AD_FULL_NAME, BUL_DEP_NOTE, STATE, CENTER_X, CENTER_Y, GD_X, GD_Y, ID, OBJ_ID, AD_CODE, AD_NAME, RUR_POP, CLT_AREA, LNDFRM, IRR_PRP_SRF, IRR_PRP_GRU, EFF_IRR_AREA, HIG_STN_AREA, ACT_IRR_AREA, SML_IRR_SIZE, SML_IRR_RATE, SML_REG_SIZE, IS_CRT_PLAN, IS_CRT_PLAN_GIVE, PRJ_PBM_AREA, SML_CHAN_LNG, CHAN_LNN_LNG, POND_SIZE, PUST_SIZE, WAS_SIZE, WELL_SIZE, EFF_IRR_AREA_PIPE, EFF_IRR_AREA_SPRN, EFF_IRR_AREA_MICRO, EFF_IRR_AREA_COUNT, EFU_IRR_AREA_PIPE, EFU_IRR_AREA_SPRN, EFU_IRR_AREA_MICRO, EFU_IRR_AREA_COUNT, WTR_STTN_SIZE, WTR_STTN_REL, WTR_STTN_REL_NOTE, FWTR_STTN_SIZE, WTR_STTN_POP_SIZE, WTR_STTN_PRO_SIZE, RUR_ORG_SIZE, ORG_IRR_AREA, VILL_POP_SIZE, VILL_AVG_SIZE, WTR_SRVC_SIZE, WTR_SRVC_EVLT, IS_RFRM_PRJ_RGHT, SML_CNSR_SIZE, SML_CNSR_STT_SIZE, SML_CNSR_VILL_SIZE, SML_CNSR_OGR_SIZE, SML_CNSR_POP_SIZE, BUL_DEP, HIG_STN_MONEY, HIG_STN_MONEY_WTR, HIG_STN_AREA_LST, OTHR_STN_MONEY, SML_RUN_DEP, IS_RUN_PLAN, IS_BUL_PROT, IS_PRJ_LDG, CUN_RUN_TYPE, CUN_RUN_TYPE_NOTE, AVG_RUN_MONEY, PRO_RUN_MONEY, CITY_RUN_MONEY, CUN_RUN_MONEY, IS_RUN_CHK, WTR_CMP_PRC_AREA, HAS_REFORM_AREA, IS_WTR_PRICE, WTR_PRICE_RUN, IS_COLLECT_WTRP, COLLECT_WTRP, WTRP_COLLECT, COLLECT_MAIN, WTRP_AVG_CUBE, WTRP_AVG_AREA, WTRP_AVG_DEGREE, WTRP_DRC, WTRP_PBLM, COMMENTS, INVSR_NAME, INVSR_PHONE, CUN_CNTC_NAME, CUN_CNTC_PHONE, RSRCH_TM, INTM, UPTM, DATA_STAT #{adFullName}, #{bulDepNote}, #{state}, #{centerX}, #{centerY}, #{gdX}, #{gdY}, #{id}, #{objId}, #{adCode}, #{adName}, #{rurPop}, #{cltArea}, #{lndfrm}, #{irrPrpSrf}, #{irrPrpGru}, #{effIrrArea}, #{higStnArea}, #{actIrrArea}, #{smlIrrSize}, #{smlIrrRate}, #{smlRegSize}, #{isCrtPlan}, #{isCrtPlanGive}, #{prjPbmArea}, #{smlChanLng}, #{chanLnnLng}, #{pondSize}, #{pustSize}, #{wasSize}, #{wellSize}, #{effIrrAreaPipe}, #{effIrrAreaSprn}, #{effIrrAreaMicro}, #{effIrrAreaCount}, #{efuIrrAreaPipe}, #{efuIrrAreaSprn}, #{efuIrrAreaMicro}, #{efuIrrAreaCount}, #{wtrSttnSize}, #{wtrSttnRel}, #{wtrSttnRelNote}, #{fwtrSttnSize}, #{wtrSttnPopSize}, #{wtrSttnProSize}, #{rurOrgSize}, #{orgIrrArea}, #{villPopSize}, #{villAvgSize}, #{wtrSrvcSize}, #{wtrSrvcEvlt}, #{isRfrmPrjRght}, #{smlCnsrSize}, #{smlCnsrSttSize}, #{smlCnsrVillSize}, #{smlCnsrOgrSize}, #{smlCnsrPopSize}, #{bulDep}, #{higStnMoney}, #{higStnMoneyWtr}, #{higStnAreaLst}, #{othrStnMoney}, #{smlRunDep}, #{isRunPlan}, #{isBulProt}, #{isPrjLdg}, #{cunRunType}, #{cunRunTypeNote}, #{avgRunMoney}, #{proRunMoney}, #{cityRunMoney}, #{cunRunMoney}, #{isRunChk}, #{wtrCmpPrcArea}, #{hasReformArea}, #{isWtrPrice}, #{wtrPriceRun}, #{isCollectWtrp}, #{collectWtrp}, #{wtrpCollect}, #{collectMain}, #{wtrpAvgCube}, #{wtrpAvgArea}, #{wtrpAvgDegree}, #{wtrpDrc}, #{wtrpPblm}, #{comments}, #{invsrName}, #{invsrPhone}, #{cunCntcName}, #{cunCntcPhone}, #{rsrchTm}, #{intm}, #{uptm}, #{dataStat} and AD_FULL_NAME = #{adFullName} and BUL_DEP_NOTE = #{bulDepNote} and STATE = #{state} and CENTER_X = #{centerX} and CENTER_Y = #{centerY} and GD_X = #{gdX} and GD_Y = #{gdY} and OBJ_ID = #{objId} and AD_CODE = #{adCode} and AD_NAME = #{adName} and RUR_POP = #{rurPop} and CLT_AREA = #{cltArea} and LNDFRM = #{lndfrm} and IRR_PRP_SRF = #{irrPrpSrf} and IRR_PRP_GRU = #{irrPrpGru} and EFF_IRR_AREA = #{effIrrArea} and HIG_STN_AREA = #{higStnArea} and ACT_IRR_AREA = #{actIrrArea} and SML_IRR_SIZE = #{smlIrrSize} and SML_IRR_RATE = #{smlIrrRate} and SML_REG_SIZE = #{smlRegSize} and IS_CRT_PLAN = #{isCrtPlan} and IS_CRT_PLAN_GIVE = #{isCrtPlanGive} and PRJ_PBM_AREA = #{prjPbmArea} and SML_CHAN_LNG = #{smlChanLng} and CHAN_LNN_LNG = #{chanLnnLng} and POND_SIZE = #{pondSize} and PUST_SIZE = #{pustSize} and WAS_SIZE = #{wasSize} and WELL_SIZE = #{wellSize} and EFF_IRR_AREA_PIPE = #{effIrrAreaPipe} and EFF_IRR_AREA_SPRN = #{effIrrAreaSprn} and EFF_IRR_AREA_MICRO = #{effIrrAreaMicro} and EFF_IRR_AREA_COUNT = #{effIrrAreaCount} and EFU_IRR_AREA_PIPE = #{efuIrrAreaPipe} and EFU_IRR_AREA_SPRN = #{efuIrrAreaSprn} and EFU_IRR_AREA_MICRO = #{efuIrrAreaMicro} and EFU_IRR_AREA_COUNT = #{efuIrrAreaCount} and WTR_STTN_SIZE = #{wtrSttnSize} and WTR_STTN_REL = #{wtrSttnRel} and WTR_STTN_REL_NOTE = #{wtrSttnRelNote} and FWTR_STTN_SIZE = #{fwtrSttnSize} and WTR_STTN_POP_SIZE = #{wtrSttnPopSize} and WTR_STTN_PRO_SIZE = #{wtrSttnProSize} and RUR_ORG_SIZE = #{rurOrgSize} and ORG_IRR_AREA = #{orgIrrArea} and VILL_POP_SIZE = #{villPopSize} and VILL_AVG_SIZE = #{villAvgSize} and WTR_SRVC_SIZE = #{wtrSrvcSize} and WTR_SRVC_EVLT = #{wtrSrvcEvlt} and IS_RFRM_PRJ_RGHT = #{isRfrmPrjRght} and SML_CNSR_SIZE = #{smlCnsrSize} and SML_CNSR_STT_SIZE = #{smlCnsrSttSize} and SML_CNSR_VILL_SIZE = #{smlCnsrVillSize} and SML_CNSR_OGR_SIZE = #{smlCnsrOgrSize} and SML_CNSR_POP_SIZE = #{smlCnsrPopSize} and BUL_DEP = #{bulDep} and HIG_STN_MONEY = #{higStnMoney} and HIG_STN_MONEY_WTR = #{higStnMoneyWtr} and HIG_STN_AREA_LST = #{higStnAreaLst} and OTHR_STN_MONEY = #{othrStnMoney} and SML_RUN_DEP = #{smlRunDep} and IS_RUN_PLAN = #{isRunPlan} and IS_BUL_PROT = #{isBulProt} and IS_PRJ_LDG = #{isPrjLdg} and CUN_RUN_TYPE = #{cunRunType} and CUN_RUN_TYPE_NOTE = #{cunRunTypeNote} and AVG_RUN_MONEY = #{avgRunMoney} and PRO_RUN_MONEY = #{proRunMoney} and CITY_RUN_MONEY = #{cityRunMoney} and CUN_RUN_MONEY = #{cunRunMoney} and IS_RUN_CHK = #{isRunChk} and WTR_CMP_PRC_AREA = #{wtrCmpPrcArea} and HAS_REFORM_AREA = #{hasReformArea} and IS_WTR_PRICE = #{isWtrPrice} and WTR_PRICE_RUN = #{wtrPriceRun} and IS_COLLECT_WTRP = #{isCollectWtrp} and COLLECT_WTRP = #{collectWtrp} and WTRP_COLLECT = #{wtrpCollect} and COLLECT_MAIN = #{collectMain} and WTRP_AVG_CUBE = #{wtrpAvgCube} and WTRP_AVG_AREA = #{wtrpAvgArea} and WTRP_AVG_DEGREE = #{wtrpAvgDegree} and WTRP_DRC = #{wtrpDrc} and WTRP_PBLM = #{wtrpPblm} and COMMENTS = #{comments} and INVSR_NAME = #{invsrName} and INVSR_PHONE = #{invsrPhone} and CUN_CNTC_NAME = #{cunCntcName} and CUN_CNTC_PHONE = #{cunCntcPhone} and RSRCH_TM = #{rsrchTm} and INTM = #{intm} and UPTM = #{uptm} and DATA_STAT = #{dataStat} and DATA_STAT='0' select from BIS_INSP_IRR_RGSTR where ID = #{id} select from BIS_INSP_IRR_RGSTR select from BIS_INSP_IRR_RGSTR select from BIS_INSP_IRR_RGSTR select count(ID) from BIS_INSP_IRR_RGSTR insert into BIS_INSP_IRR_RGSTR( ) values ( ) update BIS_INSP_IRR_RGSTR set DATA_STAT='9' where ID = #{id} update BIS_INSP_IRR_RGSTR set DATA_STAT='9' update BIS_INSP_IRR_RGSTR set DATA_STAT = '9' where ID = #{id} update BIS_INSP_IRR_RGSTR AD_FULL_NAME = #{adFullName}, BUL_DEP_NOTE = #{bulDepNote}, STATE = #{state}, CENTER_X = #{centerX}, CENTER_Y = #{centerY}, GD_X = #{gdX}, GD_Y = #{gdY}, OBJ_ID = #{objId}, AD_CODE = #{adCode}, AD_NAME = #{adName}, RUR_POP = #{rurPop}, CLT_AREA = #{cltArea}, LNDFRM = #{lndfrm}, IRR_PRP_SRF = #{irrPrpSrf}, IRR_PRP_GRU = #{irrPrpGru}, EFF_IRR_AREA = #{effIrrArea}, HIG_STN_AREA = #{higStnArea}, ACT_IRR_AREA = #{actIrrArea}, SML_IRR_SIZE = #{smlIrrSize}, SML_IRR_RATE = #{smlIrrRate}, SML_REG_SIZE = #{smlRegSize}, IS_CRT_PLAN = #{isCrtPlan}, IS_CRT_PLAN_GIVE = #{isCrtPlanGive}, PRJ_PBM_AREA = #{prjPbmArea}, SML_CHAN_LNG = #{smlChanLng}, CHAN_LNN_LNG = #{chanLnnLng}, POND_SIZE = #{pondSize}, PUST_SIZE = #{pustSize}, WAS_SIZE = #{wasSize}, WELL_SIZE = #{wellSize}, EFF_IRR_AREA_PIPE = #{effIrrAreaPipe}, EFF_IRR_AREA_SPRN = #{effIrrAreaSprn}, EFF_IRR_AREA_MICRO = #{effIrrAreaMicro}, EFF_IRR_AREA_COUNT = #{effIrrAreaCount}, EFU_IRR_AREA_PIPE = #{efuIrrAreaPipe}, EFU_IRR_AREA_SPRN = #{efuIrrAreaSprn}, EFU_IRR_AREA_MICRO = #{efuIrrAreaMicro}, EFU_IRR_AREA_COUNT = #{efuIrrAreaCount}, WTR_STTN_SIZE = #{wtrSttnSize}, WTR_STTN_REL = #{wtrSttnRel}, WTR_STTN_REL_NOTE = #{wtrSttnRelNote}, FWTR_STTN_SIZE = #{fwtrSttnSize}, WTR_STTN_POP_SIZE = #{wtrSttnPopSize}, WTR_STTN_PRO_SIZE = #{wtrSttnProSize}, RUR_ORG_SIZE = #{rurOrgSize}, ORG_IRR_AREA = #{orgIrrArea}, VILL_POP_SIZE = #{villPopSize}, VILL_AVG_SIZE = #{villAvgSize}, WTR_SRVC_SIZE = #{wtrSrvcSize}, WTR_SRVC_EVLT = #{wtrSrvcEvlt}, IS_RFRM_PRJ_RGHT = #{isRfrmPrjRght}, SML_CNSR_SIZE = #{smlCnsrSize}, SML_CNSR_STT_SIZE = #{smlCnsrSttSize}, SML_CNSR_VILL_SIZE = #{smlCnsrVillSize}, SML_CNSR_OGR_SIZE = #{smlCnsrOgrSize}, SML_CNSR_POP_SIZE = #{smlCnsrPopSize}, BUL_DEP = #{bulDep}, HIG_STN_MONEY = #{higStnMoney}, HIG_STN_MONEY_WTR = #{higStnMoneyWtr}, HIG_STN_AREA_LST = #{higStnAreaLst}, OTHR_STN_MONEY = #{othrStnMoney}, SML_RUN_DEP = #{smlRunDep}, IS_RUN_PLAN = #{isRunPlan}, IS_BUL_PROT = #{isBulProt}, IS_PRJ_LDG = #{isPrjLdg}, CUN_RUN_TYPE = #{cunRunType}, CUN_RUN_TYPE_NOTE = #{cunRunTypeNote}, AVG_RUN_MONEY = #{avgRunMoney}, PRO_RUN_MONEY = #{proRunMoney}, CITY_RUN_MONEY = #{cityRunMoney}, CUN_RUN_MONEY = #{cunRunMoney}, IS_RUN_CHK = #{isRunChk}, WTR_CMP_PRC_AREA = #{wtrCmpPrcArea}, HAS_REFORM_AREA = #{hasReformArea}, IS_WTR_PRICE = #{isWtrPrice}, WTR_PRICE_RUN = #{wtrPriceRun}, IS_COLLECT_WTRP = #{isCollectWtrp}, COLLECT_WTRP = #{collectWtrp}, WTRP_COLLECT = #{wtrpCollect}, COLLECT_MAIN = #{collectMain}, WTRP_AVG_CUBE = #{wtrpAvgCube}, WTRP_AVG_AREA = #{wtrpAvgArea}, WTRP_AVG_DEGREE = #{wtrpAvgDegree}, WTRP_DRC = #{wtrpDrc}, WTRP_PBLM = #{wtrpPblm}, COMMENTS = #{comments}, INVSR_NAME = #{invsrName}, INVSR_PHONE = #{invsrPhone}, CUN_CNTC_NAME = #{cunCntcName}, CUN_CNTC_PHONE = #{cunCntcPhone}, RSRCH_TM = #{rsrchTm}, INTM = #{intm}, UPTM = #{uptm}, DATA_STAT = #{dataStat}, ID = #{id} update BIS_INSP_IRR_RGSTR AD_FULL_NAME = #{adFullName}, BUL_DEP_NOTE = #{bulDepNote}, STATE = #{state}, CENTER_X = #{centerX}, CENTER_Y = #{centerY}, GD_X = #{gdX}, GD_Y = #{gdY}, OBJ_ID = #{objId}, AD_CODE = #{adCode}, AD_NAME = #{adName}, RUR_POP = #{rurPop}, CLT_AREA = #{cltArea}, LNDFRM = #{lndfrm}, IRR_PRP_SRF = #{irrPrpSrf}, IRR_PRP_GRU = #{irrPrpGru}, EFF_IRR_AREA = #{effIrrArea}, HIG_STN_AREA = #{higStnArea}, ACT_IRR_AREA = #{actIrrArea}, SML_IRR_SIZE = #{smlIrrSize}, SML_IRR_RATE = #{smlIrrRate}, SML_REG_SIZE = #{smlRegSize}, IS_CRT_PLAN = #{isCrtPlan}, IS_CRT_PLAN_GIVE = #{isCrtPlanGive}, PRJ_PBM_AREA = #{prjPbmArea}, SML_CHAN_LNG = #{smlChanLng}, CHAN_LNN_LNG = #{chanLnnLng}, POND_SIZE = #{pondSize}, PUST_SIZE = #{pustSize}, WAS_SIZE = #{wasSize}, WELL_SIZE = #{wellSize}, EFF_IRR_AREA_PIPE = #{effIrrAreaPipe}, EFF_IRR_AREA_SPRN = #{effIrrAreaSprn}, EFF_IRR_AREA_MICRO = #{effIrrAreaMicro}, EFF_IRR_AREA_COUNT = #{effIrrAreaCount}, EFU_IRR_AREA_PIPE = #{efuIrrAreaPipe}, EFU_IRR_AREA_SPRN = #{efuIrrAreaSprn}, EFU_IRR_AREA_MICRO = #{efuIrrAreaMicro}, EFU_IRR_AREA_COUNT = #{efuIrrAreaCount}, WTR_STTN_SIZE = #{wtrSttnSize}, WTR_STTN_REL = #{wtrSttnRel}, WTR_STTN_REL_NOTE = #{wtrSttnRelNote}, FWTR_STTN_SIZE = #{fwtrSttnSize}, WTR_STTN_POP_SIZE = #{wtrSttnPopSize}, WTR_STTN_PRO_SIZE = #{wtrSttnProSize}, RUR_ORG_SIZE = #{rurOrgSize}, ORG_IRR_AREA = #{orgIrrArea}, VILL_POP_SIZE = #{villPopSize}, VILL_AVG_SIZE = #{villAvgSize}, WTR_SRVC_SIZE = #{wtrSrvcSize}, WTR_SRVC_EVLT = #{wtrSrvcEvlt}, IS_RFRM_PRJ_RGHT = #{isRfrmPrjRght}, SML_CNSR_SIZE = #{smlCnsrSize}, SML_CNSR_STT_SIZE = #{smlCnsrSttSize}, SML_CNSR_VILL_SIZE = #{smlCnsrVillSize}, SML_CNSR_OGR_SIZE = #{smlCnsrOgrSize}, SML_CNSR_POP_SIZE = #{smlCnsrPopSize}, BUL_DEP = #{bulDep}, HIG_STN_MONEY = #{higStnMoney}, HIG_STN_MONEY_WTR = #{higStnMoneyWtr}, HIG_STN_AREA_LST = #{higStnAreaLst}, OTHR_STN_MONEY = #{othrStnMoney}, SML_RUN_DEP = #{smlRunDep}, IS_RUN_PLAN = #{isRunPlan}, IS_BUL_PROT = #{isBulProt}, IS_PRJ_LDG = #{isPrjLdg}, CUN_RUN_TYPE = #{cunRunType}, CUN_RUN_TYPE_NOTE = #{cunRunTypeNote}, AVG_RUN_MONEY = #{avgRunMoney}, PRO_RUN_MONEY = #{proRunMoney}, CITY_RUN_MONEY = #{cityRunMoney}, CUN_RUN_MONEY = #{cunRunMoney}, IS_RUN_CHK = #{isRunChk}, WTR_CMP_PRC_AREA = #{wtrCmpPrcArea}, HAS_REFORM_AREA = #{hasReformArea}, IS_WTR_PRICE = #{isWtrPrice}, WTR_PRICE_RUN = #{wtrPriceRun}, IS_COLLECT_WTRP = #{isCollectWtrp}, COLLECT_WTRP = #{collectWtrp}, WTRP_COLLECT = #{wtrpCollect}, COLLECT_MAIN = #{collectMain}, WTRP_AVG_CUBE = #{wtrpAvgCube}, WTRP_AVG_AREA = #{wtrpAvgArea}, WTRP_AVG_DEGREE = #{wtrpAvgDegree}, WTRP_DRC = #{wtrpDrc}, WTRP_PBLM = #{wtrpPblm}, COMMENTS = #{comments}, INVSR_NAME = #{invsrName}, INVSR_PHONE = #{invsrPhone}, CUN_CNTC_NAME = #{cunCntcName}, CUN_CNTC_PHONE = #{cunCntcPhone}, RSRCH_TM = #{rsrchTm}, INTM = #{intm}, UPTM = #{uptm}, DATA_STAT = #{dataStat}, SELECT * FROM ( select A.CODE,A.ID nodeId, A.NM, #{pType} PTYPE, C.LGTDPC pc_x, c.LTTDPC pc_y, C.LGTD GD_X, C.LTTD GD_y, A.OBJ_ID,B.ID ID,b.id as rgstrId, (case when b.State is null then '0' else b.state end)STATE ,B.INTM, c.ad_full_name as adName, ia.pnm groupName,b.ad_code from BIS_INSP_ALL_OBJ A LEFT JOIN BIS_INSP_IRR_RGSTR B ON A.OBJ_ID=B.OBJ_ID LEFT JOIN ATT_AD_X_BASE C ON B.Ad_CODE=C.AD_CODE LEFT JOIN BIS_INSP_ALL ia on A.ID = ia.id where A.ptype= #{pType} and ia.entm < DATE_ADD(STR_TO_DATE(#{nowTime},'%Y-%m-%d'),INTERVAL 1 DAY ) and ia.entm >=STR_TO_DATE(#{nowTime},'%Y-%m-%d') and A.Id in ( select distinct id from ( SELECT ID FROM bis_insp_all b, ( SELECT getChildLst(id) list FROM ( SELECT DISTINCT id FROM BIS_INSP_ALL_RLATION WHERE TYPE = #{pType} AND PERSID = #{presId} AND length(id) IN (3, 6, 9) ) w ) c where FIND_IN_SET(b.ID,c.list) UNION ALL SELECT P.id FROM BIS_INSP_ALL P where p.id in (SELECT id FROM BIS_INSP_ALL_RLATION WHERE TYPE = #{pType} AND PERSID = #{presId} AND LENGTH(id) = 12 ) ) e ) and (case when b.POOR_COUNTRY is null then c.IS_REPORT else b.POOR_COUNTRY end ) = #{poorCountry} and b.ad_code like '${adCode}%' ) A WHERE a.PTYPE=#{pType} and a.nodeId like '${plnaId}%' and STATE in (${state}) and a.nm like '%${rsName}%' and a.code = #{code} and a.adName like '%${adName}%' and a.INTM>= STR_TO_DATE(#{sttm},'%Y-%m-%d') and a.INTM < DATE_ADD(STR_TO_DATE(#{entm},'%Y-%m-%d'),INTERVAL 1 DAY ) and a.nodeId = #{groupId} and ad_code like concat('${item}','%') order by nodeId asc , CONVERT(nm using gbk) select * from ( select t.id as code,t.ad_name as nm, (case when t.center_x is null then ba.lgtdpc else t.center_x end) as centerX, (case when t.center_y is null then ba.Lttdpc else t.center_y end) as centerY, (case when t.Gd_x is null then ba.lgtd else t.Gd_x end) as lgtd, (case when t.gd_y is null then ba.lttd else t.gd_y end) as lttd, t.obj_id,t.ad_code,t.rgstr_id,t.state from BIS_INSP_IRR_TOWNS_DSU t left join att_ad_x_base ba on t.ad_code = ba.ad_code left join bis_insp_all_obj o on t.obj_id = o.obj_id where t.data_stat = '0' and substr(t.ad_code,10) != '000' and o.ptype = '28' and o.Id in ( select distinct id from ( SELECT P.id FROM BIS_INSP_ALL P WHERE FIND_IN_SET(P.ID, getSubNodes_bis_insp_all((SELECT group_concat(A.id) FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID = #{persGuid} and A.TYPE = '28' and length(A.id) in (3,6,9) group by A.PERSID ),0,0) ) > 0 union all SELECT P.id FROM BIS_INSP_ALL P where p.id in (SELECT id FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID =#{persGuid} and TYPE = '28' and length(id)=12 ) ) ww ) ) w where 1=1 and w.centerX BETWEEN #{minLgtd} AND #{maxLgtd} and w.centerY BETWEEN #{minLttd} AND #{maxLttd} and w.ad_code like '${adCode}%' and t.nm like '%${rsName}%' and STATE in (${state}) select * from ( select t.id as code,t.ad_name as nm, (case when t.center_x is null then ba.lgtdpc else t.center_x end) as centerX, (case when t.center_y is null then ba.Lttdpc else t.center_y end) as centerY, (case when t.Gd_x is null then ba.lgtd else t.Gd_x end) as lgtd, (case when t.gd_y is null then ba.lttd else t.gd_y end) as lttd, t.obj_id,t.ad_code,t.rgstr_id,t.state from BIS_INSP_IRR_TOWNS_DSU t left join att_ad_x_base ba on t.ad_code = ba.ad_code left join bis_insp_all_obj o on t.obj_id = o.obj_id where t.data_stat = '0' and substr(t.ad_code,10) = '000' and o.ptype = '28' and o.Id in ( select distinct ww.id from ( SELECT P.id FROM BIS_INSP_ALL P WHERE FIND_IN_SET(P.ID, getSubNodes_bis_insp_all((SELECT group_concat(A.id) FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID = #{persGuid} and A.TYPE = '28' and length(A.id) in (3,6,9) group by A.PERSID ) ,0,0) ) > 0 union all SELECT P.id FROM BIS_INSP_ALL P where p.id in (SELECT id FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID =#{persGuid} and TYPE = '28' and length(id)=12 ) )ww ) ) w where 1=1 and w.centerX BETWEEN #{minLgtd} AND #{maxLgtd} and w.centerY BETWEEN #{minLttd} AND #{maxLttd} and w.ad_code like '${adCode}%' and t.nm like '%${rsName}%' and state in (${state}) select * from ( select t.id as code,t.USWT_NAME as nm,USWT_PHONE as phone, (case when t.center_x is null then ba.lgtdpc else t.center_x end) as centerX, (case when t.center_y is null then ba.Lttdpc else t.center_y end) as centerY, (case when t.Gd_x is null then ba.lgtd else t.Gd_x end) as lgtd, (case when t.gd_y is null then ba.lttd else t.gd_y end) as lttd, t.obj_id,t.ad_code,t.rgstr_id,t.state from BIS_INSP_IRR_WTUSR t left join att_ad_x_base ba on t.ad_code = ba.ad_code left join bis_insp_all_obj o on t.obj_id = o.obj_id where t.data_stat = '0' and o.ptype = '28' and o.Id in ( select distinct ww.id from ( SELECT P.id FROM BIS_INSP_ALL P WHERE FIND_IN_SET(P.ID, getSubNodes_bis_insp_all((SELECT group_concat(A.id) FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID = #{persGuid} and length(A.id) in (3,6,9) group by A.PERSID ) ,0,0) ) > 0 union all SELECT P.id FROM BIS_INSP_ALL P where p.id in (SELECT id FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID =#{persGuid} and length(id)=12 ) )ww ) ) w where 1=1 and w.centerX BETWEEN #{minLgtd} AND #{maxLgtd} and w.centerY BETWEEN #{minLttd} AND #{maxLttd} and w.ad_code like '${adCode}%' and t.nm like '%${rsName}%' and STATE in (${state}) select * from ( select t.id as code,t.name as nm,t.type as type, (case when t.center_x is null then ba.lgtdpc else t.center_x end) as centerX, (case when t.center_y is null then ba.Lttdpc else t.center_y end) as centerY, (case when t.Gd_x is null then ba.lgtd else t.Gd_x end) as lgtd, (case when t.gd_y is null then ba.lttd else t.gd_y end) as lttd, t.obj_id,t.ad_code,t.rgstr_id,t.state from view_irr_list t left join att_ad_x_base ba on t.ad_code = ba.ad_code left join bis_insp_all_obj o on t.obj_id = o.obj_id where o.ptype = '28' and o.Id in ( select distinct ww.id from ( SELECT P.id FROM BIS_INSP_ALL P WHERE FIND_IN_SET(P.ID, getSubNodes_bis_insp_all((SELECT group_concat(A.id) FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID = #{persGuid} and length(A.id) in (3,6,9) group by A.PERSID ) ,0,0) ) > 0 union all SELECT P.id FROM BIS_INSP_ALL P where p.id in (SELECT id FROM BIS_INSP_ALL_RLATION A WHERE A.PERSID =#{persGuid} and length(id)=12 ) ) ww ) ) w where 1=1 and w.centerX BETWEEN #{minLgtd} AND #{maxLgtd} and w.centerY BETWEEN #{minLttd} AND #{maxLttd} and w.ad_code like '${adCode}%' and t.nm like '%${rsName}%' and STATE in (${state}) select * from ( select t.id as code,t.IRR_NAME as nm,t.ad_code, (case when t.center_x is null then ba.lgtdpc else t.center_x end) as centerX, (case when t.center_y is null then ba.Lttdpc else t.center_y end) as centerY, (case when t.Gd_x is null then ba.lgtd else t.Gd_x end) as lgtd, (case when t.gd_y is null then ba.lttd else t.gd_y end) as lttd from ATT_IRR_BASE t left join att_ad_x_base ba on t.ad_code = ba.ad_code where t.data_stat = '0' and t.IRR_ENG_SCAL in (${irrEngScal}) ) w where 1=1 and w.centerX BETWEEN #{minLgtd} AND #{maxLgtd} and w.centerY BETWEEN #{minLttd} AND #{maxLttd} and w.ad_code like '${adCode}%' and t.nm like '%${rsName}%' AND ad_code=#{province} AND ad_code is null select t.* from att_irr_base t where t.id not in ( select CODE from BIS_INSP_ALL_OBJ B where id like concat(#{inspGroupId},'%') and B.obj_type=#{objType} and B.AD_CODE =#{province} and B.AD_CODE is null ) and t.nm LIKE '%${adName}%' and t.AD_CODE LIKE '${adCode}%' select t.*,C.id groupId,C.PNM groupName,B.obj_id,r.ad_full_name as loc from att_irr_base t left join BIS_INSP_ALL_OBJ B on B.CODE = t.id LEFT JOIN BIS_INSP_ALL C ON B.ID = C.ID and B.ptype ='28' left join bis_insp_irr_rgstr r on b.obj_id=r.obj_id where 1 = 1 and B.ID = #{inspGroupId} and B.ID LIKE '${inspGroupId}%' and t.AD_CODE like '${adCode}%' and B.AD_CODE LIKE '${province}%' and B.AD_CODE is null