SQL写出带扩展数量的BOM多级清单

 

直接用SQL写出带扩展数量的BOM多级清单。
某项目需要，不能写函数，必须直接用SQL，性能差点没关系。
客户BOM有副产品，也有为0的情况，也就是组件数量有正、负、0，所以情况稍微麻烦了点

 

只用SQL的原因可能为：

因为没有权限去修改和定义程序。
我们唯一能用的手段就是Discover Report，因此需要用SQL来实现多级BOM展开。

 

 1 with t as(
 2 SELECT boms.organization_id,
 3        boms.organization_id || '>' || connect_by_root assembly_number || sys_connect_by_path(boms.component_number, '>') code_chain,
 4        boms.organization_id || '>' || connect_by_root bill_sequence_id || sys_connect_by_path(boms.component_sequence_id, '>') id_chain,
 5        connect_by_root assembly_number assembly_number,
 6        boms.assembly_description,
 7        LEVEL bom_level,
 8        boms.component_number component_number,
 9        lpad(' ', (LEVEL - 1) * 2, ' ') || boms.component_number ind_component_number,
10        boms.component_description,
11        boms.primary_uom_code uom,
12        boms.component_quantity component_quantity,
13        boms.planning_factor,
14        boms.component_yield_factor,
15        boms.effectivity_date
16   FROM (SELECT bom1.organization_id,
17                bom1.assembly_item_id,
18                mst1.segment1 assembly_number,
19                mst1.description assembly_description,
20                bom1.bill_sequence_id bill_sequence_id,
21                bom1.alternate_bom_designator assembly_alternate,
22                bomc.component_sequence_id,
23                bomc.component_item_id,
24                mstc.segment1 component_number,
25                mstc.description component_description,
26                mstc.primary_uom_code,
27                bomc.component_quantity,
28                bomc.effectivity_date,
29                bomc.planning_factor,
30                bomc.component_yield_factor,
31                bomc.supply_subinventory
32           FROM apps.bom_bill_of_materials    bom1,
33                inv.mtl_system_items_b        mst1,
34                apps.bom_inventory_components bomc,
35                inv.mtl_system_items_b        mstc
36          WHERE bom1.organization_id = mst1.organization_id
37            AND bom1.assembly_item_id = mst1.inventory_item_id
38            AND bom1.bill_sequence_id = bomc.bill_sequence_id
39            AND bom1.organization_id = mstc.organization_id
40            AND bomc.component_item_id = mstc.inventory_item_id
41               --Item
42            AND mst1.bom_enabled_flag = 'Y'
43            AND mst1.bom_item_type IN (1, 2, 3, 4) --Dependent
44               --BOM Header
45            AND bom1.assembly_type = 1 --1 Manufature,2 ENG
46            AND nvl(bom1.effectivity_control, 1) <= 3
47               --BOM Line
48            AND nvl(bomc.disable_date, SYSDATE) >= SYSDATE
49            AND bomc.effectivity_date <= SYSDATE
50            AND bomc.implementation_date IS NOT NULL
51            AND nvl(bomc.eco_for_production, 2) = 2
52               --Filters
53            AND mst1.organization_id = 207
54            AND bom1.alternate_bom_designator IS NULL) boms
55 CONNECT BY PRIOR boms.organization_id = boms.organization_id
56        AND PRIOR boms.component_item_id = boms.assembly_item_id
57 )
58 SELECT t1.organization_id,
59        t1.code_chain,
60        t1.assembly_number,
61        t1.assembly_description,
62        t1.bom_level,
63        t1.component_number,
64        t1.component_description,
65        t1.uom,
66        t1.ind_component_number,
67        t1.id_chain,
68        t1.component_quantity,
69        (SELECT power(10,
70                      SUM(CASE
71                            WHEN t2.component_quantity = 0 THEN
72                             0
73                            ELSE
74                             log(10, abs(t2.component_quantity))
75                          END)) * decode(MOD(COUNT(decode(sign(t2.component_quantity), -1, 1)), 2), 1, -1, 1) *
76                (CASE
77                   WHEN COUNT(decode(t2.component_quantity, 0, 1)) >= 1 THEN
78                    0
79                   ELSE
80                    1
81                 END)
82           FROM t t2
83          WHERE t1.id_chain LIKE t2.id_chain || '%') extended_quantity,
84        t1.planning_factor,
85        t1.component_yield_factor,
86        t1.effectivity_date
87   FROM t t1
88 ORDER BY t1.id_chain;

 

 

 

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