device_id ,water_meter_type,device_no, site_id, sys_id, building_id, province, city, region, community, customer_id, meter_no, meter_file_no, device_type_id, concentrator_id,collector_id, `location`,valve_measuring_code, reading_measuring_code,date_create d.id as device_id , wmt.parent_id as water_meter_type , d.device_no as device_no , d.site_id as site_id , d.sys_id as sys_id , d.building_id as building_id , b.province as province , b.city as city , b.region as region, b.community as community , d.customer_id as customer_id , d.water_meter_no as meter_no , d.water_meter_file_no as meter_file_no, d.device_type as device_type_id , wrd.concentrator_id as concentrator_id , wrd.collector_id as collector_id , d.loc_desc as location, wmt.valve_measuring_code as valve_measuring_code , wmt.reading_measuring_code as reading_measuring_code, d.date_create as date_create d.`status` = 1 and wmt.`status` = 1 and wmt.valve_measuring_code is not null and wmt.reading_measuring_code is not null and wmt.parent_id in (1,2) SELECT FROM WHERE sc_w_meter_type wmt left join sc_device d on (d.`status` = 1 and wmt.device_type_id = d.device_type) left join sc_water_related_device wrd on (wrd.device_id =d.id) left join sc_building b on (d.building_id = b.id) order by d.id asc limit #{start,jdbcType=INTEGER},#{offset,jdbcType=INTEGER} and d.id = #{deviceId,jdbcType=BIGINT} select count(1) from WHERE select count(1) from ( limit #{shardBegin,jdbcType=INTEGER},#{shardSize,jdbcType=INTEGER} ) tmp select from ( order by d.id asc limit #{shardBegin,jdbcType=INTEGER},#{shardSize,jdbcType=INTEGER} ) tmp limit #{start,jdbcType=INTEGER},#{offset,jdbcType=INTEGER}