This plugin uses JClouds to provide agent launching on most of the currently usable Cloud infrastructures supported by JClouds.

Note: Since June 2025, the original upstream has been retired without ever releasing already merged patches by myself and others. Therefore, I forked the latest upstream, started maintaining that fork and using it it with this plugin.

• Goto Jenkins Configuration page by clicking on Manage Jenkins→Clouds or browsing to the URL http://localhost:8080/manage/cloud/
• Click on the + New cloud button
• In the next dialog, enter a name for this cloud and select the cloud type Cloud (JClouds)
• Click on Create
• Fill in the configuration options
  • Profile : the name of the profile e.g, aws-agent-profile.
  • Provider Name: Select from the supported providers.
  • End Point URL: if your provider API needs an endpoint configuration, add it here, otherwise leave this empty.
  • Max Number of Instances: The maximum number of instances to run from this cloud at one time.
  • Retention Time: How long, in minutes, to wait for an agent to remain idle before disconnecting and terminating it. Defaults to 30.
  • Credentials: Depending on your provider, you either need a username/password pair or a username/privatekey pair. The first one is covered by the "Username with password" credentials of jenkins and for the second one, you simply can use the "SSH Username with private key" credentials which - despite of what their name suggests - can store any kind of PEM-encoded private key. For GCE, select the "JClouds Username with key" credential type and then click the Browse button in order to upload your JSON key from google.
    (In case of openstack-nova keystoneV2, the username is to be specified in the form tenantName:userName).
    New since 2.15 is support for OpenStack keystone-V3: Select "OpenStack keystone V3 credentials" and fill all the fields (The Domain usually is named Default)
  • RSA Private Key/Public Key: Like with the credentials, simply use a "SSH Username with private key" credential. The public key is derived automatically from that.
  • Click on Test Connection to validate the cloud settings, finally save it.
• Back in the list of clouds, click on the newly created cloud, then select Templates on the left.
• Click on Add an agent template, enter the name of the new template, then click Create
• Fill in configuration options:
  • Name : the name of the instance template should already be set.
  • Number of Executors: How many executors each agent created from this template should have.
  • Description: notes/comments for your reference.
  • Image ID: Use one of the following options:
    • Image ID to use for this agent template, such as EC2 AMIs. Note that EC2 AMIs must include the region as well, e.g., us-east-1/ami-00000. If unshure, you can enter a partial string and the hit the "Check Image Id" button. This searches for matching images and if there are ambiguties, a message is shown like: "Did you mean "....exact-image-id..."? or
    • OSFamily: Specify the OSFamily - leave empty for default for a cloud provider
    • OS Version : Specify the OSVersion - leave empty for default for a cloud provider
  • Hardware ID: Use one of the following options:
    • Hardware ID on provider for this agent template, such as t1.micro on AWS EC2. or
    • RAM : in MB
    • No. of Cores: number of virtual processor cores.
  • Location ID: Location ID where this agent will be deployed. If none is selected jclouds will automatically choose an available one.
  • Labels: (space-separated) labels/tags that you can use to attach a build to this agent template.
  • Init Script: A shell script to be run when the agent is created. A rather crude method for provisioning. If supported by your provider, you should prefer the use of User-Data and with cloud-init resp. cloudbase-init on Windows agents.
  • Stop on Terminate: If true, suspend agents rather than terminating them.
• Click Save to save the configuration changes.
• Goto Jenkins' home page, click on `Build Executor Status` link on the sidebar.
• Verify that you have a button with `Provision via JClouds - (YOUR PROFILE NAME) drop down with the agent template name you configured.
• Click on the agent and see if your agent launched successfully (please wait until the operation completes).

• To run your build on the newly configured agent, just enable the `Restrict where this project can be run` option in the build configuration page.
• Enter the label which you choose for the instance template in the `Label Expression` text field. This should auto-complete labels for you.
• Click save to save the configuration options.
• Schedule the build to check whether the build is executed on the selected agent template.
• If your cloud provider is charging by the minute (GCE for example), you can enable the checkbox "JClouds Single-use-agent" which destroys the provisioned
  VM after the build job has finished (with a small delay of ~ 1min).

• Use the label parameter in the agent section
• More jclouds pipeline support is documented here.

The plugin also provides a way to store your build artifacts on JClouds supported cloud storage providers. You can configure multiple
blobstore profiles and configure the build to copy different files/artifacts to the specified container. Here's how you configure the same.

• Goto Jenkins Configuration Page
• Click Ad under the section `JClouds Cloud Storage Settings`
• Provide the configuration Options:
  • Profile Name: name of the profile e.g. aws-storage
  • Provider Name: Select one of the supported providers.
  • Credentials: Just like the cloud credentials.
• You can add multiple providers by clicking on Add.
• Click Save on the bottom of the page, to save the settings.

After you configure a cloudstorage provider, you can enable the publishing file by enabling it under `Post-build Actions` in the build job configuration page.

• Click on the checkbox `Publish artifacts to JClouds Clouds Storage`
• You should now see a dropdown with configured storage profiles. Select the one you want to use for this build.
• Click on Add button next to `Files to upload`.
• Add the sourced file path (relative to workspace)
• Add the destination container name.
• Repeat to add more files if you want to copy.
• Click save.

When the build is complete and successful, the configured files will be published to the configured blobstore.

When using cloud-init you can provide multiple config data snippets. If you select YAML snippets, those get merged. E.g:

If snippet 1 contains:

packages:
  - screen
  - openjdk-8-jdk-headless

and snippet 2 contains:

packages:
  - gcc

Then the resulting YAML on the cloud-init (server) side becomes:

packages:
  - gcc
  - screen
  - openjdk-8-jdk-headless

When provisioning agents, there might be too much work on an agent for it to get ready (listening on port 22) in time for jenkins.
Therefore, the plugin provides a webhook, which is designed to be invoked by a http POST request using cloud-init within the agent when everything is ready to use. When enabled, the usual agent connection setup is delayed until the http POST is received.

• The corresponding cloud-init configuration looks like this:

  #cloud-config
  phone_home:
    url: http://your.jenkins.url/jclouds-phonehome/
    tries: 3
  

• You can put this into the User data field in the agent template for example. In the advanced template configuration you now can check the Checkbox "Wait for agent to phone home" and specify a timeout value (in minutes). When provisioning an agent, jenkins now waits for the agent to invoke the webhook before launching the ssh remote connection.

Information about using JNLP instead of ssh (primarily for Windows-based agents, but works for Unix agents too) can be found here

The plugin provides several CLI commands. Those are documented here.