elasticsearch + search-guard + filebeat + metricbeat + logstash + kibana ELK整体安装配置教程_metricbeat安装

随笔3周前发布 柠檬初梦
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* java.security.SecurityPermission setProperty.ocsp.enable
* java.util.PropertyPermission * read,write
* java.util.PropertyPermission org.apache.xml.security.ignoreLineBreaks write
* javax.security.auth.AuthPermission doAs
* javax.security.auth.AuthPermission modifyPrivateCredentials
* javax.security.auth.kerberos.ServicePermission * accept
See http://docs.oracle.com/javase/8/docs/technotes/guides/security/permissions.html
for descriptions of what these permissions allow and the associated risks.
-> Installed search-guard-6


(6)修改elasticsearch.yml配置文件



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======================== Elasticsearch Configuration =========================

———————————- Cluster ———————————–

集群的名称

cluster.name: es-cluster

———————————— Node ————————————

节点的名称

node.name: es-node-1

是否能参加主节点选举

node.master: true

是否是数据节点

node.data: true

———————————– Paths ————————————

数据的目录,此目录自行创建

path.data: /data/elk/es/data

日志目录,此目录自行创建

path.logs: /data/elk/es/logs

———————————– Memory ———————————–

设置为true锁住内存

bootstrap.memory_lock: true

———————————- Network ———————————–

监听的主机(不限请求机器)

network.host: 0.0.0.0

监听的默认端口

http.port: 9200

——————————— Discovery ———————————-

这是一个集群中的主节点的初始列表,当节点(主节点或者数据节点)启动时使用这个列表进行探测

discovery.zen.ping.unicast.hosts: [“10.253.177.35”, “10.253.177.36”, “10.253.177.37”]

主节点最少的个数,建议为:节点数/2+1

discovery.zen.minimum_master_nodes: 2
discovery.zen.ping_timeout: 30s

以下三个是前台跨域问题解决办法

http.cors.enabled: true
http.cors.allow-credentials: true
http.cors.allow-origin: “/.*/”

必须设置xpack为false

xpack.security.enabled: false

search-guard节点证书,不同的节点填写成对应的证书

searchguard.ssl.transport.pemcert_filepath: key/search-guard-certificates/node-certificates/CN=es-node-1.crtfull.pem

search-guard节点key

searchguard.ssl.transport.pemkey_filepath: key/search-guard-certificates/node-certificates/CN=es-node-1.key.pem

该密钥可在解压的证书文件夹下的README.txt里可查到

searchguard.ssl.transport.pemkey_password: 7719b9f699c993abb4d0
searchguard.ssl.transport.pemtrustedcas_filepath: key/search-guard-certificates/chain-ca.pem
searchguard.ssl.transport.enforce_hostname_verification: false
searchguard.ssl.http.enabled: true
searchguard.ssl.http.pemcert_filepath: key/search-guard-certificates/node-certificates/CN=es-node-1.crtfull.pem
searchguard.ssl.http.pemkey_filepath: key/search-guard-certificates/node-certificates/CN=es-node-1.key.pem
searchguard.ssl.http.pemkey_password: 7719b9f699c993abb4d0
searchguard.ssl.http.pemtrustedcas_filepath: key/search-guard-certificates/chain-ca.pem
searchguard.authcz.admin_dn:

  • CN=sgadmin
    searchguard.audit.type: internal_elasticsearch
    searchguard.enable_snapshot_restore_privilege: true
    searchguard.check_snapshot_restore_write_privileges: true
    searchguard.restapi.roles_enabled: [“sg_all_access”]

上面的pemkey\_password可在search-guard-certificates- …… .tar.gz下的README.txt中查到



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README.txt

Passwords

Common passwords

Root CA password: 495f7fc3b340008ff918413cdfca56d8d7e8a047
Truststore password: 96808e3ec8fe2c14f74f
Admin keystore and private key password: 53b895fd2d74ef87d643
Demouser keystore and private key password: f2ad809cf899194ec804

Host/Node specific passwords

Host: es-node-1
es-node-1 keystore and private key password: 7719b9f699c993abb4d0
es-node-1 keystore: node-certificates/CN=es-node-1-keystore.jks
es-node-1 PEM certificate: node-certificates/CN=es-node-1.crtfull.pem
es-node-1 PEM private key: node-certificates/CN=es-node-1.key.pem

Host: es-node-2
es-node-2 keystore and private key password: 280c91c6ac87998eec2e
es-node-2 keystore: node-certificates/CN=es-node-2-keystore.jks
es-node-2 PEM certificate: node-certificates/CN=es-node-2.crtfull.pem
es-node-2 PEM private key: node-certificates/CN=es-node-2.key.pem

Host: es-node-3
es-node-3 keystore and private key password: 48241eecae07f957b8da
es-node-3 keystore: node-certificates/CN=es-node-3-keystore.jks
es-node-3 PEM certificate: node-certificates/CN=es-node-3.crtfull.pem
es-node-3 PEM private key: node-certificates/CN=es-node-3.key.pem


(7)其余两台机器也是如上配置,修改对应的密码即可  
 (8)将三台机器上的es停止并重新启动(*****)  
 (9)设置权限因子,将sgadmin客户端证书密钥复制到插件目录下,步骤在README.txt中也有,三台机器的es依次设置,步骤一致



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README.txt

On the node where you want to execute sgadmin on:
* Copy the file ‘root-ca.pem’ to the directory ‘plugins/search-guard-/tools’
* Copy the file ‘client-certificates/CN=sgadmin.crtfull.pem’ to the directory ‘plugins/search-guard-/tools’
* Copy the file ‘client-certificates/CN=sgadmin.key.pem’ to the directory ‘plugins/search-guard-/tools’

Change to the ‘plugins/search-guard-/tools’ and execute:

chmod 755 ./sgadmin.sh
./sgadmin.sh -cacert root-ca.pem -cert CN=sgadmin.crtfull.pem -key CN=sgadmin.key.pem -keypass 53b895fd2d74ef87d643 -nhnv -icl -cd …/sgconfig/


操作步骤如下:



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cd /home/elk/elasticsearch/config/key/search-/local/elasticsearch/config/key/search-guard-certificates

cp root-ca.pem chain-ca.pem client-certificates/CN=sgadmin.key.pem client-certificates/CN=sgadmin.crtfull.pem …/…/…/plugins/search-guard-6/tools

cd …/…/…/plugins/search-guard-6/tools

chmod 755 sgadmin.sh

./sgadmin.sh -cacert root-ca.pem -cert CN=sgadmin.crtfull.pem -key CN=sgadmin.key.pem -keypass 00fb1075cf84c333f1cc -nhnv -icl -cd …/sgconfig/

-nhnv -icl -cd …/sgconfig/
Search Guard Admin v6
Will connect to localhost:9300 … done
Elasticsearch Version: 6.4.0
Search Guard Version: 6.4.0-23.1
Connected as CN=sgadmin

到下面这补可能会卡着,无需担心,只需要在其余两台机器执行设置权限因子操作,次步即可继续执行下去(*****)

Contacting elasticsearch cluster ‘elasticsearch’ and wait for YELLOW clusterstate …
Clustername: GHS-ELK
Clusterstate: GREEN
Number of nodes: 3
Number of data nodes: 3
searchguard index already exists, so we do not need to create one.
Populate config from /usr/local/elasticsearch/plugins/search-guard-6/sgconfig
Will update ‘sg/config’ with …/sgconfig/sg_config.yml
SUCC: Configuration for ‘config’ created or updated
Will update ‘sg/roles’ with …/sgconfig/sg_roles.yml
SUCC: Configuration for ‘roles’ created or updated
Will update ‘sg/rolesmapping’ with …/sgconfig/sg_roles_mapping.yml
SUCC: Configuration for ‘rolesmapping’ created or updated
Will update ‘sg/internalusers’ with …/sgconfig/sg_internal_users.yml
SUCC: Configuration for ‘internalusers’ created or updated
Will update ‘sg/actiongroups’ with …/sgconfig/sg_action_groups.yml
SUCC: Configuration for ‘actiongroups’ created or updated
Done with success


(10)验证,在浏览器输入其中一台es的ip:9200会提示输入账号密码,默认账号密码为admin/admin  
   



### 2.2、kibana 安装


(1)将kibana的压缩包上传并解压  
 (2)进入kibana的目录下的config目录,修改kibana.yml



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启动端口

server.port: 5601

监听地址

server.host: “10.253.177.31”
server.name: “log-kibana”

从elasticsearch中找日志,因为es中使用了search-guard,所以此处是https

elasticsearch.hosts: [“https://10.253.177.35:9200”]

es的账号(必须)

elasticsearch.username: “admin”

es的密码(必须)

elasticsearch.password: “admin”

ssl验证(必须none)

elasticsearch.ssl.verificationMode: none

xpark安全(必须false)

xpack.security.enabled: false

kibana的索引

kibana.index: “.kibana”

语言

i18n.locale: “zh-CN”


(3)进入kibana的bin目录 ./kibana &启动kibana,然后再浏览器输入192.168.1.114:5601即可查看  
   



### 2.3、metricbeat 安装


(1)将metricbeat的压缩包上传并解压  
 (2)进入metricbeat的目录下,修改metricbeat.yml



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metricbeat.config.modules:
path: ${path.config}/modules.d/*.yml
reload.enabled: false
#==================== Elasticsearch template setting ==========================
setup.template.settings:
index.number_of_shards: 3
index.codec: best_compression
#_source.enabled: false
#============================== Kibana =====================================
setup.kibana:
#================================ Outputs =====================================
#————————– Elasticsearch output ——————————
output.elasticsearch:
hosts: [“10.253.177.35”, “10.253.177.36”, “10.253.177.37”]

下面4个必须,因为es使用了search-guard

protocol: “https”
username: “admin”
password: “admin”
ssl.verification_mode: “none”
#================================ Processors =====================================
processors:

  • add_host_metadata: ~
  • add_cloud_metadata: ~

(3)在metricbeat的目录下执行./metricbeat -e -c metricbeat.yml &启动metricbeat  
 (4)在每台需要安装metricbeat的机器上执行如上步骤  
   



### 2.4、filebeat 安装


(1)将filebeat的压缩包上传并解压  
 (2)进入filebeat的目录下,修改filebeat.yml



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#=========================== Filebeat inputs =============================
filebeat.inputs:

  • type: log
    enabled: true

    此处可以写多个路劲

    paths:

    • /opt/kettle/log//.log

    tags是内容是自定义的

    tags: [“kettle-log”]

    fields为自定义字段

    fields:
    application-name: kettle应用
    log-type: kettle日志
    log-server: 192.168.1.101
    log-conf-name: *.log

    自定义字段生效此处需设为true

    fields_under_root: true

    日志需包含的内容

    include_lines: [‘ERROR’,‘PANIC’,‘FATAL’,‘WARNING’]

    对于一条日志以多行存在的处理 multiline.pattern后面跟着正则表达式

    multiline.pattern: ‘Logging is at level’

    true 或 false,默认是false,匹配pattern的行合并到上一行;true,不匹配pattern的行合并到上一行

    multiline.negate: true

    after 或 before,合并到上一行的末尾或开头

    multiline.match: after
    multiline.flush_pattern: ‘Processing ended’
    #============================= Filebeat modules ===============================
    filebeat.config.modules:
    path: ${path.config}/modules.d/*.yml
    reload.enabled: false
    #==================== Elasticsearch template setting ==========================
    setup.template.settings:
    index.number_of_shards: 3
    #================================ Outputs =====================================
    #—————————– Logstash output ——————————–
    output.logstash:
    hosts: [“192.168.1.114:5044”]
    #================================ Processors =====================================
    processors:

    • add_host_metadata: ~
    • add_cloud_metadata: ~

(3)在filebeat的目录下./filebeat &启动filebeat  
   



### 2.5、logstash 安装(*****)


(1)将logstash的压缩包上传并解压  
 (2)进入filebeat的config目录下,新建filebeat.conf文件  
 (3)编辑filebeat.conf文件



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input {
beats {
port => 5044
}
}

filter {
if “kettle-10.253.177.27” in [tags]{
grok {
pattern_definitions => {
# 自定义的正则解析
“CUSTOM_TIME” => “20%{YEAR}/%{MONTHNUM}/%{MONTHDAY} %{HOUR}:?%{MINUTE}(?::?%{SECOND})”
}
match => {
# 将日志拆成两个字段
“message” => “%{CUSTOM_TIME:time}s*-s*%{GREEDYDATA:message}”
}
# 覆盖原有的message字段
overwrite => [“message”]
}
mutate {
# 删除自带的字段@version
remove_field => [“@version”]
}

}
………………………………

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}

output {
if “kettle-10.253.177.27” in [tags]{
elasticsearch{
# 以下6个必填,因为es配置的search-guard,密码在search-guard的README.txt中可找到
user => “admin”
password => “admin”
# 是否开启ssl,我们要使用https,必须设为true
ssl => true
# ssl_certificate_verification 这个参数设置我们想像kinana那样设置成fasle是不行的,还是会报错,也就是必须设置成true,这样一来下面的truststore和truststore_password 必须配置(ps:这里我去作者github上看过issue了,没有解决办法,而且作者在源码中的注视中已经说明这个参数一直不正常,所以遗弃。)
ssl_certificate_verification => true
truststore => “/home/elk/logstash/logstash-6.6.1/config/key/truststore.jks”
truststore_password => “96808e3ec8fe2c14f74f”

		hosts => ["es-node-1:9200", "es-node-2:9200", "es-node-3:9200"]
               # 日志在es中的index
		index => "kettle-log"
	}
}
………………………………

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}


(4)truststore 和truststore\_password 如何配置  
          truststore:这里我们还是先使用es下的这个truststore.jks,从es的机器拷贝过来。  
          truststore\_password:这个密码在search-guard中的README.txt可找到。  
          到此还有最关键一步,连接的hosts => [“es-node-1:9200”, “es-node-2:9200”, “es-node-3:9200”],因为官方授信文件中指定的是es的nodename(README.txt中可看出),所以此处就必须这么配,这就需要我们再/etc/hosts中配置三个es的nodename的正确地址。



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vi /etc/hosts

192.168.1.111 es-node-1
192.168.1.112 es-node-2
192.168.1.113 es-node-3


(6)进入logstash的bin目录./logstash -f …/config/filebeat.conf &启动logstash  
   



### 2.6、ELK的启动顺序



![img](https://img-blog.csdnimg.cn/img_convert/4d03356707c3ee907813ef2d4d8e70d4.png)
![img](https://img-blog.csdnimg.cn/img_convert/37c00c49bca8b20fcd89a5092434811f.png)
![img](https://img-blog.csdnimg.cn/img_convert/dccb6d46008cce713ef8a08adfebf2b2.png)

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参考:docs.qq.com/doc/DSlVlZExWQ0FRSE9H
de-1
192.168.1.112 es-node-2
192.168.1.113 es-node-3

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(6)进入logstash的bin目录./logstash -f …/config/filebeat.conf &启动logstash

2.6、ELK的启动顺序

[外链图片转存中…(img-Jfv2J7HF-1724716385134)]
[外链图片转存中…(img-ADfrmWfa-1724716385135)]
[外链图片转存中…(img-pHeaKeRY-1724716385136)]

既有适合小白学习的零基础资料,也有适合3年以上经验的小伙伴深入学习提升的进阶课程,涵盖了95%以上软件测试知识点,真正体系化!

参考:docs.qq.com/doc/DSlVlZExWQ0FRSE9H

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