( SELECT PPCI.OBJID , PPCI.FOREIGN_TYPE AS FOREIGN_TYPE_ORG , CASE PPCI.FOREIGN_TYPE WHEN 'D' THEN '국내' WHEN 'F' THEN '해외' ELSE PPCI.FOREIGN_TYPE END FOREIGN_TYPE , PPCI.OEM_OBJID , (SELECT OEM_CODE FROM OEM_MNG WHERE OBJID = PPCI.OEM_OBJID) AS OEM_CODE , (SELECT OEM_NAME FROM OEM_MNG WHERE OBJID = PPCI.OEM_OBJID) AS OEM_NAME , PPCI.CAR_OBJID , (SELECT CAR_CODE FROM CAR_MNG WHERE OBJID = PPCI.CAR_OBJID) AS CAR_CODE , (SELECT CAR_NAME FROM CAR_MNG WHERE OBJID = PPCI.CAR_OBJID) AS CAR_NAME , (SELECT MODEL_CODE FROM CAR_MNG WHERE OBJID = PPCI.CAR_OBJID) AS CAR_MODEL_CODE , (SELECT MILESTONE_DATE FROM PMS_REL_PJT_CONCEPT_MILESTONE WHERE TARGET_OBJID = PPCI.OBJID AND MILESTONE_OBJID IN (SELECT OBJID FROM OEM_MILESTONE_MNG WHERE MILESTONE_NAME = '양산')) AS MILESTONE_DATE , PPCI.PJT_TYPE AS PJT_TYPE_ORG , CASE UPPER(PPCI.PJT_TYPE) WHEN 'NEW' THEN '신차' WHEN 'DERIVATIVE' THEN '파생차' WHEN 'SAMPLE' THEN '시작차' ELSE PPCI.PJT_TYPE END PJT_TYPE , PPCI.OEM_FACTORY , PPCI.IS_DEL AS CONCEPT_IS_DEL_ORG , PPCI.WRITER AS CONCEPT_WRITER_USER_ID , (SELECT DEPT_NAME FROM USER_INFO WHERE USER_ID = PPCI.WRITER) AS CONCEPT_WRITER_DEPT_NAME , (SELECT USER_NAME FROM USER_INFO WHERE USER_ID = PPCI.WRITER) AS CONCEPT_WRITER_USER_NAME , PRPCP.PROD_OBJID , (SELECT CODE_NAME FROM COMM_CODE WHERE OBJID = PRPCP.PROD_OBJID) AS PROD_NAME , (SELECT CODE_ID FROM COMM_CODE WHERE OBJID = PRPCP.PROD_OBJID) AS PROD_CODE , (SELECT PARENT_CODE_ID FROM COMM_CODE WHERE OBJID = PRPCP.PROD_OBJID) AS PRODUCT_GROUP_CODE , (SELECT CODE_NAME FROM COMM_CODE WHERE CODE_ID = (SELECT PARENT_CODE_ID FROM COMM_CODE WHERE OBJID = PRPCP.PROD_OBJID)) AS PRODUCT_GROUP_NAME , PRPCP.ESTIMATE_NO , PPCI.ESTIMATE_REQ_DATE AS ESTIMATE_REQ_DATE_ORG , TO_CHAR(PPCI.ESTIMATE_REQ_DATE, 'YYYY-MM-DD') AS ESTIMATE_REQ_DATE , PPCI.ESTIMATE_SUBMIT_DATE AS ESTIMATE_SUBMIT_DATE_ORG , TO_CHAR(PPCI.ESTIMATE_SUBMIT_DATE, 'YYYY-MM-DD') AS ESTIMATE_SUBMIT_DATE , PPCI.WRITER AS ESTIMATE_PIC_USER_ID , (SELECT DEPT_NAME FROM USER_INFO WHERE USER_ID = PPCI.WRITER) AS ESTIMATE_PIC_DEPT_NAME , (SELECT USER_NAME FROM USER_INFO WHERE USER_ID = PPCI.WRITER) AS ESTIMATE_PIC_USER_NAME , PPCI.YEARLY_AVG_PRODUCTION_CNT , PPCI.TOTAL_PRODUCTION_CNT , PRPCP.IS_DEL AS CONCEPT_PROD_IS_DEL_ORG , (SELECT DEPT_NAME FROM USER_INFO WHERE USER_ID = PRPCP.WRITER) AS CONCEPT_PROD_WRITER_DEPT_NAME , (SELECT USER_NAME FROM USER_INFO WHERE USER_ID = PRPCP.WRITER) AS CONCEPT_PROD_WRITER_USER_NAME , CASE UPPER(PRPCP.STATUS) WHEN 'CREATE' THEN '진행중' WHEN 'COMPLETE' THEN '완료' ELSE PRPCP.STATUS END STATUS_NAME , PRPCP.STATUS AS STATUS_ORG , (SELECT USER_NAME || POSITION_NAME FROM USER_INFO WHERE USER_ID = PPCI.PM_ID) AS PM_INFO FROM PMS_REL_PJT_CONCEPT_PROD PRPCP, PMS_PJT_CONCEPT_INFO PPCI WHERE 1=1 AND PRPCP.TARGET_OBJID = PPCI.OBJID ) SELECT A.* ,ROW_NUMBER() OVER( PARTITION BY A.OBJID,A.PRODUCT_GROUP_CODE ORDER BY PROD_CODE) AS PROJECT_PRODUCT_PARTITION_NUM ,DENSE_RANK () OVER(ORDER BY A.OBJID) AS PROJECT_PARTITION_NUM FROM( SELECT A.* ,(SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = A.PRODUCT_GROUP_CODE AND O.PARENT_CODE_ID = #{PRODUCT_GROUP_CODE}) AS PRODUCT_GROUP_NAME ,(SELECT CODE_NAME FROM COMM_CODE WHERE PARENT_CODE_ID = #{OEM_FACTROY_CODE} AND OBJID = A.OEM_FACTORY) AS OEM_FACTORY_NAME ,EWRI.MOLD_DEV_CO_CNT ,EWRI.MOLD_DEV_NEW_CNT ,EWRI.PART_DEV_IH_CNT ,EWRI.PART_DEV_EX_CNT ,EWRI.DATA_CNT FROM A LEFT JOIN ( SELECT OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, SUM(MOLD_DEV_CO_CNT) AS MOLD_DEV_CO_CNT, SUM(MOLD_DEV_NEW_CNT) AS MOLD_DEV_NEW_CNT, SUM(PART_DEV_IH_CNT) AS PART_DEV_IH_CNT, SUM(PART_DEV_EX_CNT) AS PART_DEV_EX_CNT, COUNT(1) AS DATA_CNT FROM ( SELECT OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, CASE WHEN UPPER(MOLD_DEV_CODE) = 'CARRYOVER' THEN 1 ELSE 0 END MOLD_DEV_CO_CNT, CASE WHEN UPPER(MOLD_DEV_CODE) = 'NEW' THEN 1 ELSE 0 END MOLD_DEV_NEW_CNT, CASE WHEN UPPER(PART_DEV_CODE) = 'INHOUSE' THEN 1 ELSE 0 END PART_DEV_IH_CNT, CASE WHEN UPPER(PART_DEV_CODE) = 'EXTERNAL' THEN 1 ELSE 0 END PART_DEV_EX_CNT FROM EXTERNAL_WORK_REVIEW_INFO EWRI WHERE 1 = 1 ) EWRI WHERE 1=1 GROUP BY OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID )EWRI ON A.OEM_OBJID = EWRI.OEM_OBJID::INTEGER AND A.CAR_OBJID = EWRI.CAR_OBJID::INTEGER AND A.PRODUCT_GROUP_CODE = EWRI.PRODUCT_GROUP_OBJID AND A.PROD_CODE = EWRI.PRODUCT_OBJID WHERE 1=1 AND A.OEM_OBJID = #{search_customer}::INTEGER AND A.CAR_OBJID = #{search_car_type}::INTEGER AND A.PRODUCT_GROUP_CODE = #{search_product_group} AND A.PROD_CODE = #{search_product} ) A WITH RECURSIVE VIEW_BOM( OBJID, PART_NO, BOM_REPORT_OBJID, PARENT_PART_NO, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, LEV, PATH, PART_ARRAY, CYCLE, QTY, REV, EO_NO, EO_ISSUE_DATE, MATERIAL_NAME, WEIGHT, SIZE, SURFACE_TREATMENT, MOLD_DEV, PART_OBJID ) AS ( SELECT A.OBJID, A.PART_NO, A.BOM_REPORT_OBJID, A.PARENT_PART_NO, C.OEM_OBJID, C.CAR_OBJID, C.PRODUCT_GROUP_OBJID, C.PRODUCT_OBJID, 1, ARRAY[A.PART_NO::TEXT], ARRAY[A.PART_NO] AS PART_ARRAY, FALSE AS CYCLE, B.QTY, B.REVISION AS REV, B.EO_NO, B.EO_DATE AS EO_ISSUE_DATE, (SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = B.MATERIAL AND O.PARENT_CODE_ID = #{MATERIAL_CODE}) AS MATERIAL_NAME, B.WEIGHT, B.SIZE, B.SURFACE_TREATMENT, B.MOLD_DEV, B.OBJID AS PART_OBJID FROM PART_BOM_QTY A, B, PART_BOM_REPORT C WHERE 1=1 AND C.OBJID = A.BOM_REPORT_OBJID AND A.PART_NO = B.PART_NO AND B.IS_LAST = '1' AND (A.PARENT_PART_NO IS NULL OR A.PARENT_PART_NO = '') AND C.OEM_OBJID = #{search_oemObjId}::NUMERIC AND C.CAR_OBJID = #{search_carObjId}::NUMERIC AND C.PRODUCT_OBJID = #{search_productObjId} AND UPPER(A.PART_NO) LIKE UPPER('%${search_partNo}%') AND UPPER(B.PART_NAME) LIKE UPPER('%${search_partName}%') UNION ALL SELECT A.OBJID, A.PART_NO, A.BOM_REPORT_OBJID, A.PARENT_PART_NO, C.OEM_OBJID, C.CAR_OBJID, C.PRODUCT_GROUP_OBJID, C.PRODUCT_OBJID, LEV + 1, PATH||A.PART_NO::TEXT, D.PART_ARRAY, A.PART_NO = ANY(PART_ARRAY) AS CYCLE, B.QTY, B.REVISION AS REV, B.EO_NO, B.EO_DATE AS EO_ISSUE_DATE, (SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = B.MATERIAL AND O.PARENT_CODE_ID = #{MATERIAL_CODE}) AS MATERIAL_NAME, B.WEIGHT, B.SIZE, B.SURFACE_TREATMENT, B.MOLD_DEV, B.OBJID AS PART_OBJID FROM PART_BOM_QTY A, B, PART_BOM_REPORT C, VIEW_BOM D WHERE 1=1 AND B.IS_LAST = '1' AND C.OBJID = A.BOM_REPORT_OBJID AND A.PART_NO = B.PART_NO AND A.PARENT_PART_NO = D.PART_NO AND D.BOM_REPORT_OBJID = A.BOM_REPORT_OBJID ) SELECT V.LEV AS LEVEL ,V.LEV ,(SELECT OBJID FROM VIEW_BOM VT WHERE V.BOM_REPORT_OBJID = VT.BOM_REPORT_OBJID AND VT.LEV = 1) AS SUB_ROOT_OBJID ,V.PART_NO LPAD_PART_NO ,( SELECT CASE WHEN COUNT(*) > 0 THEN 0 ELSE 1 END LEAF FROM VIEW_BOM VT WHERE V.BOM_REPORT_OBJID = VT.BOM_REPORT_OBJID AND V.PART_NO = VT.PARENT_PART_NO ) AS LEAF ,E.OBJID ,V.PART_NO ,(SELECT PART_NAME FROM PART_MNG WHERE PART_NO = V.PART_NO AND IS_LAST = 1::text) AS PART_NAME ,V.PARENT_PART_NO ,V.BOM_REPORT_OBJID ,V.OEM_OBJID ,V.CAR_OBJID ,V.PRODUCT_GROUP_OBJID ,V.PRODUCT_OBJID ,(SELECT COUNT(*) FROM VIEW_BOM VT WHERE V.BOM_REPORT_OBJID = VT.BOM_REPORT_OBJID AND V.PARENT_PART_NO = VT.PART_NO) AS SUB_PART_CNT ,(SELECT OBJID FROM VIEW_BOM VT WHERE V.BOM_REPORT_OBJID = VT.BOM_REPORT_OBJID AND VT.LEV = 1) AS ROOT_OBJID ,V.QTY ,V.REV AS REVISION ,V.REV ,V.EO_NO ,V.EO_ISSUE_DATE ,V.MATERIAL_NAME ,V.WEIGHT ,V.SIZE ,V.SURFACE_TREATMENT ,V.MOLD_DEV ,V.PART_OBJID ,V.MOLD_DEV AS MOLD_DEV_CODE ,E.MOLD_DEV_PARTNER_CODE ,CASE UPPER(V.MOLD_DEV) WHEN 'CARRYOVER' THEN 'C/O' WHEN 'NEW' THEN '신규' ELSE '' END MOLD_DEV_TITLE ,E.PART_DEV_CODE ,E.PART_DEV_PARTNER_CODE ,CASE UPPER(E.PART_DEV_CODE) WHEN 'INHOUSE' THEN '내작' WHEN 'EXTERNAL' THEN '외작' ELSE '' END PART_DEV_TITLE FROM VIEW_BOM V LEFT JOIN EXTERNAL_WORK_REVIEW_INFO E ON V.OEM_OBJID::TEXT = E.OEM_OBJID AND V.CAR_OBJID::TEXT = E.CAR_OBJID AND V.PRODUCT_GROUP_OBJID::TEXT = E.PRODUCT_GROUP_OBJID AND V.PRODUCT_OBJID::TEXT = E.PRODUCT_OBJID AND V.PART_NO = E.PART_NO WHERE 1=1 AND E.MOLD_DEV_PARTNER_CODE = #{search_mold_dev_partner_code} ORDER BY V.BOM_REPORT_OBJID, PATH INSERT INTO EXTERNAL_WORK_REVIEW_INFO ( OBJID ,PROJECT_OBJID ,BOM_REPORT_OBJID ,OEM_OBJID ,CAR_OBJID ,PRODUCT_GROUP_OBJID ,PRODUCT_OBJID ,PART_NO ,MOLD_DEV_CODE ,MOLD_DEV_PARTNER_CODE ,PART_DEV_CODE ,PART_DEV_PARTNER_CODE ,WRITER ,REGDATE ) VALUES ( #{OBJID} ,#{PROJECT_OBJID} ,#{BOM_REPORT_OBJID} ,#{OEM_OBJID} ,#{CAR_OBJID} ,#{PRODUCT_GROUP_OBJID} ,#{PRODUCT_OBJID} ,#{PART_NO} ,#{MOLD_DEV_CODE} ,#{MOLD_DEV_PARTNER_CODE} ,#{PART_DEV_CODE} ,#{PART_DEV_PARTNER_CODE} ,#{WRITER} ,NOW() ) ON CONFLICT (OBJID) DO UPDATE SET PROJECT_OBJID = #{PROJECT_OBJID} ,BOM_REPORT_OBJID = #{BOM_REPORT_OBJID} ,OEM_OBJID = #{OEM_OBJID} ,CAR_OBJID = #{CAR_OBJID} ,PRODUCT_GROUP_OBJID = #{PRODUCT_GROUP_OBJID} ,PRODUCT_OBJID = #{PRODUCT_OBJID} ,PART_NO = #{PART_NO} ,MOLD_DEV_CODE = #{MOLD_DEV_CODE} ,MOLD_DEV_PARTNER_CODE = #{MOLD_DEV_PARTNER_CODE} ,PART_DEV_CODE = #{PART_DEV_CODE} ,PART_DEV_PARTNER_CODE = #{PART_DEV_PARTNER_CODE} ,WRITER = #{WRITER} SELECT A.* ,ROW_NUMBER() OVER( PARTITION BY A.OBJID,A.PRODUCT_GROUP_CODE ORDER BY PROD_CODE) AS PROJECT_PRODUCT_PARTITION_NUM ,DENSE_RANK () OVER(ORDER BY A.OBJID) AS PROJECT_PARTITION_NUM FROM( SELECT A.* ,(SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = A.PRODUCT_GROUP_CODE AND O.PARENT_CODE_ID = #{PRODUCT_GROUP_CODE}) AS PRODUCT_GROUP_NAME ,(SELECT CODE_NAME FROM COMM_CODE WHERE PARENT_CODE_ID = #{OEM_FACTROY_CODE} AND OBJID = A.OEM_FACTORY) AS OEM_FACTORY_NAME ,MDRI.MOLD_DEV_PARTNER_CODE ,MDRI.MOLD_DEV_PARTNER_NAME ,MDRI.MOLD_DEV_REQUEST_OBJID ,MDRI.STATUS ,MDRI.STATUS_TITLE ,MDRI.REGDATE_TITLE ,MDRI.PRODUCTION_COMPLETION_DATE ,APP.APPR_STATUS ,APP.ROUTE_OBJID ,APP.APPROVAL_OBJID FROM A INNER JOIN ( SELECT OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, MOLD_DEV_PARTNER_CODE FROM ( SELECT OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, MOLD_DEV_PARTNER_CODE FROM EXTERNAL_WORK_REVIEW_INFO EWRI WHERE 1 = 1 AND MOLD_DEV_PARTNER_CODE IS NOT NULL AND MOLD_DEV_PARTNER_CODE != '' ) EWRI WHERE 1=1 GROUP BY OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, MOLD_DEV_PARTNER_CODE )EWRI ON A.OEM_OBJID = EWRI.OEM_OBJID::INTEGER AND A.CAR_OBJID = EWRI.CAR_OBJID::INTEGER AND A.PRODUCT_GROUP_CODE = EWRI.PRODUCT_GROUP_OBJID AND A.PROD_CODE = EWRI.PRODUCT_OBJID INNER JOIN ( SELECT OBJID AS MOLD_DEV_REQUEST_OBJID, PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, TITLE, RESIGN, PRODUCT_SIZE, PRODUCTION_CORPORATION, PRODUCTION_COMPLETION_DATE, ENGRAVE_APPLY, ESTIMATE_PRICE, PAYMENT_TYPE, MOLD_PRODUCTION_MAIN_SPEC, MOLD_DEV_PARTNER_CODE, (SELECT SUPPLY_NAME FROM SUPPLY_MNG WHERE SUPPLY_CODE = MOLD_DEV_PARTNER_CODE) AS MOLD_DEV_PARTNER_NAME, WRITER, TO_CHAR(REGDATE,'YYYY-MM-DD') AS REGDATE_TITLE, REGDATE, TO_CHAR(EDITDATE,'YYYY-MM-DD') AS EDITDATE_TITLE, EDITDATE, STATUS, CASE UPPER(STATUS) WHEN 'CREATE' THEN '작성중' WHEN 'APPROVALREQUEST' THEN '결재중' WHEN 'REJECT' THEN '반려' WHEN 'APPROVALCOMPLETE' THEN '결재완료' WHEN 'SENDREQUEST' THEN '업체발송' ELSE '' END STATUS_TITLE FROM MOLD_DEV_REQUEST_INFO MDRI ) MDRI ON A.OBJID = MDRI.PROJECT_OBJID::INTEGER AND A.OEM_OBJID = MDRI.OEM_OBJID::INTEGER AND A.CAR_OBJID = MDRI.CAR_OBJID::INTEGER AND A.PRODUCT_GROUP_CODE = MDRI.PRODUCT_GROUP_OBJID AND A.PROD_CODE = MDRI.PRODUCT_OBJID LEFT OUTER JOIN ( SELECT B.OBJID AS ROUTE_OBJID, CASE B.STATUS WHEN 'inProcess' THEN '결재중' WHEN 'complete' THEN '결재완료' WHEN 'reject' THEN '반려' ELSE '' END APPR_STATUS, A.OBJID AS APPROVAL_OBJID, A.TARGET_OBJID, B.ROUTE_SEQ FROM APPROVAL A, ( select T1.* from ( select TARGET_OBJID, max(T.ROUTE_SEQ) as ROUTE_SEQ from ROUTE T group by T.TARGET_OBJID ) T, ROUTE T1 where T.TARGET_OBJID = T1.TARGET_OBJID and T.ROUTE_SEQ = T1.ROUTE_SEQ ) B WHERE A.OBJID = B.APPROVAL_OBJID AND TARGET_TYPE IN ('MOLD_DEV_REQUEST') ) APP ON MDRI.MOLD_DEV_REQUEST_OBJID::numeric = APP.TARGET_OBJID WHERE 1=1 AND A.OEM_OBJID = #{search_customer}::INTEGER AND A.CAR_OBJID = #{search_car_type}::INTEGER AND A.PRODUCT_GROUP_CODE = #{search_product_group} AND A.PROD_CODE = #{search_product} ) A SELECT OBJID, PROJECT_OBJID, (SELECT ESTIMATE_NO FROM PMS_REL_PJT_CONCEPT_PROD PRPCP WHERE 1=1 AND PRPCP.TARGET_OBJID::TEXT = MDRI.PROJECT_OBJID GROUP BY ESTIMATE_NO) AS PROJECT_NO, OEM_OBJID, (SELECT OEM_CODE FROM OEM_MNG WHERE OBJID = MDRI.OEM_OBJID::INTEGER) AS OEM_CODE, CAR_OBJID, (SELECT CAR_CODE FROM CAR_MNG WHERE OBJID = MDRI.CAR_OBJID::INTEGER) AS CAR_CODE, PRODUCT_GROUP_OBJID, (SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = MDRI.PRODUCT_GROUP_OBJID AND O.PARENT_CODE_ID = #{PRODUCT_GROUP_CODE}) AS PRODUCT_GROUP_NAME, PRODUCT_OBJID, (SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = MDRI.PRODUCT_OBJID AND O.PARENT_CODE_ID = MDRI.PRODUCT_GROUP_OBJID) AS PRODUCT_NAME, TITLE, RESIGN, PRODUCT_SIZE, PRODUCTION_CORPORATION, PRODUCTION_COMPLETION_DATE, ENGRAVE_APPLY, ESTIMATE_PRICE, PAYMENT_TYPE, MOLD_PRODUCTION_MAIN_SPEC, MOLD_DEV_PARTNER_CODE, (SELECT SUPPLY_NAME FROM SUPPLY_MNG WHERE SUPPLY_CODE = MOLD_DEV_PARTNER_CODE) AS MOLD_DEV_PARTNER_NAME, WRITER, REGDATE, TO_CHAR(MDRI.REGDATE,'YYYY-MM-DD') AS REGDATE_TITLE, (SELECT DEPT_NAME||' '||USER_NAME FROM USER_INFO WHERE USER_ID = MDRI.WRITER) AS WRITER_TITLE, EDITDATE, STATUS FROM MOLD_DEV_REQUEST_INFO MDRI WHERE OBJID = #{OBJID} INSERT INTO MOLD_DEV_REQUEST_INFO ( OBJID, PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, TITLE, RESIGN, PRODUCT_SIZE, PRODUCTION_CORPORATION, PRODUCTION_COMPLETION_DATE, ENGRAVE_APPLY, ESTIMATE_PRICE, PAYMENT_TYPE, MOLD_PRODUCTION_MAIN_SPEC, MOLD_DEV_PARTNER_CODE, WRITER, REGDATE, STATUS ) VALUES ( #{OBJID}, #{PROJECT_OBJID}, #{OEM_OBJID}, #{CAR_OBJID}, #{PRODUCT_GROUP_OBJID}, #{PRODUCT_OBJID}, #{TITLE}, #{RESIGN}, #{PRODUCT_SIZE}, #{PRODUCTION_CORPORATION}, #{PRODUCTION_COMPLETION_DATE}, #{ENGRAVE_APPLY}, #{ESTIMATE_PRICE}, #{PAYMENT_TYPE}, #{MOLD_PRODUCTION_MAIN_SPEC}, #{MOLD_DEV_PARTNER_CODE}, #{WRITER}, NOW(), 'create' ) ON CONFLICT (OBJID) DO UPDATE SET PROJECT_OBJID = #{PROJECT_OBJID}, OEM_OBJID = #{OEM_OBJID}, CAR_OBJID = #{CAR_OBJID}, PRODUCT_GROUP_OBJID = #{PRODUCT_GROUP_OBJID}, PRODUCT_OBJID = #{PRODUCT_OBJID}, TITLE = #{TITLE}, RESIGN = #{RESIGN}, PRODUCT_SIZE = #{PRODUCT_SIZE}, PRODUCTION_CORPORATION = #{PRODUCTION_CORPORATION}, PRODUCTION_COMPLETION_DATE = #{PRODUCTION_COMPLETION_DATE}, ENGRAVE_APPLY = #{ENGRAVE_APPLY}, ESTIMATE_PRICE = #{ESTIMATE_PRICE}, PAYMENT_TYPE = #{PAYMENT_TYPE}, MOLD_PRODUCTION_MAIN_SPEC = #{MOLD_PRODUCTION_MAIN_SPEC}, MOLD_DEV_PARTNER_CODE = #{MOLD_DEV_PARTNER_CODE}, WRITER = #{WRITER}, EDITDATE = NOW(), STATUS = #{STATUS} UPDATE MOLD_DEV_REQUEST_INFO SET STATUS = #{STATUS} WHERE OBJID = #{OBJID} SELECT OBJID , TARGET_OBJID , (SELECT PART_NO FROM PART_MNG A WHERE OBJID = ${TARGET_OBJID}) PART_NO , (SELECT REVISION FROM PART_MNG A WHERE OBJID = ${TARGET_OBJID}) REV , SAVED_FILE_NAME , REAL_FILE_NAME , DOC_TYPE , DOC_TYPE_NAME , FILE_SIZE , FILE_EXT , REPLACE(FILE_PATH, '\', '\\') AS FILE_PATH , WRITER , TO_CHAR(REGDATE, 'YYYY-MM-DD') AS REGDATE , REGDATE AS REGDATE_ORG , STATUS FROM ATTACH_FILE_INFO WHERE 1=1 AND TARGET_OBJID = ${TARGET_OBJID} AND DOC_TYPE = #{TARGET_DOC_TYPE} AND STATUS = 'Active' ORDER BY REGDATE_ORG DESC SELECT A.* ,ROW_NUMBER() OVER( PARTITION BY A.OBJID,A.PRODUCT_GROUP_CODE ORDER BY PROD_CODE) AS PROJECT_PRODUCT_PARTITION_NUM ,DENSE_RANK () OVER(ORDER BY A.OBJID) AS PROJECT_PARTITION_NUM FROM( SELECT A.* ,(SELECT O.CODE_NAME FROM COMM_CODE O WHERE O.CODE_ID = A.PRODUCT_GROUP_CODE AND O.PARENT_CODE_ID = #{PRODUCT_GROUP_CODE}) AS PRODUCT_GROUP_NAME ,(SELECT CODE_NAME FROM COMM_CODE WHERE PARENT_CODE_ID = #{OEM_FACTROY_CODE} AND OBJID = A.OEM_FACTORY) AS OEM_FACTORY_NAME ,ECH.RECEIPT_CNT ,ECH.MEASURE_CNT ,ECH.MEASURE_RATIO FROM A LEFT JOIN ( SELECT PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, SUM(RECEIPT_CNT) AS RECEIPT_CNT, SUM(MEASURE_CNT) AS MEASURE_CNT, ROUND(100.0 * SUM(MEASURE_CNT) / SUM(RECEIPT_CNT))||' %' AS MEASURE_RATIO FROM ( SELECT OBJID, PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, PART_OBJID, PART_NO, EO_NO, EO_PUBLISHED_DATE, EO_APPLY_DATE, EO_STEP, CHANGE_CONTENTS, MEASURE_TYPE, MEASURE_DATE, CVT, SET, PARTNER_CODE, OEM_ATTRITION_RATE, MY_ATTRITION_RATE, PARTNER_ATTRITION_RATE, PARTNER_ESTIMATE_COST, MY_COST, OEM_CONTRIBUTION_AMOUNT, MY_CONTRIBUTION_AMOUNT, PARTNER_CONTRIBUTION_AMOUNT, STATUS, WRITER, REGDATE, 1 AS RECEIPT_CNT, CASE WHEN MEASURE_DATE IS NOT NULL AND MEASURE_DATE != '' THEN 1 ELSE 0 END MEASURE_CNT FROM EO_CHANGE_HISTORY ECH ) ECH WHERE 1=1 GROUP BY PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID )ECH ON A.OBJID = ECH.PROJECT_OBJID::INTEGER and A.OEM_OBJID = ECH.OEM_OBJID::INTEGER AND A.CAR_OBJID = ECH.CAR_OBJID::INTEGER AND A.PRODUCT_GROUP_CODE = ECH.PRODUCT_GROUP_OBJID AND A.PROD_CODE = ECH.PRODUCT_OBJID WHERE 1=1 AND A.OEM_OBJID = #{search_customer}::INTEGER AND A.CAR_OBJID = #{search_car_type}::INTEGER AND A.PRODUCT_GROUP_CODE = #{search_product_group} AND A.PROD_CODE = #{search_product} ) A SELECT OBJID, PROJECT_OBJID, OEM_OBJID, (SELECT OEM_CODE FROM OEM_MNG WHERE OBJID = OEM_OBJID::INTEGER) AS OEM_CODE, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, PART_OBJID, PART_NO, EO_NO, EO_PUBLISHED_DATE, EO_APPLY_DATE, EO_STEP, CHANGE_CONTENTS, MEASURE_TYPE, MEASURE_DATE, CVT, SET, PARTNER_CODE, OEM_ATTRITION_RATE, MY_ATTRITION_RATE, PARTNER_ATTRITION_RATE, PARTNER_ESTIMATE_COST, MY_COST, OEM_CONTRIBUTION_AMOUNT, MY_CONTRIBUTION_AMOUNT, PARTNER_CONTRIBUTION_AMOUNT, STATUS, WRITER, REGDATE FROM EO_CHANGE_HISTORY ECH WHERE PROJECT_OBJID = #{search_projectObjId} AND PRODUCT_OBJID = #{search_productObjId} ORDER BY REGDATE DESC SELECT A.* FROM A WHERE A.OBJID = #{search_projectObjId}::INTEGER AND A.PROD_CODE = #{search_productObjId} SELECT A.*, PM.*, PM.OBJID AS PART_OBJID FROM PART_MNG PM INNER JOIN A ON PM.CUSTOMER::INTEGER = A.OEM_OBJID AND PM.CAR_TYPE::INTEGER = A.CAR_OBJID AND PM.PRODUCT_GROUP = A.PRODUCT_GROUP_CODE AND PM.PRODUCT = A.PROD_CODE WHERE A.OBJID = #{search_projectObjId}::INTEGER AND A.PROD_CODE = #{search_productObjId} INSERT INTO EO_CHANGE_HISTORY ( OBJID, PROJECT_OBJID, OEM_OBJID, CAR_OBJID, PRODUCT_GROUP_OBJID, PRODUCT_OBJID, PART_OBJID, PART_NO, EO_NO, EO_PUBLISHED_DATE, EO_APPLY_DATE, EO_STEP, CHANGE_CONTENTS, MEASURE_TYPE, MEASURE_DATE, CVT, SET, PARTNER_CODE, OEM_ATTRITION_RATE, MY_ATTRITION_RATE, PARTNER_ATTRITION_RATE, PARTNER_ESTIMATE_COST, MY_COST, OEM_CONTRIBUTION_AMOUNT, MY_CONTRIBUTION_AMOUNT, PARTNER_CONTRIBUTION_AMOUNT, STATUS, WRITER, REGDATE )values( #{OBJID}::INTEGER, #{PROJECT_OBJID}, #{OEM_OBJID}, #{CAR_OBJID}, #{PRODUCT_GROUP_OBJID}, #{PRODUCT_OBJID}, #{PART_OBJID}, #{PART_NO}, #{EO_NO}, #{EO_PUBLISHED_DATE}, #{EO_APPLY_DATE}, #{EO_STEP}, #{CHANGE_CONTENTS}, #{MEASURE_TYPE}, #{MEASURE_DATE}, #{CVT}, #{SET}, #{PARTNER_CODE}, #{OEM_ATTRITION_RATE}, #{MY_ATTRITION_RATE}, #{PARTNER_ATTRITION_RATE}, #{PARTNER_ESTIMATE_COST}, #{MY_COST}, #{OEM_CONTRIBUTION_AMOUNT}, #{MY_CONTRIBUTION_AMOUNT}, #{PARTNER_CONTRIBUTION_AMOUNT}, #{STATUS}, #{WRITER}, NOW() )ON CONFLICT (OBJID) DO UPDATE SET PROJECT_OBJID = #{PROJECT_OBJID}, OEM_OBJID = #{OEM_OBJID}, CAR_OBJID = #{CAR_OBJID}, PRODUCT_GROUP_OBJID = #{PRODUCT_GROUP_OBJID}, PRODUCT_OBJID = #{PRODUCT_OBJID}, PART_OBJID = #{PART_OBJID}, PART_NO = #{PART_NO}, EO_NO = #{EO_NO}, EO_PUBLISHED_DATE = #{EO_PUBLISHED_DATE}, EO_APPLY_DATE = #{EO_APPLY_DATE}, EO_STEP = #{EO_STEP}, CHANGE_CONTENTS = #{CHANGE_CONTENTS}, MEASURE_TYPE = #{MEASURE_TYPE}, MEASURE_DATE = #{MEASURE_DATE}, CVT = #{CVT}, SET = #{SET}, PARTNER_CODE = #{PARTNER_CODE}, OEM_ATTRITION_RATE = #{OEM_ATTRITION_RATE}, MY_ATTRITION_RATE = #{MY_ATTRITION_RATE}, PARTNER_ATTRITION_RATE = #{PARTNER_ATTRITION_RATE}, PARTNER_ESTIMATE_COST = #{PARTNER_ESTIMATE_COST}, MY_COST = #{MY_COST}, OEM_CONTRIBUTION_AMOUNT = #{OEM_CONTRIBUTION_AMOUNT}, MY_CONTRIBUTION_AMOUNT = #{MY_CONTRIBUTION_AMOUNT}, PARTNER_CONTRIBUTION_AMOUNT = #{PARTNER_CONTRIBUTION_AMOUNT}, STATUS = #{STATUS}, WRITER = #{WRITER}