在圖1中選中“鏈接服務器”，右鍵選擇“新建鏈接服務器”，如圖2，配置相關參數。

在“常規”選項中，填寫“鏈接服務器名稱”，訪問接口選中

“ Microsoft OLE DB Provider for Oracle”項。其中產品名稱、數據源、訪問接口字符串請填寫配置的Oracle客戶端在本地配置的net服務名。如圖3所示。

在“安全性”項中，選中使用此安全上下文建立連接，填寫遠程登錄用戶和密碼，即登錄遠程Oracle服務器的用戶和密碼。如圖4所示。

比如我們建立了鏈接服務器ORADBCONN，而Oracle中在HRSOFT用戶下面建立了表WEBUSER，那么我們的SQL語句就是：

--清空Oracle表中的數據

DELETE  FROM  ORADBCONN..HRSOFT.WEBUSER

--將SQLServer中的數據寫到Oracle中

INSERT  into  ORADBCONN.. HRSOFT. WEBUSER

SELECT * FROM WEBUSER

如果報告成功，那么我們的數據就已經寫入到Oracle中了。

用SELECT * 　FROM  ORADBCONN..HRSOFT.WEBUSER

查看Oracle數據庫中是否已經有數據了。

A、查詢Oracle數據表方式一(這種方式，當Oracle與SQLServer的數據類型不一致時經常報錯,且速度稍慢)：

select * from [LINK2ORACLE]..[ORACLE_USER_NAME].TABLE_NAME;

　　我在執行該語句經常報類似錯誤信息：鏈接服務器 "LINK2ORACLE" 的 OLE DB 訪問接口 "MSDAORA" 為列提供的元數據不一致。對象 ""CMCC"."OS2_GIS_CELL"" 的列 "ISOPENED" (編譯時序號為 20)在編譯時有 130 的 "DBTYPE"，但在運行時有 5。

　　B、查詢Oracle數據表方式二(經試驗，這種方式使用起來很順暢，不報錯，且速度幾乎和在Oralce中一樣快)：

　　select * from openquery(LINK2ORACLE,'select * from OracleUserName.TableName')

　　您可以把openquery()當成表來使用。

　　C、舉個例子（將Oralce用戶HRSOFT下的用戶表WEBUSER導入到SQLServer2005數據庫中）：

　　select * into OS_GIS_WEBUSER from openquery(LINK2ORACLE,'select * from HRSOFT. WEBUSER)

　　D、更便捷的方式：通過創建同義詞進行便捷查詢:

　　CREATE SYNONYM OS_GIS_CELL FOR [ORACLELK]..[CMCC].OS_GIS_CELL;

　　select * from os_gis_cell;

　　select * from os_gis_cell a where a.CellName is null;

注意：涉及 Oracle 部分的 SQL 語句，尤其是 [ORACLELINK]..[ORACLE_USER_NAME].TABLE_NAME 一定要大寫，否則會報類似錯誤：

消息 7314，級別 16，狀態 1，第 1 行

鏈接服務器 "ORACLELK" 的 OLE DB 訪問接口 "MSDAORA" 不包含表 ""CMCC"."OS2_gis_CELL""。該表不存在，或者當前用戶沒有訪問該表的權限。

配置數據源：

工程INPLAN:

(DESCRIPTION=(ADDRESS_LIST=(ADDRESS=(PROTOCOL=TCP)(HOST=192.168.2.6)(PORT=1521)))(CONNECT_DATA=(SID=sa)(SERVER=DEDICATED)))

ERP:

(DESCRIPTION=(ADDRESS_LIST=(ADDRESS=(PROTOCOL = TCP)(HOST = 192.168.3.25)(PORT = 1528)))(CONNECT_DATA =(SID= TJTEST)))

  (DESCRIPTION=(ADDRESS_LIST=(ADDRESS=(PROTOCOL = TCP)(HOST = 192.168.3.25)(PORT = 1528)))(CONNECT_DATA =(SID= TJTEST)))

新建作業里的代碼：

delete  from XBLD_Information

INSERT INTO  XBLD_Information(job_name, num_layers, JB_PP1, JB_PC1, JB_PP2, JB_PC2, JB_PP3, JB_PC3, PP_PP1, PP_PC1, PP_PP2, PP_PC2, PP_PP3, PP_PC3, PP_PP4,PP_PC4,BM)

select * from openquery(INPLAN,'

select  mjs15.job_name, mjs15.num_layers,mjs1.MM1 JB_PP1,mjs1.MC1 JB_PC1,mjs2.MM2 JB_PP2,mjs2.MC2 JB_PC2,mjs3.MM3 JB_PP3,mjs3.MC3 JB_PC3,mjs11.MM1 PP_PP1,mjs11.MC1 PP_PC1,mjs12.MM2 PP_PP2,mjs12.MC2 PP_PC2,mjs13.MM3 PP_PP3,mjs13.MC3 PP_PC3,mjs14.MM4 PP_PP4,mjs14.MC4 PP_PC4,Substr(mjs15.job_name,5,2) BM

from

(select mjl.job_name,

        mjl.num_pcbs,  

        mjl.num_arrays,

        mjl.num_panles_,

        mjl.num_layers,

        substr(mjl.op_size_y_string_,instr(mjl.op_size_y_string_,''='')+1,length(mjl.op_size_y_string_)-instr(mjl.op_size_y_string_,''='')+1) y_size, --祇皮丐o糴

        substr(mjl.op_size_x_string_,instr(mjl.op_size_x_string_,''='')+1,length(mjl.op_size_x_string_)-instr(mjl.op_size_x_string_,''='')+1) x_size  --祇皮丐o

 from   tj.my_job_list mjl

 ) mjs15,

(select *

 from

(select mjs.job_name,

        decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),1,material_name) MM1,

        decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),1,material_count) MC1

  from tj.my_job_stackup_material_count mjs

  where mjs.type_T=''Core''

  )where MM1 is not null

) mjs1,

(select  *

 from

 (select mjs.job_name,

         decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),2,material_name) MM2,

         decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),2,material_count)MC2

  from tj.my_job_stackup_material_count mjs

  where mjs.type_T=''Core''

 ) where MM2 is not null

) mjs2,

(select *

 from

  (select mjs.job_name,

          decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),3,material_name) MM3,

          decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),3,material_count)MC3

   from tj.my_job_stackup_material_count mjs

   where mjs.type_T=''Core''

  ) where MM3 is not null

) mjs3,

(select  *

 from

 ( select mjs.job_name,

        decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),1,material_name) MM1,

        decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),1,material_count) MC1

   from tj.my_job_stackup_material_count mjs

   where mjs.type_T=''Prepreg''

 )where MM1 is not null

)  mjs11,

(select *

  from (

   select mjs.job_name,

         decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),2,material_name) MM2,

         decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),2,material_count)MC2

   from tj.my_job_stackup_material_count mjs

  where mjs.type_T=''Prepreg''

  )where MM2 is not null

  ) mjs12,

  (select  *

 from

 ( select mjs.job_name,

          decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),3,material_name) MM3,

          decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),3,material_count)MC3

   from  tj.my_job_stackup_material_count mjs

   where mjs.type_T=''Prepreg''

 )

 where MM3 is not null

 ) mjs13,

 (select distinct *

  from

  (   select mjs.job_name,

             decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),4,material_name) MM4,

             decode(DENSE_RANK() over( partition by job_name  order by material_name,material_count),4,material_count)MC4

      from tj.my_job_stackup_material_count mjs

      where mjs.type_T=''Prepreg''

  ) where MM4 is not null

  ) mjs14

  where mjs15.job_name=mjs1.job_name(+)

  and mjs15.job_name=mjs2.job_name(+)

  and mjs15.job_name=mjs3.job_name(+)

  and mjs15.job_name=mjs11.job_name(+)

  and mjs15.job_name=mjs12.job_name(+)

  and mjs15.job_name=mjs13.job_name(+)

  and mjs15.job_name=mjs14.job_name(+)

')

 UPDATE XBLD_Information SET BM=b.Describe from XBLD_Information a, XBLD_BM b where a.bm=b.id