Extending the UI with buttons, dialogs and executing Ansible Playbooks


We want to allow the provider authors to extend ManageIQ with Ansible playbooks and roles. ManageIQ core provides the capability to execute an Ansible playbook from the provider repository. The ManageIQ UI provides a way to call that playbook from a toolbar. Before calling the playbook, additional parameters can be collected using a custom form.

User interaction example

  • User opens a list of Instances.
  • From the list, the user selects one Instance and displays its detail page.
  • On the detail page in the top toolbar extra button (button groups) are displayed with special actions relevant only for Instances coming from a specific provider.
  • User presses a button.
  • (optional step) a dialog comes up for the user to fill in whatever arguments are needed for the special action.
  • User clicks “Ok”.
  • Special operation is executed using the ManageIQ API. A simple message is displayed on the screen (flash message) informing that the operation was fired.

Provider workflow

  • Implement Ansible playbooks and place them in the provider repo manageiq-provider-xxx.
  • Implement custom forms as React components or a ManageIQ Dynamic (service) Dialog. Place them in the provider repo.
  • Create a toolbar extension class and place it in the provider repo under app/helpers.

Extending the toolbars

Providers can add new button groups to existing toolbars. Specifically, the “Center toolbars” can be extended this way. Currently, toolbar extensions can add new button_groups to the toolbar.

In addition to what is documented on the toolbars page, providers can specify what Dialog has to be displayed then a toolbar button is pressed.

module ManageIQ
  module Providers
    module Amazon
      module ToolbarOverrides
        class EmsCloudCenter < ::ApplicationHelper::Toolbar::Override
          button_group('magic', [
              'fa fa-magic fa-lg',
              t = N_('Magic'),
              :data  => {'function'      => 'sendDataWithRx',
                         'function-data' => {:controller     => 'provider_dialogs', # this one is required
                                             :modal_title    => N_('Create a Security Group'),   # title of modal displaying the form
                                             :component_name => 'CreateAmazonSecurityGroupForm', # name of React component implementing the form
              :klass => ApplicationHelper::Button::ButtonWithoutRbacCheck),

Above is an example where provider ManageIQ::Providers::Amazon is extending existing toolbar EmsCloudCenterwith a new group containing a single button.

When the button is pressed, a modal will be opened with a form implemented as a React class named CreateAmazonSecurityGroupForm. The title of the modal will be Create a Security Group.

Creating Forms

React based forms

The example above references a React class CreateAmazonSecurityGroupForm. In this scenario, the React class is also responsible for submitting a request with the collected data to the API.

The React code can be part of the provider repository or it can be added as the dependency. Provider repositories can add dependencies in their package.json.

It’s recommended that the React class be split into two parts:

  • UI only part implementing the form elements and
  • part adding the handling of “Ok” and “Cancel” buttons and implementing the API call.

This is shown in the examples here: