select
haouv.name org_name,
mp.organization_code,
case when br.resource_code is not null then 'Resource' when bos.operation_seq_num is not null then 'Operation' else 'Routing' end record_type,
msiv.concatenated_segments item,
msiv.description item_description,
(select misv2.inventory_item_status_code_tl from mtl_item_status_vl misv2 where misv2.inventory_item_status_code=msiv.inventory_item_status_code) item_status,
xxen_util.meaning(msiv.item_type,'ITEM_TYPE',3) user_item_type,
msiv.primary_uom_code uom,
xxen_util.meaning(bor.routing_type,'BOM_ASSEMBLY_TYPE',700) type,
decode(bor.cfm_routing_flag,1,'Flow',2,'Discrete Job',3,'Lot Based',to_char(bor.cfm_routing_flag)) cfm_routing,
wl.line_code,
bor.alternate_routing_designator alternate,
xxen_util.meaning(bor.ctp_flag,'SYS_YES_NO',700) capable_to_promise,
bor.total_product_cycle_time total_cycle_time,
bor.priority,
bor.serialization_start_op serialization_start_op_seq,
xxen_util.meaning(bor.mixed_model_map_flag,'SYS_YES_NO',700) mixed_model_map,
bor.completion_subinventory,
(select milk.concatenated_segments from mtl_item_locations_kfv milk where milk.organization_id=bor.organization_id and milk.inventory_location_id=bor.completion_locator_id) completion_locator,
bor.routing_comment,
(select msiv2.concatenated_segments from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item,
(select msiv2.description from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item_desc,
bor.original_system_reference routing_orig_sys_ref,
&routing_dff_columns
mrir.process_revision revision,
mrir.effectivity_date revision_effectivity_date,
mrir.implementation_date revision_implement_date,
&revision_dff_columns
bos.operation_seq_num operation_sequence,
bso.operation_code,
bos.operation_description,
xxen_util.meaning(bos.reference_flag,'SYS_YES_NO',700) referenced,
bd.department_code,
bd.description department_description,
xxen_util.meaning(bos.operation_type,'BOM_OPERATION_TYPE',700) operation_type,
bos.effectivity_date,
bos.disable_date,
bos.implementation_date operation_implementation_date,
bso1.operation_code process,
bos1.operation_seq_num process_seq,
bso2.operation_code line_op,
bos2.operation_seq_num line_op_seq,
xxen_util.meaning(bos.option_dependent_flag,'SYS_YES_NO',700) option_dependent,
bos.operation_lead_time_percent lead_time_pct,
xxen_util.meaning(bos.count_point_type,'SYS_YES_NO',700) count_point,
xxen_util.meaning(decode(bos.count_point_type,3,2,1),'SYS_YES_NO',700) autocharge,
xxen_util.meaning(bos.backflush_flag,'SYS_YES_NO',700) backflush,
xxen_util.meaning(bos.check_skill,'SYS_YES_NO',700) check_skill,
bos.minimum_transfer_quantity min_transfer_qty,
bos.yield,
bos.cumulative_yield,
bos.reverse_cumulative_yield reverse_cum_yield,
bos.net_planning_percent net_planning_pct,
bos.labor_time_calc calculated_labor_time,
bos.machine_time_calc calculated_machine_time,
bos.total_time_calc calculated_elapsed_time,
bos.labor_time_user user_labor_time,
bos.machine_time_user user_machine_time,
bos.total_time_user user_elapsed_time,
xxen_util.meaning(bos.include_in_rollup,'SYS_YES_NO',700) include_in_rollup,
bos.change_notice eco,
bos.original_system_reference operation_orig_sys_ref,
&operation_dff_columns
borsc.resource_seq_num resource_seq,
borsc.substitute_group_num,
to_number(null) replacement_group_num,
br.resource_code,
br.unit_of_measure resource_uom,
xxen_util.meaning(borsc.basis_type,'BOM_BASIS_TYPE',700) resource_basis,
borsc.usage_rate_or_amount,
borsc.usage_rate_or_amount_inverse inverse_rate_or_amount,
(select xxen_util.meaning(bdr.available_24_hours_flag,'SYS_YES_NO',700) from bom_department_resources bdr where bdr.department_id=bos.department_id and bdr.resource_id=borsc.resource_id) available_24_hours,
borsc.schedule_seq_num,
xxen_util.meaning(borsc.schedule_flag,'BOM_RESOURCE_SCHEDULE_TYPE',700) schedule,
borsc.assigned_units,
borsc.resource_offset_percent offset_pct,
xxen_util.meaning(borsc.principle_flag,'SYS_YES_NO',700) principle_flag,
(select bst.setup_code from bom_setup_types bst where bst.setup_id=borsc.setup_id) setup_type,
(select cavv.activity from cst_activities_val_v cavv where cavv.activity_id=borsc.activity_id and nvl(cavv.organization_id,mp.organization_id)=mp.organization_id) activity,
xxen_util.meaning(borsc.standard_rate_flag,'SYS_YES_NO',700) standard_rate,
xxen_util.meaning(borsc.autocharge_type,'BOM_AUTOCHARGE_TYPE',700) charge_type,
borsc.original_system_reference resource_orig_sys_ref,
to_number(null) network_to_operation_seq,
null network_to_operation_code,
null network_to_department,
null network_to_operation_desc,
to_date(null) network_to_op_effectivity_date,
null network_transition_type,
to_number(null) network_planning_pct,
null network_orig_sys_ref
from
hr_all_organization_units_vl haouv,
mtl_parameters mp,
mtl_system_items_vl msiv,
bom_operational_routings bor,
(select
mrir0.rowid row_id,
mrir0.organization_id,
mrir0.inventory_item_id,
mrir0.process_revision,
mrir0.effectivity_date,
mrir0.implementation_date,
mrir0.attribute_category,
mrir0.attribute1,
mrir0.attribute2,
mrir0.attribute3,
mrir0.attribute4,
mrir0.attribute5,
mrir0.attribute6,
mrir0.attribute7,
mrir0.attribute8,
mrir0.attribute9,
mrir0.attribute10,
mrir0.attribute11,
mrir0.attribute12,
mrir0.attribute13,
mrir0.attribute14,
mrir0.attribute15,
row_number() over (partition by mrir0.organization_id, mrir0.inventory_item_id order by case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then 1 else 2 end, case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then nvl(:p_effective_date,sysdate)-mrir0.effectivity_date else mrir0.effectivity_date-nvl(:p_effective_date,sysdate) end) rn
from mtl_rtg_item_revisions mrir0
) mrir,
wip_lines wl,
bom_operation_sequences bos,
bom_departments bd,
bom_standard_operations bso,
bom_operation_sequences bos1,
bom_standard_operations bso1,
bom_operation_sequences bos2,
bom_standard_operations bso2,
bom_operation_resources borsc,
bom_resources br
where
1=1 and
2=2 and
haouv.organization_id=bor.organization_id and
mp.organization_id=bor.organization_id and
bor.assembly_item_id=msiv.inventory_item_id and
bor.organization_id=msiv.organization_id and
bor.organization_id=mrir.organization_id(+) and
bor.assembly_item_id=mrir.inventory_item_id(+) and
mrir.rn(+)=1 and
bor.line_id=wl.line_id(+) and
bor.organization_id=wl.organization_id(+) and
decode(:p_show_operations,'Y',bor.routing_sequence_id)=bos.routing_sequence_id(+) and
bos.department_id=bd.department_id(+) and
(:p_show_operations is null or
(:p_com_routing_assign_flag<>'R' and
bor.common_assembly_item_id is null and
(:p_bom_display_type=1 or
:p_bom_display_type=2 and bos.effectivity_date<=:p_effective_date and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date or
:p_bom_display_type=3 and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date and bos.routing_sequence_id is not null
) and
(:p_implemented_only='Y' and bos.implementation_date is not null or nvl(:p_implemented_only,'N')='N')
) or
:p_com_routing_assign_flag in ('I','R') and bor.common_assembly_item_id is not null
) and
bos.standard_operation_id=bso.standard_operation_id(+) and
bos.process_op_seq_id=bos1.operation_sequence_id(+) and
bos1.standard_operation_id=bso1.standard_operation_id(+) and
bos.line_op_seq_id=bos2.operation_sequence_id(+) and
bos2.standard_operation_id=bso2.standard_operation_id(+) and
decode(:p_show_resources,'Y',decode(bos.operation_type,1,bos.operation_sequence_id))=borsc.operation_sequence_id(+) and
borsc.resource_id=br.resource_id(+) and
(br.resource_code is not null or
:p_show_sub_resources is null and :p_show_networks is null or
not exists
(select 'Y' from bom_sub_operation_resources bsor where :p_show_sub_resources='Y' and bsor.operation_sequence_id=decode(bos.operation_type,1,bos.operation_sequence_id) and rownum=1 union
select 'Y' from bom_operation_networks bon where :p_show_networks='Y' and bon.from_op_seq_id=decode(bos.operation_type,1,bos.operation_sequence_id) and rownum=1
)
) and
(:p_sub_resource_exists is null or
exists (select 'Y' from bom_operation_sequences bos9, bom_sub_operation_resources bsor where :p_show_sub_resources='Y' and bos9.routing_sequence_id=bor.routing_sequence_id and bsor.operation_sequence_id=decode(bos9.operation_type,1,bos9.operation_sequence_id) and rownum=1)
) and
(:p_network_exists is null or
exists (select 'Y' from bom_operation_sequences bos9, bom_operation_networks bon where :p_show_networks='Y' and bos9.routing_sequence_id=bor.routing_sequence_id and bon.from_op_seq_id=decode(bos9.operation_type,1,bos9.operation_sequence_id) and rownum=1)
)
union all
select
haouv.name org_name,
mp.organization_code,
'Substitute Resource' record_type,
msiv.concatenated_segments item,
msiv.description item_description,
(select misv2.inventory_item_status_code_tl from mtl_item_status_vl misv2 where misv2.inventory_item_status_code=msiv.inventory_item_status_code) item_status,
xxen_util.meaning(msiv.item_type,'ITEM_TYPE',3) user_item_type,
msiv.primary_uom_code uom,
xxen_util.meaning(bor.routing_type,'BOM_ASSEMBLY_TYPE',700) type,
decode(bor.cfm_routing_flag,1,'Flow',2,'Discrete Job',3,'Lot Based',to_char(bor.cfm_routing_flag)) cfm_routing,
wl.line_code,
bor.alternate_routing_designator alternate,
xxen_util.meaning(bor.ctp_flag,'SYS_YES_NO',700) capable_to_promise,
bor.total_product_cycle_time total_cycle_time,
bor.priority,
bor.serialization_start_op serialization_start_op_seq,
xxen_util.meaning(bor.mixed_model_map_flag,'SYS_YES_NO',700) mixed_model_map,
bor.completion_subinventory,
(select milk.concatenated_segments from mtl_item_locations_kfv milk where milk.organization_id=bor.organization_id and milk.inventory_location_id=bor.completion_locator_id) completion_locator,
bor.routing_comment,
(select msiv2.concatenated_segments from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item,
(select msiv2.description from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item_desc,
bor.original_system_reference routing_orig_sys_ref,
&routing_dff_columns
mrir.process_revision revision,
mrir.effectivity_date revision_effectivity_date,
mrir.implementation_date revision_implement_date,
&revision_dff_columns
bos.operation_seq_num operation_sequence,
bso.operation_code,
bos.operation_description,
xxen_util.meaning(bos.reference_flag,'SYS_YES_NO',700) referenced,
bd.department_code,
bd.description department_description,
xxen_util.meaning(bos.operation_type,'BOM_OPERATION_TYPE',700) operation_type,
bos.effectivity_date,
bos.disable_date,
bos.implementation_date operation_implementation_date,
bso1.operation_code process,
bos1.operation_seq_num process_seq,
bso2.operation_code line_op,
bos2.operation_seq_num line_op_seq,
xxen_util.meaning(bos.option_dependent_flag,'SYS_YES_NO',700) option_dependent,
bos.operation_lead_time_percent lead_time_pct,
xxen_util.meaning(bos.count_point_type,'SYS_YES_NO',700) count_point,
xxen_util.meaning(decode(bos.count_point_type,3,2,1),'SYS_YES_NO',700) autocharge,
xxen_util.meaning(bos.backflush_flag,'SYS_YES_NO',700) backflush,
xxen_util.meaning(bos.check_skill,'SYS_YES_NO',700) check_skill,
bos.minimum_transfer_quantity min_transfer_qty,
bos.yield,
bos.cumulative_yield,
bos.reverse_cumulative_yield reverse_cum_yield,
bos.net_planning_percent net_planning_pct,
bos.labor_time_calc calculated_labor_time,
bos.machine_time_calc calculated_machine_time,
bos.total_time_calc calculated_elapsed_time,
bos.labor_time_user user_labor_time,
bos.machine_time_user user_machine_time,
bos.total_time_user user_elapsed_time,
xxen_util.meaning(bos.include_in_rollup,'SYS_YES_NO',700) include_in_rollup,
bos.change_notice eco,
bos.original_system_reference operation_orig_sys_ref,
&operation_dff_columns
to_number(null) resource_seq,
bsor.substitute_group_num,
bsor.replacement_group_num,
br.resource_code,
br.unit_of_measure resource_uom,
xxen_util.meaning(bsor.basis_type,'BOM_BASIS_TYPE',700) resource_basis,
bsor.usage_rate_or_amount,
bsor.usage_rate_or_amount_inverse inverse_rate_or_amount,
null available_24_hours,
bsor.schedule_seq_num,
xxen_util.meaning(bsor.schedule_flag,'BOM_RESOURCE_SCHEDULE_TYPE',700) schedule,
bsor.assigned_units,
bsor.resource_offset_percent offset_pct,
xxen_util.meaning(bsor.principle_flag,'SYS_YES_NO',700) principle_flag,
(select bst.setup_code from bom_setup_types bst where bst.setup_id=bsor.setup_id) setup_type,
(select cavv.activity from cst_activities_val_v cavv where cavv.activity_id=bsor.activity_id and nvl(cavv.organization_id,mp.organization_id)=mp.organization_id) activity,
xxen_util.meaning(bsor.standard_rate_flag,'SYS_YES_NO',700) standard_rate,
xxen_util.meaning(bsor.autocharge_type,'BOM_AUTOCHARGE_TYPE',700) charge_type,
bsor.original_system_reference resource_orig_sys_ref,
to_number(null) network_to_operation_seq,
null network_to_operation_code,
null network_to_department,
null network_to_operation_desc,
to_date(null) network_to_op_effectivity_date,
null network_transition_type,
to_number(null) network_planning_pct,
null network_orig_sys_ref
from
hr_all_organization_units_vl haouv,
mtl_parameters mp,
mtl_system_items_vl msiv,
bom_operational_routings bor,
(select
mrir0.rowid row_id,
mrir0.organization_id,
mrir0.inventory_item_id,
mrir0.process_revision,
mrir0.effectivity_date,
mrir0.implementation_date,
mrir0.attribute_category,
mrir0.attribute1,
mrir0.attribute2,
mrir0.attribute3,
mrir0.attribute4,
mrir0.attribute5,
mrir0.attribute6,
mrir0.attribute7,
mrir0.attribute8,
mrir0.attribute9,
mrir0.attribute10,
mrir0.attribute11,
mrir0.attribute12,
mrir0.attribute13,
mrir0.attribute14,
mrir0.attribute15,
row_number() over (partition by mrir0.organization_id, mrir0.inventory_item_id order by case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then 1 else 2 end, case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then nvl(:p_effective_date,sysdate)-mrir0.effectivity_date else mrir0.effectivity_date-nvl(:p_effective_date,sysdate) end) rn
from mtl_rtg_item_revisions mrir0
) mrir,
wip_lines wl,
bom_operation_sequences bos,
bom_departments bd,
bom_standard_operations bso,
bom_operation_sequences bos1,
bom_standard_operations bso1,
bom_operation_sequences bos2,
bom_standard_operations bso2,
bom_sub_operation_resources bsor,
bom_resources br
where
1=1 and
2=2 and
:p_show_sub_resources='Y' and
haouv.organization_id=bor.organization_id and
mp.organization_id=bor.organization_id and
bor.assembly_item_id=msiv.inventory_item_id and
bor.organization_id=msiv.organization_id and
bor.organization_id=mrir.organization_id(+) and
bor.assembly_item_id=mrir.inventory_item_id(+) and
mrir.rn(+)=1 and
bor.line_id=wl.line_id(+) and
bor.organization_id=wl.organization_id(+) and
decode(:p_show_operations,'Y',bor.routing_sequence_id)=bos.routing_sequence_id and
bos.department_id=bd.department_id(+) and
(:p_com_routing_assign_flag<>'R' and
bor.common_assembly_item_id is null and
(:p_bom_display_type=1 or
:p_bom_display_type=2 and bos.effectivity_date<=:p_effective_date and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date or
:p_bom_display_type=3 and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date and bos.routing_sequence_id is not null
) and
(:p_implemented_only='Y' and bos.implementation_date is not null or nvl(:p_implemented_only,'N')='N')
) and
bos.standard_operation_id=bso.standard_operation_id(+) and
bos.process_op_seq_id=bos1.operation_sequence_id(+) and
bos1.standard_operation_id=bso1.standard_operation_id(+) and
bos.line_op_seq_id=bos2.operation_sequence_id(+) and
bos2.standard_operation_id=bso2.standard_operation_id(+) and
decode(bos.operation_type,1,bos.operation_sequence_id)=bsor.operation_sequence_id and
bsor.resource_id=br.resource_id
union all
select
haouv.name org_name,
mp.organization_code,
'Network Link' record_type,
msiv.concatenated_segments item,
msiv.description item_description,
(select misv2.inventory_item_status_code_tl from mtl_item_status_vl misv2 where misv2.inventory_item_status_code=msiv.inventory_item_status_code) item_status,
xxen_util.meaning(msiv.item_type,'ITEM_TYPE',3) user_item_type,
msiv.primary_uom_code uom,
xxen_util.meaning(bor.routing_type,'BOM_ASSEMBLY_TYPE',700) type,
decode(bor.cfm_routing_flag,1,'Flow',2,'Discrete Job',3,'Lot Based',to_char(bor.cfm_routing_flag)) cfm_routing,
wl.line_code,
bor.alternate_routing_designator alternate,
xxen_util.meaning(bor.ctp_flag,'SYS_YES_NO',700) capable_to_promise,
bor.total_product_cycle_time total_cycle_time,
bor.priority,
bor.serialization_start_op serialization_start_op_seq,
xxen_util.meaning(bor.mixed_model_map_flag,'SYS_YES_NO',700) mixed_model_map,
bor.completion_subinventory,
(select milk.concatenated_segments from mtl_item_locations_kfv milk where milk.organization_id=bor.organization_id and milk.inventory_location_id=bor.completion_locator_id) completion_locator,
bor.routing_comment,
(select msiv2.concatenated_segments from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item,
(select msiv2.description from mtl_system_items_vl msiv2 where msiv2.organization_id=bor.organization_id and msiv2.inventory_item_id=bor.common_assembly_item_id) common_routing_item_desc,
bor.original_system_reference routing_orig_sys_ref,
&routing_dff_columns
mrir.process_revision revision,
mrir.effectivity_date revision_effectivity_date,
mrir.implementation_date revision_implement_date,
&revision_dff_columns
bos.operation_seq_num operation_sequence,
bso.operation_code,
bos.operation_description,
xxen_util.meaning(bos.reference_flag,'SYS_YES_NO',700) referenced,
bd.department_code,
bd.description department_description,
xxen_util.meaning(bos.operation_type,'BOM_OPERATION_TYPE',700) operation_type,
bos.effectivity_date,
bos.disable_date,
bos.implementation_date operation_implementation_date,
bso1.operation_code process,
bos1.operation_seq_num process_seq,
bso2.operation_code line_op,
bos2.operation_seq_num line_op_seq,
xxen_util.meaning(bos.option_dependent_flag,'SYS_YES_NO',700) option_dependent,
bos.operation_lead_time_percent lead_time_pct,
xxen_util.meaning(bos.count_point_type,'SYS_YES_NO',700) count_point,
xxen_util.meaning(decode(bos.count_point_type,3,2,1),'SYS_YES_NO',700) autocharge,
xxen_util.meaning(bos.backflush_flag,'SYS_YES_NO',700) backflush,
xxen_util.meaning(bos.check_skill,'SYS_YES_NO',700) check_skill,
bos.minimum_transfer_quantity min_transfer_qty,
bos.yield,
bos.cumulative_yield,
bos.reverse_cumulative_yield reverse_cum_yield,
bos.net_planning_percent net_planning_pct,
bos.labor_time_calc calculated_labor_time,
bos.machine_time_calc calculated_machine_time,
bos.total_time_calc calculated_elapsed_time,
bos.labor_time_user user_labor_time,
bos.machine_time_user user_machine_time,
bos.total_time_user user_elapsed_time,
xxen_util.meaning(bos.include_in_rollup,'SYS_YES_NO',700) include_in_rollup,
bos.change_notice eco,
bos.original_system_reference operation_orig_sys_ref,
&operation_dff_columns
to_number(null) resource_seq,
to_number(null) substitute_group_num,
to_number(null) replacement_group_num,
null resource_code,
null resource_uom,
null resource_basis,
to_number(null) usage_rate_or_amount,
to_number(null) inverse_rate_or_amount,
null available_24_hours,
to_number(null) schedule_seq_num,
null schedule,
to_number(null) assigned_units,
to_number(null) offset_pct,
null principle_flag,
null setup_type,
null activity,
null standard_rate,
null charge_type,
null resource_orig_sys_ref,
bos3.operation_seq_num network_to_operation_seq,
(select bso9.operation_code from bom_standard_operations bso9 where bso9.standard_operation_id=bos3.standard_operation_id) network_to_operation_code,
(select bd9.department_code from bom_departments bd9 where bd9.department_id=bos3.department_id) network_to_department,
bos3.operation_description network_to_operation_desc,
bos3.effectivity_date network_to_op_effectivity_date,
xxen_util.meaning(bon.transition_type,'BOM_TRANSITION_TYPE',700) network_transition_type,
bon.planning_pct network_planning_pct,
bon.original_system_reference network_orig_sys_ref
from
hr_all_organization_units_vl haouv,
mtl_parameters mp,
mtl_system_items_vl msiv,
bom_operational_routings bor,
(select
mrir0.rowid row_id,
mrir0.organization_id,
mrir0.inventory_item_id,
mrir0.process_revision,
mrir0.effectivity_date,
mrir0.implementation_date,
mrir0.attribute_category,
mrir0.attribute1,
mrir0.attribute2,
mrir0.attribute3,
mrir0.attribute4,
mrir0.attribute5,
mrir0.attribute6,
mrir0.attribute7,
mrir0.attribute8,
mrir0.attribute9,
mrir0.attribute10,
mrir0.attribute11,
mrir0.attribute12,
mrir0.attribute13,
mrir0.attribute14,
mrir0.attribute15,
row_number() over (partition by mrir0.organization_id, mrir0.inventory_item_id order by case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then 1 else 2 end, case when mrir0.effectivity_date<=nvl(:p_effective_date,sysdate) then nvl(:p_effective_date,sysdate)-mrir0.effectivity_date else mrir0.effectivity_date-nvl(:p_effective_date,sysdate) end) rn
from mtl_rtg_item_revisions mrir0
) mrir,
wip_lines wl,
bom_operation_sequences bos,
bom_departments bd,
bom_standard_operations bso,
bom_operation_sequences bos1,
bom_standard_operations bso1,
bom_operation_sequences bos2,
bom_standard_operations bso2,
bom_operation_networks bon,
bom_operation_sequences bos3
where
1=1 and
3=3 and
:p_show_networks='Y' and
haouv.organization_id=bor.organization_id and
mp.organization_id=bor.organization_id and
bor.assembly_item_id=msiv.inventory_item_id and
bor.organization_id=msiv.organization_id and
bor.organization_id=mrir.organization_id(+) and
bor.assembly_item_id=mrir.inventory_item_id(+) and
mrir.rn(+)=1 and
bor.line_id=wl.line_id(+) and
bor.organization_id=wl.organization_id(+) and
decode(:p_show_operations,'Y',bor.routing_sequence_id)=bos.routing_sequence_id and
bos.department_id=bd.department_id(+) and
(:p_com_routing_assign_flag<>'R' and
bor.common_assembly_item_id is null and
(:p_bom_display_type=1 or
:p_bom_display_type=2 and bos.effectivity_date<=:p_effective_date and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date or
:p_bom_display_type=3 and nvl(bos.disable_date,:p_effective_date+1)>=:p_effective_date and bos.routing_sequence_id is not null
) and
(:p_implemented_only='Y' and bos.implementation_date is not null or nvl(:p_implemented_only,'N')='N')
) and
bos.standard_operation_id=bso.standard_operation_id(+) and
bos.process_op_seq_id=bos1.operation_sequence_id(+) and
bos1.standard_operation_id=bso1.standard_operation_id(+) and
bos.line_op_seq_id=bos2.operation_sequence_id(+) and
bos2.standard_operation_id=bso2.standard_operation_id(+) and
case when nvl(bor.cfm_routing_flag,2)=3 and bos.operation_type=1 or nvl(bor.cfm_routing_flag,2)=1 and bos.operation_type in (2,3) then bos.operation_sequence_id end=bon.from_op_seq_id and
bon.to_op_seq_id=bos3.operation_sequence_id
order by
org_name,
organization_code,
item,
alternate nulls first,
operation_sequence,
record_type,
resource_seq,
schedule_seq_num,
network_to_operation_seq |
