mysql一主双从环境搭建--docker-compose

mysql一主双从环境搭建–docker-compose

mysql一主双从环境搭建--docker-compose_第1张图片

一、工作目录结构

├── cluster01
│   ├── msql-master01
│   │   └── volumes
│   │       ├── conf
│   │       │   └── my.cnf
│   │       ├── data
│   │       ├── initdb
│   │       │   ├── init.sql
│   │       │  
│   │       └── log
│   ├── msql-slave01
│   │   └── volumes
│   │       ├── conf
│   │       │   └── my.cnf
│   │       ├── data
│   │       ├── initdb
│   │       │   └── init.sh
│   │       └── log
│   └── msql-slave02
│       └── volumes
│           ├── conf
│           │   └── my.cnf
│           ├── data
│           ├── initdb
│           │   └── init.sh
│           └── log
├── cluster02
│   ├── msql-master02
│   │   └── volumes
│   │       ├── conf
│   │       │   └── my.cnf
│   │       ├── data
│   │       ├── initdb
│   │       │   └── init.sql
│   │       └── log
│   ├── msql-slave03
│   │   └── volumes
│   │       ├── conf
│   │       │   └── my.cnf
│   │       ├── data
│   │       ├── initdb
│   │       │   └── init.sh
│   │       └── log
│   └── msql-slave04
│       └── volumes
│           ├── conf
│           │   └── my.cnf
│           ├── data
│           ├── initdb
│           │   └── init.sh
│           └── log
├── docker-compose.yml
└── reset.sh

1.1 创建工作目录

创建shell文件,prepare.sh

#!/bin/bash
mkdir cluster01/msql-master01/volumes/conf -p
mkdir cluster01/msql-master01/volumes/data -p
mkdir cluster01/msql-master01/volumes/initdb -p
mkdir cluster01/msql-master01/volumes/log -p

mkdir cluster01/msql-slave01/volumes/conf -p
mkdir cluster01/msql-slave01/volumes/data -p
mkdir cluster01/msql-slave01/volumes/initdb -p
mkdir cluster01/msql-slave01/volumes/log -p

mkdir cluster01/msql-slave02/volumes/conf -p
mkdir cluster01/msql-slave02/volumes/data -p
mkdir cluster01/msql-slave02/volumes/initdb -p
mkdir cluster01/msql-slave02/volumes/log -p

mkdir cluster02/msql-master02/volumes/data -p
mkdir cluster02/msql-master02/volumes/initdb -p
mkdir cluster02/msql-master02/volumes/log -p
mkdir cluster02/msql-master02/volumes/conf -p


mkdir cluster02/msql-slave03/volumes/conf -p
mkdir cluster02/msql-slave03/volumes/data -p
mkdir cluster02/msql-slave03/volumes/initdb -p
mkdir cluster02/msql-slave03/volumes/log -p

mkdir cluster02/msql-slave04/volumes/conf -p
mkdir cluster02/msql-slave04/volumes/data -p
mkdir cluster02/msql-slave04/volumes/initdb -p
mkdir cluster02/msql-slave04/volumes/log -p

授予prepare.sh执行权限

chmod +x prepare.sh 

执行prepare.sh

./prepare.sh

1.2 创建文件

1.2.1 msql-master01

创建init.sql文件

vim cluster01/msql-master01/volumes/initdb/init.sql 
grant replication slave,replication client on *.* to 'slave'@'%' identified by "123456";
flush privileges;
select "#####################################  master01 .sql 已执行 #####################";

创建my.cnf 配置文件

vim cluster01/msql-master01/volumes/conf/my.cnf 
[mysqld]
#D,默认是1,一般取IP最后一段
server-id=1

# [必须]启用二进制日志
log-bin=mysql-bin

# 复制过滤:也就是指定哪个数据库不用同步(mysql库一般不同步)# 确保binlog日志写入后与硬盘同步
sync_binlog = 1

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

binlog-ignore-db=mysql

# 设置需要同步的数据库 binlog_do_db = 数据库名; 
# 如果是多个同步库,就以此格式另写几行即可。
# 如果不指明对某个具体库同步,表示同步所有库。除了binlog-ignore-db设置的忽略的库
# binlog_do_db = test #需要同步test数据库。

1.2.2 msql-slave01

(1)创建init.sh文件

 vim cluster01/msql-slave01/volumes/initdb/init.sh
#!/bin/bash
declare MASTER_HOST="${MASTER_HOST:-localhost}"
declare MASTER_PORT=${MASTER_PORT:-3306}
declare MASTER_USER=${MASTER_USER:-test}
declare MASTER_PASSWORD=${MASTER__PASSWORD:-111111}
echo $MASTER_HOST
#sleep 20s
# mysql  -u root -p123456 -P 8406 -h 124.222.25.184 -e "select 1;"

# 自旋直到 master  启动
declare tryCount=0
for i in {1..10};
do
        declare master_ready=` mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
        #master_ready=($master_ready)
        echo "########### result:"
        echo $master_ready
        if [ "$master_ready" != "" ]
        then
                echo "master01 已启动"
                break
        else
                echo "尝试连接master0: .....$i"
                sleep 5s
        fi
done
declare RESULT=`mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
echo "获取master bin_log结果:$RESULT"
RESULT=($RESULT)
declare bin_log=${RESULT[5]}
declare pos=${RESULT[6]}
echo "master 信息:"
echo "bin_log_file:$bin_log, pos: $pos"

# change master to master_host='124.222.25.184',master_user='slave',master_password='123456',master_port=8406,master_log_file='mysql-bin.000003', master_log_pos=602,master_connect_retry=30;
declare changeCMD="change master to master_host='$MASTER_HOST',master_user='slave',master_password='123456',master_port=$MASTER_PORT,master_log_file='$bin_log', master_log_pos=$pos,master_connect_retry=30;"

echo $changeCMD
#declare changeCMD="select 1;"
echo `mysql  -u root -p123456 -e "$changeCMD ;start slave;"`
echo "监听主节点=>   $MASTER_HOST:$MASTER_PORT"

(2)创建my.cnf文件

vim cluster01/msql-slave01/volumes/conf/my.cnf
[mysqld]
#D,默认是1,一般取IP最后一段  
server-id=2

# 如果想实现 主-从(主)-从 这样的链条式结构,需要设置:
# log-slave-updates      只有加上它,从前一台机器上同步过来的数据才能同步到下一台机器。

# 设置需要同步的数据库,主服务器上不限定数据库,在从服务器上限定replicate-do-db = 数据库名;
# 如果不指明同步哪些库,就去掉这行,表示所有库的同步(除了ignore忽略的库)。
# replicate-do-db = test;

# 不同步test数据库 可以写多个例如 binlog-ignore-db = mysql,information_schema 
replicate-ignore-db=mysql

## 开启二进制日志功能,以备Slave作为其它Slave的Master时使用
log-bin=mysql-bin
log-bin-index=mysql-bin.index

## relay_log配置中继日志
#relay_log=edu-mysql-relay-bin  

## 还可以设置一个log保存周期:
#expire_logs_days=14

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

1.2.3 msql-slave02

(1)创建init.sh文件

vim cluster01/msql-slave02/volumes/initdb/init.sh 
#!/bin/bash
declare MASTER_HOST="${MASTER_HOST:-124.222.25.184}"
declare MASTER_PORT=${MASTER_PORT:-8406}
declare MASTER_USER=${MASTER_USER:-root}
declare MASTER_PASSWORD=${MASTER__PASSWORD:-123456}

# 自旋直到 master  启动
declare tryCount=0
for i in {1..10};
do
   declare master_ready=` mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
   echo "########### result:"
   echo $master_ready
   if [ "$master_ready" != "" ]
   then
           echo "master01 已启动"
           break
   else
          echo "尝试连接master0: .....$i"
          sleep 5s
   fi
done
# mysql  -u root -p123456 -P 8406 -h 124.222.25.184 -e "select 1;"
declare RESULT=`mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
RESULT=($RESULT)
declare bin_log=${RESULT[5]}
declare pos=${RESULT[6]}
echo "master 信息:"
echo "bin_log_file:$bin_log, pos: $pos"

declare changeCMD="change master to master_host='$MASTER_HOST',master_user='slave',master_password='123456',master_port=$MASTER_PORT,master_log_file='$bin_log', master_log_pos=$pos,master_connect_retry=30;"

#declare changeCMD="select 1;"
echo `mysql  -u root -p123456 -e "$changeCMD ;start slave;"`
echo "监听主节点=>   $MASTER_HOST:$MASTER_PORT"

(2)创建my.cnf文件

vim cluster01/msql-slave02/volumes/conf/my.cnf 
[mysqld]
#D,默认是1,一般取IP最后一段  
server-id=3

# 如果想实现 主-从(主)-从 这样的链条式结构,需要设置:
# log-slave-updates      只有加上它,从前一台机器上同步过来的数据才能同步到下一台机器。

# 设置需要同步的数据库,主服务器上不限定数据库,在从服务器上限定replicate-do-db = 数据库名;
# 如果不指明同步哪些库,就去掉这行,表示所有库的同步(除了ignore忽略的库)。
# replicate-do-db = test;

# 不同步test数据库 可以写多个例如 binlog-ignore-db = mysql,information_schema 
replicate-ignore-db=mysql


## 开启二进制日志功能,以备Slave作为其它Slave的Master时使用
log-bin=mysql-bin
log-bin-index=mysql-bin.index
## relay_log配置中继日志
#relay_log=edu-mysql-relay-bin  

## 还可以设置一个log保存周期:
#expire_logs_days=14

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

1.2.4 msql-master02

(1)创建init.sql

vim cluster02/msql-master02/volumes/initdb/init.sql
#!/bin/bash
grant replication slave,replication client on *.* to 'slave'@'%' identified by "123456";
flush privileges;

echo "##################################  master02 .sh 执行 ###########################"
echo "##################################  master02 .sh 执行 ###########################"
echo "##################################  master02 .sh 执行 ###########################"

(2) 创建my.cnf

vim cluster02/msql-master02/volumes/conf/my.cnf 
[mysqld]
#D,默认是1,一般取IP最后一段
server-id=1

# [必须]启用二进制日志
log-bin=mysql-bin

# 复制过滤:也就是指定哪个数据库不用同步(mysql库一般不同步)# 确保binlog日志写入后与硬盘同步
sync_binlog = 1

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

binlog-ignore-db=mysql

# 设置需要同步的数据库 binlog_do_db = 数据库名; 
# 如果是多个同步库,就以此格式另写几行即可。
# 如果不指明对某个具体库同步,表示同步所有库。除了binlog-ignore-db设置的忽略的库
# binlog_do_db = test #需要同步test数据库。

1.2.5 msql-slave03

(1) 创建init.sh

vim cluster02/msql-slave03/volumes/initdb/init.sh 
#!/bin/bash
declare MASTER_HOST="${MASTER_HOST:-124.222.25.184}"
declare MASTER_PORT=${MASTER_PORT:-8506}
declare MASTER_USER=${MASTER_USER:-root}
declare MASTER_PASSWORD=${MASTER__PASSWORD:-123456}

# 自旋直到 master  启动
declare tryCount=0
for i in {1..10};
do
    declare master_ready=` mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
       echo "########### result:"
       echo $master_ready
       if [ "$master_ready" != "" ]
       then
       echo "master01 已启动"
      break
      else
      echo "尝试连接master0: .....$i"
      sleep 5s
      fi
done

# mysql  -u root -p123456 -P 8406 -h 124.222.25.184 -e "select 1;"
declare RESULT=`mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
RESULT=($RESULT)
declare bin_log=${RESULT[5]}
declare pos=${RESULT[6]}
echo "master 信息:"
echo "bin_log_file:$bin_log, pos: $pos"
# change master to master_host='124.222.25.184',master_user='slave',master_password='123456',master_port=8406,master_log_file='mysql-bin.000003', master_log_pos=602,master_connect_retry=30;
declare changeCMD="change master to master_host='$MASTER_HOST',master_user='slave',master_password='123456',master_port=$MASTER_PORT,master_log_file='$bin_log', master_log_pos=$pos,master_connect_retry=30;"

#declare changeCMD="select 1;"
echo `mysql  -u root -p123456 -e "$changeCMD ;start slave;"`
echo "监听主节点=>   $MASTER_HOST:$MASTER_PORT"

(2) 创建my.cnf

vim cluster02/msql-slave03/volumes/conf/my.cnf
[mysqld]
#D,默认是1,一般取IP最后一段  
server-id=4

# 如果想实现 主-从(主)-从 这样的链条式结构,需要设置:
# log-slave-updates      只有加上它,从前一台机器上同步过来的数据才能同步到下一台机器。

# 设置需要同步的数据库,主服务器上不限定数据库,在从服务器上限定replicate-do-db = 数据库名;
# 如果不指明同步哪些库,就去掉这行,表示所有库的同步(除了ignore忽略的库)。
# replicate-do-db = test;

# 不同步test数据库 可以写多个例如 binlog-ignore-db = mysql,information_schema 
replicate-ignore-db=mysql

## 开启二进制日志功能,以备Slave作为其它Slave的Master时使用
log-bin=mysql-bin
log-bin-index=mysql-bin.index

## relay_log配置中继日志
#relay_log=edu-mysql-relay-bin  

## 还可以设置一个log保存周期:
#expire_logs_days=14

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

1.2.6 msql-slave04

(1) 创建init.sh

vim cluster02/msql-slave04/volumes/initdb/init.sh 
#!/bin/bash
declare MASTER_HOST="${MASTER_HOST:-124.222.25.184}"
declare MASTER_PORT=${MASTER_PORT:-8506}
declare MASTER_USER=${MASTER_USER:-root}
declare MASTER_PASSWORD=${MASTER__PASSWORD:-123456}

# 自旋直到 master  启动
declare tryCount=0
for i in {1..10};
do
   declare master_ready=` mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
   echo "########### result:"
   echo $master_ready
   if [ "$master_ready" != "" ]
   then
       echo "master01 已启动"
       break
   else
       echo "尝试连接master0: .....$i"
       sleep 5s
   fi
done
# mysql  -u root -p123456 -P 8406 -h 124.222.25.184 -e "select 1;"
declare RESULT=`mysql -u "$MASTER_USER" -h "$MASTER_HOST" -p"$MASTER_PASSWORD" -P "$MASTER_PORT" -e "show master status;" `
RESULT=($RESULT)
declare bin_log=${RESULT[5]}
declare pos=${RESULT[6]}
echo "master 信息:"
echo "bin_log_file:$bin_log, pos: $pos"

declare changeCMD="change master to master_host='$MASTER_HOST',master_user='slave',master_password='123456',master_port=$MASTER_PORT,master_log_file='$bin_log', master_log_pos=$pos,master_connect_retry=30;"

#declare changeCMD="select 1;"
echo `mysql  -u root -p123456 -e "$changeCMD ;start slave;"`
echo "监听主节点=>   $MASTER_HOST:$MASTER_PORT"

(2) 创建 my.cnf

vim cluster02/msql-slave04/volumes/conf/my.cnf
[mysqld]
#D,默认是1,一般取IP最后一段  
server-id=5

# 如果想实现 主-从(主)-从 这样的链条式结构,需要设置:
# log-slave-updates      只有加上它,从前一台机器上同步过来的数据才能同步到下一台机器。

# 设置需要同步的数据库,主服务器上不限定数据库,在从服务器上限定replicate-do-db = 数据库名;
# 如果不指明同步哪些库,就去掉这行,表示所有库的同步(除了ignore忽略的库)。
# replicate-do-db = test;

# 不同步test数据库 可以写多个例如 binlog-ignore-db = mysql,information_schema 
replicate-ignore-db=mysql

## 开启二进制日志功能,以备Slave作为其它Slave的Master时使用
log-bin=mysql-bin
log-bin-index=mysql-bin.index

## relay_log配置中继日志
#relay_log=edu-mysql-relay-bin  

## 还可以设置一个log保存周期:
#expire_logs_days=14

# 跳过所有的错误,继续执行复制操作
slave-skip-errors = all

1.3 docker-compose文件

创建docker-compose.yml

 vim docker-compose.yml
version: '3.3'
services:
   # 服务名,  主节点01
  mysql-cluster-master01:
  # 容器名
    container_name: mysql-cluster-master01
    # mysql 镜像
    image: mysql:5.7
    # stop之后重启容器
    restart: always
    # 暴露端口号:  宿主机端口:容器内端口号
    ports:
      - 8406:3306
    privileged: true
    # 按照路径挂载目录: 日志、配置文件、数据
    volumes:
      - $PWD/cluster01/msql-master01/volumes/log:/var/log/mysql
      - $PWD/cluster01/msql-master01/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster01/msql-master01/volumes/data:/var/lib/mysql
      - $PWD/cluster01/msql-master01/volumes/initdb:/docker-entrypoint-initdb.d
    # 环境变量: mysql密码
    environment:
      MYSQL_ROOT_PASSWORD: "123456"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
    ]
    # 使用的网卡
    networks:
      - myweb
 # 从节点
  mysql-cluster-slave01:
    container_name: mysql-cluster-slave01
    image: mysql:5.7
    restart: always
    ports:
      - 8407:3306
    privileged: true
    volumes:
      - $PWD/cluster01/msql-slave01/volumes/log:/var/log/mysql
      - $PWD/cluster01/msql-slave01/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster01/msql-slave01/volumes/data:/var/lib/mysql
      - $PWD/cluster01/msql-slave01/volumes/initdb:/docker-entrypoint-initdb.d

    environment:
      MYSQL_ROOT_PASSWORD: "123456"
      # 需要同步的 master 节点配置 
      MASTER_HOST: "124.222.25.184"
      MASTER_PORT: 8406
      MASTER_USER: "root"
      MASTER__PASSWORD: "123456"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
     ]
    depends_on:
      - mysql-cluster-master01
    networks:
      - myweb
 # 从节点
  mysql-cluster-slave02:
    container_name: mysql-cluster-slave02
    image: mysql:5.7
    restart: always
    ports:
      - 8408:3306
    privileged: true
    volumes:
      - $PWD/cluster01/msql-slave02/volumes/log:/var/log/mysql
      - $PWD/cluster01/msql-slave02/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster01/msql-slave02/volumes/data:/var/lib/mysql
      - $PWD/cluster01/msql-slave02/volumes/initdb:/docker-entrypoint-initdb.d
    environment:
      MYSQL_ROOT_PASSWORD: "123456"
      # 需要同步的 master 节点配置 
      MASTER_HOST: "124.222.25.184"
      MASTER_PORT: 8406
      MASTER__PASSWORD: "123456"
      MASTER_USER: "root"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
    ]
    depends_on:
       - mysql-cluster-master01
    networks:
      - myweb
 # 服务名,  主节点02
  mysql-cluster-master02:
  # 容器名
    container_name: mysql-cluster-master02
    # mysql 镜像
    image: mysql:5.7
    # stop之后重启容器
    restart: always
    # 暴露端口号:  宿主机端口:容器内端口号
    ports:
      - 8506:3306
    privileged: true
    # 按照路径挂载目录: 日志、配置文件、数据
    volumes:
      - $PWD/cluster02/msql-master02/volumes/log:/var/log/mysql
      - $PWD/cluster02/msql-master02/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster02/msql-master02/volumes/data:/var/lib/mysql
      - $PWD/cluster02/msql-master02/volumes/initdb:/docker-entrypoint-initdb.d
    # 环境变量: mysql密码
    environment:
      MYSQL_ROOT_PASSWORD: "123456"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
    ]
    # 使用的网卡
    networks:
      - myweb
 # 从节点
  mysql-cluster-slave03:
    container_name: mysql-cluster-slave03
    image: mysql:5.7
    restart: always
    ports:
      - 8507:3306
    privileged: true
    volumes:
      - $PWD/cluster02/msql-slave03/volumes/log:/var/log/mysql
      - $PWD/cluster02/msql-slave03/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster02/msql-slave03/volumes/data:/var/lib/mysql
      - $PWD/cluster02/msql-slave03/volumes/initdb:/docker-entrypoint-initdb.d

    environment:
      MYSQL_ROOT_PASSWORD: "123456"
      # 需要同步的 master 节点配置 
      MASTER_HOST: "124.222.25.184"
      MASTER_PORT: 8506
      MASTER__PASSWORD: "123456"
      MASTER_USER: "root"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
    ]
    depends_on:
       - mysql-cluster-master02

    networks:
      - myweb
# 从节点
  mysql-cluster-slave04:
    container_name: mysql-cluster-slave04
    image: mysql:5.7
    restart: always
    ports:
      - 8508:3306
    privileged: true
    volumes:
      - $PWD/cluster02/msql-slave04/volumes/log:/var/log/mysql
      - $PWD/cluster02/msql-slave04/volumes/conf/my.cnf:/etc/mysql/my.cnf
      - $PWD/cluster02/msql-slave04/volumes/data:/var/lib/mysql
      - $PWD/cluster02/msql-slave04/volumes/initdb:/docker-entrypoint-initdb.d

    environment:
      MYSQL_ROOT_PASSWORD: "123456"
      # 需要同步的主节点信息
      MASTER_HOST: "124.222.25.184"
      MASTER_PORT: 8506
      MASTER__PASSWORD: "123456"
      MASTER_USER: "root"
    command: [
        '--character-set-server=utf8mb4',
        '--collation-server=utf8mb4_general_ci',
        '--max_connections=3000'
    ]
    depends_on:
       - mysql-cluster-master02

    networks:
      - myweb
# 配置网卡
networks:
# 使用网卡,桥接模式
  myweb:
          driver: bridge

1.4 辅助脚本

重置环境脚本 reset.sh。用于清除所有 /data ; /log; 中的所有数据。

vim reset.sh
#!/bin/bash
  
docker-compose stop
docker-compose rm -f

rm -rvf cluster01/msql-master01/volumes/data/*
rm -rvf cluster01/msql-master01/volumes/log/*

rm -rvf cluster01/msql-slave01/volumes/log/*
rm -rvf cluster01/msql-slave01/volumes/data/*

rm -rvf cluster01/msql-slave02/volumes/log/*
rm -rvf cluster01/msql-slave02/volumes/data/*


rm -rvf cluster02/msql-master02/volumes/data/*
rm -rvf cluster02/msql-master02/volumes/log/*

rm -rvf cluster02/msql-slave03/volumes/log/*
rm -rvf cluster02/msql-slave03/volumes/data/*

rm -rvf cluster02/msql-slave04/volumes/log/*
rm -rvf cluster02/msql-slave04/volumes/data/*

1.5 搞定

启动mysql集群:docker-compose up

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