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RabbitMQ supports plugins. Plugins extend core broker functionality in a variety of ways: with supportfor more protocols, system state monitoring, additional AMQP 0-9-1 exchange types,node federation, and more. A number of features are implemented as pluginsthat ship in the core distribution.
This guide covers the plugin mechanism and plugins that ship in the latest release of the RabbitMQ distribution.3rd party plugins can be installed separately. A set of curated plugins is also available.
The rabbitmq-plugins command enables ordisables plugins by contacting the running node to tell it tostart or stop plugins as needed. It is possible to contact an arbitrarynode -n option to specify a different node.
Having a node running before the plugins are enabled is not always practicalor operator-friendly. For those cases rabbitmq-pluginsprovides an alternative way. If the --offline flag is specified,the tool will not contact any nodes and instead will modify the file containingthe list of enabled plugins (appropriately named enabled_plugins) directly.This option is often optimal for node provisioning automation.
The enabled_plugins file is usually located in the nodedata directory or under /etc, together with configuration files. The file containsa list of plugin names ending with a dot. For example, when rabbitmq_management andrabbitmq_shovel plugins are enabled,the file contents will look like this:
Note that dependencies of plugins are not listed. Plugins with correct dependency metadatawill specify their dependencies there and they will be enabled first at the time ofplugin activation. Unlike rabbitmq-plugins disable calls against a running node,changes to the file require a node restart.
RabbitMQ loads plugins from the local filesystem. Plugins are distributed asarchives (.ez files) with compiled code modules and metadata.Since some plugins ship with RabbitMQ, everynode has at least one default plugin directory. The path varies betweenpackage types and can be overridden using theRABBITMQ_PLUGINS_DIR environment variable.Please see File and Directory Locations guide to learn about the defaultvalue on various platforms.
The built-in plugin directory is by definition version-independent: its contents will changefrom release to release. So will its exact path (by default) which contains version number,e.g. /usr/lib/rabbitmq/lib/rabbitmq_server-3.11.6/plugins. Because of thisautomated installation of 3rd party plugins into this directory is harder and more error-prone,and therefore not recommended. To solve this problem, the plugin directory can be a listof paths separated by a colon (on Linux, MacOS, BSD):
Plugin directory paths that don't have a version-specific component and are not updatedby RabbitMQ package installers during upgrades are optimal for 3rd party plugin installation.Provisioning automation tools can rely on those directories to be stable and only managedby them.
3rd party plugin directories will differ from platform to platform and installation methodto installation method. For example, /usr/lib/rabbitmq/plugins is a 3rd party plugin directorypath used by RabbitMQ Debian packages.
The first directory in the example above is the 3rd party plugin directory.The second one contains plugins that ship with RabbitMQ and will change asinstalled RabbitMQ version changes between upgrades.
The list of currently enabled plugins on a node is stored in a file.The file is commonly known as the enabled plugins file. Depending on the package typeit is usually located under the etc directory or under the node'sdata directory. Its path can be overridden using the RABBITMQ_ENABLED_PLUGINS_FILEenvironment variable. As a user you don't usually have to think about that file as it ismanaged by the node and rabbitmq-plugins (when used in --offline mode).
Deployment automation tools must make sure that the file is readable and writeable by the local RabbitMQ node.In environments that need to preconfigure plugins the file can be machine-generated at deployment time.The plugin names on the list are exactly the same as listed by rabbitmq-plugins list.
Not every plugin can be loaded from an archive .ez file.For this reason RabbitMQ will extract plugin archives on boot into a separatedirectory that is then added to its code path. This directory is knownas the expanded plugins directory. It is usually managed entirely by RabbitMQbut if node directories are changed to non-standard ones, that directory will likelyneed to be overridden, too. It can be done using the RABBITMQ_PLUGINS_EXPAND_DIRenvironment variable. The directorymust be readable and writable by the effective operating system user of the RabbitMQ node.
In some environments, in particular development ones, rabbitmq-pluginscomes from a different installation than the running server node. This can be the casewhen a node is installed using a binary build packagebut CLI tools come from the local package manager such as apt or Homebrew.
Other common reasons that prevent plugins from being enabled can include plugin archiveand/or plugin expansiondirectories permissions not having sufficient privileges for the effective user of the server node. In other words,the node cannot use those directories to complete plugin activation and loading.
When performing command discovery, CLI tools will consult the Enabled Plugins File to determinewhat plugins to scan for commands. If a plugin is not included into that file, e.g. because it was enabled implicitly asa dependency, it won't be listed in the enabled plugins file and thus its CLI commands will not be discovered.
Plugins that ship with the RabbitMQ distributions are often referredto as tier 1 plugins. Provided that a standard distribution package isused they do not need to be installed but do need to beenabled before they can be used.
In addition to the plugins bundled with the server, team RabbitMQoffers binary downloads of curated plugins which have beencontributed by authors in the community. See the community plugins page formore details.
Shows federation status in the management API and UI. Onlyof use when using rabbitmq_federation in conjunction withrabbitmq_management. In a heterogeneous cluster thisshould be installed on the same nodes as rabbitmq_management.
Shows Shovel status in the management API and UI.Only of use when using rabbitmq_shovel inconjunction with rabbitmq_management. In aheterogeneous cluster this should be installed on the samenodes as RabbitMQ management plugin.
When Discourse starts up, it looks in the plugins directory for subdirectories containing a plugin.rb file. The plugin.rb file has two purposes: it is the manifest for your plugin with the required information about your plugin including: its name, contact information and a description. The second purpose is to initialize any ruby code necessary to run your plugin.
You should make sure your widget can contain state. After the ajax request, set it on the state object and trigger a this.scheduleRerender and it should appear. For an example look at how the post menu shows who liked something.
Below is the code for my widget. The problem is that this.scheduleRerender() is causing an infinite loop. The div always shows loading animation (even without this.scheduleRerender) which seems this.state.loading is not being set.
I was having trouble with Discourse seeing the plugin when I used a symlink (on MacOS High Sierra). I deleted the symlink and moved the plugin folder into the Discourse hierarchy and everything worked as expected. Maybe this will help others who run into a similar issue.
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