小知识：集群运维自动化工具ansible之使用playbook安装zabbix客户端

之前介绍了关于ansible的安装与使用（包括模块与playbook使用，地址是http://www.tuohang.net/article/99548.html

），今天介绍一下如何使用playbook来部署zabbix客户端。

ansible服务端的环境为centos 6.5 x86_64系统

ansible客户端环境为centos 6.3 x86_64系统

目前我的playbook只允许centos或redhat 6系列系统来安装zabbix客户端，并且客户端的版本是2.0.6.

下面是playbook的结构

14:29:30 # pwd

/etc/ansible/roles

root@ip-10-10-10-10:/etc/ansible/roles

14:29:37 # tree zabbix_client_*

zabbix_client_delete 删除已经安装的zabbix客户端

├── files 存放文件的

├── handlers 重启的东东

├── meta galaxy_info的信息

│ └── main.yml

├── tasks 操作的任务流程

│ ├── delete.yml

│ └── main.yml

├── templates 模板

└── vars 变量

└── main.yml

zabbix_client_install

├── files

│ └── zabbix-2.0.6.tar.gz

├── handlers

├── meta

│ └── main.yml

├── tasks

│ ├── copy.yml

│ ├── delete.yml

│ ├── install.yml

│ └── main.yml

├── templates

│ ├── zabbix_agentd

│ └── zabbix_agentd.conf

└── vars

└── main.yml

12 directories, 13 files

下面是先介绍一下安装方面zabbix_client_install的内容

1、galaxy_info的信息

14:32:15 # cat /etc/ansible/roles/zabbix_client_install/meta/main.yml

galaxy_info:

author: Deng Lei

description: Install Zabbix Client

license: MIT

min_ansible_version: 1.6

platforms:

– name: CentOS

versions:

– 6

categories:

– Monitor

dependencies: []

2、task里的copy.xml信息

14:33:35 # cat /etc/ansible/roles/zabbix_client_install/tasks/copy.yml

– name: Stop Exist Zabbix Client Service In Redhat Client

shell: ps -ef|grep zabbix|grep -v grep|awk {print $2}|xargs kill -9 >>/dev/null 2>&1

ignore_errors: yes

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Delete Exist Zabbix Client Dir In Redhat Client

shell: rm -rf {{ zabbix_dir }}/zabbix

ignore_errors: yes

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Install Base Require Software In Redhat Client

yum: name={{ item }} state=latest

with_items:

– telnet

– dmidecode

– tar

– name: Create Zabbix User In Redhat Client

user: name={{ zabbix_user }} state=present createhome=no shell=/sbin/nologin

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Copy Zabbix Client Software To Redhat Client

copy: src=zabbix-{{ zabbix_version }}.tar.gz dest=/tmp/zabbix-{{ zabbix_version }}.tar.gz owner=root group=root

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Uncompression Zabbix Client Software To Redhat Client

shell: tar zxf /tmp/zabbix-{{ zabbix_version }}.tar.gz -C {{ zabbix_dir }}/

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Copy Zabbix Start Script To Redhat Client

template: src=zabbix_agentd dest=/etc/init.d/zabbix_agentd owner=root group=root mode=0755

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Copy Zabbix Config To Redhat Client

template: src=zabbix_agentd.conf dest={{ zabbix_dir }}/zabbix/conf/zabbix_agentd.conf owner={{ zabbix_user }} group={{ zabbix_user }} mode=0644

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

此文件是复制对应的文件到客户端

3、task的install.yml信息

14:34:26 # cat /etc/ansible/roles/zabbix_client_install/tasks/install.yml

– name: Modify Zabbix Dir Permission In Redhat Client

file: path={{ zabbix_dir }}/zabbix owner={{ zabbix_user }} group={{ zabbix_user }} mode=0755

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Check Zabbix User Sudo Permission In Redhat Client

shell: grep “{{ zabbix_user }}” /etc/sudoers|wc -l

ignore_errors: True

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Give Sudo Permission To Zabbix User In Redhat Client

shell: echo “{{ zabbix_user }} ALL=(root) NOPASSWD:/bin/netstat, /usr/bin/omreport” >> /etc/sudoers

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6 and zabbix_sudoer|int ==0

– name: Start Zabbix Service In Redhat Client

shell: /etc/init.d/zabbix_agentd start

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

– name: Add Boot Start Zabbix Service In Redhat Client

shell: chkconfig –level 345 zabbix_agentd on

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

此文件主要是安装

4、tasks的delete.yml信息

14:35:08 # cat /etc/ansible/roles/zabbix_client_install/tasks/delete.yml

– name: Delete Zabbix compression Software In Redhat Client

shell: rm -rf /tmp/zabbix-{{ zabbix_version }}.tar.gz

when: ansible_os_family == “RedHat” and ansible_lsb.major_release|int == 6

此文件是安装完成后，删除安装前的文件

5、tasks的mail.yml

14:35:37 # cat /etc/ansible/roles/zabbix_client_install/tasks/main.yml

– include: copy.yml

– include: install.yml

– include: delete.yml

此文件是允许运行哪个文件

6、templates的zabbix_agentd

15:15:45 # cat /etc/ansible/roles/zabbix_client_install/templates/zabbix_agentd

#!/bin/bash

# chkconfig: – 85 15

# description: Zabbix client script.

# processname: Zabbix

. /etc/profile

SERVICE=”Zabbix agent”

DAEMON={{ zabbix_dir }}/zabbix/sbin/zabbix_agentd

PIDFILE=/tmp/zabbix_agentd.pid

CONFIG={{ zabbix_dir }}/zabbix/conf/zabbix_agentd.conf

zabbix_agent_status=`ps aux|grep zabbix_agentd.conf|grep -v grep|wc -l`

zabbix_agent_pid=`ps aux|grep zabbix_agentd|grep -v grep|awk NR==1{print $2}`

# Source function library.

. /etc/rc.d/init.d/functions

# Source networking configuration.

. /etc/sysconfig/network

function check()

{

if [ $? -eq 0 ];then

action $”Operating is:” /bin/true

else

action $”Operating is:” /bin/false

}

case $1 in

start)

if [ -x ${DAEMON} ]

then

$DAEMON -c $CONFIG

# Error checking here would be good…

echo “${SERVICE} started.”

else

echo “Cant find file ${DAEMON}.”

echo “${SERVICE} NOT started.”

check

;;

stop)

if [ -s ${PIDFILE} ]

then

if kill `cat ${PIDFILE}` >/dev/null 2>&1

then

echo “${SERVICE} terminated.”

rm -f ${PIDFILE}

check

;;

restart)

/bin/bash $0 stop

sleep 5

/bin/bash $0 start

;;

status)

if [ $zabbix_agent_status -ne 0 ];then

echo “Zabbix Agentd is running ($zabbix_agent_pid)”

else

echo “Zabbix Agentd is not running!”

;;

echo “Usage: $0 {start|stop|status|restart}”

;;

esac

exit 0

这个文件是启动客户端的脚本

7、templates的zabbix_agentd.conf

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15:16:36 # cat /etc/ansible/roles/zabbix_client_install/templates/zabbix_agentd.conf

# This is a config file for the Zabbix agent daemon (Unix)

# To get more information about Zabbix, visit http://www.zabbix.com

############ GENERAL PARAMETERS #################

### Option: PidFile

# Name of PID file.

# Mandatory: no

# Default:

# PidFile=/tmp/zabbix_agentd.pid

### Option: LogFile

# Name of log file.

# If not set, syslog is used.

# Mandatory: no

# Default:

# LogFile=

LogFile=/tmp/zabbix_agentd.log

### Option: LogFileSize

# Maximum size of log file in MB.

# 0 – disable automatic log rotation.

# Mandatory: no

# Range: 0-1024

# Default:

# LogFileSize=1

### Option: DebugLevel

# Specifies debug level

# 0 – no debug

# 1 – critical information

# 2 – error information

# 3 – warnings

# 4 – for debugging (produces lots of information)

# Mandatory: no

# Range: 0-4

# Default:

# DebugLevel=3

### Option: SourceIP

# Source IP address for outgoing connections.

# Mandatory: no

# Default:

# SourceIP=

### Option: EnableRemoteCommands

# Whether remote commands from Zabbix server are allowed.

# 0 – not allowed

# 1 – allowed

# Mandatory: no

# Default:

# EnableRemoteCommands=0

### Option: LogRemoteCommands

# Enable logging of executed shell commands as warnings.

# 0 – disabled

# 1 – enabled

# Mandatory: no

# Default:

# LogRemoteCommands=0

##### Passive checks related

### Option: Server

# List of comma delimited IP addresses (or hostnames) of Zabbix servers.

# Incoming connections will be accepted only from the hosts listed here.

# No spaces allowed.

# If IPv6 support is enabled then 127.0.0.1, ::127.0.0.1, ::ffff:127.0.0.1 are treated equally.

# Mandatory: no

# Default:

# Server=zabbix-server-external.autoclouds.net

Server={{ zabbix_server_ip }}

### Option: ListenPort

# Agent will listen on this port for connections from the server.

# Mandatory: no

# Range: 1024-32767

# Default:

ListenPort={{ zabbix_port }}

### Option: ListenIP

# List of comma delimited IP addresses that the agent should listen on.

# First IP address is sent to Zabbix server if connecting to it to retrieve list of active checks.

# Mandatory: no

# Default:

# ListenIP=0.0.0.0

### Option: StartAgents

# Number of pre-forked instances of zabbix_agentd that process passive checks.

# If set to 0, disables passive checks and the agent will not listen on any TCP port.

# Mandatory: no

# Range: 0-100

# Default:

# StartAgents=3

##### Active checks related

### Option: ServerActive

# List of comma delimited IP:port (or hostname:port) pairs of Zabbix servers for active checks.

# If port is not specified, default port is used.

# IPv6 addresses must be enclosed in square brackets if port for that host is specified.

# If port is not specified, square brackets for IPv6 addresses are optional.

# If this parameter is not specified, active checks are disabled.

# Example: ServerActive=127.0.0.1:20051,zabbix.domain,[::1]:30051,::1,[12fc::1]

# Mandatory: no

# Default:

# ServerActive=

### Option: Hostname

# Unique, case sensitive hostname.

# Required for active checks and must match hostname as configured on the server.

# Value is acquired from HostnameItem if undefined.

# Mandatory: no

# Default:

# Hostname=

Hostname={{ ansible_hostname }}

### Option: HostnameItem

# Item used for generating Hostname if it is undefined.

# Ignored if Hostname is defined.

# Mandatory: no

# Default:

# HostnameItem=system.hostname

### Option: RefreshActiveChecks

# How often list of active checks is refreshed, in seconds.

# Mandatory: no

# Range: 60-3600

# Default:

# RefreshActiveChecks=120

### Option: BufferSend

# Do not keep data longer than N seconds in buffer.

# Mandatory: no

# Range: 1-3600

# Default:

# BufferSend=5

### Option: BufferSize

# Maximum number of values in a memory buffer. The agent will send

# all collected data to Zabbix Server or Proxy if the buffer is full.

# Mandatory: no

# Range: 2-65535

# Default:

# BufferSize=100

### Option: MaxLinesPerSecond

# Maximum number of new lines the agent will send per second to Zabbix Server

# or Proxy processing log and logrt active checks.

# The provided value will be overridden by the parameter maxlines,

# provided in log or logrt item keys.

# Mandatory: no

# Range: 1-1000

# Default:

# MaxLinesPerSecond=100

### Option: AllowRoot

# Allow the agent to run as root. If disabled and the agent is started by root, the agent

# will try to switch to user zabbix instead. Has no effect if started under a regular user.

# 0 – do not allow

# 1 – allow

# Mandatory: no

# Default:

# AllowRoot=0

############ ADVANCED PARAMETERS #################

### Option: Alias

# Sets an alias for parameter. It can be useful to substitute long and complex parameter name with a smaller and simpler one.

# Mandatory: no

# Range:

# Default:

### Option: Timeout

# Spend no more than Timeout seconds on processing

# Mandatory: no

# Range: 1-30

# Default:

Timeout=20

### Option: Include

# You may include individual files or all files in a directory in the configuration file.

# Installing Zabbix will create include directory in /usr/local/etc, unless modified during the compile time.

# Mandatory: no

# Default:

# Include=

# Include=/usr/local/etc/zabbix_agentd.userparams.conf

# Include=/usr/local/etc/zabbix_agentd.conf.d/

####### USER-DEFINED MONITORED PARAMETERS #######

### Option: UnsafeUserParameters

# Allow all characters to be passed in arguments to user-defined parameters.

# 0 – do not allow

# 1 – allow

# Mandatory: no

# Range: 0-1

# Default:

# UnsafeUserParameters=0

### Option: UserParameter

# User-defined parameter to monitor. There can be several user-defined parameters.

# Format: UserParameter=<key>,<shell command>

# See zabbix_agentd directory for examples.

# Mandatory: no

# Default:

# UserParameter=

UserParameter=memcached_stats[*],(echo stats; sleep 1) | telnet {{ ansible_default_ipv4.address }} $1 2>&1 | awk /STAT $2 / {print $NF}

UserParameter=mysql[*],mysql -h {{ ansible_default_ipv4.address }} -P 3306 -uzabbix -pzabbix -e “show global status”|grep “<$1>”|cut -f2

UserParameter=redis_stats[*],(echo info; sleep 1) | telnet {{ ansible_default_ipv4.address }} $1 2>&1 |grep $2|cut -d : -f2

UserParameter=custom.vfs.dev.read.ops[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$4}

UserParameter=custom.vfs.dev.read.ms[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$7}

UserParameter=custom.vfs.dev.write.ops[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$8}

UserParameter=custom.vfs.dev.write.ms[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$11}

UserParameter=custom.vfs.dev.io.active[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$12}

UserParameter=custom.vfs.dev.io.ms[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$13}

UserParameter=custom.vfs.dev.read.sectors[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$6}

UserParameter=custom.vfs.dev.write.sectors[*],cat /proc/diskstats | grep $1 | head -1 | awk {print $$10}

UserParameter=MongoDB.Status[*],/bin/echo “db.serverStatus().$1” | /usr/bin/mongo admin | grep “$2″|awk -F: {print $$2}|awk -F, {print $$1}

UserParameter=check_lvm[*],/usr/bin/sudo /usr/local/zabbix/bin/check_lvm.sh $1

UserParameter=TCP_ESTABLISHED,ss -s|awk NR==2{print $4}|cut -d , -f1

UserParameter=TCP_CLOSED,ss -s|awk NR==2{print $6}|cut -d , -f1

UserParameter=TCP_TIMEWAIT,ss -s|awk NR==2{print $12}|cut -d / -f1

UserParameter=zabbix_low_discovery[*],/bin/bash /usr/local/zabbix/bin/zabbix_low_discovery.sh $1

UserParameter=mysql_stats[*],mysql -h {{ ansible_default_ipv4.address }} -P $1 -uzabbix -pzabbix -e “show global status”|grep “<$2>”|cut -f2

UserParameter=mysql_stats_slave[*],mysql -h {{ ansible_default_ipv4.address }} -P $1 -uzabbix -pzabbix -e “show slave statusG”|grep “<$2>”|awk {if($NF==”Yes”) {print 1} else {print 0}}

UserParameter=check_platform,dmidecode |grep Vendor|awk -F {if($2==”Dell”) {print 1} else {print 0}}

#follow is hardware monitor

UserParameter=hardware_battery,omreport chassis batteries|awk /^Status/{if($NF==”Ok”) {print 1} else {print 0}}

UserParameter=hardware_cpu_model,awk -v hardware_cpu_crontol=`sudo omreport chassis biossetup|awk /C State/{if($NF==”Enabled”) {print 0} else {print 1}}` -v hardware_cpu_c1=`sudo omreport chassis biossetup|awk /C1[-|E]/{if($NF==”Enabled”) {print 0} else {print 1}}` BEGIN{if(hardware_cpu_crontol==0 && hardware_cpu_c1==0) {print 0} else {print 1}}

UserParameter=hardware_fan_health,awk -v hardware_fan_number=`omreport chassis fans|grep -c “^Index”` -v hardware_fan=`omreport chassis fans|awk /^Status/{if($NF==”Ok”) count+=1}END{print count}` BEGIN{if(hardware_fan_number==hardware_fan) {print 1} else {print 0}}

UserParameter=hardware_memory_health,awk -v hardware_memory=`omreport chassis memory|awk /^Health/{print $NF}` BEGIN{if(hardware_memory==”Ok”) {print 1} else {print 0}}

UserParameter=hardware_nic_health,awk -v hardware_nic_number=`omreport chassis nics |grep -c “Interface Name”` -v hardware_nic=`omreport chassis nics |awk /^Connection Status/{print $NF}|wc -l` BEGIN{if(hardware_nic_number==hardware_nic) {print 1} else {print 0}}

UserParameter=hardware_cpu,omreport chassis processors|awk /^Health/{if($NF==”Ok”) {print 1} else {print 0}}

UserParameter=hardware_power_health,awk -v hardware_power_number=`omreport chassis pwrsupplies|grep -c “Index”` -v hardware_power=`omreport chassis pwrsupplies|awk /^Status/{if($NF==”Ok”) count+=1}END{print count}` BEGIN{if(hardware_power_number==hardware_power) {print 1} else {print 0}}

UserParameter=hardware_temp,omreport chassis temps|awk /^Status/{if($NF==”Ok”) {print 1} else {print 0}}|head -n 1

UserParameter=hardware_physics_health,awk -v hardware_physics_disk_number=`omreport storage pdisk controller=0|grep -c “^ID”` -v hardware_physics_disk=`omreport storage pdisk controller=0|awk /^State/{if($NF==”Online”) count+=1}END{print count}` BEGIN{if(hardware_physics_disk_number==hardware_physics_disk) {print 1} else {print 0}}

UserParameter=hardware_virtual_health,awk -v hardware_virtual_disk_number=`omreport storage vdisk controller=0|grep -c “^ID”` -v hardware_virtual_disk=`omreport storage vdisk controller=0|awk /^State/{if($NF==”Ready”) count+=1}END{print count}` BEGIN{if(hardware_virtual_disk_number==hardware_virtual_disk) {print 1} else {print 0}}

UserParameter=pyora[*],/usr/local/zabbix/bin/pyora.py –username $1 –password $2 –address $3 –database $4 $5 $6 $7 $8

此文件是客户端的配置文件

8、vars的main.yml

15:17:06 # cat /etc/ansible/roles/zabbix_client_install/vars/main.yml

zabbix_dir: /usr/local 客户端安全目录

zabbix_version: 2.0.6 客户端软件版本

zabbix_user: zabbix 客户端用户

zabbix_port: 10050 客户端的端口

zabbix_server_ip: 192.168.1.10 zabbix_server的ip

此文件是配置变量的

9、ansible安装zabbix客户端的playbook配置文件zabbix_client_install.yml

15:20:02 # cat /etc/ansible/zabbix_client_install.yml

—

– hosts: “{{host}}”

remote_user: “{{user}}”

gather_facts: True

roles:

– zabbix_client_install

10、使用playbook安装zabbix客户端

我的测试客户端环境是centos 6.3，ip是192.168.240.17，使用key登陆

15:22:01 # cd /etc/ansible/

root@ip-10-10-10-10:/etc/ansible

15:22:04 # time ansible-playbook zabbix_client_install.yml –extra-vars “host=192.168.240.17 user=root” –private-key=/root/test.pem

PLAY [192.168.240.17] *********************************************************

GATHERING FACTS ***************************************************************

ok: [192.168.240.17]

TASK: [zabbix_client_install | Stop Exist Zabbix Client Service In Redhat Client] ***

failed: [192.168.240.17] => {“changed”: true, “cmd”: “ps -ef|grep zabbix|grep -v grep|awk {print $2}|xargs kill -9 >>/dev/null 2>&1 “, “delta”: “0:00:00.018213”, “end”: “2014-07-10 07:22:34.793910”, “item”: “”, “rc”: 123, “start”: “2014-07-10 07:22:34.775697”}

…ignoring

TASK: [zabbix_client_install | Delete Exist Zabbix Client Dir In Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Install Base Require Software In Redhat Client] ***

ok: [192.168.240.17] => (item=telnet,dmidecode,tar)

TASK: [zabbix_client_install | Create Zabbix User In Redhat Client] ***********

changed: [192.168.240.17]

TASK: [zabbix_client_install | Copy Zabbix Client Software To Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Uncompression Zabbix Client Software To Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Copy Zabbix Start Script To Redhat Client] *****

changed: [192.168.240.17]

TASK: [zabbix_client_install | Copy Zabbix Config To Redhat Client] ***********

changed: [192.168.240.17]

TASK: [zabbix_client_install | Modify Zabbix Dir Permission In Redhat Client] ***

ok: [192.168.240.17]

TASK: [zabbix_client_install | Check Zabbix User Sudo Permission In Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Give Sudo Permission To Zabbix User In Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Start Zabbix Service In Redhat Client] *********

changed: [192.168.240.17]

TASK: [zabbix_client_install | Add Boot Start Zabbix Service In Redhat Client] ***

changed: [192.168.240.17]

TASK: [zabbix_client_install | Delete Zabbix compression Software In Redhat Client] ***

changed: [192.168.240.17]

PLAY RECAP ********************************************************************

192.168.240.17 : ok=15 changed=12 unreachable=0 failed=0

real 0m39.888s

user 0m1.547s

sys 0m0.197s

可以看到39秒就安装完成，主要花费时间比较长的地方是fact收集、yum安装、文件传输。

11、测试安装情况

[root@ip-10-10-240-21 tmp]# ifconfig

eth0 Link encap:Ethernet HWaddr FA:16:3E:34:62:D0

inet addr:10.10.240.21 Bcast:10.10.240.255 Mask:255.255.255.0

inet6 addr: fe80::f816:3eff:fe34:62d0/64 Scope:Link

UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1

RX packets:542391 errors:0 dropped:0 overruns:0 frame:0

TX packets:77391 errors:0 dropped:0 overruns:0 carrier:0

collisions:0 txqueuelen:1000

RX bytes:142341119 (135.7 MiB) TX bytes:6451154 (6.1 MiB)

lo Link encap:Local Loopback

inet addr:127.0.0.1 Mask:255.0.0.0

inet6 addr: ::1/128 Scope:Host

UP LOOPBACK RUNNING MTU:16436 Metric:1

RX packets:10 errors:0 dropped:0 overruns:0 frame:0

TX packets:10 errors:0 dropped:0 overruns:0 carrier:0

collisions:0 txqueuelen:0

RX bytes:700 (700.0 b) TX bytes:700 (700.0 b)

[root@ip-10-10-240-21 tmp]# ps -ef|grep zabbix

zabbix 26991 1 0 07:22 ? 00:00:00 /usr/local/zabbix/sbin/zabbix_agentd -c /usr/local/zabbix/conf/zabbix_agentd.conf

zabbix 26993 26991 0 07:22 ? 00:00:00 /usr/local/zabbix/sbin/zabbix_agentd -c /usr/local/zabbix/conf/zabbix_agentd.conf

zabbix 26994 26991 0 07:22 ? 00:00:00 /usr/local/zabbix/sbin/zabbix_agentd -c /usr/local/zabbix/conf/zabbix_agentd.conf

zabbix 26995 26991 0 07:22 ? 00:00:00 /usr/local/zabbix/sbin/zabbix_agentd -c /usr/local/zabbix/conf/zabbix_agentd.conf

zabbix 26996 26991 0 07:22 ? 00:00:00 /usr/local/zabbix/sbin/zabbix_agentd -c /usr/local/zabbix/conf/zabbix_agentd.conf

root 27102 13773 0 07:24 pts/0 00:00:00 grep zabbix

[root@ip-10-10-240-21 tmp]# grep -Ev ^$|^# /usr/local/zabbix/conf/zabbix_agentd.conf

LogFile=/tmp/zabbix_agentd.log

Server=192.168.1.10

ListenPort=10050

Hostname=ip-10-10-240-21

Timeout=20

UserParameter=memcached_stats[*],(echo stats; sleep 1) | telnet 10.10.240.21 $1 2>&1 | awk /STAT $2 / {print $NF}

UserParameter=mysql[*],mysql -h 10.10.240.21 -P 3306 -uzabbix -pzabbix -e “show global status”|grep “<$1>”|cut -f2

UserParameter=redis_stats[*],(echo info; sleep 1) | telnet 10.10.240.21 $1 2>&1 |grep $2|cut -d : -f2