Memory usage breakdown, available disk space and bandwidth usage on inter-node communication Monitor node resource use: sockets and file descriptors, Node GC activity, data rates of client connections, and more. Monitor queue length, message rates (globally and per queue, exchange or channel), resource usage of queue, Users, virtual hosts and user permissions. The management UI is implemented as a single page application which relies on the HTTP API.ĭeclare, list and delete exchanges, queues, bindings, Users must be granted permissions for management UI access. Separate ports should be used by those clients. Note that the UI and HTTP API port - typically 15672 - does not support AMQP 0-9-1, AMQP 1.0, STOMP or MQTT connections. Or (provided that localhost resolves correctly). It can be accessed by users with sufficient privileges at either The management UI can be accessed using a Web browser at :15672/.įor example, for a node running on a machine with the hostname of warp10.local, Node restart is not required after plugin activation.ĭuring automated deployments, the plugin can be enabled viaĮnabled plugin file. Rabbitmq-plugins enable rabbitmq_management Like any other plugin, it mustīe enabled before it can be used. The management plugin is included in the RabbitMQĭistribution. It is recommended for production environments. RabbitMQ provides first class support for Prometheus and Grafana as of 3.8. Collection and aggregation of node-specific metrics which is more resilient to individual node failures.Metric access permissions are not specific to RabbitMQ.Ease of metric data sharing: both metric state and dashboards.More powerful and customizable user interface.Access to additional related metrics such as those of the Erlang runtime ones.Decoupling of the monitoring system from the system being monitored.
Or the ELK stack are more suitable options for production systems. Long term metric storage and visualisation services such as Prometheus and Grafana
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How to reset statistics database used by this plugin.How to set a management UI login session timeout.Message rate mode (rate fidelity) and data retention intervals.Strict transport security, Content security policy, cross-origin resource sharing, and other security-related header control.How to disable metric collection to use Prometheus exclusively for monitoring.How this plugin operates in multi-node clusters.How to enable HTTPS for management UI and its underlying API.Reverse proxy (Nginx or Apache) in front of the HTTP API.Basic usage of management UI and HTTP API.Those are nowĬore RabbitMQ features and do not require or rely on this plugin.
Previously it also provided definition export and import functionality. The plugin also provides tools for analysing memory usage of the node,Īnd other features related to monitoring, metrics, user, permission, and topology management. However, Prometheus is the recommended option for long term storage,Īlerting, visualisation, chart analysis and so on.
The API it provides can be used by monitoring systems, Those metricsĪre exposed to human operators in the UI. It periodically collects and aggregates data about many aspects of the system. With a browser-based UI and a command line tool, rabbitmqadmin. The RabbitMQ management plugin provides an HTTP-based APIįor management and monitoring of RabbitMQ nodes and clusters, along
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