- Metricbeat Reference: other versions:
- Overview
- Getting started with Metricbeat
- Setting up and running Metricbeat
- Upgrading Metricbeat
- How Metricbeat works
- Configuring Metricbeat
- Specify which modules to run
- Specify general settings
- Load external configuration files
- Configure the internal queue
- Configure the output
- Specify SSL settings
- Filter and enhance the exported data
- Parse data by using ingest node
- Set up project paths
- Set up the Kibana endpoint
- Load the Kibana dashboards
- Load the Elasticsearch index template
- Configure logging
- Use environment variables in the configuration
- Autodiscover
- YAML tips and gotchas
- Regular expression support
- HTTP Endpoint
- metricbeat.reference.yml
- Modules
- Aerospike module
- Apache module
- Ceph module
- Couchbase module
- Docker module
- Dropwizard module
- Elasticsearch module
- Elasticsearch cluster_stats metricset
- Elasticsearch index metricset
- Elasticsearch index_recovery metricset
- Elasticsearch index_summary metricset
- Elasticsearch ml_job metricset
- elasticsearch ml_job MetricSet
- Elasticsearch node metricset
- Elasticsearch node_stats metricset
- Elasticsearch pending_tasks metricset
- elasticsearch pending_tasks MetricSet
- Elasticsearch shard metricset
- envoyproxy module
- Etcd module
- Golang module
- Graphite module
- HAProxy module
- HTTP module
- Jolokia module
- Kafka module
- Kibana module
- Kubernetes module
- Kubernetes apiserver metricset
- Kubernetes container metricset
- Kubernetes event metricset
- Kubernetes node metricset
- Kubernetes pod metricset
- Kubernetes state_container metricset
- Kubernetes state_deployment metricset
- Kubernetes state_node metricset
- Kubernetes state_pod metricset
- Kubernetes state_replicaset metricset
- Kubernetes state_statefulset metricset
- Kubernetes system metricset
- Kubernetes volume metricset
- kvm module
- Logstash module
- Memcached module
- MongoDB module
- Munin module
- MySQL module
- Nginx module
- PHP_FPM module
- PostgreSQL module
- Prometheus module
- RabbitMQ module
- Redis module
- System module
- System core metricset
- System cpu metricset
- System diskio metricset
- System filesystem metricset
- System fsstat metricset
- System load metricset
- System memory metricset
- System network metricset
- System process metricset
- System process_summary metricset
- System raid metricset
- System socket metricset
- System uptime metricset
- traefik module
- uwsgi module
- vSphere module
- Windows module
- ZooKeeper module
- Exported fields
- Aerospike fields
- Apache fields
- Beat fields
- Ceph fields
- Cloud provider metadata fields
- Common fields
- Couchbase fields
- Docker fields
- Docker fields
- Dropwizard fields
- Elasticsearch fields
- envoyproxy fields
- Etcd fields
- Golang fields
- Graphite fields
- HAProxy fields
- Host fields
- HTTP fields
- Jolokia fields
- Kafka fields
- Kibana fields
- Kubernetes fields
- Kubernetes fields
- kvm fields
- Logstash fields
- Memcached fields
- MongoDB fields
- Munin fields
- MySQL fields
- Nginx fields
- PHP_FPM fields
- PostgreSQL fields
- Prometheus fields
- RabbitMQ fields
- Redis fields
- System fields
- traefik fields
- uwsgi fields
- vSphere fields
- Windows fields
- ZooKeeper fields
- Monitoring Metricbeat
- Securing Metricbeat
- Troubleshooting
- Contributing to Beats
Specify general settings
editSpecify general settings
editYou can specify settings in the metricbeat.yml
config file to control the
general behavior of Metricbeat. This includes:
- Global options that control things like the maximum random delay to apply to the startup of a metricset.
- General options that are supported by all Elastic Beats.
Global Metricbeat configuration options
editThese options are in the metricbeat
namespace.
metricbeat.max_start_delay
editThe maximum random delay to apply to the startup of a metricset. Random delays ranging from [0, max_start_delay) are applied to reduce the thundering herd effect that can occur if a fleet of machines running Metricbeat are restarted at the same time. Specifying a value of 0 disables the startup delay. The default is 10s.
metricbeat.max_start_delay: 10s
General configuration options
editThese options are supported by all Elastic Beats. Because they are common options, they are not namespaced.
Here is an example configuration:
name: "my-shipper" tags: ["service-X", "web-tier"]
name
editThe name of the Beat. If this option is empty, the hostname
of the server is
used. The name is included as the beat.name
field in each published transaction. You can
use the name to group all transactions sent by a single Beat.
Example:
name: "my-shipper"
tags
editA list of tags that the Beat includes in the tags
field of each published
transaction. Tags make it easy to group servers by different logical properties.
For example, if you have a cluster of web servers, you can add the "webservers"
tag to the Beat on each server, and then use filters and queries in the Kibana
web interface to get visualisations for the whole group of servers.
Example:
tags: ["my-service", "hardware", "test"]
fields
editOptional fields that you can specify to add additional information to the
output. Fields can be scalar values, arrays, dictionaries, or any nested
combination of these. By default, the fields that you specify here will be
grouped under a fields
sub-dictionary in the output document. To store the
custom fields as top-level fields, set the fields_under_root
option to true.
Example:
fields: {project: "myproject", instance-id: "574734885120952459"}
fields_under_root
editIf this option is set to true, the custom fields are
stored as top-level fields in the output document instead of being grouped under
a fields
sub-dictionary. If the custom field names conflict with other field
names, then the custom fields overwrite the other fields.
Example:
fields_under_root: true fields: instance_id: i-10a64379 region: us-east-1
processors
editA list of processors to apply to the data generated by the beat.
See Filter and enhance the exported data for information about specifying processors in your config.
max_procs
editSets the maximum number of CPUs that can be executing simultaneously. The default is the number of logical CPUs available in the system.
On this page