#=======================【VM机器,二进制安装】

# 安装环境
# OS System = Linux CNT7XZKPD02 4.4.190-1.el7.elrepo.x86_64 #1 SMP Sun Aug 25 07:32:44 EDT 2019 x86_64 x86_64 x86_64 GNU/Linux

# JDK = java version "1.8.0_231" / Java HotSpot(TM) 64-Bit Server VM (build 25.231-b11, mixed mode)

# zookeeper = zookeeper-3.6.1-x64

# zkui = zkui-2.0 , 备注：main.java有修复一个bug关于config.cfg路径获取。
# https://github.com/tiandong19860806/zkui
# https://github.com/DeemOpen/zkui/issues/81

#========================install zookeeper========================================================================                                              

# step  设置系统swap 分区大小，参考如下公式：

# RAM                    /     Swap Space

# Between  GB and  GB  /     1.5 times the size of the RAM

# Between  GB and  GB /     Equal to the size of the RAM

# More than  GB        /      GB

# 执行如下命令

# 然后，检查和设置swap那一行是否有被注释，如果被注释就要开启

cat /etc/fstab

# 查看swap 空间大小(总计)：

free -m

# 查看swap 空间(file(s)/partition(s))：

swapon -s

# 查看磁盘路径的空间

df -h /home

# 关闭所有的swap空间

swapoff -a

# 创建新的swap文件，bs=表示每个block分块大小是1024 byte，count表示多少个block分块，所以总大小是bs*count=4GB

dd if=/dev/zero of=/home/system-swap bs= count=

# 输出如下

# + records in

# + records out

#  bytes (4.3 GB) copied, 29.991 s,  MB/s

# 设置这个分区的权限为600

chmod -R  /home/system-swap

# 把这个新建分区，变成swap分区

/sbin/mkswap /home/system-swap

# 输出如下

# Setting up swapspace version , size =  KiB

# no label, UUID=941e36a8-d389--ad7d-07387e1da776

# 把这个新建分区，设置状态为open。

# 备注：重启之后，该swap分区还是失效，只有执行下面配置后才会永久生效。

/sbin/swapon /home/system-swap

# 设置重启后，swap分区仍然有效

# 编辑如下文件，修改swap行内容为新加分区/home/system-swap

cat /etc/fstab

##### /dev/mapper/centos-swap swap                    swap    defaults

# /home/system-swap  swap                    swap    defaults         

# 关闭SELINUX，设置参数SELINUXTYPE=disabled

vi /etc/selinux/config

# 修改参数如下

# # SELINUXTYPE=targeted

SELINUXTYPE=disabled

# =============================================================================================================

# step : 安装系统依赖软件

# 修改yum为国内镜像 === 看具体情况，有时候国内镜像不一定完整，这个时候还是要切换回国外地址

# cp /etc/yum.repos.d/CentOS-Base.repo /etc/yum.repos.d/CentOS-Base.repo.backup-linux && \

# wget -O /etc/yum.repos.d/CentOS-Base.repo http://mirrors.aliyun.com/repo/Centos-7.repo && \

yum clean all && \

yum makecache

# 清理掉无用的repo

yum --enablerepo=base clean metadata

# 安装依赖软件

yum install binutils -y && \

yum install compat-libstdc++- -y && \

yum install gcc -y && \

yum install gcc-c++ -y && \

yum install glibc -y && \

yum install glibc-devel -y && \

yum install libgcc -y && \

yum install libstdc++ -y && \

yum install libstdc++-devel -y && \

yum install libaio -y && \

yum install libaio-devel -y && \

yum install libXext -y && \

yum install libXtst -y && \

yum install libX11 -y && \

yum install libXau -y && \

yum install libxcb -y && \

yum install libXi -y && \

yum install make -y && \

yum install sysstat -y && \

yum install zlib-devel -y && \

yum install elfutils-libelf-devel -y

# yum

rpm -q --queryformat %-{name}-%{version}-%{release}-%{arch}"\n" \ compat-libstdc++- glibc-kernheaders glibc-headers libaio libgcc glibc-devel xorg-x11-deprecated-libs

# 输出无法下载和安装的软件，清单如下：

# package  compat-libstdc++- is not installed

# package glibc-kernheaders is not installed

# package glibc-headers is not installed

# libaio-0.3.-.el7-x86_64

# libgcc-4.8.-.el7-x86_64

# package glibc-devel is not installed

# package xorg-x11-deprecated-libs is not installed

# 遇到部分无法在aliyun下载的软件，则需要重新替换yum.repo

# cp /etc/yum.repos.d/CentOS-Base.repo /etc/yum.repos.d/CentOS-Base.repo.backup-aliyun && \

# cp /etc/yum.repos.d/CentOS-Base.repo.backup-linux /etc/yum.repos.d/CentOS-Base.repo && \

yum clean all && \

yum makecache && \

yum install -y compat-libstdc++*  && \

yum install -y glibc-kernheaders*  && \

yum install -y glibc-headers*  && \

yum install -y libaio-*  && \

yum install -y libgcc-*  && \

yum install -y glibc-devel*  && \

yum install -y xorg-x11-deprecated-libs*  && \

# 确保，已经包含了libaio-0.3.，默认开启异步I/O。

# 检查在操作系统中，是否开启AIO 异步读写IO

cat /proc/slabinfo | grep kio

# 如果没有开启，则在下面文件中，增加如下两行

vi /proc/slabinfo

kioctx                     : tunables           : slabdata

kiocb                       : tunables          : slabdata              

# =============================================================================================================

# step : 创建zookeper安装目录

mkdir -p /opt/soft/{jdk,zookeeper}

# 然后上传jdk或zookeeper 二进制文件到上面创建的软件目录

# 创建zookeeper的安装主目录

mkdir -p /app/zookeeper && \

# 创建zookeeper的数据主目录

mkdir -p /data/zookeeper && \

# 创建zookeeper的日志主目录

mkdir -p /log/zookeeper

# =============================================================================================================

# step : zookeeper安装用户和组的创建

# 使用root用户，进行如下操作：

# 创建ops_install组

groupadd  -g  ops_install

# 创建ops_admin组

groupadd  -g  ops_admin

# 创建zookeeper用户

useradd -g ops_install  -G  ops_admin  zookeeper

# 修改zookeeper密码

echo 'password'|passwd --stdin zookeeper

# 删除用户和其以来的用户文件

# userdel -r zookeeper

# 查看用户zookeeper权限是否设置正确，正确输出结果如下

# id zookeeper

# [root@CNT7XZKPD02 ~]# id zookeeper

# uid=(zookeeper) gid=(ops_install) groups=(ops_install),(ops_admin)

# =============================================================================================================

# step : 安装用户的profile文件的设置

# 编辑/etc/profile，加入以下内容

vi /etc/profile

# -----------------------java env-----------------------------------------------------------------

JAVA_HOME=/env/jdk/jdk-12.0.

PATH=$JAVA_HOME/bin:$JAVA_HOME/jre/bin:$PATH

CLASSPATH=.:$JAVA_HOME/lib/dt.jar:$JAVA_HOME/lib/tools.jar

# -----------------------java env-----------------------------------------------------------------

# -----------------------zookeeper env---------------------------------------------------------------

ZOOKEEPER_HOME=/app/zookeeper/zookeeper-

PATH=$ZOOKEEPER_HOME/bin:$PATH

# -----------------------zookeeper env---------------------------------------------------------------

# 生效配置环境变量

source /etc/profile

# 检查生效环境变量

env | grep ZOOKEEPER

env | grep JAVA

# =============================================================================================================

# step : 安装jdk

# 创建jdk的软件目录和安装目录，分别如下：

mkdir -p /opt/soft/jdk/ && \

mkdir -p /env/jdk/

# 然后，通过WinSCP工具，把JDK 8二进制安装包tar复制到软件目录

ls -al /opt/soft/jdk/jdk-12.0.2_linux-x64_bin.tar.gz

# 解压jdk到安装目录

tar -zxvf /opt/soft/jdk/jdk-12.0.2_linux-x64_bin.tar.gz -C /env/jdk/

# =============================================================================================================

# 伪集群, 节点1//

# step : 创建相应的文件系统（或安装目录）

# for 循环 - begin

V_NODE_NUM=

for ((i=;i<=${V_NODE_NUM};i++))

do

mkdir -p /app/zookeeper/zookeeper-${i} && \

mkdir -p /data/zookeeper/zookeeper-${i} && \

mkdir -p /log/zookeeper/zookeeper-${i}

done

# for 循环 - end

ls -al /app/zookeeper

# 输出结果，如下图

# [root@CNT7XZKPD02 ~]# ls -al /app/zookeeper

# total

# drwxr-xr-x  root      root         Jun  : .

# drwxr-xr-x  root      root         Jun  : ..

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

ls -al /data/zookeeper

# 输出结果，如下图

# [root@CNT7XZKPD02 ~]# ls -al /data/zookeeper/

# total

# drwxr-xr-x  root      root         Jun  : .

# drwxr-xr-x  root      root         Jun  : ..

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

ls -al /log/zookeeper

# 输出结果，如下图

# [root@CNT7XZKPD02 ~]# ls -al /log/zookeeper

# total

# drwxr-xr-x  root      root         Jun  : .

# drwxr-xr-x  root      root         Jun  : ..

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# drwxrwxr-x  zookeeper ops_install   Jun  : zookeeper-

# 解压jdk到安装目录: 分别是三个伪节点目录

tar -zxvf /opt/soft/zookeeper/apache-zookeeper-3.6.-bin.tar.gz -C /app/zookeeper/

# 查看zookeeper安装文件

ls -al /app/zookeeper/apache-zookeeper-3.6.-bin

# 解压后，可以看到当前目录下，如下文件

# [root@CNT7XZKPD02 ~]# ls -al /app/zookeeper/apache-zookeeper-3.6.-bin

# total

# drwxr-xr-x  root      root           Jun  : .

# drwxrwxr-x  zookeeper ops_install     Jun  : ..

# drwxr-xr-x  root      root           May   : bin

# drwxr-xr-x  root      root            May   : conf

# drwxr-xr-x  root      root          May   : docs

# drwxr-xr-x  root      root          Jun  : lib

# -rw-r--r--  root      root         May   : LICENSE.txt

# -rw-r--r--  root      root           May   : NOTICE.txt

# -rw-r--r--  root      root          May   : README.md

# -rw-r--r--  root      root          May   : README_packaging.txt

# 修改文件名为zookeeper-3.6.

mv /app/zookeeper/apache-zookeeper-3.6.-bin /app/zookeeper/zookeeper-3.6./

# 配置伪集群，复制三个节点 myid=//3的三个安装目录

for ((i=;i<=${V_NODE_NUM};i++))

do

cp -rf /app/zookeeper/zookeeper-3.6./* /app/zookeeper/zookeeper-${i}/

cp /app/zookeeper/zookeeper-1/conf/zoo_sample.cfg  /app/zookeeper/zookeeper-1/conf/zoo.cfg

done

# for 循环 - end

# 授予zookeeper用户访问文件夹和文件的权限

V_NODE_NUM=3

for ((i=1;i<=${V_NODE_NUM};i++))

do

chmod -R 775 /app/zookeeper/zookeeper-${i} && \

chown -R zookeeper:ops_install /app/zookeeper/zookeeper-${i} && \

chmod -R 775 /data/zookeeper/zookeeper-${i} && \

chown -R zookeeper:ops_install /data/zookeeper/zookeeper-${i} && \

chmod -R 775 /log/zookeeper/zookeeper-${i} && \

chown -R zookeeper:ops_install /log/zookeeper/zookeeper-${i}

done

# for 循环 - end

# =============================================================================================================

# 配置伪集群

# step 10: 配置zookeeper的文件zoo.cfg

# --------------------------------------------------

# 节点1

# 首先，修改配置文件

# 备注，必须是这个名字：zoo.cfg

# cp /app/zookeeper/zookeeper-1/conf/zoo_sample.cfg  /app/zookeeper/zookeeper-1/conf/zoo.cfg

vi /app/zookeeper/zookeeper-1/conf/zoo.cfg

# 修改配置文件,如下：

# 参数1，数据目录和日志目录

dataDir=/data/zookeeper/zookeeper-1

dataLogDir=/log/zookeeper/zookeeper-1

# 参数2：server参数，为配置集群节点

# 备注：如果想做成伪集群（同一台VM，提供集群部署部署zookeeper），则将每个参数server.x的端口改为不同端口

# 格式 = server.x={IP或HOSTNAME}:{端口 = 2888}:{端口 = 3888}

server.1=CNT7XZKPD02:2881:3881

server.2=CNT7XZKPD02:2882:3882

server.3=CNT7XZKPD02:2883:3883

# 参数3：客户端端口

clientPort=2181

# --------------------------------------------------

# 节点2

# 首先，修改配置文件

# 备注，必须是这个名字：zoo.cfg

# cp /app/zookeeper/zookeeper-2/conf/zoo_sample.cfg  /app/zookeeper/zookeeper-2/conf/zoo.cfg

vi /app/zookeeper/zookeeper-2/conf/zoo.cfg

# 修改配置文件,如下：

# 参数1，数据目录和日志目录

dataDir=/data/zookeeper/zookeeper-2

dataLogDir=/log/zookeeper/zookeeper-2

# 参数2：server参数，为配置集群节点

# 备注：如果想做成伪集群（同一台VM，提供集群部署部署zookeeper），则将每个参数server.x的端口改为不同端口

# 格式 = server.x={IP或HOSTNAME}:{端口 = 2888}:{端口 = 3888}

server.1=CNT7XZKPD02:2881:3881

server.2=CNT7XZKPD02:2882:3882

server.3=CNT7XZKPD02:2883:3883

# 参数3：客户端端口

clientPort=2182

# --------------------------------------------------

# 节点3

# 首先，修改配置文件

# 备注，必须是这个名字：zoo.cfg

# cp /app/zookeeper/zookeeper-3/conf/zoo_sample.cfg  /app/zookeeper/zookeeper-3/conf/zoo.cfg

vi /app/zookeeper/zookeeper-3/conf/zoo.cfg

# 修改配置文件,如下：

# 参数1，数据目录和日志目录

dataDir=/data/zookeeper/zookeeper-3

dataLogDir=/log/zookeeper/zookeeper-3

# 参数2：server参数，为配置集群节点

# 备注：如果想做成伪集群（同一台VM，提供集群部署部署zookeeper），则将每个参数server.x的端口改为不同端口

# 格式 = server.x={IP或HOSTNAME}:{端口 = 2888}:{端口 = 3888}

server.1=CNT7XZKPD02:2881:3881

server.2=CNT7XZKPD02:2882:3882

server.3=CNT7XZKPD02:2883:3883

# 参数3：客户端端口

clientPort=2183

# =============================================================================================================

# 配置伪集群

# step 11: 配置zookeeper的文件myid

# 节点1/2/3

# 配置伪集群，复制三个节点的文件 myid=1/2/3

for ((i=1;i<=${V_NODE_NUM};i++))

do

cat > /data/zookeeper/zookeeper-${i}/myid << EOF

${i}

EOF

done

# for 循环 - end

# ==================================================================================================================================

# step 12: 启动zookeeper

# 启动服务: 节点1/2/3

/app/zookeeper/zookeeper-1/bin/zkServer.sh start /app/zookeeper/zookeeper-1/conf/zoo.cfg

/app/zookeeper/zookeeper-2/bin/zkServer.sh start /app/zookeeper/zookeeper-2/conf/zoo.cfg

/app/zookeeper/zookeeper-3/bin/zkServer.sh start /app/zookeeper/zookeeper-3/conf/zoo.cfg

# 查看每个节点的角色: 节点1/2/3

/app/zookeeper/zookeeper-1/bin/zkServer.sh status /app/zookeeper/zookeeper-1/conf/zoo.cfg

/app/zookeeper/zookeeper-1/bin/zkServer.sh status /app/zookeeper/zookeeper-2/conf/zoo.cfg

/app/zookeeper/zookeeper-1/bin/zkServer.sh status /app/zookeeper/zookeeper-3/conf/zoo.cfg

# 停止服务: 节点1/2/3

/app/zookeeper/zookeeper-1/bin/zkServer.sh stop /app/zookeeper/zookeeper-1/conf/zoo.cfg

/app/zookeeper/zookeeper-1/bin/zkServer.sh stop /app/zookeeper/zookeeper-2/conf/zoo.cfg

/app/zookeeper/zookeeper-1/bin/zkServer.sh stop /app/zookeeper/zookeeper-3/conf/zoo.cfg

# 查看zookeeper启动后的三个节点的端口，如下 ：

# client_port = 2181 / 2182 / 2183

# server_port = 2881:3881 / 2882:3882 / 2883:3883

[root@CNT7XZKPD02 ~]# netstat -nltp | grep java

tcp        0      0 0.0.0.0:8080            0.0.0.0:*               LISTEN      2533/java

tcp        0      0 0.0.0.0:35581           0.0.0.0:*               LISTEN      2533/java

tcp        0      0 192.168.16.32:2882       0.0.0.0:*               LISTEN      2595/java

tcp        0      0 0.0.0.0:2181            0.0.0.0:*               LISTEN      2533/java

tcp        0      0 0.0.0.0:2182            0.0.0.0:*               LISTEN      2595/java

tcp        0      0 0.0.0.0:45062           0.0.0.0:*               LISTEN      2595/java

tcp        0      0 0.0.0.0:2183            0.0.0.0:*               LISTEN      2663/java

tcp        0      0 0.0.0.0:34312           0.0.0.0:*               LISTEN      2663/java

tcp        0      0 192.168.16.32:3881       0.0.0.0:*               LISTEN      2533/java

tcp        0      0 192.168.16.32:3882       0.0.0.0:*               LISTEN      2595/java

tcp        0      0 192.168.16.32:3883       0.0.0.0:*               LISTEN      2663/java   

# --------------------------------------------------------------------------------------------------

# zookeeper 命令使用

#  连接服务器 zkCli.sh -server {server_zookeeper_ip}:{server_client_port}

zkCli.sh -server 127.0.0.1:2181

zkCli.sh -server 127.0.0.1:2182

zkCli.sh -server 127.0.0.1:2183

# 或

zkCli.sh -server 192.168.16.32:2181

zkCli.sh -server 192.168.16.32:2182

zkCli.sh -server 192.168.16.32:2183

# 然后，在zookeeper命令行，输入如下命令：

# 创建数据，path = "/data-test" , value = "hello zookeeper"

[zk: 127.0.0.1:2182(CONNECTED) 0] create "/data-test" "zookeeper"

# 查询数据

[zk: 127.0.0.1:2181(CONNECTED) 15] get "/data-test"

zookeeper

# 修改数据，path = /data-test , value = "hello zookeeper"

[zk: 127.0.0.1:2182(CONNECTED) 0] set "/data-test" "hello zookeeper"

# 查询数据

[zk: 127.0.0.1:2182(CONNECTED) 5] get "/data-test"

hello zookeeper

# 添加子数据，path = /data-test/sub-key-01 , value = "sub-value-01"

[zk: 192.168.16.32:2183(CONNECTED) 2] create "/data-test/sub-key-01" "sub-value-01"

Created /data-test/sub-key-01

# 查询数据

[zk: 192.168.16.32:2183(CONNECTED) 3] get "/data-test/sub-key-01"

sub-value-01

[zk: 192.168.16.32:2183(CONNECTED) 4] get "/data-test"

hello zookeeper

[zk: 192.168.16.32:2183(CONNECTED) 5] get /data-test

hello zookeeper

# 或查询数据

[zk: 127.0.0.1:2181(CONNECTED) 21] get "/data-test/sub-key-01"

sub-value-01

[zk: 127.0.0.1:2181(CONNECTED) 22] get "/data-test"

hello zookeeper

[zk: 127.0.0.1:2181(CONNECTED) 23] get /data-test

hello zookeeper

# 查询节点清单

[zk: 192.168.16.32:2183(CONNECTED) 6] ls /

[data-test, zookeeper]

# 添加子数据，path = /data-test/sub-key-02 , value = "sub-value-02"

[zk: 192.168.16.32:2183(CONNECTED) 9] create "/data-test/sub-key-02" "sub-value-02"

Created /data-test/sub-key-02

[zk: 192.168.16.32:2183(CONNECTED) 10] ls "/data-test"

[sub-key-01, sub-key-02]

# 删除单个节点

[zk: 127.0.0.1:2181(CONNECTED) 21] delete "/data-test/sub-key-02"

[zk: 192.168.16.32:2183(CONNECTED) 14] ls "/data-test"

[sub-key-01]

# 删除当前结点和其下面的全部子节点

# rmr = 旧版本命令

[zk: 127.0.0.1:2181(CONNECTED) 21] rmr "/data-test"

# 或 deleteall == 新版本命令

[zk: 127.0.0.1:2181(CONNECTED) 21] rmr "/data-test"

# 检查删除后结果，/data-test和其子节点都不存在了

[zk: 192.168.16.32:2183(CONNECTED) 25] ls /data-test

Node does not exist: /data-test 

# ====================================================================================================================================================

# step 13: 设置开机启动zookeeper

# 创建zookeepr-1.service文件，如下

# 切换到root账户

su root

# 节点1/2/3

# 配置伪集群，复制三个节点 myid=1/2/3的service服务文件

V_NODE_NUM=3

for ((i=1;i<=${V_NODE_NUM};i++))

do

echo "${i}, begin the service register : zookeeper-${i}, ...."

cat > /etc/systemd/system/zookeeper-${i}.service <<EOF

[Unit]

Description=zookeeper-${i} service

After=network.target

After=network-online.target

Wants=network-online.target

[Service]

User=zookeeper

Type=forking

TimeoutSec=0

Environment="JAVA_HOME=/env/jdk/jdk-12.0.2"

ExecStart=/app/zookeeper/zookeeper-${i}/bin/zkServer.sh start /app/zookeeper/zookeeper-${i}/conf/zoo.cfg

# ExecStop=/app/zookeeper/zookeeper-${i}/bin/zkServer.sh stop /app/zookeeper/zookeeper-${i}/conf/zoo.cfg

RestartSec=5

LimitNOFILE=1000000

[Install]

WantedBy=multi-user.target

EOF

# register service

systemctl enable zookeeper-${i}

systemctl daemon-reload

# start service

systemctl start zookeeper-${i} &

# check service

systemctl status zookeeper-${i}

ps -ef | grep zookeeper-${i}

netstat -nltp | grep zookeeper-${i}

echo "${i}, finish the service register : zookeeper-${i}, ...."

done

# for 循环 - end

# ====================================================================================================================================================

# step 14: 安装zookeeper 可视化UI界面工具 = zkui

# 1. 首先，从下面git地址下载源代码，然后通过maven和eclipse构建编译，得到jar包

# 版本 = zkui-2.0-SNAPSHOTS

# SOURCE = https://github.com/DeemOpen/zkui.git

# git clone https://github.com/DeemOpen/zkui.git

# 2. 创建zkui的linux服务器的安装目录

mkdir -p /app/zkui/zkui-2.0

# 复制zkui-2.0-SNAPSHOT.jar文件到此目录u

ls -al /app/zkui/zkui-2.0/zkui-2.0-SNAPSHOT.jar

# 3. 创建zkui的配置文件，如下

# 注意：zkui的安装，可以和zookeeper服务器不在同一台服务器上。

cat > /app/zkui/zkui-2.0/config.cfg <<EOF

#Server Port

serverPort=19090

#Comma seperated list of all the zookeeper servers

zkServer=CNT7XZKPD02:2181,CNT7XZKPD02:2182,CNT7XZKPD02:2183

#Http path of the repository. Ignore if you dont intent to upload files from repository.

scmRepo=http://CNT7XZKPD02:2181/@rev1=

#Path appended to the repo url. Ignore if you dont intent to upload files from repository.

scmRepoPath=//appconfig.txt

#if set to true then userSet is used for authentication, else ldap authentication is used.

ldapAuth=false

ldapDomain=mycompany,mydomain

#ldap authentication url. Ignore if using file based authentication.

ldapUrl=ldap://<ldap_host>:<ldap_port>/dc=mycom,dc=com

#Specific roles for ldap authenticated users. Ignore if using file based authentication.

ldapRoleSet={"users": [{ "username":"domain\\user1" , "role": "ADMIN" }]}

userSet = {"users": [{ "username":"admin" , "password":"password","role": "ADMIN" },{ "username":"appconfig" , "password":"password#123","role": "USER" }]}

#Set to prod in production and dev in local. Setting to dev will clear history each time.

env=prod

jdbcClass=org.h2.Driver

jdbcUrl=jdbc:h2:zkui

jdbcUser=root

jdbcPwd=password

#If you want to use mysql db to store history then comment the h2 db section.

#jdbcClass=com.mysql.jdbc.Driver

#jdbcUrl=jdbc:mysql://localhost:3306/zkui

#jdbcUser=root

#jdbcPwd=password

loginMessage=Please login using admin/manager or appconfig/appconfig.

#session timeout 5 mins/300 secs.

sessionTimeout=300

#Default 5 seconds to keep short lived zk sessions. If you have large data then the read will take more than 30 seconds so increase this accordingly.

#A bigger zkSessionTimeout means the connection will be held longer and resource consumption will be high.

zkSessionTimeout=5

#Block PWD exposure over rest call.

blockPwdOverRest=false

#ignore rest of the props below if https=false.

https=false

keystoreFile=/home/user/keystore.jks

keystorePwd=password

keystoreManagerPwd=password

# The default ACL to use for all creation of nodes. If left blank, then all nodes will be universally accessible

# Permissions are based on single character flags: c (Create), r (read), w (write), d (delete), a (admin), * (all)

# For example defaultAcl={"acls": [{"scheme":"ip", "id":"192.168.1.192", "perms":"*"}, {"scheme":"ip", id":"192.168.1.0/24", "perms":"r"}]

defaultAcl=

# Set X-Forwarded-For to true if zkui is behind a proxy

X-Forwarded-For=false

EOF

# 4. 添加zookeeper账户对安装目录的权限

ls -al /app/zkui/zkui-2.0/ && \

chmod -R 775 /app/zkui/zkui-2.0/ && \

chown -R zookeeper:ops_install /app/zkui/zkui-2.0/ && \

ls -al /app/zkui/zkui-2.0/

# 4. 启动zkui，如下

java -Xms128m -Xmx512m -XX:MaxMetaspaceSize=256m -jar /app/zkui/zkui-2.0/zkui-2.0-SNAPSHOT-jar-with-dependencies.jar

# 5. 设置开机自动启动，如下

cat > /etc/systemd/system/zkui.service <<EOF

[Unit]

Description=zkui-2.0 service

After=network.target

After=network-online.target

Wants=network-online.target

[Service]

User=zookeeper

Type=forking

TimeoutSec=0

Environment="ZKUI_HOME=/app/zkui/zkui-2.0/"

ExecStart=${JAVA_HOME}/bin/java -Xms128m -Xmx512m -XX:MaxMetaspaceSize=256m -jar /app/zkui/zkui-2.0/zkui-2.0-SNAPSHOT-jar-with-dependencies.jar

RestartSec=5

LimitNOFILE=1000000

[Install]

WantedBy=multi-user.target

EOF

# 注册服务

systemctl enable zkui

# 启动服务

systemctl start zkui &

# 检查服务

systemctl status zkui

netstat -nltp | grep 19090

ps -ef | grep zkui

# ====================================================================================================================================================

最后，截图如下

1. zookeeper 运行结果，如下

2. zkui, 运行结果如下

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