one report. Enginatics &category_columns &p_alt_bom_designator &p_det1_cols &p_det2_cols &p_det3_cols &p_det4_cols &p_det5_cols &p_det6_cols &p_det_order_by &p_sum_cols &p_use_completion_qtys &segment_columns 1=1 2=2 3=3 4=4 5=5 6=6 7=7 8=8 9=9 :p_cost_type :p_include_scrap :p_include_unimplemented_ecos :p_nsj_config_lot_var :p_report_mode :p_report_option :p_use_completion_qtys 1 -10 &component_yield_factor select case when fpg.release_name like '11%' then 'null' else 'wro.component_yield_factor' end from fnd_product_groups fpg Char x US Component Yield Factor Column 2 10 7=7 ml8.meaning = :p_report_mode LOV CST Report Mode D0A52889BF1D2E49E0530100007F74EA Y select ml.meaning value, ml.lookup_code description from mfg_lookups ml where ml.lookup_type='CST_RPT_DETAIL_OPTION' order by ml.meaning Summary Y US Report Mode 3 &p_det1_cols wip_sum.operation_seq_num Operation_Seq_Number, wip_sum.item_or_res_op_seq Item_or_Res_Operation_Seq, bd.department_code Department, wip_sum.item_or_resource Component_or_Resource, wip_sum.item_or_res_description Description, wip_sum.resource_uom_code Resource_UOM, wip_sum.overhead Overhead, wip_sum.ovhd_description Overhead_Description, wip_sum.component_item_type Component_Item_Type, wip_sum.component_status_code Component_Status_Code, wip_sum.component_make_buy_code Component_Make_Buy_Code, wip_sum.wip_supply_type WIP_Supply_Type, wip_sum.basis_type Basis_Type, wip_sum.Include_in_Rollup, wip_sum.cost_type Cost_Type, Detail US Report Mode 4 &p_det2_cols wip_sum.item_or_resource_cost Item_or_Resource_Cost, wip_sum.lot_basis_cost Lot_Basis_Cost, wip_sum.component_cost_lot_size Component_Cost_Lot_Size, wip_sum.overhead_rate Overhead_Rate_or_Amount, wip_sum.uom_code Component_UOM, wip_sum.quantity_per_assembly WIP_Quantity_Per_Assembly, round(wip_sum.total_req_quantity,3) WIP_Total_Required_Quantity, wip_sum.last_txn_date Last_Transaction_Date, round(wip_sum.quantity_issued,3) WIP_Quantity_Issued, round(wip_sum.quantity_issued,3) - round(wip_sum.total_req_quantity,3) Quantity_Left_in_WIP, wip_sum.wip_std_comp_or_res_value WIP_Standard_Value, round(wip_sum.applied_comp_or_res_value,2) WIP_Applied_Value, Detail US Report Mode 5 &p_det3_cols round(wip_sum.std_quantity_per_assembly,3) Std_Quantity_Per_Assembly, round(wip_sum.std_total_req_quantity,3) Total_Std_Required_Quantity, -- WIP required quantity - Standard required quantity = Configuration_Quantity_Var round(wip_sum.total_req_quantity,3) - round(wip_sum.std_total_req_quantity,3) Configuration_Quantity_Var, Detail US Report Mode 6 &p_det4_cols wip_sum.WIP_Matl_Lot_Charges_Per_Unit, wip_sum.Std_Matl_Lot_Charges_Per_Unit, Detail US Report Mode 7 &p_det5_cols wip_sum.WIP_Res_Lot_Charges_Per_Unit, wip_sum.Std_Res_Lot_Charges_Per_Unit, Detail US Report Mode 8 &p_det6_cols wip_sum.WIP_OSP_Lot_Charges_Per_Unit, wip_sum.Std_OSP_Lot_Charges_Per_Unit, Detail US Report Mode 9 &p_det_order_by ,wip_sum.report_sort, wip_sum.operation_seq_num, wip_sum.item_or_res_op_seq, wip_sum.item_or_resource, wip_sum.overhead Detail US Report Mode 10 &p_sum_cols wip_sum.ovhd_efficiency_var Overhead_Efficiency_Variance, wip_sum.scrap_variance Recorded_Scrap_Variance, wip_sum.total_explained_var Total_Explained_Variance, wip_sum.material_variance - wip_sum.matl_usage_var - wip_sum.matl_config_var - wip_sum.matl_lot_var Unexplained_Material_Variance, wip_sum.res_variance - wip_sum.res_efficiency_var - wip_sum.res_methods_var - wip_sum.res_lot_var Unexplained_Resource_Variance, wip_sum.osp_variance - wip_sum.osp_efficiency_var - wip_sum.osp_methods_var - wip_sum.osp_lot_var Unexplained_OSP_Variance, wip_sum.ovhd_variance - wip_sum.ovhd_efficiency_var Unexplained_Overhead_Variance, wip_sum.total_unexplained_var Total_Unexplained_Variance, wip_sum.wip_value Total_Variance, wip_sum.bor_total_var Based_on_Rollup_Variance, decode(wip_sum.rolled_up, 'N', 0, wip_sum.unexplained_matl_var - wip_sum.bor_matl_var) Unexplained_Material_Variance, decode(wip_sum.rolled_up, 'N', 0, wip_sum.unexplained_res_var - wip_sum.bor_res_var) Unexplained_Resource_Variance, decode(wip_sum.rolled_up, 'N', 0, wip_sum.unexplained_osp_var - wip_sum.bor_osp_var) Unexplained_OSP_Variance, decode(wip_sum.rolled_up, 'N', 0, wip_sum.unexplained_ovhd_var - wip_sum.bor_ovhd_var) Unexplained_Overhead_Variance, decode(wip_sum.rolled_up, 'N', 0, wip_sum.total_unexplained_var - wip_sum.bor_total_var) Total_Unexplained_Variance, wip_sum.total_variance Total_Variance, wip_sum.wip_costs_in WIP_Costs_In, wip_sum.wip_costs_out WIP_Costs_Out, wip_sum.wip_relief WIP_Relief, wip_sum.wip_value WIP_Value, Summary US Report Mode 11 &segment_columns select 'gcc.'||lower(fifsv.application_column_name)||' "'||substrb(fifsv.form_left_prompt_,1,xxen_report.max_column_length)||'",' text from (select xxen_util.init_cap(fifsv.form_left_prompt) form_left_prompt_, fifsv.* from fnd_id_flex_segments_vl fifsv) fifsv where fifsv.application_id=101 and fifsv.id_flex_code='GL#' and fifsv.enabled_flag='Y' and fifsv.id_flex_num=(select fifsv0.id_flex_num from fnd_id_flex_structures_vl fifsv0 where fifsv0.application_id=101 and fifsv0.id_flex_code='GL#' and fifsv0.id_flex_structure_name=:chart_of_accounts) order by fifsv.segment_num Detail US Report Mode 12 20 :p_report_option LOV CST WIP Report Option D5CA808540E0FA18E05369FB090580A4 Y select 'Open jobs' value, 'Report only open jobs' description from dual union all select 'All jobs' value, 'Report all jobs' description from dual union all select 'Closed jobs' value, 'Report only closed jobs' description from dual order by 1 All jobs Y US Report Option 13 30 4=4 oap.period_name = :p_period_name LOV INV Period 8E2FF36EDF2279D2E0530100007F1FF2 Y select distinct oap.period_name value, max(oap.period_year||'-'||oap.period_num||', '||xxen_util.meaning(nvl2(oap.period_close_date,decode(oap.open_flag,'P',2,'N',decode(oap.summarized_flag,'N',65,66),4),3),'MTL_ACCT_PERIOD_STATUS',700)||' ('||oap.period_start_date||' - '||oap.schedule_close_date||')') over (partition by oap.period_name) description, max(oap.period_start_date) over (partition by oap.period_name) period_start_date, max(oap.effective_period_num) over (partition by oap.period_name) effective_period_num from gl_ledgers gl, org_organization_definitions ood, mtl_parameters mp, (select oap.period_year*10000+oap.period_num effective_period_num, oap.* from org_acct_periods oap) oap where oap.period_start_date<=sysdate and (:$flex$.ledger is null or xxen_util.contains(:$flex$.ledger,gl.name)='Y') and (:$flex$.organization_code is null or xxen_util.contains(:$flex$.organization_code,ood.organization_code)='Y') and ood.organization_id=mp.organization_id and mp.organization_id<>mp.master_organization_id and gl.period_set_name=oap.period_set_name and gl.ledger_id=ood.set_of_books_id and ood.organization_id=oap.organization_id order by period_start_date desc, effective_period_num desc, oap.period_name select distinct oap.period_name value from org_acct_periods oap, (select max(oap.schedule_close_date) default_date from org_acct_periods oap, org_organization_definitions ood where ood.organization_id = oap.organization_id and nvl(ood.disable_date, sysdate + 1) > sysdate) max where oap.schedule_close_date = max.default_date and rownum = 1 Y US Period Name 14 40 :p_cost_type LOV CST Cost Type (No AvgRates No PII) A486BD05719A2A82E053BB6B6358FC8E Y select cct.cost_type value, cct.description from cst_cost_types cct where nvl(cct.disable_date,sysdate)>=sysdate and cct.organization_id is null and (cct.cost_type not like '%PII%' or cct.cost_type like '%ICP%') and cct.cost_type_id not in (select mp.avg_rates_cost_type_id from mtl_parameters mp where mp.avg_rates_cost_type_id is not null) order by cct.cost_type select cct.cost_type from cst_cost_types cct, mtl_parameters mp where cct.cost_type_id = mp.primary_cost_method and mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') US Cost Type 15 50 :p_include_scrap LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description Y Y US Include Scrap Quantities 16 60 4=4 wdj.status_type<> 1 LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description N N Y US Include Unreleased Jobs 17 70 6=6 nvl(mtl_sum.wip_supply_type,1) <> 4 LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description N N Y US Include Bulk Supply Items 18 80 :p_use_completion_qtys LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description Y Y US Use Completion Quantities 19 90 :p_nsj_config_lot_var LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description N Y US Config/Lot Variances for Non-Std 20 100 :p_include_unimplemented_ecos LOV Oracle Yes_No Y select lookup_code id, meaning value, null description from fnd_lookups where fnd_lookups.lookup_type='YES_NO' order by value,description N Y US Include Unimplemented ECOs 21 110 &p_alt_bom_designator select alternate_designator_code from bom_alternate_designators_vl badv where badv.display_name = :p_alt_bom_designator LOV BOM Alternate BOM Designator D73275FB5CA0553FE0530100007F1187 Y select display_name value, description description from bom_alternate_designators_vl where organization_id=fnd_profile.value('mfg_organization_id') order by display_name US Alternate BOM Designator 22 120 &category_columns select xxen_util.item_category_columns(p_category_set_name=>'<parameter_value>') sql_text from dual LOV INV Category Set 8E2FF36EDECA79D2E0530100007F1FF2 Y select distinct mcsv.category_set_name value, mcsv.description from mtl_category_sets_vl mcsv where :$flex$.organization_code is null or mcsv.category_set_id in (select mic.category_set_id from mtl_parameters mp, mtl_item_categories mic where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y' and mp.organization_id=mic.organization_id) order by mcsv.category_set_name coalesce(xxen_util.previous_parameter_value(:parameter_id),(select mdsv.category_set_name from mtl_default_sets_view mdsv where mdsv.functional_area_id=11)) US Category Set 1 23 130 &category_columns select xxen_util.item_category_columns(p_category_set_name=>'<parameter_value>') sql_text from dual LOV INV Category Set 8E2FF36EDECA79D2E0530100007F1FF2 Y select distinct mcsv.category_set_name value, mcsv.description from mtl_category_sets_vl mcsv where :$flex$.organization_code is null or mcsv.category_set_id in (select mic.category_set_id from mtl_parameters mp, mtl_item_categories mic where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y' and mp.organization_id=mic.organization_id) order by mcsv.category_set_name coalesce(xxen_util.previous_parameter_value(:parameter_id),(select mdsv.category_set_name from mtl_default_sets_view mdsv where mdsv.functional_area_id=5)) US Category Set 2 24 140 &category_columns select xxen_util.item_category_columns(p_category_set_name=>'<parameter_value>') sql_text from dual LOV INV Category Set 8E2FF36EDECA79D2E0530100007F1FF2 Y select distinct mcsv.category_set_name value, mcsv.description from mtl_category_sets_vl mcsv where :$flex$.organization_code is null or mcsv.category_set_id in (select mic.category_set_id from mtl_parameters mp, mtl_item_categories mic where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y' and mp.organization_id=mic.organization_id) order by mcsv.category_set_name xxen_util.previous_parameter_value(:parameter_id) US Category Set 3 25 150 2=2 mp.organization_code = :p_org_code LOV custom Y select ood.organization_code value, ood.organization_name description from org_organization_definitions ood where ood.organization_id not in (select mp.organization_id from mtl_parameters mp where mp.organization_id=mp.master_organization_id) and ood.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) and (:$flex$.operating_unit is null or ood.operating_unit in (select haouv.organization_id from hr_all_organization_units_vl haouv where xxen_util.contains(:$flex$.operating_unit,haouv.name)='Y')) and (:$flex$.ledger is null or ood.set_of_books_id in (select gl.ledger_id from gl_ledgers gl where xxen_util.contains(:$flex$.ledger,gl.name)='Y')) and nvl(ood.disable_date,sysdate)>=sysdate order by ood.organization_code select mp.organization_code from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') US Organization Code 26 160 3=3 wdj.class_code = :p_class_code LOV WIP Class Code (org dependent) E7CCB27F39561272E0530100007F62B4 Y select distinct wac.class_code value, wac.description from mtl_parameters mp, wip_accounting_classes wac where (:$flex$.organization_code is null or xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y') and mp.organization_id=wac.organization_id order by wac.class_code US Class Code 27 170 4=4 wdj.status_type=xxen_util.lookup_code(:p_job_status,'WIP_JOB_STATUS',700) LOV WIP Job Status 8E2FF36EDE9579D2E0530100007F1FF2 Y select ml.meaning value, ml.description from mfg_lookups ml where ml.lookup_type='WIP_JOB_STATUS' order by ml.meaning US Job Status 28 180 4=4 (wdj.organization_id, wdj.wip_entity_id) in (select we.organization_id, we.wip_entity_id from wip_entities we where we.wip_entity_name=:p_wip_job) LOV WIP Job 8E2FF36EDEC379D2E0530100007F1FF2 Y Y select we.wip_entity_name value, xxen_util.meaning(we.entity_type,'WIP_ENTITY',700)||' ('||ood.organization_code||')'||nvl2(we.description,': '||we.description,null) description from wip_entities we, org_organization_definitions ood where (:$flex$.ledger is null or ood.set_of_books_id in (select gl.ledger_id from gl_ledgers gl where xxen_util.contains(:$flex$.ledger,gl.name)='Y')) and ( :$flex$.organization_code is null and ood.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) or xxen_util.contains(:$flex$.organization_code,ood.organization_code)='Y' ) and we.organization_id=ood.organization_id and nvl(ood.disable_date,sysdate)>=sysdate and we.entity_type in (1,3,5,8) --(Discrete job, Closed discrete job, Lot based job, Closed lot based job) order by we.creation_date desc US WIP Job 29 190 9=9 mtl_sum.component_number = :p_component_number LOV INV Item (master) 8E2FF36EDEF379D2E0530100007F1FF2 Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id=( select max(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) order by msiv.concatenated_segments US Component Number 30 200 3=3 (wdj.organization_id, wdj.primary_item_id) in (select msibk.organization_id, msibk.inventory_item_id from mtl_system_items_b_kfv msibk where msibk.concatenated_segments=:p_assembly_number) LOV INV Item (master, costing enabled only) 91D022B15B12FFB9E053BB6B63587F0B Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id=( select max(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) and msiv.costing_enabled_flag='Y' order by msiv.concatenated_segments US Assembly Number 31 210 5=5 msiv2.concatenated_segments = :p_osp_item LOV INV OSP Item Number (any OSP item from item master org) B42C590EA41DC91BE0530100007F4403 Y Y select msiv.concatenated_segments value, msiv.description from mtl_system_items_vl msiv where msiv.organization_id= ( select min(mp.master_organization_id) master_organization_id from mtl_parameters mp where mp.organization_id=fnd_profile.value('MFG_ORGANIZATION_ID') or fnd_profile.value('MFG_ORGANIZATION_ID') is null and mp.organization_id in (select oav.organization_id from org_access_view oav where oav.resp_application_id=fnd_global.resp_appl_id and oav.responsibility_id=fnd_global.resp_id) ) and msiv.outside_operation_flag='Y' order by msiv.concatenated_segments US Outside Processing Item 32 220 8=8 br.resource_code=:resource_code LOV BOM Resource Code (org code dependent) E7CCB27F39541272E0530100007F62B4 Y select br.resource_code value, br.description from bom_resources br where (:$flex$.organization_code is null or br.organization_id in (select mp.organization_id from mtl_parameters mp where xxen_util.contains(:$flex$.organization_code,mp.organization_code)='Y')) and nvl(br.disable_date,sysdate)>=sysdate order by br.resource_code US Resource Code 33 230 1=1 haou2.name = :p_operating_unit LOV HR Operating Unit 8E2FF36EDEB979D2E0530100007F1FF2 Y select hou.name value, null description from hr_operating_units hou where sysdate between hou.date_from and nvl(hou.date_to,sysdate) and (:$flex$.ledger is null or hou.set_of_books_id in (select gl.ledger_id from gl_ledgers gl where xxen_util.contains(:$flex$.ledger,gl.name)='Y')) and hou.organization_id in (select mgoat.organization_id from mo_glob_org_access_tmp mgoat union select fnd_global.org_id from dual where fnd_release.major_version=11) order by hou.name US Operating Unit 34 240 1=1 gl.name = :p_ledger LOV GL Ledger 8E2FF36EDEB879D2E0530100007F1FF2 Y select gl.name value, fifsv.id_flex_structure_name||': '||decode(gl.ledger_category_code,'NONE',xxen_util.meaning(gl.object_type_code,'LEDGERS',101),xxen_util.meaning(gl.ledger_category_code,'GL_ASF_LEDGER_CATEGORY',101))||': '||gl.description description from gl_ledgers gl, fnd_id_flex_structures_vl fifsv where (:$flex$.ledger_category is null or gl.ledger_category_code=xxen_util.lookup_code(:$flex$.ledger_category,'GL_ASF_LEDGER_CATEGORY',101,'Y')) and (:$flex$.chart_of_accounts is null or xxen_util.contains(:$flex$.chart_of_accounts,fifsv.id_flex_structure_name)='Y') and gl.ledger_id in (select nvl(glsnav.ledger_id,gasna.ledger_id) from gl_access_set_norm_assign gasna, gl_ledger_set_norm_assign_v glsnav where gasna.access_set_id=fnd_profile.value('GL_ACCESS_SET_ID') and gasna.ledger_id=glsnav.ledger_set_id(+)) and gl.chart_of_accounts_id=fifsv.id_flex_num and fifsv.id_flex_code='GL#' and fifsv.application_id=101 order by fifsv.id_flex_structure_name, decode(gl.ledger_category_code,'PRIMARY',1,'SECONDARY',2,'ALC',3,'NONE',4), gl.name US Ledger