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feat(watch): 支持Oracle数据库兼容性改进

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- 将MyBatis查询中的"LIMIT 1"替换为"FETCH FIRST 1 ROWS ONLY"
- 在XML映射文件中将ROWNUM用于分页查询以提高Oracle兼容性
- 将MySQL特定函数转换为Oracle兼容语法：
  - YEAR()替换为EXTRACT(YEAR FROM)
  - TIMESTAMPDIFF()替换为EXTRACT(HOUR/MINUTE/SECOND FROM) - IFNULL()替换为NVL() - CURDATE()替换为SYSDATE
- 更新复杂查询语句使用ROW_NUMBER()窗口函数替代LEFT JOIN
- 修改表名引用从反引号到双引号以提高数据库兼容性
This commit is contained in:
hejiayang
2026-03-11 09:41:56 +08:00
parent 0b403a559e
commit 3733d442cc
30 changed files with 546 additions and 423 deletions
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health-watch/health-watch-biz/src/main/java/com/renkang/watch/api/service/impl/WatchDataApiServiceImpl.java
+3 -3
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@@ -894,7 +894,7 @@ public class WatchDataApiServiceImpl implements WatchDataApiService {
WatchStatUserInfoDaySleep::getDataDate) WatchStatUserInfoDaySleep::getDataDate)
.eq(WatchStatUserInfoDaySleep::getUserId, userId) .eq(WatchStatUserInfoDaySleep::getUserId, userId)
.orderByDesc(WatchStatUserInfoDaySleep::getDataDate) .orderByDesc(WatchStatUserInfoDaySleep::getDataDate)
.last("limit 1"); .last("FETCH FIRST 1 ROWS ONLY");
WatchStatUserInfoDaySleep data = watchStatUserInfoDaySleepMapper.selectOne(queryWrapper); WatchStatUserInfoDaySleep data = watchStatUserInfoDaySleepMapper.selectOne(queryWrapper);
@@ -1016,7 +1016,7 @@ public class WatchDataApiServiceImpl implements WatchDataApiService {
queryWrapper.eq(WatchData::getUserid, userId) queryWrapper.eq(WatchData::getUserid, userId)
.orderByDesc(WatchData::getLastUpdateTime) .orderByDesc(WatchData::getLastUpdateTime)
.eq(WatchData::getType, type) .eq(WatchData::getType, type)
.last("limit 1"); .last("FETCH FIRST 1 ROWS ONLY");
WatchData watchData = watchDataMapper.selectOne(queryWrapper); WatchData watchData = watchDataMapper.selectOne(queryWrapper);
if (watchData == null) { if (watchData == null) {
return null; return null;
@@ -1033,7 +1033,7 @@ public class WatchDataApiServiceImpl implements WatchDataApiService {
QueryWrapper<T> queryWrapper = new QueryWrapper<>(); QueryWrapper<T> queryWrapper = new QueryWrapper<>();
queryWrapper.eq("user_id", userId) queryWrapper.eq("user_id", userId)
.orderByDesc("data_date") .orderByDesc("data_date")
.last("limit 1"); .last("FETCH FIRST 1 ROWS ONLY");
return queryWrapper.lambda(); return queryWrapper.lambda();
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchDataHeartRateMapper.java
+1 -1
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@@ -32,6 +32,6 @@ public interface WatchDataHeartRateMapper extends MPJBaseMapper<WatchDataHeartRa
* @param bindUserId * @param bindUserId
* @return * @return
*/ */
@Select("select * from watch_data_heart_rate where bind_user_id = #{bindUserId} and data_date = (select MAX(data_date) from watch_data_heart_rate where bind_user_id = #{bindUserId})") @Select("SELECT * FROM watch_data_heart_rate WHERE bind_user_id = #{bindUserId} AND data_date = (SELECT MAX(data_date) FROM watch_data_heart_rate WHERE bind_user_id = #{bindUserId})")
List<WatchDataHeartRate> latestDataTempByUserId(@Param("bindUserId") String bindUserId); List<WatchDataHeartRate> latestDataTempByUserId(@Param("bindUserId") String bindUserId);
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchDataSpo2Mapper.java
+1 -1
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@@ -33,7 +33,7 @@ public interface WatchDataSpo2Mapper extends MPJBaseMapper<WatchDataSpo2> {
* @param bindUserId * @param bindUserId
* @return * @return
*/ */
@Select("select * from watch_data_spo2 where bind_user_id = #{bindUserId} and data_date = (select MAX(data_date) from watch_data_spo2 where bind_user_id = #{bindUserId})") @Select("SELECT * FROM watch_data_spo2 WHERE bind_user_id = #{bindUserId} AND data_date = (SELECT MAX(data_date) FROM watch_data_spo2 WHERE bind_user_id = #{bindUserId})")
List<WatchDataSpo2> latestDataTempByUserId(@Param("bindUserId") String bindUserId); List<WatchDataSpo2> latestDataTempByUserId(@Param("bindUserId") String bindUserId);
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchDataStressMapper.java
+2 -2
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@@ -21,7 +21,7 @@ public interface WatchDataStressMapper extends MPJBaseMapper<WatchDataStress> {
IPage<WatchDataStress> selectStressByYear(IPage<WatchDataStress> page, StatisticsReq req); IPage<WatchDataStress> selectStressByYear(IPage<WatchDataStress> page, StatisticsReq req);
@Select("select * from watch_data_stress where bind_user_id = #{bindUserId} order by start_time_stamp desc limit 1") @Select("SELECT * FROM (SELECT * FROM watch_data_stress WHERE bind_user_id = #{bindUserId} ORDER BY start_time_stamp DESC) WHERE ROWNUM = 1")
WatchDataStress selectWatchDataStressByUserId(@Param("bindUserId") String bindUserId); WatchDataStress selectWatchDataStressByUserId(@Param("bindUserId") String bindUserId);
/** /**
@@ -29,7 +29,7 @@ public interface WatchDataStressMapper extends MPJBaseMapper<WatchDataStress> {
* @param bindUserId * @param bindUserId
* @return * @return
*/ */
@Select("select * from watch_data_stress where bind_user_id = #{bindUserId} and data_date = (select MAX(data_date) from watch_data_stress where bind_user_id = #{bindUserId})") @Select("SELECT * FROM watch_data_stress WHERE bind_user_id = #{bindUserId} AND data_date = (SELECT MAX(data_date) FROM watch_data_stress WHERE bind_user_id = #{bindUserId})")
List<WatchDataStress> latestDataTempByUserId(@Param("bindUserId") String bindUserId); List<WatchDataStress> latestDataTempByUserId(@Param("bindUserId") String bindUserId);
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchDataTemperatureMapper.java
+2 -2
View File
@@ -23,7 +23,7 @@ public interface WatchDataTemperatureMapper extends MPJBaseMapper<WatchDataTempe
IPage<WatchDataTemperature> selectTempByYear(@Param("page") IPage<WatchDataTemperature> page, @Param("req") StatisticsReq req); IPage<WatchDataTemperature> selectTempByYear(@Param("page") IPage<WatchDataTemperature> page, @Param("req") StatisticsReq req);
@Select("select * from watch_data_temperature where bind_user_id = #{bindUserId} and Date(data_date) = Date(#{dateTime}) order by time_stamp") @Select("SELECT * FROM watch_data_temperature WHERE bind_user_id = #{bindUserId} AND data_date = #{dateTime} ORDER BY time_stamp")
List<WatchDataTemperature> selectTempByUserId(@Param("bindUserId") String bindUserId,@Param("dateTime") Date dateTime); List<WatchDataTemperature> selectTempByUserId(@Param("bindUserId") String bindUserId,@Param("dateTime") Date dateTime);
/** /**
@@ -31,6 +31,6 @@ public interface WatchDataTemperatureMapper extends MPJBaseMapper<WatchDataTempe
* @param bindUserId * @param bindUserId
* @return * @return
*/ */
@Select("select * from watch_data_temperature where bind_user_id = #{bindUserId} and data_date = (select MAX(data_date) from watch_data_temperature where bind_user_id = #{bindUserId})") @Select("SELECT * FROM watch_data_temperature WHERE bind_user_id = #{bindUserId} AND data_date = (SELECT MAX(data_date) FROM watch_data_temperature WHERE bind_user_id = #{bindUserId})")
List<WatchDataTemperature> latestDataTempByUserId(@Param("bindUserId") String bindUserId); List<WatchDataTemperature> latestDataTempByUserId(@Param("bindUserId") String bindUserId);
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchDeviceMapper.java
+1 -1
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@@ -66,7 +66,7 @@ public interface WatchDeviceMapper extends MPJBaseMapper<WatchDevice> {
List<String> selectDeviceUserId(@Param("deptId") String deptId); List<String> selectDeviceUserId(@Param("deptId") String deptId);
@Select(value = "SELECT LEFT(org_code,6) as orgCode, count(1) as medicalCount FROM watch_device GROUP BY LEFT(org_code,6)") @Select(value = "SELECT SUBSTR(org_code, 1, 6) as orgCode, COUNT(1) as medicalCount FROM watch_device GROUP BY SUBSTR(org_code, 1, 6)")
List<JSONObject> getWatchSum(); List<JSONObject> getWatchSum();
List<WearCount> selectWearCount(@Param("orgCodeList") List<String> orgCodeList); List<WearCount> selectWearCount(@Param("orgCodeList") List<String> orgCodeList);
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchMapper.java
+10 -10
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@@ -16,10 +16,10 @@ import java.util.Map;
@Mapper @Mapper
public interface WatchMapper { public interface WatchMapper {
@Select("SELECT ROUND(SYSDATE - (SELECT CAST(bind_date AS DATE) FROM watch_bind_his WHERE bind_user_id = #{id} ORDER BY bind_date DESC limit 1)) AS days") @Select("SELECT TRUNC(SYSDATE - CAST(bind_date AS DATE)) AS days FROM (SELECT bind_date FROM watch_bind_his WHERE bind_user_id = #{id} ORDER BY bind_date DESC FETCH FIRST 1 ROWS ONLY)")
Integer getUseDays(@Param("id") String id); Integer getUseDays(@Param("id") String id);
@Select("select length(nm.status) minutes,TO_CHAR(n.data_date,'YYYY-MM-DD') dataDate from watch_data_sleep_new_minute nm left join watch_data_sleep_new n on nm.sleep_id = n.id where n.id = ( select id from watch_data_sleep_new WHERE bind_user_id = #{id} order by data_date desc limit 1) and nm.STATUS not like '%55%' limit 1") @Select("SELECT LENGTH(nm.status) minutes, TO_CHAR(n.data_date,'YYYY-MM-DD') dataDate FROM watch_data_sleep_new_minute nm LEFT JOIN watch_data_sleep_new n ON nm.sleep_id = n.id WHERE n.id = (SELECT id FROM watch_data_sleep_new WHERE bind_user_id = #{id} ORDER BY data_date DESC FETCH FIRST 1 ROWS ONLY) AND nm.STATUS NOT LIKE '%55%' AND ROWNUM = 1")
WatchDataDTO getDataSleep(@Param("id") String id); WatchDataDTO getDataSleep(@Param("id") String id);
/** /**
@@ -27,28 +27,28 @@ public interface WatchMapper {
* @param id 用户 ID * @param id 用户 ID
* @return * @return
*/ */
@Select("SELECT long_duration_total minutes, data_date dataDate FROM watch_stat_user_info_day_sleep WHERE user_id = #{id} and long_duration_total > 0 ORDER BY data_date DESC LIMIT 1;") @Select("SELECT long_duration_total minutes, data_date dataDate FROM watch_stat_user_info_day_sleep WHERE user_id = #{id} AND long_duration_total > 0 ORDER BY data_date DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getDataSleepNew(@Param("id") String id); WatchDataDTO getDataSleepNew(@Param("id") String id);
@Select("SELECT AVG(ROUND((CAST(d.wake_up_time AS DATE) - CAST(d.fall_asleep_time AS DATE)) * 24 * 60)) AS aveMinute FROM watch_data_sleep_new_day d LEFT JOIN watch_data_sleep_new n ON d.sleep_id = n.id WHERE n.id IN (SELECT id FROM watch_data_sleep_new WHERE bind_user_id = #{id})") @Select("SELECT AVG(ROUND((CAST(d.wake_up_time AS DATE) - CAST(d.fall_asleep_time AS DATE)) * 24 * 60)) AS aveMinute FROM watch_data_sleep_new_day d LEFT JOIN watch_data_sleep_new n ON d.sleep_id = n.id WHERE n.id IN (SELECT id FROM watch_data_sleep_new WHERE bind_user_id = #{id})")
Double getAverageSleep(@Param("id") String id); Double getAverageSleep(@Param("id") String id);
@Select("select MAX(data_value) dataValue,data_date dataDate from watch_data_steps where bind_user_id = #{id} group by data_date order by data_date desc limit 1") @Select("SELECT MAX(data_value) dataValue, data_date dataDate FROM watch_data_steps WHERE bind_user_id = #{id} ORDER BY data_date DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getDataSteps(@Param("id") String id); WatchDataDTO getDataSteps(@Param("id") String id);
@Select("SELECT SUM(data_value) FROM watch_data_distance WHERE bind_user_id = #{id}") @Select("SELECT SUM(data_value) FROM watch_data_distance WHERE bind_user_id = #{id}")
Integer getDataDistance(@Param("id") String id); Integer getDataDistance(@Param("id") String id);
@Select("SELECT CAST(data_value as INTEGER) dataValue,data_date dataDate from watch_data_heart_rate where bind_user_id = #{id} order by time_stamp desc limit 1") @Select("SELECT CAST(data_value AS INTEGER) dataValue, data_date dataDate FROM watch_data_heart_rate WHERE bind_user_id = #{id} ORDER BY time_stamp DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getHeartRate(@Param("id") String id); WatchDataDTO getHeartRate(@Param("id") String id);
@Select("SELECT CAST(data_value as INTEGER) dataValue,data_date dataDate from watch_data_spo2 where bind_user_id = #{id} order by time_stamp desc limit 1") @Select("SELECT CAST(data_value AS INTEGER) dataValue, data_date dataDate FROM watch_data_spo2 WHERE bind_user_id = #{id} ORDER BY time_stamp DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getDataSpo2(@Param("id") String id); WatchDataDTO getDataSpo2(@Param("id") String id);
@Select("select cast(data_value as INTEGER) dataValue,data_date dataDate from watch_data_stress where bind_user_id = #{id} order by end_time_stamp desc limit 1") @Select("SELECT CAST(data_value AS INTEGER) dataValue, data_date dataDate FROM watch_data_stress WHERE bind_user_id = #{id} ORDER BY end_time_stamp DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getStress(@Param("id") String id); WatchDataDTO getStress(@Param("id") String id);
@Select("select data_value dataValue,data_date dataDate from watch_data_temperature where bind_user_id = #{id} order by time_stamp desc limit 1") @Select("SELECT data_value dataValue, data_date dataDate FROM watch_data_temperature WHERE bind_user_id = #{id} ORDER BY time_stamp DESC FETCH FIRST 1 ROWS ONLY")
WatchDataDTO getTemp(@Param("id") String id); WatchDataDTO getTemp(@Param("id") String id);
@Select("SELECT * FROM watch_data_sleep_new_minute WHERE sleep_id IN (SELECT id FROM watch_data_sleep_new WHERE sleep_flag= '1' AND bind_user_id = #{id} AND data_date = #{date})") @Select("SELECT * FROM watch_data_sleep_new_minute WHERE sleep_id IN (SELECT id FROM watch_data_sleep_new WHERE sleep_flag= '1' AND bind_user_id = #{id} AND data_date = #{date})")
@@ -81,7 +81,7 @@ public interface WatchMapper {
@Select("select max(data_value) maxValue,min(data_value) minValue from watch_data_spo2 where bind_user_id = #{id} and data_date = #{date}") @Select("select max(data_value) maxValue,min(data_value) minValue from watch_data_spo2 where bind_user_id = #{id} and data_date = #{date}")
Map<String, Object> getMapSpo2(@Param("id") String id, @Param("date") Date date); Map<String, Object> getMapSpo2(@Param("id") String id, @Param("date") Date date);
@Select("select data_value lastValue from watch_data_spo2 where bind_user_id = #{id} and data_date = #{date} order by time_stamp desc limit 1") @Select("SELECT data_value lastValue FROM watch_data_spo2 WHERE bind_user_id = #{id} AND data_date = #{date} ORDER BY time_stamp DESC FETCH FIRST 1 ROWS ONLY")
Map<String, Object> getMapNewSpo2(@Param("id") String id, @Param("date") Date date); Map<String, Object> getMapNewSpo2(@Param("id") String id, @Param("date") Date date);
List<Map<String, Object>> getMapSpo2Format(@Param("id") String id, @Param("date") String date, @Param("format") String format); List<Map<String, Object>> getMapSpo2Format(@Param("id") String id, @Param("date") String date, @Param("format") String format);
@@ -95,6 +95,6 @@ public interface WatchMapper {
Map<String, Object> getAverageDay(@Param("id") String id); Map<String, Object> getAverageDay(@Param("id") String id);
@Select("SELECT watch_no FROM watch_bind_his WHERE bind_user_id = #{id} AND bind_date <= #{date} ORDER BY bind_date DESC limit 1") @Select("SELECT watch_no FROM watch_bind_his WHERE bind_user_id = #{id} AND bind_date <= #{date} ORDER BY bind_date DESC FETCH FIRST 1 ROWS ONLY")
String getWatchNo(@Param("id") String id, @Param("date") String date); String getWatchNo(@Param("id") String id, @Param("date") String date);
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchMonitorDataMapper.java
+1 -1
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@@ -42,7 +42,7 @@ public interface WatchMonitorDataMapper extends BaseMapper<WatchMonitorData>, MP
List<WatchMonitorData> getMonitorErrorNumsNew(@Param("orgCodes")List<String> orgCodes, @Param("start") Date start, @Param("end") Date end); List<WatchMonitorData> getMonitorErrorNumsNew(@Param("orgCodes")List<String> orgCodes, @Param("start") Date start, @Param("end") Date end);
@Select("select count(1) from watch_monitor_data where bind_user_id = #{userId} and YEAR(warn_time) = #{year} and event_type = 'fall_down'") @Select("SELECT COUNT(1) FROM watch_monitor_data WHERE bind_user_id = #{userId} AND EXTRACT(YEAR FROM warn_time) = #{year} AND event_type = 'fall_down'")
int selectUserFallNum(String userId,String year); int selectUserFallNum(String userId,String year);
List<WatchMonitorData> selectParams(@Param("req") AloneReq req); List<WatchMonitorData> selectParams(@Param("req") AloneReq req);
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/WatchStatUserInfoDayStressMapper.java
+1 -1
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@@ -28,7 +28,7 @@ public interface WatchStatUserInfoDayStressMapper extends MPJBaseMapper<WatchSta
List<WatchDataStressRes> selectStressByYear(@Param("dateYear") Date dateYear, @Param("userId")String userId); List<WatchDataStressRes> selectStressByYear(@Param("dateYear") Date dateYear, @Param("userId")String userId);
@Select("select * from watch_stat_user_info_day_stress where user_id = #{userId} DATE(data_date) = DATE(#{dataDate}) limit 1") @Select("SELECT * FROM watch_stat_user_info_day_stress WHERE user_id = #{userId} AND data_date = #{dataDate} AND ROWNUM = 1")
WatchDataStressRes selectStressByUserIdAndDate(@Param("dateTime") Date dateTime, @Param("userId")String userId); WatchDataStressRes selectStressByUserIdAndDate(@Param("dateTime") Date dateTime, @Param("userId")String userId);
void insertStat(WatchStatUserInfoDayStress watchStatUserInfoDayStress); void insertStat(WatchStatUserInfoDayStress watchStatUserInfoDayStress);
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/ArchivesBodyTypeMapper.xml
+5 -3
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@@ -3,6 +3,7 @@
<mapper namespace="com.renkang.watch.mapper.ArchivesBodyTypeMapper"> <mapper namespace="com.renkang.watch.mapper.ArchivesBodyTypeMapper">
<select id="selectHeartRateData" resultType="com.renkang.watch.entity.ArchivesBodyType"> <select id="selectHeartRateData" resultType="com.renkang.watch.entity.ArchivesBodyType">
SELECT * FROM (
SELECT SELECT
temp.* temp.*
FROM FROM
@@ -17,7 +18,8 @@
watch_data watch_data
WHERE WHERE
userid = #{userId} userid = #{userId}
AND type = 1 UNION ALL AND type = 1
UNION ALL
SELECT SELECT
user_id AS userId, user_id AS userId,
data_value AS dataValue, data_value AS dataValue,
@@ -32,7 +34,7 @@
) temp ) temp
ORDER BY ORDER BY
temp.createDate DESC temp.createDate DESC
LIMIT 1; ) WHERE ROWNUM = 1
</select> </select>
<select id="selectTemperatureData" resultType="com.renkang.watch.entity.ArchivesBodyType"> <select id="selectTemperatureData" resultType="com.renkang.watch.entity.ArchivesBodyType">
SELECT SELECT
@@ -62,9 +64,9 @@
user_id = #{userId} user_id = #{userId}
AND type = 5 AND type = 5
) temp ) temp
WHERE ROWNUM = 1
ORDER BY ORDER BY
temp.createDate DESC temp.createDate DESC
LIMIT 1;
</select> </select>
<select id="analysisHeartRateListData" resultType="com.renkang.watch.entity.ArchivesBodyType"> <select id="analysisHeartRateListData" resultType="com.renkang.watch.entity.ArchivesBodyType">
SELECT SELECT
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataHeartRateMapper.xml
+2 -2
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@@ -5,9 +5,9 @@
SELECT SELECT
* *
FROM FROM
`watch_data_heart_rate` "watch_data_heart_rate"
WHERE WHERE
YEAR ( data_date )= #{req.dateYear} EXTRACT(YEAR FROM data_date) = #{req.dateYear}
AND AND
bind_user_id=#{req.userId} bind_user_id=#{req.userId}
order by data_date desc,time_stamp desc order by data_date desc,time_stamp desc
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataMapper.xml
+163 -99
View File
@@ -88,18 +88,18 @@
<select id="selectSevenActiveList" resultType="com.renkang.watch.entity.WatchData"> <select id="selectSevenActiveList" resultType="com.renkang.watch.entity.WatchData">
select select
orgcode, IFNULL(COUNT(DISTINCT userid),0) AS "type" orgcode, NVL(COUNT(DISTINCT userid),0) AS "type"
from watch_data from watch_data
WHERE last_update_time >= CURDATE() - INTERVAL 6 DAY WHERE last_update_time >= SYSDATE - 6
GROUP BY orgcode GROUP BY orgcode
</select> </select>
<select id="selectThirtyActiveList" resultType="com.renkang.watch.entity.WatchData"> <select id="selectThirtyActiveList" resultType="com.renkang.watch.entity.WatchData">
select select
orgcode, IFNULL(COUNT(DISTINCT userid),0) AS "type" orgcode, NVL(COUNT(DISTINCT userid),0) AS "type"
from watch_data from watch_data
WHERE last_update_time >= CURDATE() - INTERVAL 29 DAY WHERE last_update_time >= SYSDATE - 29
GROUP BY orgcode GROUP BY orgcode
</select> </select>
@@ -127,89 +127,113 @@
SELECT count(1) SELECT count(1)
FROM watch_data FROM watch_data
WHERE watch_no = #{watchNo} WHERE watch_no = #{watchNo}
AND last_update_time >= CURDATE() - INTERVAL 7 DAY AND last_update_time >= SYSDATE - 7
</select> </select>
<insert id="insertHeartRate"> <insert id="insertHeartRate">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 1, data_value, data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 1, data_value, data_date
from watch_data_heart_rate force index (bind_user_id) from (select bind_user_id, watch_no, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_heart_rate
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR})
order by time_stamp desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateHeartRate"> <update id="updateHeartRate">
update watch_data wd left join (select bind_user_id, data_value, data_date update watch_data wd
from watch_data_heart_rate force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select data_value from (
select bind_user_id, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_heart_rate
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
order by time_stamp desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
wd.last_update_time = d.data_date from watch_data_heart_rate
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
) where rn = 1)
where wd.userid = #{userid,jdbcType=VARCHAR} where wd.userid = #{userid,jdbcType=VARCHAR}
and wd.watch_no = #{watchNo,jdbcType=VARCHAR} and wd.watch_no = #{watchNo,jdbcType=VARCHAR}
and wd.`type` = 1; and wd."type" = 1;
</update> </update>
<insert id="insertSpo2"> <insert id="insertSpo2">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 2, data_value, data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 2, data_value, data_date
from watch_data_spo2 force index (bind_user_id_index) from (select bind_user_id, watch_no, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_spo2
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR})
order by time_stamp desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateSpo2"> <update id="updateSpo2">
update watch_data wd left join (select bind_user_id, data_value, data_date update watch_data wd
from watch_data_spo2 force index (bind_user_id_index) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select data_value from (
select bind_user_id, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_spo2
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
order by time_stamp desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
wd.last_update_time = d.data_date from watch_data_spo2
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 2; and "type" = 2;
</update> </update>
<insert id="insertStress"> <insert id="insertStress">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 3, data_value, data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 3, data_value, data_date
from watch_data_stress force index (bind_user_id) from (select bind_user_id, watch_no, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY start_time_stamp desc) as rn
from watch_data_stress
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR})
order by start_time_stamp desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateStress"> <update id="updateStress">
update watch_data wd left join (select bind_user_id, data_value, data_date update watch_data wd
from watch_data_stress force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select data_value from (
select bind_user_id, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY start_time_stamp desc) as rn
from watch_data_stress
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
order by start_time_stamp desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY start_time_stamp desc) as rn
wd.last_update_time = d.data_date from watch_data_stress
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 3; and "type" = 3;
</update> </update>
<insert id="insertSleep"> <insert id="insertSleep">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, (select #{id,jdbcType=VARCHAR}, bind_user_id,
#{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, #{watchNo,jdbcType=VARCHAR}, 4, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, #{watchNo,jdbcType=VARCHAR}, 4,
sum(time_to_sec(timediff(sm.end_time, sm.start_time))) / 60 as deep_light_times, data_date NVL(SUM(EXTRACT(HOUR FROM (sm.end_time - sm.start_time)) * 60 + EXTRACT(MINUTE FROM (sm.end_time - sm.start_time))), 0) as deep_light_times, data_date
from watch_data_sleep_new s from watch_data_sleep_new s
left join watch_data_sleep_new_minute sm on s.id = sm.sleep_id left join watch_data_sleep_new_minute sm on s.id = sm.sleep_id
where s.bind_user_id = #{userid,jdbcType=VARCHAR} where s.bind_user_id = #{userid,jdbcType=VARCHAR}
@@ -217,13 +241,13 @@
and s.sleep_flag = '1' and s.sleep_flag = '1'
group by s.bind_user_id, s.watch_no, s.data_date group by s.bind_user_id, s.watch_no, s.data_date
order by data_date desc order by data_date desc
limit 1); FETCH FIRST 1 ROWS ONLY);
</insert> </insert>
<update id="updateSleep"> <update id="updateSleep">
update watch_data wd left join (select s.bind_user_id, update watch_data wd
sum(time_to_sec(timediff(sm.end_time, sm.start_time))) / 60 as deep_light_times, set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
data_date wd.data_value = (select NVL(SUM(EXTRACT(HOUR FROM (sm.end_time - sm.start_time)) * 60 + EXTRACT(MINUTE FROM (sm.end_time - sm.start_time))), 0)
from watch_data_sleep_new s from watch_data_sleep_new s
left join watch_data_sleep_new_minute sm on s.id = sm.sleep_id left join watch_data_sleep_new_minute sm on s.id = sm.sleep_id
where s.bind_user_id = #{userid,jdbcType=VARCHAR} where s.bind_user_id = #{userid,jdbcType=VARCHAR}
@@ -231,118 +255,158 @@
and s.sleep_flag = '1' and s.sleep_flag = '1'
group by s.bind_user_id, s.watch_no, s.data_date group by s.bind_user_id, s.watch_no, s.data_date
order by data_date desc order by data_date desc
limit 1) d on d.bind_user_id = wd.userid FETCH FIRST 1 ROWS ONLY),
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, wd.last_update_time = (select data_date from (
wd.data_value = d.deep_light_times, select data_date
wd.last_update_time = d.data_date from watch_data_sleep_new
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
and sleep_flag = '1'
order by data_date desc
) where ROWNUM = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 4; and "type" = 4;
</update> </update>
<insert id="insertTemperature"> <insert id="insertTemperature">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 5, data_value, data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 5, data_value, data_date
from watch_data_temperature force index (bind_user_id) from (select bind_user_id, watch_no, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_temperature
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR})
order by time_stamp desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateTemperature"> <update id="updateTemperature">
update watch_data wd left join (select bind_user_id, data_value, data_date update watch_data wd
from watch_data_temperature force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select data_value from (
select bind_user_id, data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
from watch_data_temperature
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
order by time_stamp desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY time_stamp desc) as rn
wd.last_update_time = d.data_date from watch_data_temperature
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 5; and "type" = 5;
</update> </update>
<insert id="insertWorkout"> <insert id="insertWorkout">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 6, sum(calorie), data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 6, sum(calorie), data_date
from watch_data_workout force index (bind_user_id) from (select bind_user_id, watch_no, sum(calorie) as calorie, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_workout
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date)
order by data_date desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateWorkout"> <update id="updateWorkout">
update watch_data wd left join (select bind_user_id, sum(calorie) as data_value, data_date update watch_data wd
from watch_data_workout force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select sum(calorie) from (
select bind_user_id, watch_no, sum(calorie) as calorie, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_workout
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date
order by data_date desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
wd.last_update_time = d.data_date from watch_data_workout
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 6; and "type" = 6;
</update> </update>
<insert id="insertDistance"> <insert id="insertDistance">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 7, max(data_value), data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 7, max(data_value), data_date
from watch_data_distance force index (bind_user_id) from (select bind_user_id, watch_no, max(data_value) as data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_distance
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date)
order by data_date desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateDistance"> <update id="updateDistance">
update watch_data wd left join (select bind_user_id,max(data_value) as data_value, data_date update watch_data wd
from watch_data_distance force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select max(data_value) from (
select bind_user_id, watch_no, max(data_value) as data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_distance
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date
order by data_date desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
wd.last_update_time = d.data_date from watch_data_distance
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 7; and "type" = 7;
</update> </update>
<insert id="insertSteps"> <insert id="insertSteps">
insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time) insert into watch_data(id, userid, username, orgcode, watch_no, type, data_value, last_update_time)
(select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 8, max(data_value), data_date (select #{id,jdbcType=VARCHAR}, bind_user_id, #{username,jdbcType=VARCHAR}, #{orgcode,jdbcType=VARCHAR}, watch_no, 8, max(data_value), data_date
from watch_data_steps force index (bind_user_id) from (select bind_user_id, watch_no, max(data_value) as data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_steps
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date)
order by data_date desc where rn = 1);
limit 1);
</insert> </insert>
<update id="updateSteps"> <update id="updateSteps">
update watch_data wd left join (select bind_user_id,max(data_value) as data_value, data_date update watch_data wd
from watch_data_steps force index (bind_user_id) set wd.orgcode = #{orgcode,jdbcType=VARCHAR},
wd.data_value = (select max(data_value) from (
select bind_user_id, watch_no, max(data_value) as data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
from watch_data_steps
where bind_user_id = #{userid,jdbcType=VARCHAR} where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date group by bind_user_id, watch_no, data_date
order by data_date desc ) where rn = 1),
limit 1) d on d.bind_user_id = wd.userid wd.last_update_time = (select data_date from (
set wd.orgcode = #{orgcode,jdbcType=VARCHAR}, select bind_user_id, data_date,
wd.data_value = d.data_value, ROW_NUMBER() OVER (PARTITION BY bind_user_id, watch_no ORDER BY data_date desc) as rn
wd.last_update_time = d.data_date from watch_data_steps
where bind_user_id = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR}
group by bind_user_id, watch_no, data_date
) where rn = 1)
where userid = #{userid,jdbcType=VARCHAR} where userid = #{userid,jdbcType=VARCHAR}
and watch_no = #{watchNo,jdbcType=VARCHAR} and watch_no = #{watchNo,jdbcType=VARCHAR}
and `type` = 8; and "type" = 8;
</update> </update>
</mapper> </mapper>
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataSleepNewMapper.xml
+1 -1
View File
@@ -34,7 +34,7 @@
wdsnm.start_time as startTime, wdsnm.start_time as startTime,
wdsnm.end_time as endTime, wdsnm.end_time as endTime,
wdsnm.sleep_type as sleepType, wdsnm.sleep_type as sleepType,
TIMESTAMPDIFF(MINUTE,wdsnm.start_time,wdsnm.end_time) as times EXTRACT(MINUTE FROM (wdsnm.end_time - wdsnm.start_time)) as times
from from
watch_data_sleep_new wdsn watch_data_sleep_new wdsn
inner join watch_data_sleep_new_minute wdsnm on wdsnm.sleep_id=wdsn.id inner join watch_data_sleep_new_minute wdsnm on wdsnm.sleep_id=wdsn.id
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataSpo2Mapper.xml
+2 -2
View File
@@ -5,9 +5,9 @@
SELECT SELECT
* *
FROM FROM
`watch_data_spo2` "watch_data_spo2"
WHERE WHERE
YEAR ( data_date )= #{req.dateYear} EXTRACT(YEAR FROM data_date) = #{req.dateYear}
AND AND
bind_user_id=#{req.userId} bind_user_id=#{req.userId}
order by data_date desc,time_stamp desc order by data_date desc,time_stamp desc
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataStressMapper.xml
+2 -2
View File
@@ -5,9 +5,9 @@
SELECT SELECT
* *
FROM FROM
`watch_data_stress` "watch_data_stress"
WHERE WHERE
YEAR ( data_date )= #{req.dateYear} EXTRACT(YEAR FROM data_date) = #{req.dateYear}
AND AND
bind_user_id=#{req.userId} bind_user_id=#{req.userId}
order by data_date desc,start_time_stamp asc ,end_time_stamp asc order by data_date desc,start_time_stamp asc ,end_time_stamp asc
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataTemperatureMapper.xml
+2 -2
View File
@@ -5,9 +5,9 @@
SELECT SELECT
* *
FROM FROM
`watch_data_temperature` "watch_data_temperature"
WHERE WHERE
YEAR ( data_date )= #{req.dateYear} EXTRACT(YEAR FROM data_date) = #{req.dateYear}
AND AND
bind_user_id=#{req.userId} bind_user_id=#{req.userId}
order by data_date desc, order by data_date desc,
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDataWorkoutMapper.xml
+22 -16
View File
@@ -5,7 +5,7 @@
<select id="selectSportCostList" resultType="com.renkang.watch.entity.WatchDataWorkout"> <select id="selectSportCostList" resultType="com.renkang.watch.entity.WatchDataWorkout">
SELECT SELECT
DATE(start_time_stamp) as "dataDate", DATE(start_time_stamp) as "dataDate",
IFNULL(SUM(calorie),0) AS calorie, NVL(SUM(calorie),0) AS calorie,
SUM( SUM(
CASE CASE
WHEN workout_type IN (1, 3, 11, 12, 13, 17, 18, 102, 103, 107, 108, 109, 110, 112, 113, 114, 115, 116, 117, 118, 119, 120, 122, 127, 129, 137, 138, 142, 143, 151, 153, 154, 155, 156, 157, 163, 164, 166, 167, 169, 177, 179, 180, 181, 182, 183) THEN calorie * 0.30 WHEN workout_type IN (1, 3, 11, 12, 13, 17, 18, 102, 103, 107, 108, 109, 110, 112, 113, 114, 115, 116, 117, 118, 119, 120, 122, 127, 129, 137, 138, 142, 143, 151, 153, 154, 155, 156, 157, 163, 164, 166, 167, 169, 177, 179, 180, 181, 182, 183) THEN calorie * 0.30
@@ -19,25 +19,25 @@
WHEN workout_type IN (2, 4, 5, 6, 7, 8, 9, 10, 14, 15, 16, 19, 20, 21, 101, 104, 105, 106, 111, 121, 123, 124, 125, 126, 128, 130, 131, 132, 133, 134, 135, 136, 139, 140, 141, 144, 145, 146, 147, 148, 149, 150, 158, 159, 160, 161, 162, 165, 168, 170, 171, 172, 173, 174, 175, 176, 178, 184, 185) THEN calorie-FLOOR(calorie * 0.50) WHEN workout_type IN (2, 4, 5, 6, 7, 8, 9, 10, 14, 15, 16, 19, 20, 21, 101, 104, 105, 106, 111, 121, 123, 124, 125, 126, 128, 130, 131, 132, 133, 134, 135, 136, 139, 140, 141, 144, 145, 146, 147, 148, 149, 150, 158, 159, 160, 161, 162, 165, 168, 170, 171, 172, 173, 174, 175, 176, 178, 184, 185) THEN calorie-FLOOR(calorie * 0.50)
ELSE 0 ELSE 0
END END
) AS sugarCalories ) AS sugarCalories,
SUM(NVL(EXTRACT(SECOND FROM (end_time_stamp - start_time_stamp)) +
EXTRACT(MINUTE FROM (end_time_stamp - start_time_stamp)) * 60 +
EXTRACT(HOUR FROM (end_time_stamp - start_time_stamp)) * 3600, 0)) as "totalTime"
FROM FROM
watch_data_workout watch_data_workout
WHERE WHERE
FIND_IN_SET(workout_type,'1,2,3,109,144,6,7,101,113,145') INSTR(',' || '1,2,3,109,144,6,7,101,113,145' || ',', ',' || workout_type || ',') > 0
and bind_user_id = #{watchDataWorkout.bindUserId}
<if test="watchDataWorkout.endTime != null and watchDataWorkout.startTime != null"> <if test="watchDataWorkout.endTime != null and watchDataWorkout.startTime != null">
and DATE(start_time_stamp) &gt;= DATE(#{watchDataWorkout.startTime}) and DATE(start_time_stamp) &gt;= DATE(#{watchDataWorkout.startTime})
and DATE(start_time_stamp) &lt;= DATE(#{watchDataWorkout.endTime}) and DATE(start_time_stamp) &lt;= DATE(#{watchDataWorkout.endTime})
</if> </if>
GROUP BY and bind_user_id = #{watchDataWorkout.bindUserId}
dataDate
order by dataDate
</select> </select>
<select id="selectSportCostTotal" resultType="com.renkang.watch.entity.WatchDataWorkout"> <select id="selectSportCostTotal" resultType="com.renkang.watch.entity.WatchDataWorkout">
SELECT SELECT
IFNULL(SUM(calorie),0) AS calorie, NVL(SUM(calorie),0) AS calorie,
SUM( SUM(
CASE CASE
WHEN workout_type IN (1, 3, 11, 12, 13, 17, 18, 102, 103, 107, 108, 109, 110, 112, 113, 114, 115, 116, 117, 118, 119, 120, 122, 127, 129, 137, 138, 142, 143, 151, 153, 154, 155, 156, 157, 163, 164, 166, 167, 169, 177, 179, 180, 181, 182, 183) THEN calorie * 0.30 WHEN workout_type IN (1, 3, 11, 12, 13, 17, 18, 102, 103, 107, 108, 109, 110, 112, 113, 114, 115, 116, 117, 118, 119, 120, 122, 127, 129, 137, 138, 142, 143, 151, 153, 154, 155, 156, 157, 163, 164, 166, 167, 169, 177, 179, 180, 181, 182, 183) THEN calorie * 0.30
@@ -88,27 +88,31 @@
ELSE 0 ELSE 0
END END
AS sugarCalories, AS sugarCalories,
IFNULL(TIMESTAMPDIFF(SECOND, start_time_stamp, end_time_stamp),0) as "totalTime" NVL(EXTRACT(SECOND FROM (end_time_stamp - start_time_stamp)) +
EXTRACT(MINUTE FROM (end_time_stamp - start_time_stamp)) * 60 +
EXTRACT(HOUR FROM (end_time_stamp - start_time_stamp)) * 3600, 0) as "totalTime"
from from
watch_data_workout watch_data_workout
WHERE WHERE
bind_user_id = #{watchDataWorkout.bindUserId} bind_user_id = #{watchDataWorkout.bindUserId}
and DATE(start_time_stamp) = DATE(#{watchDataWorkout.dataDate}) and DATE(start_time_stamp) = DATE(#{watchDataWorkout.dataDate})
and FIND_IN_SET(workout_type,'1,2,3,109,144,6,7,101,113,145') and INSTR(',' || '1,2,3,109,144,6,7,101,113,145' || ',', ',' || workout_type || ',') > 0
order by start_time_stamp desc order by start_time_stamp desc
</select> </select>
<select id="selectselectSportTimingTotal" resultType="com.renkang.watch.entity.WatchDataWorkout"> <select id="selectselectSportTimingTotal" resultType="com.renkang.watch.entity.WatchDataWorkout">
select select
IFNULL(SUM(calorie),0) as "calorie", NVL(SUM(calorie),0) as "calorie",
IFNULL(SUM(TIMESTAMPDIFF(SECOND, start_time_stamp, end_time_stamp)),0) as "totalTime" NVL(SUM(EXTRACT(SECOND FROM (end_time_stamp - start_time_stamp)) +
EXTRACT(MINUTE FROM (end_time_stamp - start_time_stamp)) * 60 +
EXTRACT(HOUR FROM (end_time_stamp - start_time_stamp)) * 3600),0) as "totalTime"
from from
watch_data_workout watch_data_workout
WHERE WHERE
bind_user_id = #{watchDataWorkout.bindUserId} bind_user_id = #{watchDataWorkout.bindUserId}
and DATE(start_time_stamp) = DATE(#{watchDataWorkout.dataDate}) and DATE(start_time_stamp) = DATE(#{watchDataWorkout.dataDate})
and FIND_IN_SET(workout_type,'1,2,3,109,144,6,7,101,113,145') and INSTR(',' || '1,2,3,109,144,6,7,101,113,145' || ',', ',' || workout_type || ',') > 0
</select> </select>
@@ -193,7 +197,7 @@
bind_user_id = #{watchDataWorkout.bindUserId} bind_user_id = #{watchDataWorkout.bindUserId}
and DATE(start_time_stamp) &gt;= DATE(#{watchDataWorkout.startTime}) and DATE(start_time_stamp) &gt;= DATE(#{watchDataWorkout.startTime})
and DATE(start_time_stamp) &lt;= DATE(#{watchDataWorkout.endTime}) and DATE(start_time_stamp) &lt;= DATE(#{watchDataWorkout.endTime})
and FIND_IN_SET(workout_type,'1,2,3,109,144,6,7,101,113,145') and INSTR(',' || '1,2,3,109,144,6,7,101,113,145' || ',', ',' || workout_type || ',') > 0
order by start_time_stamp order by start_time_stamp
</select> </select>
@@ -240,8 +244,10 @@
<select id="selectselectSportTimingTotalNew" resultType="com.renkang.watch.entity.WatchDataWorkout"> <select id="selectselectSportTimingTotalNew" resultType="com.renkang.watch.entity.WatchDataWorkout">
select select
IFNULL(SUM(calorie),0) as "calorie", NVL(SUM(calorie),0) as "calorie",
IFNULL(SUM(TIMESTAMPDIFF(SECOND, start_time_stamp, end_time_stamp)),0) as "totalTime", NVL(SUM(EXTRACT(SECOND FROM (end_time_stamp - start_time_stamp)) +
EXTRACT(MINUTE FROM (end_time_stamp - start_time_stamp)) * 60 +
EXTRACT(HOUR FROM (end_time_stamp - start_time_stamp)) * 3600),0) as "totalTime",
MIN(start_time_stamp) AS "dataDate" MIN(start_time_stamp) AS "dataDate"
from from
watch_data_workout watch_data_workout
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchDeviceMapper.xml
+12 -6
View File
@@ -16,9 +16,9 @@
END AS watch_status, END AS watch_status,
wd.bind_date, wd.bind_date,
wd.bind_user_id, wd.bind_user_id,
GROUP_CONCAT(wds.wd_type) AS wd_types, LISTAGG(wds.wd_type, ',') WITHIN GROUP (ORDER BY wds.wd_type) AS wd_types,
GROUP_CONCAT(wds.switch_flag) AS switch_flags, LISTAGG(wds.switch_flag, ',') WITHIN GROUP (ORDER BY wds.switch_flag) AS switch_flags,
GROUP_CONCAT(IFNULL(wds.update_date, '') SEPARATOR ',') AS update_dates LISTAGG(NVL(TO_CHAR(wds.update_date, 'YYYY-MM-DD HH24:MI:SS'), '') || ',') WITHIN GROUP (ORDER BY wds.update_date) AS update_dates
FROM FROM
watch_device wd watch_device wd
LEFT JOIN LEFT JOIN
@@ -45,7 +45,13 @@
${permissionSql} ${permissionSql}
</where> </where>
GROUP BY GROUP BY
wd.id,wd.watch_no, wd.dept_id, wd.create_date, watch_status, wd.bind_date, wd.bind_user_id wd.id, wd.watch_no, wd.dept_id, wd.create_date,
CASE
WHEN wd.bind_user_id IS NULL THEN 0
WHEN wd.bind_user_id = '' THEN 0
ELSE 1
END,
wd.bind_date, wd.bind_user_id
ORDER BY ORDER BY
wd.create_date DESC; wd.create_date DESC;
</select> </select>
@@ -147,7 +153,7 @@
count(1) count(1)
from watch_device from watch_device
where org_code = #{orgCode} where org_code = #{orgCode}
and Date(create_date) <![CDATA[ <= ]]> #{endDate} and TRUNC(create_date) <![CDATA[ <= ]]> #{endDate}
</select> </select>
@@ -425,7 +431,7 @@
COALESCE(steps.step_value, 0) AS stepValue, COALESCE(steps.step_value, 0) AS stepValue,
COALESCE(steps.last_upload_time, NULL) AS stepTime, COALESCE(steps.last_upload_time, NULL) AS stepTime,
COALESCE(workout.start_time_stamp, NULL) AS durationTime, COALESCE(workout.start_time_stamp, NULL) AS durationTime,
COALESCE(TIMESTAMPDIFF(MINUTE, workout.start_time_stamp, workout.end_time_stamp),0) AS durationTotalValue, COALESCE(EXTRACT(MINUTE FROM (workout.end_time_stamp - workout.start_time_stamp)),0) AS durationTotalValue,
workout.workout_type AS workoutType, workout.workout_type AS workoutType,
COALESCE(hr.errorNum, 0) AS rateAbnormalValue, COALESCE(hr.errorNum, 0) AS rateAbnormalValue,
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchMapper.xml
+1 -1
View File
@@ -109,7 +109,7 @@
AND TO_CHAR(data_date, 'YYYY-MM') = #{date} AND TO_CHAR(data_date, 'YYYY-MM') = #{date}
ORDER BY ORDER BY
data_date DESC data_date DESC
LIMIT #{pageSize} OFFSET #{startNo} OFFSET #{startNo} ROWS FETCH NEXT #{pageSize} ROWS ONLY
</select> </select>
<select id="getAverageDay" resultType="java.util.Map"> <select id="getAverageDay" resultType="java.util.Map">
SELECT SELECT
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchMonitorDataMapper.xml
+3 -3
View File
@@ -7,7 +7,7 @@
bind_user_id, bind_user_id,
count( DISTINCT bind_user_id ) count( DISTINCT bind_user_id )
FROM FROM
`watch_monitor_data` "watch_monitor_data"
<where> <where>
<if test="startTime!=null"> <if test="startTime!=null">
and warn_time &gt;= #{startTime} and warn_time &gt;= #{startTime}
@@ -23,7 +23,7 @@
SELECT SELECT
count(*) count(*)
FROM FROM
`watch_monitor_data` "watch_monitor_data"
<where> <where>
and org_code like concat(#{orgCode},'%') and org_code like concat(#{orgCode},'%')
<if test="type != null"> <if test="type != null">
@@ -215,6 +215,6 @@
lon_gd IS NOT NULL lon_gd IS NOT NULL
AND lat_gd IS NOT NULL AND lat_gd IS NOT NULL
AND NVL(address_gd, '') = '' AND NVL(address_gd, '') = ''
limit 100 WHERE ROWNUM &lt;= 100
</select> </select>
</mapper> </mapper>
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySdcMapper.xml
+39 -46
View File
@@ -6,15 +6,15 @@
SELECT SELECT
id as id , id as id ,
user_id as userId, user_id as userId,
step_value as `stepValue`, step_value as "stepValue",
distance_value as distanceValue, distance_value as distanceValue,
calorie_value as calorieValue, calorie_value as calorieValue,
data_date as dataDate, data_date as dataDate,
TO_CHAR( data_date, 'MM' ) AS dateStr TO_CHAR( data_date, 'MM' ) AS dateStr
FROM FROM
`watch_stat_user_info_day_sdc` "watch_stat_user_info_day_sdc"
WHERE WHERE
YEAR ( data_date )= #{dateYear} EXTRACT(YEAR FROM data_date) = #{dateYear}
and and
user_id=#{userId} user_id=#{userId}
</select> </select>
@@ -22,14 +22,14 @@
SELECT SELECT
id as id , id as id ,
user_id as userId, user_id as userId,
step_value as `stepValue`, step_value as "stepValue",
distance_value as distanceValue, distance_value as distanceValue,
calorie_value as calorieValue, calorie_value as calorieValue,
data_date as dataDate data_date as dataDate
FROM FROM
`watch_stat_user_info_day_sdc` "watch_stat_user_info_day_sdc"
WHERE WHERE
YEAR ( data_date )= #{req.dateYear} EXTRACT(YEAR FROM data_date) = #{req.dateYear}
and and
user_id=#{req.userId} user_id=#{req.userId}
order by data_date desc order by data_date desc
@@ -170,26 +170,26 @@
(select #{id,jdbcType=VARCHAR}, (select #{id,jdbcType=VARCHAR},
#{userId,jdbcType=VARCHAR}, #{userId,jdbcType=VARCHAR},
(select max(data_value) (select max(data_value)
from watch_data_steps force index (bind_user_id) from (select data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_steps
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1) as step_value,
order by data_date desc
limit 1) as step_value,
(select max(data_value) (select max(data_value)
from watch_data_distance force index (bind_user_id) from (select data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_distance
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1) as distance_value,
order by data_date desc
limit 1) as distance_value,
(select max(data_value) (select max(data_value)
from watch_data_calorie force index (bind_user_id) from (select data_value, data_date,
ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_calorie
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1) as calorie_value,
order by data_date desc
limit 1) as calorie_value,
#{lastUploadTime,jdbcType=TIMESTAMP}, #{lastUploadTime,jdbcType=TIMESTAMP},
#{dataDate,jdbcType=DATE}, #{dataDate,jdbcType=DATE},
#{orgCode,jdbcType=VARCHAR} #{orgCode,jdbcType=VARCHAR}
@@ -198,34 +198,27 @@
<update id="updateStat"> <update id="updateStat">
update watch_stat_user_info_day_sdc stat update watch_stat_user_info_day_sdc stat
left join (select #{userId,jdbcType=VARCHAR} as bind_user_id, set stat.step_value = (select max(data_value)
(select max(data_value) from (select data_value, data_date,
from watch_data_steps force index (bind_user_id) ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_steps
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1),
order by data_date desc stat.distance_value = (select max(data_value)
limit 1) as step_value, from (select data_value, data_date,
(select max(data_value) ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_distance force index (bind_user_id) from watch_data_distance
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1),
order by data_date desc stat.calorie_value = (select max(data_value)
limit 1) as distance_value, from (select data_value, data_date,
(select max(data_value) ROW_NUMBER() OVER (PARTITION BY bind_user_id ORDER BY data_date desc) as rn
from watch_data_calorie force index (bind_user_id) from watch_data_calorie
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE} and data_date = #{dataDate,jdbcType=DATE})
group by data_date where rn = 1),
order by data_date desc
limit 1) as calorie_value,
#{lastUploadTime,jdbcType=TIMESTAMP} as last_upload_time,
#{dataDate,jdbcType=DATE} as data_date
from dual) data on stat.user_id = data.bind_user_id
set stat.step_value = data.step_value,
stat.distance_value = data.distance_value,
stat.calorie_value = data.calorie_value,
stat.last_upload_time = #{lastUploadTime,jdbcType=TIMESTAMP}, stat.last_upload_time = #{lastUploadTime,jdbcType=TIMESTAMP},
stat.org_code = #{orgCode,jdbcType=VARCHAR} stat.org_code = #{orgCode,jdbcType=VARCHAR}
where stat.user_id = #{userId,jdbcType=VARCHAR} where stat.user_id = #{userId,jdbcType=VARCHAR}
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySleepMapper.xml
+3 -3
View File
@@ -6,7 +6,7 @@
SELECT SELECT
id as id , id as id ,
user_id as userId, user_id as userId,
sleep_avg as `sleepAvg`, sleep_avg as "sleepAvg",
long_duration_avg as longDurationAvg, long_duration_avg as longDurationAvg,
short_duration_avg as shortDurationAvg, short_duration_avg as shortDurationAvg,
long_duration_max as longDurationMax, long_duration_max as longDurationMax,
@@ -18,9 +18,9 @@
data_date as dataDate, data_date as dataDate,
TO_CHAR( data_date, 'MM' ) AS dateStr TO_CHAR( data_date, 'MM' ) AS dateStr
FROM FROM
`watch_stat_user_info_day_sleep` "watch_stat_user_info_day_sleep"
WHERE WHERE
YEAR ( data_date )= #{dateYear} EXTRACT(YEAR FROM data_date) = #{dateYear}
and and
user_id=#{userId} user_id=#{userId}
</select> </select>
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDaySpo2Mapper.xml
+36 -28
View File
@@ -6,15 +6,15 @@
SELECT SELECT
id as id , id as id ,
user_id as userId, user_id as userId,
max_value as `maxValue`, max_value as "maxValue",
min_value as minValue, min_value as minValue,
avg_value as avgValue, avg_value as avgValue,
data_date as dataDate, data_date as dataDate,
TO_CHAR( data_date, 'MM' ) AS dateStr TO_CHAR( data_date, 'MM' ) AS dateStr
FROM FROM
`watch_stat_user_info_day_spo2` "watch_stat_user_info_day_spo2"
WHERE WHERE
YEAR ( data_date )= #{dateYear} EXTRACT(YEAR FROM data_date) = #{dateYear}
and and
user_id=#{userId} user_id=#{userId}
@@ -42,10 +42,10 @@
new_value, data_date, org_code) new_value, data_date, org_code)
(SELECT #{id,jdbcType=VARCHAR}, (SELECT #{id,jdbcType=VARCHAR},
bind_user_id, bind_user_id,
IFNULL(MAX(wd.data_value), 0), NVL(MAX(wd.data_value), 0),
IFNULL(MIN(wd.data_value), 0), NVL(MIN(wd.data_value), 0),
IFNULL(AVG(wd.data_value), 0), NVL(AVG(wd.data_value), 0),
IFNULL(MAX(wd.time_stamp), 0), NVL(MAX(wd.time_stamp), TO_TIMESTAMP('1970-01-01 00:00:00', 'YYYY-MM-DD HH24:MI:SS')),
MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END), MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END),
data_date, data_date,
#{orgCode,jdbcType=VARCHAR} #{orgCode,jdbcType=VARCHAR}
@@ -60,28 +60,36 @@
<!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境--> <!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境-->
<update id="updateStat"> <update id="updateStat">
UPDATE watch_stat_user_info_day_spo2 stat UPDATE watch_stat_user_info_day_spo2 stat
LEFT JOIN ( SET stat.max_value = (SELECT NVL(MAX(wd.data_value), 0) AS max_value
SELECT FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
wd.bind_user_id, FROM watch_data_spo2
wd.data_date, where bind_user_id = #{userId,jdbcType=VARCHAR}
IFNULL( MAX( wd.data_value ), 0 ) AS max_value,
IFNULL( MIN( wd.data_value ), 0 ) AS min_value,
IFNULL( AVG( wd.data_value ), 0 ) AS avg_value,
IFNULL( MAX( wd.time_stamp ), 0 ) AS last_upload_time,
MAX( CASE WHEN wd.rn = 1 THEN wd.data_value END ) AS new_value
FROM
( SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn FROM watch_data_spo2 where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY GROUP BY wd.bind_user_id, wd.data_date),
wd.bind_user_id, stat.min_value = (SELECT NVL(MIN(wd.data_value), 0) AS min_value
wd.data_date FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
) DATA ON stat.user_id = DATA.bind_user_id FROM watch_data_spo2
AND stat.data_date = DATA.data_date where bind_user_id = #{userId,jdbcType=VARCHAR}
SET stat.max_value = DATA.max_value, and data_date = #{dataDate,jdbcType=DATE}) wd
stat.min_value = DATA.min_value, GROUP BY wd.bind_user_id, wd.data_date),
stat.avg_value = DATA.avg_value, stat.avg_value = (SELECT NVL(AVG(wd.data_value), 0) AS avg_value
stat.last_upload_time = DATA.last_upload_time, FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
stat.new_value = DATA.new_value, FROM watch_data_spo2
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.last_upload_time = (SELECT NVL(MAX(wd.time_stamp), TO_TIMESTAMP('1970-01-01 00:00:00', 'YYYY-MM-DD HH24:MI:SS'))
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_spo2
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.new_value = (SELECT MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_spo2
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.org_code = #{orgCode,jdbcType=VARCHAR} stat.org_code = #{orgCode,jdbcType=VARCHAR}
where stat.user_id = #{userId,jdbcType=VARCHAR} where stat.user_id = #{userId,jdbcType=VARCHAR}
and stat.data_date = #{dataDate,jdbcType=DATE}; and stat.data_date = #{dataDate,jdbcType=DATE};
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDayStressMapper.xml
+35 -28
View File
@@ -6,15 +6,15 @@
SELECT SELECT
id as id , id as id ,
user_id as userId, user_id as userId,
max_value as `maxValue`, max_value as "maxValue",
min_value as minValue, min_value as minValue,
avg_value as avgValue, avg_value as avgValue,
data_date as dataDate, data_date as dataDate,
TO_CHAR( data_date, 'MM' ) AS dateStr TO_CHAR( data_date, 'MM' ) AS dateStr
FROM FROM
`watch_stat_user_info_day_stress` "watch_stat_user_info_day_stress"
WHERE WHERE
YEAR ( data_date )= #{dateYear} EXTRACT(YEAR FROM data_date) = #{dateYear}
and and
user_id=#{userId} user_id=#{userId}
</select> </select>
@@ -26,11 +26,11 @@
SELECT SELECT
#{id,jdbcType=VARCHAR}, #{id,jdbcType=VARCHAR},
bind_user_id, bind_user_id,
IFNULL( MAX( wd.data_value ), 0 ), NVL(MAX(wd.data_value), 0),
IFNULL( MIN( wd.data_value ), 0 ), NVL(MIN(wd.data_value), 0),
IFNULL( AVG( wd.data_value ), 0 ), NVL(AVG(wd.data_value), 0),
data_date, data_date,
IFNULL(MAX( wd.end_time_stamp ),NOW()), NVL(MAX(wd.end_time_stamp), SYSDATE),
MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END), MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END),
#{orgCode,jdbcType=VARCHAR} #{orgCode,jdbcType=VARCHAR}
FROM FROM
@@ -46,29 +46,36 @@
<!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境--> <!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境-->
<update id="updateStat"> <update id="updateStat">
UPDATE watch_stat_user_info_day_stress stat UPDATE watch_stat_user_info_day_stress stat
LEFT JOIN ( SET stat.max_value = (SELECT NVL(MAX(wd.data_value), 0)
SELECT FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn
wd.bind_user_id, FROM watch_data_stress
wd.data_date,
IFNULL( MAX( wd.data_value ), 0 ) AS max_value,
IFNULL( MIN( wd.data_value ), 0 ) AS min_value,
IFNULL( AVG( wd.data_value ), 0 ) AS avg_value,
IFNULL(MAX( wd.end_time_stamp ),NOW()) AS last_upload_time,
MAX( CASE WHEN wd.rn = 1 THEN wd.data_value END ) AS new_value
FROM
( SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn FROM watch_data_stress
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY GROUP BY wd.bind_user_id, wd.data_date),
wd.bind_user_id, stat.min_value = (SELECT NVL(MIN(wd.data_value), 0)
wd.data_date FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn
) DATA ON stat.user_id = DATA.bind_user_id FROM watch_data_stress
AND stat.data_date = DATA.data_date where bind_user_id = #{userId,jdbcType=VARCHAR}
SET stat.max_value = DATA.max_value, and data_date = #{dataDate,jdbcType=DATE}) wd
stat.min_value = DATA.min_value, GROUP BY wd.bind_user_id, wd.data_date),
stat.avg_value = DATA.avg_value, stat.avg_value = (SELECT NVL(AVG(wd.data_value), 0)
stat.last_upload_time = DATA.last_upload_time, FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn
stat.new_value = DATA.new_value, FROM watch_data_stress
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.last_upload_time = (SELECT NVL(MAX(wd.end_time_stamp), SYSDATE)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn
FROM watch_data_stress
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.new_value = (SELECT MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY end_time_stamp DESC ) AS rn
FROM watch_data_stress
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.org_code = #{orgCode,jdbcType=VARCHAR} stat.org_code = #{orgCode,jdbcType=VARCHAR}
where stat.user_id = #{userId,jdbcType=VARCHAR} where stat.user_id = #{userId,jdbcType=VARCHAR}
and stat.data_date = #{dataDate,jdbcType=DATE}; and stat.data_date = #{dataDate,jdbcType=DATE};
health-watch/health-watch-biz/src/main/java/com/renkang/watch/mapper/xml/WatchStatUserInfoDayTempMapper.xml
+61 -41
View File
@@ -36,18 +36,17 @@
<!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境--> <!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境-->
<insert id="insertStat"> <insert id="insertStat">
insert into watch_stat_user_info_day_temp(id, user_id, max_value, min_value, avg_value, skin_max_value, insert into watch_stat_user_info_day_temp(id, user_id, max_value, min_value, avg_value, skin_max_value, skin_min_value,
skin_min_value, skin_avg_value, last_upload_time, new_value, skin_avg_value, last_upload_time, new_value, skin_new_value, data_date, org_code)
skin_new_value, data_date, org_code)
(SELECT #{id,jdbcType=VARCHAR}, (SELECT #{id,jdbcType=VARCHAR},
bind_user_id, bind_user_id,
IFNULL(MAX(wd.data_value), 0), NVL(MAX(wd.data_value), 0),
IFNULL(MIN(wd.data_value), 0), NVL(MIN(wd.data_value), 0),
IFNULL(AVG(wd.data_value), 0), NVL(AVG(wd.data_value), 0),
IFNULL(MAX(wd.skin_tempera), 0), NVL(MAX(wd.skin_tempera), 0),
IFNULL(MIN(wd.skin_tempera), 0), NVL(MIN(wd.skin_tempera), 0),
IFNULL(AVG(wd.skin_tempera), 0), NVL(AVG(wd.skin_tempera), 0),
IFNULL(MAX(wd.time_stamp), NOW()), NVL(MAX(wd.time_stamp), SYSDATE),
MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END), MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END),
MAX(CASE WHEN wd.rn = 1 THEN wd.skin_tempera END), MAX(CASE WHEN wd.rn = 1 THEN wd.skin_tempera END),
data_date, data_date,
@@ -63,39 +62,60 @@
<!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境--> <!-- 切记 此代码不能直接平移至四合一项目 ,该 sql 只适用 mysql8.0 及以上版本 ,四合一项目开发测试环境的 mysql 版本过低 , 但不影响正式环境-->
<update id="updateStat"> <update id="updateStat">
UPDATE watch_stat_user_info_day_temp stat UPDATE watch_stat_user_info_day_temp stat
LEFT JOIN ( SET stat.max_value = (SELECT NVL(MAX(wd.data_value), 0)
SELECT FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
wd.bind_user_id, FROM watch_data_temperature
wd.data_date,
IFNULL( MAX( wd.data_value ), 0 ) AS max_value,
IFNULL( MIN( wd.data_value ), 0 ) AS min_value,
IFNULL( AVG( wd.data_value ), 0 ) AS avg_value,
IFNULL( MAX( wd.skin_tempera ), 0 ) AS skin_max_value,
IFNULL( MIN( wd.skin_tempera ), 0 ) AS skin_min_value,
IFNULL( AVG( wd.skin_tempera ), 0 ) AS skin_avg_value,
IFNULL(
MAX( wd.time_stamp ),
NOW()) AS last_upload_time,
MAX( CASE WHEN wd.rn = 1 THEN wd.data_value END ) AS new_value,
MAX( CASE WHEN wd.rn = 1 THEN wd.skin_tempera END ) AS skin_new_value
FROM
( SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR} where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY GROUP BY wd.bind_user_id, wd.data_date),
wd.bind_user_id, stat.min_value = (SELECT NVL(MIN(wd.data_value), 0)
wd.data_date FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
) DATA ON stat.user_id = DATA.bind_user_id FROM watch_data_temperature
AND stat.data_date = DATA.data_date where bind_user_id = #{userId,jdbcType=VARCHAR}
SET stat.max_value = DATA.max_value, and data_date = #{dataDate,jdbcType=DATE}) wd
stat.min_value = DATA.min_value, GROUP BY wd.bind_user_id, wd.data_date),
stat.avg_value = DATA.avg_value, stat.avg_value = (SELECT NVL(AVG(wd.data_value), 0)
stat.skin_max_value = DATA.skin_max_value, FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
stat.skin_min_value = DATA.skin_min_value, FROM watch_data_temperature
stat.skin_avg_value = DATA.skin_avg_value, where bind_user_id = #{userId,jdbcType=VARCHAR}
stat.last_upload_time = DATA.last_upload_time, and data_date = #{dataDate,jdbcType=DATE}) wd
stat.new_value = DATA.new_value, GROUP BY wd.bind_user_id, wd.data_date),
stat.skin_new_value = COALESCE ( NULLIF( DATA.skin_new_value, 0 ), stat.skin_new_value ), stat.skin_max_value = (SELECT NVL(MAX(wd.skin_tempera), 0)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.skin_min_value = (SELECT NVL(MIN(wd.skin_tempera), 0)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.skin_avg_value = (SELECT NVL(AVG(wd.skin_tempera), 0)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.last_upload_time = (SELECT NVL(MAX(wd.time_stamp), SYSDATE)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.new_value = (SELECT MAX(CASE WHEN wd.rn = 1 THEN wd.data_value END)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.skin_new_value = (SELECT NVL(MAX(CASE WHEN wd.rn = 1 THEN wd.skin_tempera END), stat.skin_new_value)
FROM (SELECT *, ROW_NUMBER() OVER ( PARTITION BY bind_user_id, data_date ORDER BY time_stamp DESC ) AS rn
FROM watch_data_temperature
where bind_user_id = #{userId,jdbcType=VARCHAR}
and data_date = #{dataDate,jdbcType=DATE}) wd
GROUP BY wd.bind_user_id, wd.data_date),
stat.org_code = #{orgCode,jdbcType=VARCHAR} stat.org_code = #{orgCode,jdbcType=VARCHAR}
where stat.user_id = #{userId,jdbcType=VARCHAR} where stat.user_id = #{userId,jdbcType=VARCHAR}
and stat.data_date = #{dataDate,jdbcType=DATE}; and stat.data_date = #{dataDate,jdbcType=DATE};
health-watch/health-watch-biz/src/main/java/com/renkang/watch/service/impl/WatchBindHisServiceImpl.java
+6 -3
View File
@@ -158,7 +158,7 @@ public class WatchBindHisServiceImpl extends ServiceImpl<WatchBindHisMapper, Wat
.le(WatchBindHis::getBindDate, bindDate) .le(WatchBindHis::getBindDate, bindDate)
.isNull(WatchBindHis::getBindEndDate) .isNull(WatchBindHis::getBindEndDate)
.orderByDesc(WatchBindHis::getBindDate) .orderByDesc(WatchBindHis::getBindDate)
.last("LIMIT 1")); .last("FETCH FIRST 1 ROWS ONLY"));
if (watchBindHis != null) { if (watchBindHis != null) {
return watchBindHis.getBindUserId(); return watchBindHis.getBindUserId();
} }
@@ -167,8 +167,11 @@ public class WatchBindHisServiceImpl extends ServiceImpl<WatchBindHisMapper, Wat
@Override @Override
public String getWatchNo(String bindUserId, Date bindDate) { public String getWatchNo(String bindUserId, Date bindDate) {
WatchBindHis watchBindHis = getOne(new LambdaQueryWrapper<WatchBindHis>().eq(WatchBindHis::getBindUserId, bindUserId) WatchBindHis watchBindHis = getOne(new LambdaQueryWrapper<WatchBindHis>()
.eq(WatchBindHis::getBindDate, bindDate).orderByDesc(WatchBindHis::getBindDate).last("LIMIT 1")); .eq(WatchBindHis::getBindUserId, bindUserId)
.eq(WatchBindHis::getBindDate, bindDate)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY"));
if (watchBindHis != null) { if (watchBindHis != null) {
return watchBindHis.getWatchNo(); return watchBindHis.getWatchNo();
} }
health-watch/health-watch-biz/src/main/java/com/renkang/watch/service/impl/WatchDeviceServiceImpl.java
+1 -1
View File
@@ -812,7 +812,7 @@ public class WatchDeviceServiceImpl extends ServiceImpl<WatchDeviceMapper, Watch
binHisQueryWrapper.isNull(WatchBindHis::getBindEndDate); binHisQueryWrapper.isNull(WatchBindHis::getBindEndDate);
binHisQueryWrapper.eq(WatchBindHis::getWatchNo, watchDevice.getWatchNo()); binHisQueryWrapper.eq(WatchBindHis::getWatchNo, watchDevice.getWatchNo());
binHisQueryWrapper.orderByDesc(WatchBindHis::getCreateDate); binHisQueryWrapper.orderByDesc(WatchBindHis::getCreateDate);
binHisQueryWrapper.last("limit 1"); binHisQueryWrapper.last("FETCH FIRST 1 ROWS ONLY");
WatchBindHis watchBindHis = watchBindHisService.getOne(binHisQueryWrapper); WatchBindHis watchBindHis = watchBindHisService.getOne(binHisQueryWrapper);
if (watchBindHis == null) { if (watchBindHis == null) {
return false; return false;
health-watch/health-watch-biz/src/main/java/com/renkang/watch/service/impl/WatchMqttNoticeServiceImpl.java
+3 -1
View File
@@ -224,7 +224,9 @@ public class WatchMqttNoticeServiceImpl extends ServiceImpl<WatchMqttNoticeMappe
private String getUserWatchNo(String userId) { private String getUserWatchNo(String userId) {
LambdaQueryWrapper<WatchBindHis> queryWrapper = new LambdaQueryWrapper<>(); LambdaQueryWrapper<WatchBindHis> queryWrapper = new LambdaQueryWrapper<>();
queryWrapper.eq(WatchBindHis::getBindUserId, userId).orderByDesc(WatchBindHis::getBindDate).last(" limit 1"); queryWrapper.eq(WatchBindHis::getBindUserId, userId)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY");
WatchBindHis watchBindHis = watchBindHisMapper.selectOne(queryWrapper); WatchBindHis watchBindHis = watchBindHisMapper.selectOne(queryWrapper);
if (watchBindHis != null) { if (watchBindHis != null) {
return watchBindHis.getWatchNo(); return watchBindHis.getWatchNo();
health-watch/health-watch-biz/src/main/java/com/renkang/watch/service/impl/WatchServiceImpl.java
+23 -15
View File
@@ -586,7 +586,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDaySleep::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDaySleep::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDaySleep::getUserId, userId); wrapper.eq(WatchStatUserInfoDaySleep::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDaySleep::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDaySleep::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return daySleepMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return daySleepMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -597,7 +597,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDaySdc::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDaySdc::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDaySdc::getUserId, userId); wrapper.eq(WatchStatUserInfoDaySdc::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDaySdc::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDaySdc::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return statSdcMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return statSdcMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -611,7 +611,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDayHeartRate::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDayHeartRate::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDayHeartRate::getUserId, userId); wrapper.eq(WatchStatUserInfoDayHeartRate::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDayHeartRate::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDayHeartRate::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return dayHeartRateMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return dayHeartRateMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -625,7 +625,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDaySpo2::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDaySpo2::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDaySpo2::getUserId, userId); wrapper.eq(WatchStatUserInfoDaySpo2::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDaySpo2::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDaySpo2::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return daySpo2Mapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return daySpo2Mapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -639,7 +639,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDayStress::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDayStress::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDayStress::getUserId, userId); wrapper.eq(WatchStatUserInfoDayStress::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDayStress::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDayStress::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return dayStressMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return dayStressMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -653,7 +653,7 @@ public class WatchServiceImpl implements IWatchService {
wrapper.selectAs(WatchStatUserInfoDayTemp::getDataDate,WatchH5IndexItemNewVo::getDataDate); wrapper.selectAs(WatchStatUserInfoDayTemp::getDataDate,WatchH5IndexItemNewVo::getDataDate);
wrapper.eq(WatchStatUserInfoDayTemp::getUserId, userId); wrapper.eq(WatchStatUserInfoDayTemp::getUserId, userId);
wrapper.orderByDesc(WatchStatUserInfoDayTemp::getDataDate); wrapper.orderByDesc(WatchStatUserInfoDayTemp::getDataDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return dayTempMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper); return dayTempMapper.selectJoinOne(WatchH5IndexItemNewVo.class,wrapper);
} }
@@ -662,7 +662,7 @@ public class WatchServiceImpl implements IWatchService {
LambdaQueryWrapper<WatchBindHis> wrapper = new LambdaQueryWrapper<>(); LambdaQueryWrapper<WatchBindHis> wrapper = new LambdaQueryWrapper<>();
wrapper.eq(WatchBindHis::getBindUserId, userId); wrapper.eq(WatchBindHis::getBindUserId, userId);
wrapper.orderByDesc(WatchBindHis::getBindDate); wrapper.orderByDesc(WatchBindHis::getBindDate);
wrapper.last("limit 1"); wrapper.last("FETCH FIRST 1 ROWS ONLY");
return bindHisMapper.selectOne(wrapper); return bindHisMapper.selectOne(wrapper);
} }
@@ -903,8 +903,10 @@ public class WatchServiceImpl implements IWatchService {
WatchH5WorkoutDayVo watchH5WorkoutDayVo = new WatchH5WorkoutDayVo(); WatchH5WorkoutDayVo watchH5WorkoutDayVo = new WatchH5WorkoutDayVo();
WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>() WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>()
.eq(WatchBindHis::getBindUserId, userId).le(WatchBindHis::getBindDate, queryDate) .eq(WatchBindHis::getBindUserId, userId)
.orderByDesc(WatchBindHis::getBindDate).last("limit 1")); .le(WatchBindHis::getBindDate, queryDate)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY"));
String watchNo = null; String watchNo = null;
if (watchBindHis != null) { if (watchBindHis != null) {
@@ -1021,8 +1023,10 @@ public class WatchServiceImpl implements IWatchService {
} }
WatchH5StepsDayVo watchH5StepsDayVo = this.getStepsData(userId, queryDate); WatchH5StepsDayVo watchH5StepsDayVo = this.getStepsData(userId, queryDate);
WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>() WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>()
.eq(WatchBindHis::getBindUserId, userId).le(WatchBindHis::getBindDate, queryDate) .eq(WatchBindHis::getBindUserId, userId)
.orderByDesc(WatchBindHis::getBindDate).last("limit 1")); .le(WatchBindHis::getBindDate, queryDate)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY"));
String watchNo = null; String watchNo = null;
if (watchBindHis != null) { if (watchBindHis != null) {
watchNo = watchBindHis.getWatchNo(); watchNo = watchBindHis.getWatchNo();
@@ -1082,8 +1086,10 @@ public class WatchServiceImpl implements IWatchService {
public WatchH5WorkoutResultVO getWorkoutWeekDayList(String userId, Date queryDate) { public WatchH5WorkoutResultVO getWorkoutWeekDayList(String userId, Date queryDate) {
WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>() WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>()
.eq(WatchBindHis::getBindUserId, userId).le(WatchBindHis::getBindDate, queryDate) .eq(WatchBindHis::getBindUserId, userId)
.orderByDesc(WatchBindHis::getBindDate).last("limit 1")); .le(WatchBindHis::getBindDate, queryDate)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY"));
String watchNo = null; String watchNo = null;
if (watchBindHis != null) { if (watchBindHis != null) {
watchNo = watchBindHis.getWatchNo(); watchNo = watchBindHis.getWatchNo();
@@ -1103,8 +1109,10 @@ public class WatchServiceImpl implements IWatchService {
@Override @Override
public WatchH5StepsResultVO getStepsWeekDayList(String userId, Date queryDate) { public WatchH5StepsResultVO getStepsWeekDayList(String userId, Date queryDate) {
WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>() WatchBindHis watchBindHis = bindHisMapper.selectOne(new LambdaQueryWrapper<WatchBindHis>()
.eq(WatchBindHis::getBindUserId, userId).le(WatchBindHis::getBindDate, queryDate) .eq(WatchBindHis::getBindUserId, userId)
.orderByDesc(WatchBindHis::getBindDate).last("limit 1")); .le(WatchBindHis::getBindDate, queryDate)
.orderByDesc(WatchBindHis::getBindDate)
.last("FETCH FIRST 1 ROWS ONLY"));
String watchNo = null; String watchNo = null;
if (watchBindHis != null) { if (watchBindHis != null) {
watchNo = watchBindHis.getWatchNo(); watchNo = watchBindHis.getWatchNo();
health-watch/health-watch-biz/src/main/java/com/renkang/watch/service/impl/WatchSynMaxIdServiceImpl.java
+6 -2
View File
@@ -23,7 +23,9 @@ public class WatchSynMaxIdServiceImpl extends ServiceImpl<WatchSynMaxIdMapper, W
@Override @Override
public String getMaxId(String wdType) { public String getMaxId(String wdType) {
WatchSynMaxId watchSynMaxId = getOne(new QueryWrapper<WatchSynMaxId>() WatchSynMaxId watchSynMaxId = getOne(new QueryWrapper<WatchSynMaxId>()
.eq("wd_type", wdType).last("limit 1")); .eq("wd_type", wdType)
.orderByDesc("max_id")
.last("FETCH FIRST 1 ROWS ONLY"));
if (watchSynMaxId != null) { if (watchSynMaxId != null) {
return watchSynMaxId.getMaxId() == null ? "0" : watchSynMaxId.getMaxId(); return watchSynMaxId.getMaxId() == null ? "0" : watchSynMaxId.getMaxId();
} }
@@ -34,7 +36,9 @@ public class WatchSynMaxIdServiceImpl extends ServiceImpl<WatchSynMaxIdMapper, W
@Transactional(rollbackFor = Exception.class) @Transactional(rollbackFor = Exception.class)
public void setMaxId(String wdType, String maxId) { public void setMaxId(String wdType, String maxId) {
WatchSynMaxId watchSynMaxId = getOne(new QueryWrapper<WatchSynMaxId>() WatchSynMaxId watchSynMaxId = getOne(new QueryWrapper<WatchSynMaxId>()
.eq("wd_type", wdType).last("limit 1")); .eq("wd_type", wdType)
.orderByDesc("max_id")
.last("FETCH FIRST 1 ROWS ONLY"));
if (watchSynMaxId != null) { if (watchSynMaxId != null) {
if (StrUtil.isNotEmpty(maxId)) { if (StrUtil.isNotEmpty(maxId)) {
watchSynMaxId.setMaxId(maxId); watchSynMaxId.setMaxId(maxId);