} } file { path => "/var/log/nginx/access.log_json" codec => "json" type => "nginx-log...192.168.12.74" port => "6379" db => "6" data_type => "list" key => "nginx-log...192.168.12.74" port => "6379" db => "6" data_type => "list" key => "nginx-log..." type => "nginx-log" } redis { host => "192.168.12.74" port...> [ "192.168.12.74:9200"] index => "ucdisk-error-%{+YYYY.MM.dd}" } } if [type] == "nginx-log
需要保证实验的ES的这个参数值 为hot 或者warm 1、创建名为nginx-log的ILM Policy - hot:设置rollover条件,超过一天 或 体积达到50gb 或 docs数达到1000w...index": { "lifecycle": { "name": "nginx-log-policy", "rollover_alias": "nginx-log...":{ "is_write_index": true } } } GET nginx-log/_settings 查看这个alias的index的结果如下:...我们可以再在cronjob加个每分钟执行一次采集脚本 $ cat monit_indices.sh curl -s -XPOST http://localhost:9200/nginx-log/_refresh.../index_list.log 看下kibana上,这个nginx-log索引最早的创建时间,是2022-05-11日14点37分。
启动后,filebeat会在kafka中建立一个叫nginx-log的topic vim filebeat-nginx.yml filebeat.inputs: - type: log paths:...- /var/log/nginx/access.log output.kafka: hosts: ["1.1.1.2:9092", "1.1.1.3:9092"] topic: 'nginx-log...查看日志,没有异常情况,就可以进行下一步了 cat filebeat.log 7.写入日志 curl http://127.0.0.1 操作服务器(kafka-1) 8.kafka中应该有新的topic nginx-log...2181 查看topic里的消息内容,可以看到日志信息的 bin/kafka-console-consumer.sh --bootstrap-server localhost:9092 --topic nginx-log...auto_offset_reset => "latest" bootstrap_servers => "1.1.1.2:9092,1.1.1.3:9092" topics => ["nginx-log
- name: nginx image: nginx:1.14-alpine ports: - containerPort: 80 volumeMounts: # 将 nginx-Log...挂载到nginx容器中,容器内目录为/var/log/nginx - name: nginx-log mountPath: /var/log/nginx volumes: #在此声明...volume - name: nginx-log emptyDir: {} 然后我们创建后可以看看emptyDir存储卷在宿主机的位置。...nginx image: nginx:1.14-alpine ports: - containerPort: 80 volumeMounts: - name: nginx-log...mountPath: /var/log/nginx volumes: - name: nginx-log hostPath: # 指定宿主机目录为 /data
先说说原理: nginx-log中所有我们需要的信息,都是有的 。 比如user-agent . http-refer , url remote_addr 等等 . ...我们只需要把nginx-log中的信息进行计算和汇总即可。 1.jpg 有人说,有日志了用awk/grep 什么的快速计算就行了 。...过程大约是这样 nginx-log 以固定的json串的方式打印 filebeat将日志以json方式发送到es 利用ES的计算能力,将日志按字段汇总起来 最后grafana/kibana 通过ES-API...nginx-log以json串的方式打印日志 2. filebeat解析日志后,发送到es进行数据实时处理和分析 3. 利用kibana的功能,自定义数据报表 ## FAQ F.
log/nginx/access_json.log" codec => json start_position => "beginning" type => "nginx-log...192.168.247.135:9200"] index => "es-error-%{+YYYY.MM.dd}" } } if [type] == "nginx-log.../logstash/bin/logstash -f /etc/logstash/conf.d/elk_log.conf & [1] 8178 kibana添加nginx日志 首先在es插件中我们能看到nginx-log
object Test { val zkQuorum = "mirrors.mucang.cn:2181" val groupId = "nginx-cg" val topic = Map("nginx-log..."group.id" -> "nginx-cg", "auto.offset.reset" -> "largest" ) val topic = Set("nginx-log
PUT %3Cnginx-log-%7Bnow%2Fd%7D-000001%3E { "aliases": { " nginx-log ":{ "is_write_index":..." : "22" } { "create" : { "_index" : "nginx-log", "_id" : "3" } } { "message" : "33" } { "create" : {..."_index" : "nginx-log", "_id" : "4" } } { "message" : "44" } { "create" : { "_index" : "nginx-log",..."_id" : "5" } } { "message" : "55" } { "create" : { "_index" : "nginx-log", "_id" : "6" } } { "message..." : "66" } { "create" : { "_index" : "nginx-log", "_id" : "7" } } { "message" : "77" } 当我们向集群中写入一些数据后
- containerPort: 80 volumeMounts: - mountPath: /var/log/nginx name: nginx-log... restartPolicy: Always volumes: - name: nginx-log hostPath:
log/nginx/access_json.log" codec => json start_position => "beginning" type => "nginx-log...192.168.1.160:9200"] index => "es-error-%{+YYYY.MM.dd}" } } if [type] == "nginx-log...> select 6 OK 192.168.1.160:6379[6]> keys * 1) "demo" 2) "system" 192.168.1.160:6379[6]> keys * 1) "nginx-log...[root@elk-node1 ~]# logger "12325423" 又会增加日志: 192.168.1.160:6379[6]> keys * 1) "system-syslog" 2) "nginx-log..." data_type => "list" key => "es-error" } redis { type => "nginx-log
nginx/html #挂载至容器中哪个目录 30 readOnly: false #读写挂载方式,默认为读写模式false 31 - name: nginx-log...html/ #在宿主机上目录的路径 38 type: DirectoryOrCreate #定义类型,这表示如果宿主机没有此目录,则会自动创建 39 - name: nginx-log.../share/nginx/html #挂载至容器中哪个目录 4 readOnly: false #读写挂载方式,默认为读写模式false 5 - name: nginx-log...nginx/html/ #在宿主机上目录的路径 5 type: DirectoryOrCreate #定义类型,这表示如果宿主机没有此目录,则会自动创建 6 - name: nginx-log
} } } 3、查询时提高索引的相关性 比如说,我们es存储的是nginx的日志,昨天nginx出问题了,那么查看最近七天的日志时,为了快速找出昨天的错误,也不忽略前天的错误,那么昨天的nginx-log
"nginx_weblogs": { //别名 "is_write_index":true //允许索引写 } } } 那么上面,我们就定义了一个以nginx-log
nginx-logs* ElasticSearch模板使用与Python操作 索引的分片及副本的设置 索引的分片以及副本数的设置: 三台ES,最多两个副本,其余的一个要用来存储主数据 # 设置分片和副本 PUT /nginx-log...v #获取分片信息 GET /nginx-log/_search_shards # 插入数据 POST /nginx-logs/_doc { "server_name": "tianyancha.com...", "IP": "180.21.33.41" } # 查询数据分片所在位置(routing也就是数据的ID) GET /nginx-log/_search_shards?...routing=GUmH0XUBiqEQwQWjL5hD 索引创建完成之后分片不可修改,副本数可以修改 # 修改副本数量 PUT /nginx-log/_settings { "number_of_replicas
paths: - /logs/nginx/access.log - /logs/nginx/tech.log input_type: log document_type: nginx-log
Path /home/logs/server/*.log Db /tmp/ng.db Db.sync Full Tag nginx-log
indices: - index: "nginx-log-%{+yyyy.MM.dd}" when.contains: message: "nginx-log
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