Hive整合HBase实现数据同步

素颜马尾好姑娘i 2023-06-15 13:26 109阅读 0赞

### Hive整合HBase ###

*  hive和hbase整合:
 *  前提
 *  步骤
 *   *  创建内部表
     *   *  1.在hive(node4)中建表
         *  2.在hbase端查看是否同步了表xyz ,如果同步则测试在hbase中插入数据是否会同步到hive?会
         *  3.不仅在hbase中插入数据会同步到hive; 在hive中插入数据也会同步到hbase中
         *  4.查看表存放的位置
     *  创建外部表
     *   *  1.Hive建表语句
         *  2.如果直接按照内部表创建的方式会出现下面的异常
         *  3.异常信息提示我们hbase中不存在关联的表,因此我们需要在\*\*hbase中\*\*创建该表
         *  4.在hbase建完表以后便可以在hive中创建外部关联表( 即可执行内部表的关联操作---对应的是内部表步骤3,4,5)
         *  5.测试Hbase数据同步到hive
         *  6.测试hive数据同步到hbase(hive中插入数据,hbase查看是否同步)
 *  在项目中的使用

# hive和hbase整合: #

>  在整合后, hive相当于hbase的客户端  
> 在整合后, 实现二者数据的同步插入

[官网介绍][Link 1]  
**在整合时需要注意**

*  Hive 0.90整合Hbase至少要求Hbase版本为0.92 ,更早版本的Hive要工作在 Hbase 0.89/0.90
 *  Hive 1.x 整合Hbase要求版本在 0.98版本以下 ,Hive的2.x版本要求HBase在1.x以上版本

![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70]

# 前提 #

> 安装了hive和hbase

# 环境回顾
    hive数据库 node1  数据源 node3 客户端node4
    hive --service metastore
    hive
    
    hbase 主node1,备node4 
    hbase shell

# 步骤 #

1、在node3中的hive的配置文件hive-site.xml增加自己的zookeeper集群属性(**仅此一步**)  
**node3是用于hive集群中用于启动元数据存储的节点`hive --service metastore`**

<property>
        <name>hbase.zookeeper.quorum</name>
        <value>node2,node3,node4</value>
      </property>

![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 1]

## 创建内部表 ##

### 1.在hive(node4)中建表 ###

**在hive中出创建表, 同时在hbase中也创建这张表(图2), 只不过名字不同,hive中:hbasetbl,hive中 xyz**

## hive中的建表语句
    CREATE TABLE hbasetbl(key int, value string) 
    STORED BY 'org.apache.hadoop.hive.hbase.HBaseStorageHandler'
    WITH SERDEPROPERTIES ("hbase.columns.mapping" = ":key,cf1:val")
    TBLPROPERTIES ("hbase.table.name" = "xyz", "hbase.mapred.output.outputtable" = "xyz");

### 2.在hbase端查看是否同步了表xyz ,如果同步则测试在hbase中插入数据是否会同步到hive?会 ###

需要注意的是列族格式`cf1:val`必须一致,数据才有效,图1数据虽然插入成功,但是格式不正确 ,只有图2才会同步到hive中, 如图2

图1  
![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 2]  
图2  
![在这里插入图片描述][20191123105145128.png]

### 3.不仅在hbase中插入数据会同步到hive; 在hive中插入数据也会同步到hbase中 ###

设置hive本地运行,提升速度
    set hive.exec.mode.local.auto=true;
    
    # hive中插入数据,并查看数据是否同步到hbase( 图1,图2 )
    insert into hbasetbl values(233,'blibli');

图1  
![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 3]  
图2  
![在这里插入图片描述][20191123110230897.png]

### 4.查看表存放的位置 ###

我们可以通过可视化界面查看到hive和hbase中存放表的地方都没有数据, 但是通过使用hbase的溢写命名`flush 'xyz'`便可将数据持久化到hdfs中, 如下图  
![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 4]

## 创建外部表 ##

### 1.Hive建表语句 ###

CREATE EXTERNAL TABLE tmp_order 
    (key string, id string, user_id string)  
    STORED BY 'org.apache.hadoop.hive.hbase.HBaseStorageHandler'  
    WITH SERDEPROPERTIES ("hbase.columns.mapping" = ":key,order:order_id,order:user_id")  
    TBLPROPERTIES ("hbase.table.name" = "t_order");

### 2.如果直接按照内部表创建的方式会出现下面的异常 ###

![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 5]

message:HBase table t_order doesn't exist while the table is declared as an external table.

### 3.异常信息提示我们hbase中不存在关联的表,因此我们需要在**hbase中**创建该表 ###

![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 6]

### 4.在hbase建完表以后便可以在hive中创建外部关联表( 即可执行内部表的关联操作—对应的是内部表步骤3,4,5) ###

![在这里插入图片描述][20191123111934686.png]

### 5.测试Hbase数据同步到hive ###

注意: `set hive.cli.print.header=true;`开启hive中列名称的显示,默认关闭

**hbase中数据显示**  
![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 7]  
**hive中数据显示**  
![在这里插入图片描述][20191123113157641.png]

### 6.测试hive数据同步到hbase(hive中插入数据,hbase查看是否同步) ###

![在这里插入图片描述][watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzQzMzcxNTU2_size_16_color_FFFFFF_t_70 8]

![在这里插入图片描述][20191123113624907.png]

# 在项目中的使用 #

1.  在hive中创建hbase的event\_log对应表
    
        CREATE EXTERNAL TABLE event_logs(
        key string, pl string, en string, s_time bigint, p_url string, u_ud string, u_sd string
        ) ROW FORMAT SERDE 'org.apache.hadoop.hive.hbase.HBaseSerDe'
        STORED BY 'org.apache.hadoop.hive.hbase.HBaseStorageHandler'
        with serdeproperties('hbase.columns.mapping'=':key,log:pl,log:en,log:s_time,log:p_url,log:u_ud,log:u_sd')
        tblproperties('hbase.table.name'='eventlog');
2.  创建mysql在hive中的对应表，hive中的表，执行HQL之后分析的结果保存该表，然后通过sqoop工具导出到
    
        mysql
        CREATE TABLE `stats_view_depth` (
          `platform_dimension_id` bigint ,
          `data_dimension_id` bigint , 
          `kpi_dimension_id` bigint , 
          `pv1` bigint , 
          `pv2` bigint , 
          `pv3` bigint , 
          `pv4` bigint , 
          `pv5_10` bigint , 
          `pv10_30` bigint , 
          `pv30_60` bigint , 
          `pv60_plus` bigint , 
          `created` string
        ) row format delimited fields terminated by '\t';
3.  hive创建临时表:把hql分析之后的中间结果存放到当前的临时表。
    
        CREATE TABLE `stats_view_depth_tmp`(`pl` string, `date` string, `col` string, `ct` bigint);
4.  编写UDF(platformdimension & datedimension)
5.  上传transformer-0.0.1.jar到hdfs的/myCluster/usr文件夹中
6.  创建hive的function
    
        create function platform_convert as 'com.sxt.transformer.hive.PlatformDimensionUDF' using jar 'hdfs://myCluster/usr/transformer/transformer-0.0.1.jar';  
        create function date_convert as 'com.sxt.transformer.hive.DateDimensionUDF' using jar 'hdfs://hdfs://myCluster/usr/transformer/transformer-0.0.1.jar';
7.  hql编写(统计用户角度的浏览深度)<注意：时间为外部给定>
    
        from (
          select 
            pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd') as day, u_ud, 
            (case when count(p_url) = 1 then "pv1" 
              when count(p_url) = 2 then "pv2" 
              when count(p_url) = 3 then "pv3" 
              when count(p_url) = 4 then "pv4" 
              when count(p_url) >= 5 and count(p_url) <10 then "pv5_10" 
              when count(p_url) >= 10 and count(p_url) <30 then "pv10_30" 
              when count(p_url) >=30 and count(p_url) <60 then "pv30_60"  
              else 'pv60_plus' end) as pv 
          from event_logs 
          where 
            en='e_pv' 
            and p_url is not null 
            and pl is not null 
            and s_time >= unix_timestamp('2019-11-17','yyyy-MM-dd')*1000 
            and s_time < unix_timestamp('2019-11-19','yyyy-MM-dd')*1000
          group by 
            pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd'), u_ud
        ) as tmp
        insert overwrite table stats_view_depth_tmp 
          select pl,day,pv,count(distinct u_ud) as ct where u_ud is not null group by pl,day,pv;
    
    把临时表的多行数据，转换一行,生成新表stats\_view\_depth\_tmp
    
        with tmp as 
        (
        select pl,`date` as date1,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all
        select pl,`date` as date1,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all
        select pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' union all
        
        select 'all' as pl,`date` as date1,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all
        select 'all' as pl,`date` as date1,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all
        select 'all' as pl,`date` as date1,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus'
        )
        from tmp
        insert overwrite table stats_view_depth 
        select 2,3,6,sum(pv1),sum(pv2),sum(pv3),sum(pv4),sum(pv5_10),sum(pv10_30),sum(pv30_60),sum(pv60_plus),'2017-01-10' group by pl,date1;
8.  sqoop脚本编写(统计用户角度, 将hive中的数据导出到mysql)
    
        sqoop export 
        --connect jdbc:mysql://hh:3306/report 
        --username hive 
        --password hive 
        --table stats_view_depth 
        --export-dir /hive/bigdater.db/stats_view_depth/* --input-fields-terminated-by "\\t" --update-mode allowinsert --update-key platform_dimension_id,data_dimension_id,kpi_dimension_id
9.  hql编写(统计会话角度的浏览深度)<注意：时间为外部给定>
    
        from (
        select pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd') as day, u_sd,
         (case when count(p_url) = 1 then "pv1" 
         when count(p_url) = 2 then "pv2" 
         when count(p_url) = 3 then "pv3" 
         when count(p_url) = 4 then "pv4" 
         when count(p_url) >= 5 and count(p_url) <10 then "pv5_10" 
         when count(p_url) >= 10 and count(p_url) <30 then "pv10_30" 
         when count(p_url) >=30 and count(p_url) <60 then "pv30_60"  
         else 'pv60_plus' end) as pv 
        from event_logs 
        where en='e_pv' and p_url is not null and pl is not null and s_time >= unix_timestamp('2015-12-13','yyyy-MM-dd')*1000 and s_time < unix_timestamp('2015-12-14','yyyy-MM-dd')*1000
        group by pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd'), u_sd
        ) as tmp
        insert overwrite table stats_view_depth_tmp 
        select pl,day,pv,count(distinct u_sd) as ct where u_sd is not null group by pl,day,pv;
    
    把临时表的多行数据，转换一行,生成新表stats\_view\_depth\_tmp
    
        with tmp as 
        (
        select pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all
        select pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all
        select pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all
        select pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all
        select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all
        select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all
        select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all
        select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' union all
        
        select 'all' as pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all
        select 'all' as pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all
        select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus'
        )
        from tmp
        insert overwrite table stats_view_depth select platform_convert(pl),date_convert(date),6,sum(pv1),sum(pv2),sum(pv3),sum(pv4),sum(pv5_10),sum(pv10_30),sum(pv30_60),sum(pv60_plus),'2015-12-13' group by pl,date;
10. sqoop脚本编写(统计会话角度, 将hive中的数据导出到mysql)
    
        sqoop export 
        --connect jdbc:mysql://hh:3306/report 
        --username hive --password hive 
        --table stats_view_depth 
        --export-dir /hive/bigdater.db/stats_view_depth/* --input-fields-terminated-by "\\01" --update-mode allowinsert --update-key platform_dimension_id,data_dimension_id,kpi_dimension_id
11. 编写脚本, 实现项目自动化部署
    
        #!/bin/bash
        
        startDate=''
        endDate=''
        
        until [ $# -eq 0 ]
        do
        	if [ $1'x' = '-sdx' ]; then
        		shift
        		startDate=$1
        	elif [ $1'x' = '-edx' ]; then
        		shift
        		endDate=$1
        	fi
        	shift
        done
        
        if [ -n "$startDate" ] && [ -n "$endDate" ]; then
        	echo "use the arguments of the date"
        else
        	echo "use the default date"
        	startDate=$(date -d last-day +%Y-%m-%d)
        	endDate=$(date +%Y-%m-%d)
        fi
        echo "run of arguments. start date is:$startDate, end date is:$endDate"
        echo "start run of view depth job "
        
        ## insert overwrite
        echo "start insert user data to hive tmp table"
        hive  -e "from (select pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd') as day, u_ud, (case when count(p_url) = 1 then 'pv1' when count(p_url) = 2 then 'pv2' when count(p_url) = 3 then 'pv3' when count(p_url) = 4 then 'pv4' when count(p_url) >= 5 and count(p_url) <10 then 'pv5_10' when count(p_url) >= 10 and count(p_url) <30 then 'pv10_30' when count(p_url) >=30 and count(p_url) <60 then 'pv30_60' else 'pv60_plus' end) as pv from event_logs where en='e_pv' and p_url is not null and pl is not null and s_time >= unix_timestamp('$startDate','yyyy-MM-dd')*1000 and s_time < unix_timestamp('$endDate','yyyy-MM-dd')*1000 group by pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd'), u_ud) as tmp insert overwrite table stats_view_depth_tmp select pl,day,pv,count(distinct u_ud) as ct where u_ud is not null group by pl,day,pv"
        
        echo "start insert user data to hive table"
        hive  -e "with tmp as (select pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all select pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all select pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' union all select 'all' as pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all select 'all' as pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all select 'all' as pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' ) from tmp insert overwrite table stats_view_depth select platform_convert(pl),date_convert(date),5,sum(pv1),sum(pv2),sum(pv3),sum(pv4),sum(pv5_10),sum(pv10_30),sum(pv30_60),sum(pv60_plus),date group by pl,date"
        
        echo "start insert session date to hive tmp table"
        hive  -e "from (select pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd') as day, u_sd, (case when count(p_url) = 1 then 'pv1' when count(p_url) = 2 then 'pv2' when count(p_url) = 3 then 'pv3' when count(p_url) = 4 then 'pv4' when count(p_url) >= 5 and count(p_url) <10 then 'pv5_10' when count(p_url) >= 10 and count(p_url) <30 then 'pv10_30' when count(p_url) >=30 and count(p_url) <60 then 'pv30_60' else 'pv60_plus' end) as pv from event_logs where en='e_pv' and p_url is not null and pl is not null and s_time >= unix_timestamp('$startDate','yyyy-MM-dd')*1000 and s_time < unix_timestamp('$endDate','yyyy-MM-dd')*1000 group by pl, from_unixtime(cast(s_time/1000 as bigint),'yyyy-MM-dd'), u_sd ) as tmp insert overwrite table stats_view_depth_tmp select pl,day,pv,count(distinct u_sd) as ct where u_sd is not null group by pl,day,pv"
        
        ## insert into 
        echo "start insert session data to hive table"
        hive --database bigdater -e "with tmp as (select pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all select pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all select pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all select pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' union all select 'all' as pl,date,ct as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv1' union all select 'all' as pl,date,0 as pv1,ct as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv2' union all select 'all' as pl,date,0 as pv1,0 as pv2,ct as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv3' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,ct as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv4' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,ct as pv5_10,0 as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv5_10' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,ct as pv10_30,0 as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv10_30' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,ct as pv30_60,0 as pv60_plus from stats_view_depth_tmp where col='pv30_60' union all select 'all' as pl,date,0 as pv1,0 as pv2,0 as pv3,0 as pv4,0 as pv5_10,0 as pv10_30,0 as pv30_60,ct as pv60_plus from stats_view_depth_tmp where col='pv60_plus' ) from tmp insert into table stats_view_depth select platform_convert(pl),date_convert(date),6,sum(pv1),sum(pv2),sum(pv3),sum(pv4),sum(pv5_10),sum(pv10_30),sum(pv30_60),sum(pv60_plus),'2015-12-13' group by pl,date"
        
        ## sqoop
        echo "run the sqoop script,insert hive data to mysql table"
        sqoop export --connect jdbc:mysql://hh:3306/report --username hive --password hive --table stats_view_depth --export-dir /hive/bigdater.db/stats_view_depth/* --input-fields-terminated-by "\\01" --update-mode allowinsert --update-key platform_dimension_id,data_dimension_id,kpi_dimension_id
        echo "complete run the view depth job"

[Link 1]: https://cwiki.apache.org/confluence/display/Hive/HBaseIntegration
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