id, read_date, site_id, sys_id, province, city, region, community, building_id, location, device_type_id, device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, last_valid, last_cost, status, date_create, date_update, create_by, update_by INSERT INTO sc_meter_read_record ( id, read_date, site_id, sys_id, province, city, region, community, building_id, location, device_type_id, device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, last_valid, last_cost, status, date_create, date_update, create_by, update_by ) VALUES ( #{meterReadRecord.id,jdbcType=BIGINT}, #{meterReadRecord.readDate,jdbcType=INTEGER}, #{meterReadRecord.siteId,jdbcType=INTEGER}, #{meterReadRecord.sysId,jdbcType=INTEGER}, #{meterReadRecord.province,jdbcType=INTEGER}, #{meterReadRecord.city,jdbcType=INTEGER}, #{meterReadRecord.region,jdbcType=INTEGER}, #{meterReadRecord.communityId,jdbcType=VARCHAR}, #{meterReadRecord.buildingId,jdbcType=INTEGER}, #{meterReadRecord.location,jdbcType=VARCHAR}, #{meterReadRecord.deviceTypeId,jdbcType=INTEGER}, #{meterReadRecord.deviceId,jdbcType=BIGINT}, #{meterReadRecord.deviceNo,jdbcType=VARCHAR}, #{meterReadRecord.meterNo,jdbcType=VARCHAR}, #{meterReadRecord.meterFileNo,jdbcType=VARCHAR}, #{meterReadRecord.readTime,jdbcType=TIMESTAMP}, #{meterReadRecord.readStatus,jdbcType=VARCHAR}, #{meterReadRecord.readData,jdbcType=VARCHAR}, #{meterReadRecord.lastValid,jdbcType=VARCHAR}, #{meterReadRecord.lastCost,jdbcType=DECIMAL}, #{meterReadRecord.status,jdbcType=INTEGER}, #{meterReadRecord.dateCreate,jdbcType=TIMESTAMP}, #{meterReadRecord.dateUpdate,jdbcType=TIMESTAMP}, #{meterReadRecord.createBy,jdbcType=VARCHAR}, #{meterReadRecord.updateBy,jdbcType=VARCHAR} ) INSERT INTO sc_meter_read_record id, read_date, site_id, sys_id, province, city, region, community, building_id, location, device_type_id, device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, last_valid, last_cost, status, date_create, date_update, create_by, update_by, VALUES #{meterReadRecord.id,jdbcType=BIGINT}, #{meterReadRecord.readDate,jdbcType=INTEGER}, #{meterReadRecord.siteId,jdbcType=INTEGER}, #{meterReadRecord.sysId,jdbcType=INTEGER}, #{meterReadRecord.province,jdbcType=INTEGER}, #{meterReadRecord.city,jdbcType=INTEGER}, #{meterReadRecord.region,jdbcType=INTEGER}, #{meterReadRecord.communityId,jdbcType=VARCHAR}, #{meterReadRecord.buildingId,jdbcType=INTEGER}, #{meterReadRecord.location,jdbcType=VARCHAR}, #{meterReadRecord.deviceTypeId,jdbcType=INTEGER}, #{meterReadRecord.deviceId,jdbcType=BIGINT}, #{meterReadRecord.deviceNo,jdbcType=VARCHAR}, #{meterReadRecord.meterNo,jdbcType=VARCHAR}, #{meterReadRecord.meterFileNo,jdbcType=VARCHAR}, #{meterReadRecord.readTime,jdbcType=TIMESTAMP}, #{meterReadRecord.readStatus,jdbcType=VARCHAR}, #{meterReadRecord.readData,jdbcType=VARCHAR}, #{meterReadRecord.lastValid,jdbcType=VARCHAR}, #{meterReadRecord.lastCost,jdbcType=DECIMAL}, #{meterReadRecord.status,jdbcType=INTEGER}, #{meterReadRecord.dateCreate,jdbcType=TIMESTAMP}, #{meterReadRecord.dateUpdate,jdbcType=TIMESTAMP}, #{meterReadRecord.createBy,jdbcType=VARCHAR}, #{meterReadRecord.updateBy,jdbcType=VARCHAR}, replace INTO sc_meter_read_record ( id, read_date, site_id, sys_id, province, city, region, community, customer_id, building_id, location, device_type_id, device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, last_valid, last_cost, status, date_create, date_update, create_by, update_by )VALUES ( #{meterReadRecord.id,jdbcType=BIGINT}, #{meterReadRecord.readDate,jdbcType=INTEGER}, #{meterReadRecord.siteId,jdbcType=INTEGER}, #{meterReadRecord.sysId,jdbcType=INTEGER}, #{meterReadRecord.province,jdbcType=INTEGER}, #{meterReadRecord.city,jdbcType=INTEGER}, #{meterReadRecord.region,jdbcType=INTEGER}, #{meterReadRecord.communityId,jdbcType=INTEGER}, #{meterReadRecord.customerId,jdbcType=INTEGER}, #{meterReadRecord.buildingId,jdbcType=INTEGER}, #{meterReadRecord.location,jdbcType=VARCHAR}, #{meterReadRecord.deviceTypeId,jdbcType=INTEGER}, #{meterReadRecord.deviceId,jdbcType=BIGINT}, #{meterReadRecord.deviceNo,jdbcType=VARCHAR}, #{meterReadRecord.meterNo,jdbcType=VARCHAR}, #{meterReadRecord.meterFileNo,jdbcType=VARCHAR}, #{meterReadRecord.readTime,jdbcType=TIMESTAMP}, #{meterReadRecord.readStatus,jdbcType=VARCHAR}, #{meterReadRecord.readData,jdbcType=VARCHAR}, #{meterReadRecord.lastValid, jdbcType=VARCHAR}, #{meterReadRecord.lastCost,jdbcType=DECIMAL}, #{meterReadRecord.status,jdbcType=INTEGER}, #{meterReadRecord.dateCreate,jdbcType=TIMESTAMP}, #{meterReadRecord.dateUpdate,jdbcType=TIMESTAMP}, #{meterReadRecord.createBy,jdbcType=VARCHAR}, #{meterReadRecord.updateBy,jdbcType=VARCHAR} ) UPDATE sc_meter_read_record read_date= #{meterReadRecord.readDate,jdbcType=INTEGER}, site_id= #{meterReadRecord.siteId,jdbcType=INTEGER}, sys_id= #{meterReadRecord.sysId,jdbcType=INTEGER}, province= #{meterReadRecord.province,jdbcType=INTEGER}, city= #{meterReadRecord.city,jdbcType=INTEGER}, region= #{meterReadRecord.region,jdbcType=INTEGER}, community= #{meterReadRecord.communityId,jdbcType=VARCHAR}, building_id= #{meterReadRecord.buildingId,jdbcType=INTEGER}, location= #{meterReadRecord.location,jdbcType=VARCHAR}, device_type_id= #{meterReadRecord.deviceTypeId,jdbcType=INTEGER}, device_id= #{meterReadRecord.deviceId,jdbcType=BIGINT}, device_no= #{meterReadRecord.deviceNo,jdbcType=VARCHAR}, meter_no= #{meterReadRecord.meterNo,jdbcType=VARCHAR}, meter_file_no= #{meterReadRecord.meterFileNo,jdbcType=VARCHAR}, read_time= #{meterReadRecord.readTime,jdbcType=TIMESTAMP}, read_status= #{meterReadRecord.readStatus,jdbcType=VARCHAR}, read_data= #{meterReadRecord.readData,jdbcType=VARCHAR}, last_valid = #{meterReadRecord.lastValid,jdbcType=VARCHAR}, last_cost = #{meterReadRecord.lastCost,jdbcType=DECIMAL}, status= #{meterReadRecord.status,jdbcType=INTEGER}, date_create= #{meterReadRecord.dateCreate,jdbcType=TIMESTAMP}, date_update= #{meterReadRecord.dateUpdate,jdbcType=TIMESTAMP}, create_by= #{meterReadRecord.createBy,jdbcType=VARCHAR}, update_by= #{meterReadRecord.updateBy,jdbcType=VARCHAR} WHERE id = #{meterReadRecord.id,jdbcType=BIGINT} select m.id as id, read_date, m.site_id as site_id, m.sys_id as sys_id, m.province as province, m.city as city, m.region as region, m.community as community, m.building_id as building_id, b.name as building_name, m.location as location, device_type_id, device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, m.status as status from sc_meter_read_record m left join sc_building b on ( building_id = b.id) where 1=1 and m.site_id = #{param.siteId} and building_id = #{param.buildingId} and device_no like #{param.deviceNo} and read_status = #{param.readStatus,jdbcType=VARCHAR} and location like #{param.location} and read_date >= #{param.startDate} and read_date #{param.endDate} and m.status = 1 order by read_time desc create TEMPORARY table ${tableName} as select province, city, community, building_id, id from sc_meter_read_record where status = 1 and sys_id = #{param.channelId} and site_id = #{param.siteId} and device_id in ( select df.device_id FROM sc_device_dim_info df WHERE 1 = 1 and (df.dimension_code = #{item.dimensionCode} and df.dimension_value = #{item.dimensionValue}) ) and province = #{param.province} and region = #{param.region} and city = #{param.city} and community = #{param.communityId} and device_no like #{param.deviceNo} and read_status = #{param.readStatus,jdbcType=VARCHAR} and location like #{param.location} and read_date >= #{param.startDate} and read_date #{param.endDate} drop TEMPORARY table if exists ${tableName} select 1 as level, a.parent_id as parent_id, province as item_id, a.name as item_name, count(1) as total from ${tableName} left join sc_area a on (province = a.id) group by province,a.name,a.parent_id select 2 as level, a.parent_id as parent_id, city as item_id, a.name as item_name, count(1) as total from ${tableName} left join sc_area a on (city = a.id) group by city,a.name,a.parent_id select 3 as level, a.city as parent_id, community as item_id, a.name as item_name, count(1) as total from ${tableName} left join sc_community a on (community = a.id) group by community,a.name,a.city select 4 as level, a.community as parent_id, building_id as item_id, a.name as item_name, count(1) as total from ${tableName} left join sc_building a on (building_id = a.id) group by building_id,a.name,a.community SELECT m.id AS id, m.read_date as read_date, m.site_id AS site_id, m.sys_id AS sys_id, m.province AS province, m.city AS city, m.community AS community_id, com.`name` as community_name, m.building_id AS building_id, b.NAME AS building_name, m.location AS location, device_type_id , device_id, device_no, meter_no, meter_file_no, read_time, read_status, read_data, m.concentrator_id as concentrator_id, con.serial_number as concentrator_no, m.collector_id as collector_id , col.collector_no as collector_no, m.customer_id as customer_id, cust.customer_name as customer_name, dt.manufacturer_id as factory_id, dm.`name` as factory_name FROM sc_meter_read_record m LEFT JOIN sc_building b ON ( m.building_id = b.id ) left join sc_community com on (com.id = m.community) left join sc_customer cust on (cust.id = m.customer_id) left join sc_concentrator con on (con.id = m.concentrator_id) left join sc_collector col on (col.id = m.collector_id) left join sc_device_type dt on (dt.id = m.device_type_id) left join sc_device_manufacturer dm on (dm.id = dt.manufacturer_id) WHERE m.STATUS = 1 and m.site_id = #{param.siteId} and m.site_id in #{site.id} and m.building_id in #{item} and con.serial_number like #{param.concentratorCode} and col.collector like #{param.collectorCode} and ( m.device_no like #{param.deviceNo} or m.meter_no like #{param.deviceElectricNo} or m.meter_file_no like #{param.devicefileNo}) and m.customer_id = #{param.custormerId} and m.community = #{param.communityId} and m.building_id = #{param.buildingId} and read_status = #{param.readStatus} and m.sys_id = #{param.channelId} and read_date >= #{param.startDate} and read_date #{param.endDate} order by read_time desc SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and ( d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, sys_id, building_id, device_id FROM sc_meter_read_record WHERE read_date = #{param.statDay} AND building_id = #{param.buildingId} AND read_status = 1 ) tmp ) or d.device_status = 5) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM ${tableName} as t1 LEFT JOIN sc_device d on(t1.device_id = d.id) LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and t1.stat_day = #{param.statDay} AND t1.building_id = #{param.buildingId} SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building_7day WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and ( d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building_7day WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) or d.device_status = 5 ) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building_15day WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building_month WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) SELECT d.site_id as siteId, d.customer_id as customerId, d.sys_id as sysId, d.id as id, d.device_type as deviceType, d.building_id as buildingId, co.id as community, p.id as province, c.id as city, r.id as region, cu.customer_name as customerName, b.`name`as buildingName, co.`name`as communityName, col.collector_no as collectorName, con.serial_number as concentratorName, d.water_meter_no as waterMeterNo, d.water_meter_file_no as waterMeterFileNo, d.device_no as deviceNo, d.device_status as deviceStatus, d.floor as floor, d.loc_desc as locDesc, d.last_receive_time as lastReceiveTime FROM sc_device d LEFT JOIN sc_w_meter_type wmt ON ( d.device_type = wmt.device_type_id AND wmt.`status` = 1 ) LEFT JOIN sc_customer cu ON ( d.customer_id = cu.id AND cu.`status` = 1 ) LEFT JOIN sc_building b ON ( d.building_id = b.id AND b.`status` = 1 ) LEFT JOIN sc_community co ON ( b.community = co.id AND co.`status` = 1 ) LEFT JOIN sc_area p ON ( b.province = p.id ) LEFT JOIN sc_area c ON ( b.city = c.id ) LEFT JOIN sc_area r ON ( b.region = r.id ) LEFT JOIN sc_water_related_device rd ON ( rd.device_id = d.id AND rd.`status` = 1 ) LEFT JOIN sc_collector col ON ( col.id = rd.collector_id AND col.`status` = 1 ) LEFT JOIN sc_concentrator con ON ( con.id = rd.concentrator_id AND con.`status` = 1 ) where d.status = 1 and d.building_id = #{param.buildingId} and d.site_id = #{param.siteId} and d.sys_id = #{param.channelId} and d.customer_id = #{param.custormerId} and (d.id IN ( SELECT tmp.device_id FROM ( SELECT site_id, channel_id, building_id, device_id FROM sc_stat_meter_unread_device_by_building_15day WHERE stat_day = #{param.statDay} AND building_id = #{param.buildingId} ) tmp ) or d.device_status = 5) select from sc_meter_read_record where read_status = 2 and device_id = #{param.deviceId} and read_date >= #{param.startDate} and read_date #{param.endDate} order by read_date desc select ifnull(sum(result.water_consumption), 0) as total_water_consumption, count(result.device_id) as total_device_count from ( select smrr.device_id as device_id, smrr.building_id as building_id, ifnull(sum(smrr.last_cost), 0) as water_consumption from sc_meter_read_record smrr where smrr.status = 1 and smrr.site_id = #{param.siteId} and smrr.customer_id = #{param.custormerId} and smrr.building_id in #{item} and smrr.read_date = ]]> #{param.startDate} and smrr.read_date #{param.endDate} group by smrr.device_id, smrr.building_id ) result left join sc_building sb on (result.building_id = sb.id and sb.status = 1) left join sc_device_dimension sdd on (sdd.device_id = result.device_id and sdd.status = 1) where 1 = 1 and sdd.${item.dimensionCode} = #{item.dimensionValue} and sb.province in #{item} and sb.city in #{item} and sb.region in #{item} and sb.community in #{item} and result.water_consumption = ]]> #{param.beginRate} and result.water_consumption #{param.endRate} select list.meter_no as meter_no, list.device_type as device_type, list.customer as customer, list.district as district, list.community as community, list.building as building, list.location as location, list.water_consumption as water_consumption from ( select smrr.meter_no as meter_no, sdt.equipment_type as device_type, scu.customer_name as customer, replace(replace(sa.manger_name, "中国", ""), ",", "") as district, sco.name as community, sb.name as building, smrr.location as location, ifnull(sum(smrr.last_cost), 0) as water_consumption from sc_meter_read_record smrr left join sc_device_type sdt on (smrr.device_type_id = sdt.id and sdt.status = 1) left join sc_customer scu on (smrr.customer_id = scu.id and scu.status = 1) left join sc_building sb on (smrr.building_id = sb.id and sb.status = 1) left join sc_area sa on (sa.id = sb.region) left join sc_community sco on (sb.community = sco.id and sco.id) left join sc_device_dimension sdd on (sdd.device_id = smrr.device_id and sdd.status = 1) where smrr.status = 1 and smrr.site_id = #{param.siteId} and sdd.${item.dimensionCode} = #{item.dimensionValue} and smrr.customer_id = #{param.custormerId} and sb.province in #{item} and sb.city in #{item} and sb.region in #{item} and sb.community in #{item} and smrr.building_id in #{item} and smrr.read_date = ]]> #{param.startDate} and smrr.read_date #{param.endDate} group by smrr.meter_no, sdt.equipment_type, scu.customer_name, district, sco.name, sb.name, smrr.location ) list where 1 = 1 and list.water_consumption = ]]> #{param.beginRate} and list.water_consumption #{param.endRate} order by list.water_consumption ${param.sortOrder} select count(result.device_id) from ( select smrr.device_id as device_id, smrr.building_id as building_id, ifnull(sum(smrr.last_cost), 0) as water_consumption from sc_meter_read_record smrr where smrr.status = 1 and smrr.site_id = #{param.siteId} and smrr.customer_id = #{param.custormerId} and smrr.building_id in #{item} and smrr.read_date = ]]> #{param.startDate} and smrr.read_date #{param.endDate} group by smrr.device_id, smrr.building_id ) result left join sc_building sb on (result.building_id = sb.id and sb.status = 1) left join sc_device_dimension sdd on (sdd.device_id = result.device_id and sdd.status = 1) where 1 = 1 and sdd.${item.dimensionCode} = #{item.dimensionValue} and sb.province in #{item} and sb.city in #{item} and sb.region in #{item} and sb.community in #{item} and result.water_consumption = ]]> #{param.beginRate} and result.water_consumption #{param.endRate} select from sc_meter_read_record where status = 1 and device_id = #{deviceId} and read_date = #{lastDate} select from sc_meter_read_record where status = 1 and device_id = #{deviceId} and read_date #{lastDate} order by read_date desc limit 1 select distinct device_id from sc_meter_read_record where status = 1 and sys_id = -99 and read_date = ]]> #{startDate} order by device_id asc select from sc_meter_read_record where status = 1 and device_id = #{deviceId} and read_date = ]]> #{startDate} order by read_date asc UPDATE sc_meter_read_record when id=#{item.id} then #{item.lastValid} when id=#{item.id} then #{item.lastCost} id in #{item.id} select device_id from sc_meter_read_record where status = 1 and read_date = #{date} limit #{limit} SELECT read_date as meter_read_date, device_no, meter_no as electronic_no, read_data as meter_read_data, read_time as meter_read_time FROM sc_meter_read_record WHERE read_status = 2 AND read_date = #{meterReadDate} and device_no = #{deviceNo} and meter_no = #{electronicNo} and customer_id = #{custId} UPDATE sc_meter_read_record sys_id= #{meterReadRecord.sysId,jdbcType=INTEGER}, where device_id= #{meterReadRecord.deviceId,jdbcType=BIGINT} select device_id,meter_file_no,read_data from sc_meter_read_record where read_date=#{readTime} and device_id in #{item} select from sc_meter_read_record where device_id = #{deviceId,jdbcType=BIGINT} and read_status = 2 and status = 1 and read_date = ( SELECT max( read_date ) FROM sc_meter_read_record WHERE device_id = #{deviceId,jdbcType=BIGINT} and read_status = 2) limit 1