grafana query

GRAFANA+TELEGRAF+INFLUXDB, using the client-side storage->web Interface display mode of operation, using UTP transmission data, and support custom charts, with good extensibility,grafana page presentation is more beautiful, more importantly influxdb provides python api, provides the Python API , influxdb provides Python's API , which is important to say three times. Page display to view the official dem

-latitude aggregation query.Compared to the traditional database, only the current value of the data is recorded, and the time series database records all the historical data. The query of time series data also always takes time as the filter condition.Influxdb Main Configuration[Meta] # where the Metadata/raft database is stored dir = "/var/lib/influxdb/meta" [Data] # The directory where the TSM St Orage engine stores TSM files. dir = "/var/lib

Prometheus + Grafana monitoring deployment practices, prometheusgrafana Reference:I. Environment 1. Topology 2. Nodes Node OS Hostname IP Remark Prometheus grafana server Centos 1, 7.4 Prometheus 172.20.1.211 Prometheus node Centos 1, 7.4 Node1 172.20.1.212 3. Version (as of 20171130) Soft/Node

1. Operating Environment[Email protected] ~]# Cat/etc/issuecentos release 6.4 (Final) Kernel \ r on an \m[[email protected] ~]# uname-r2.6.32-358 . El6.x86_64[[email protected] ~]# uname-mx86_642. Download Grafana and install[[Emailprotected]~]#wgethttps://grafanarel.s3.amazonaws.com/builds/grafana-2.6.0-1.x86 _64.rpm[[emailprotected]~]#rpm-ivhgrafana-2.6.0-1.x86_64.rpmrpm-ivh

Tags: collectd grafana influxdbFirst, the introduction of common plug-insGets the connection status of the specified port established, close_wait, listen, etc.Tcpconns:Listeningports falseLocalPort "80"RemotePort "80"Get the status of NginxNginx:URL "Http://test.tt.com/NginxStatus"Ping:Host "172.18.2.125"Interval 10.0Timeout 1.0Get the traffic for the NICInterfaceInterface "Eth0"The following plugin directly cancels the commentCpuLoadMemoryProcessesIi

the data.1.2 InfluxDB InfluxDB is an open source distributed timing, event, and metrics database written in the go language without the need for external dependencies. Similar databases are elasticsearch, graphite and so on. Influxdb Main Features Support time-dependent related functions (such as maximum, minimum, sum, etc.) based on time series; Measurable: You can calculate large amounts of data in real time; Event-based: It supports arbitrary event data;

After installation, the ETC folder will create a new Grafana folder with the following structure: [Root@hotlinking-spark-dev001-shgq sysconfig]# ls/etc/grafana/ grafana.ini ldap.toml Grafana Environment files (envrionment file) are stored under/etc/sysconfig/grafana-server and can be modified to change the log storag

This was done today, and it turned out that it was wrong to choose the Influxdb version when configuring Grafana. Scratching your heads ~ ~The configuration of the COLLECTD is simple, the basic see will know.INFLUXDB configuration is also possible, but the query syntax also needs to be learned.Grafana English interface is really a bit advanced ah, a lot of click on the button is looking for half a day. But

Tags: grafana collectd influxdbWhy study Grafana, COLLECTD and InfluxDB, because I work in the use of open source monitoring software (Nagios, Cacti) drawing is based on RRD implementation, and frankly not very beautiful, and can not customize the chart, But with my development level can not do to write their own charts. 650) this.width=650; "src=" Http://img.baidu.com/hi/jx2/j_0059.gif "alt=" J_0059.gif "/

Description: Use the Grafana official plugins (Grafana-kuberneres-app) Link Prometheus show kubernetes informationNote: All monitoring-related information is placed on the Namespace=monitorGithub:https://github.com/grafana/kubernetes-app1, Installation PrometheusProm-rbac.yamlapiVersion: rbac.authorization.k8s.io/v1beta1kind: ClusterRolemetadata: name: prometheu

Google Cadvisor is a great tool for monitoring Docker containers, but it only shows real-time data by default and does not store historical data. In order to store and display historical data, custom displays, you can integrate Cadvisor with Influxdb, Grafana, a foreign expert Brian Christner wrote an article "How to setup Docker monitoring", Describes the deployment method.Brian's approach is to manually run the Docker Run command to deploy, in order

First, install the Grafana-zabbix1. On the zabbixserver server, install GrafanaYum Install https://grafanarel.s3.amazonaws.com/builds/grafana-2.1.1-1.x86_64.rpm2, download Grafana Zabbix plugin, downloaded in git, if you cannot run the following command, you can first "# Yum install git" installation of this command[[email protected] ~]# git clone Https://github.

Dependent libraries Go 1.6 NodeJS v4+ Sqlite3 GO Environment BuildingVi/etc/profileexport gopath= "/root/go" Export goroot= "/usr/local/go" Export path= $GOROOT/bin: $PATHexport path=$ Gopath/bin: $PATHNodeJS Environment ConstructionDownload node source package from https://nodejs.org/en/CD/USR/LOCALTAR-ZXVF node-v4.5.0-linux-x64.tarchmod-r 755 Nodevi/etc/profileexport NODE=/usr/local/nodeexport PATH= ${node}/bin: $PATHPrepare for compilation before installationCreate the $

Tags: order variable SQL statement DMI PAT Default DESC Others exampleSimple requirements:Statistics of the 3 major operators in each province interface access success rate, drawing displayData format Logs for final storage (INFLUXDB) Sample data: (Influxdb SQL) INSERT crawl_result,isp=中国移动,province=上海,mobile=15912345678 success="1" INSERT crawl_result,isp=中国移动,province=上海,mobile=15912345678 success="1" INSERT crawl_result,isp=中国移动,province=上海,mobile=15912345678 success="1" INSERT crawl_result,i

Grafana is an open source program for visualizing large measurement data. The interface is more beautiful than Kibana, suitable for display on TV!Recently Grafana has been updated to version 4.0, adding alarm functions. Just Grafana needs to be migrated and done with the upgrade migration.Specific operation:wget Https://grafanarel.s3.amazonaws.com/builds/

Build modern surveillance systems with Grafana, COLLECTD and InfluxDBLet's show the little buddies the surveillance that was drawn by Grafana.650) this.width=650; "src=" Http://i.imgur.com/bkXUtFx.png "style=" margin-top:0px;margin-right:0px;margin-bottom:0 px;margin-left:0px;padding-top:0px;padding-right:0px;padding-bottom:0px;padding-left:0px;border-top-width:0px; border-right-width:0px;border-bottom-widt

# because the directory/data user group and the user is the Jtserver,docker execution command is the root user,/data/lib/prometheus to the other group permissions to perform sudo mkdir/data/lib/prometheus sudo chown 767/data/lib/prometheus docker run-d \ p 9090:9090 \ --restart=always \ --name Prometheus \ -v/data/lib/prometheus:/data/lib/prometheus \ -v/etc/prometheus/prometheus.yml:/etc/ PROMETHEUS/PROMETHEUS.YML \ prom/prometheus \ --config.file=/etc/prometheus/prometheus.yml \

Label: 1. Installation Platform 1). Grafana , access to a variety of data sources, custom reports, display charts and so on to provide interface monitoring, the default port is 3000, the default login information admin wget https://grafanarel.s3.amazonaws.com/builds/grafana-3.1.1-1470047149.x86_64.rpm Yum Install initscripts fontconfig-y -ivh grafana-3.1. 1-1470

Build a modern monitoring system using Grafana, collectd, and InfluxDB To create a beautiful real-time monitoring system like New Relic, we only need the three InfluxDB, collectd, and Grafana tools. The relationship between these three tools is as follows: Collect data-> store data (InfluxDB)-> display data (Grafana ). InfluxDB is an open-source Distributed Ti

Grafana installation configuration. txtInstallationHttps://grafana.com/grafana/downloadwget https://s3-us-west-2.amazonaws.com/grafana-releases/release/grafana-4.2.0-1.x86_64.rpmYum Localinstall grafana-4.2.0-1.x86_64.rpmCliInflux-host ' 192.168.100.74 '-port ' 8086 '-userna