【IT168 技术文档】

方法：把数据导入BOM清单的方法是，把数据导入接口表中，让其自动运行既可。上传文件的时候，要注意使 用ASCII字符模式。

1、自己建立一中转表

drop table cux_bill_temp;

create table cux_bill_temp(

bill_sequence_id number,

assembly_item_id number,

organization_id number,

assembly_item varchar2(50), --BOM

component_sequence_id number,

component_quantity number, --组件数量

item_num number, --项目序列

operation_seq_num number, --工序序列

component_item_id number,

component_item varchar2(50), --组件

PLANNING_FACTOR number, --计划%d100

component_yield_factor number, --产出率d1

wip_supply_type number, --供应类型

supply_type varchar2(50),

supply_subinventory varchar2(50), --供应子库存

OPTIONAL number, --可选的

OPTIONAL_disp varchar2(10), --可选的

MUTUALLY_EXCLUSIVE_OPTIONS number, --互不相容

MUTUALLY_EXCLUSIVE_O_disp varchar2(10), --互不相容

attribute1 varchar2(50), --排序号

row_num number)

;

2、删除中转表中的数据

delete cux_bill_temp;

3、把要导入的数据放在扩展名为*.csv的文件中，且要相对应于中转表的字段，本例中的文件名为bill.csv。

另外的脚本文件为bill.ctl,其内容如下:

options (skip=1) //跳过第一行，一般第一行为其字段说明

LOAD DATA

INFILE bill.csv //bill.csv为数据文件

APPEND

INTO TABLE cux_bill_temp

FIELDS TERMINATED BY "," OPTIONALLY ENCLOSED BY '"'

(与中转表相对应的字段列表)

登录进入ORACLE数据库服务器，利用命令：(sqlload 用户名/密码@数据库名)载入文件bill.csv的数据入中转表。

4、查看中转表中的记录数(以备导入数据后进行对比)

select count(*) from cux_bill_temp;

5、去除导入时在表bill.csv中的关键字段的空格字符，以免影响导入。

update cux_bill_temp

set ASSEMBLY_ITEM=replace(ASSEMBLY_ITEM,' ',''),

COMPONENT_ITEM=replace(COMPONENT_ITEM,' ','');

6、查看是否有重复的选项(既是否重复了Item)

select assembly_item,component_item,min(row_num),count(*)

from cux_bill_temp

group by assembly_item,component_item

having count(*)>1;

如果有重复的Item,则要删除(或是重新合并)

delete cux_bill_temp

where row_num in (select min(row_num) from cux_bill_temp

group by assembly_item,component_item

having count(*)>1);

以下步骤为选做(如有重复才做，没有重复不做7-10)

7、再重新建立一个临时表(对于有重复数据，则只取一条数据，现取row_num最小的一条)

drop table cux_bill_a;

create table cux_bill_a

as

select assembly_item,

component_item,

component_quantity,

PLANNING_FACTOR,

component_yield_factor,

supply_type,

supply_subinventory,

OPTIONAL_disp,

MUTUALLY_EXCLUSIVE_O_disp,

attribute1,

min(row_num) row_num

from cux_bill_temp

group by assembly_item,

component_item,

component_quantity,

PLANNING_FACTOR,

component_yield_factor,

supply_type,

supply_subinventory,

OPTIONAL_disp,

MUTUALLY_EXCLUSIVE_O_disp,

attribute1;

8、删除cux_bill_temp表

delete cux_bill_temp;

9、再重cux_bill_a表中把数据导入给cux_bill_temp表，完成把重复数据剔除的功能

insert into cux_bill_temp(

assembly_item,

component_item,

component_quantity,

PLANNING_FACTOR,

component_yield_factor,

supply_type,

supply_subinventory,

OPTIONAL_disp,

MUTUALLY_EXCLUSIVE_O_disp,

attribute1,

row_num)

select assembly_item,

component_item,

component_quantity,

PLANNING_FACTOR,

component_yield_factor,

supply_type,

supply_subinventory,

OPTIONAL_disp,

MUTUALLY_EXCLUSIVE_O_disp,

attribute1,

row_num

from cux_bill_a;

10、删除表cux_bill_a

drop table cux_bill_a;

11、再检查一次表，是否有重复的数据

select assembly_item,component_item,min(row_num),count(*)

from cux_bill_temp

group by assembly_item,component_item

having count(*)>1;

12、查看在mtl_system_items表中，既是在库存表中，有没有不存在的Item.

select distinct item

from (

select distinct assembly_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.assembly_item and organization_id=2)

union

select distinct component_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.component_item and organization_id=2)

)

order by item;

13、如果在mtl_system_items中，有不存在的物品ITEM时，要把其删除(或是把这些物品Item导入到系统中)

删除：delete cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.component_item and organization_id=2);

delete cux_bill_temp a

where not exists (select null from mtl_system_items where segment1=a.assembly_item and organization_id=2);

14、对没有物品Item的进行处理，把其放入另一临时表cux_item_temp中(以备查询及导入mtl_system_items表中)

delete cux_item_temp;

insert into cux_item_temp(

segment1,description)

select distinct item,item

from (

select distinct assembly_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.assembly_item and organization_id=2)

union

select distinct component_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.component_item and organization_id=2)

)

;

将找到没有ITEM的BOM数据放到另一个表中，以备下次ITEM导入后在导BOM

create table cux_bom_temp1

select distinct item

from (

select distinct assembly_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.assembly_item and organization_id=2)

union

select distinct component_item item

from cux_bill_temp b

where not exists (select null from mtl_system_items where segment1=b.component_item and organization_id=2)

)

-----------------------------------------------------------------------------------------------------------

15、从表mtl_system_items中把物品的编码ID加入中转表cux_bill_temp表(从项目主组织)中

update cux_bill_temp b

set assembly_item_id=(select inventory_item_id from mtl_system_items

where segment1=b.assembly_item and organization_id=2),

component_item_id=(select inventory_item_id from mtl_system_items

where segment1=b.component_item and organization_id=2);

16、查看是否有没有物品ID的编码存在(既没有物品的ID被导入临时表cux_bill_temp中)

select row_num

from cux_bill_temp

where assembly_item_id is null or component_item_id is null;

17、对其中导入的数据进行处理

update cux_bill_temp

set OPTIONAL=1

where upper(OPTIONAL_disp) like 'Y%';

update cux_bill_temp

set OPTIONAL=2

where OPTIONAL is null;

update cux_bill_temp

set MUTUALLY_EXCLUSIVE_OPTIONS=1

where upper(MUTUALLY_EXCLUSIVE_O_DISP) like 'Y%';

update cux_bill_temp

set MUTUALLY_EXCLUSIVE_OPTIONS=2

where MUTUALLY_EXCLUSIVE_O_DISP is null;

18、查看cux_bill_temp中的数据处理是否有漏

select count(*)

from cux_bill_temp

where OPTIONAL is null

or MUTUALLY_EXCLUSIVE_OPTIONS is null

or assembly_item_id is null

or component_item_id is null;

19、更新其内的WIP_SUPPLY_TYPE;

update cux_bill_temp

set WIP_SUPPLY_TYPE=6

where component_item like 'B%';

20、删除表中的包(cux_bill_temp中)，其相对应于表bom_bill_of_materials(既在表中已经存在了些选项包，不必导入包头，只需导入包内容既可)

delete cux_bill_temp t

where exists (select null from bom_bill_of_materials where assembly_item_id=t.assembly_item_id and organization_id=2);

21、利用已经写好的包写入数据(既写入接口表bom_bill_of_mtls_interface)

exec cux_bom_temp.insert_bill_15(1);

select count(*) from cux_bill_temp temp

where exits (select null from bom_inventory_components b

where temp.bill_sequence_id=b.bill_sequence_id

and temp.component_item_id=b.component_item_id);

delete cux_bill_temp temp

where exists (select null from bom_inventory_components b

where b.bill_sequence_id=temp.bill_sequence_id

and b.component_item_id=temp.component_item_id);

exec cux_bom_temp.insert_bill_10(1);

22、对写入的数据在接口表中的情况进行查看

select count(*) from bom_bill_of_mtls_interface;

23、接着更新

exec cux_bom_temp.insert_bill_15(1);

select count(*) from cux_bill_temp where bill_sequence_id is null;

exec cux_bom_temp.insert_bill_20(1);

去提交请求

select count(*) from bom_inventory_comps_interface;

(导入成功后)对组件进行排序

exec cux_bom_temp.update_bill_item_num4;

select count(*) from bom_inventory_comps_interface;

24、对于接口表中的数据进行导入

delete bom_bill_of_mtls_interface;

insert into bom_bill_of_mtls_interface(

assembly_type,assembly_item_id,

organization_id,

process_flag,transaction_type)

select distinct 1,assembly_item_id,

1,

1,'CREATE'

from cux_bill_temp;