class MaestroNonInteractiveExampleTask in Maestro 8.2

Same name and namespace in other branches

3.x modules/examples/maestro_noninteractive_task_plugin_example/src/Plugin/EngineTasks/MaestroNonInteractiveExampleTask.php \Drupal\maestro_noninteractive_task_plugin_example\Plugin\EngineTasks\MaestroNonInteractiveExampleTask

Maestro Non Interactive Example Task Plugin.

The plugin annotations below should include: id: The task type ID for this task. For Maestro tasks, this is Maestro[TaskType]. So for example, the start task shipped by Maestro is MaestroStart. The Maestro End task has an id of MaestroEnd Those task IDs are what's used in the engine when a task is injected into the queue.

Plugin annotation


@Plugin(
  id = "MaestroNonIntExample",
  task_description = @Translation("The Maestro Engine's Non Interactive Example task."),
)

Hierarchy

class \Drupal\Component\Plugin\PluginBase implements DerivativeInspectionInterface, PluginInspectionInterface
- class \Drupal\Core\Plugin\PluginBase uses DependencySerializationTrait, MessengerTrait, StringTranslationTrait
  - class \Drupal\maestro_noninteractive_task_plugin_example\Plugin\EngineTasks\MaestroNonInteractiveExampleTask implements MaestroEngineTaskInterface uses MaestroTaskTrait

Expanded class hierarchy of MaestroNonInteractiveExampleTask

File

modules/examples/maestro_noninteractive_task_plugin_example/src/Plugin/EngineTasks/MaestroNonInteractiveExampleTask.php, line 25

Namespace

Drupal\maestro_noninteractive_task_plugin_example\Plugin\EngineTasks

View source

class MaestroNonInteractiveExampleTask extends PluginBase implements MaestroEngineTaskInterface {

  // Please see the \Drupal\maestro\MaestroTaskTrait for details on what's included.
  use MaestroTaskTrait;

  /**
   * Constructor.
   *
   * @param array $configuration
   *   The incoming configuration information from the engine execution.
   *   [0] - is the process ID
   *   [1] - is the queue ID
   *   The processID and queueID properties are defined in the MaestroTaskTrait.
   */
  public function __construct(array $configuration = NULL) {
    if (is_array($configuration)) {
      $this->processID = $configuration[0];
      $this->queueID = $configuration[1];
    }
  }

  /**
   * {@inheritDoc}
   */
  public function isInteractive() {

    /*
     * You would return a TRUE here if this task required manual human intervention to complete.
     * This only applies to a task that must present options to the end user for completion in a task console.
     * For this example, we return FALSE.
     *
     * See the MaestroInteractiveTask type code for how to return an interactive task.
     */
    return FALSE;
  }

  /**
   * {@inheritDoc}
   */
  public function shortDescription() {

    // Descriptions used however the template builder sees fit.
    return $this
      ->t('Non-Int Example Task');

    // If the task name is too long, you could abbreviate it here and use
    // in a template builder UI.
  }

  /**
   * {@inheritDoc}
   */
  public function description() {

    // Same as shortDescription, but just longer!  (if need be obviously)
    return $this
      ->t('Non Interactive Example Task.');
  }

  /**
   * {@inheritDoc}
   *
   * @see \Drupal\Component\Plugin\PluginBase::getPluginId()
   */
  public function getPluginId() {

    // The ID of the plugin.  Should match the @id shown in the annotation.
    return 'MaestroNonIntExample';
  }

  /**
   * {@inheritDoc}
   */
  public function getTaskColours() {

    // This is the hex colour code used in the template builder to differentiate tasks from one another.
    return '#606060';

    // The colour chosen here is purely for example purposes.
  }

  /**
   * Part of the ExecutableInterface
   * Execution of the Example task returns TRUE and does nothing else.
   * {@inheritdoc}.
   */
  public function execute() {

    /*
     * You can refer to other Maestro task types, however, in this execute method you must do any of the heavy
     * lifting required by the task to complete.
     *
     * Returning TRUE tells the engine you've completed execution properly and the task is complete.
     * Return a FALSE to not tell the engine to archive and flag the task as complete.
     */
    return TRUE;
  }

  /**
   * {@inheritDoc}
   */
  public function getExecutableForm($modal, MaestroExecuteInteractive $parent) {

    /*
     * This task has been set to be a non-interactive task, therefore we do not need to return a form
     */
  }

  /**
   * {@inheritDoc}
   */
  public function handleExecuteSubmit(array &$form, FormStateInterface $form_state) {

    /*
     * We don't need to do anything in this submit handler as we do not have any executable interface.
     */
  }

  /**
   * {@inheritDoc}
   */
  public function getTaskEditForm(array $task, $templateMachineName) {

    /*
     * If you require any additional form elements, you manage those in here.
     * Return a Form API array.
     */
    return [];
  }

  /**
   * {@inheritDoc}
   */
  public function validateTaskEditForm(array &$form, FormStateInterface $form_state) {

    /*
     * Need to validate anything on your edit form?  Do that here.
     */
  }

  /**
   * {@inheritDoc}
   */
  public function prepareTaskForSave(array &$form, FormStateInterface $form_state, array &$task) {

    /*
     * Do you need to massage the edited and saved data in for this task before it is saved to the template?
     * This is where you do that.  Generally you'd place task data into the 'data' property of the template as shown
     * in the example here:
     *
     * $task['handler'] = $form_state->getValue('handler');  //if you have a handler field, this is how you'd populate the task with it
     * $task['data']['my_field'] = ...do some work here....;
     *
     */
  }

  /**
   * {@inheritDoc}
   */
  public function performValidityCheck(array &$validation_failure_tasks, array &$validation_information_tasks, array $task) {

    /*
     * When you use a task in the template builder, it will be up to the task to provide any sort of debugging and validation
     * information to the end user.  Do you have a field that MUST be set in order for the task to execute?
     * How about a field that doesn't have the right values?  This is where you would populate the
     * $validation_failure_tasks array with failure information and the
     * $validation_information_tasks with informational messages.
     *
     * See the MaestroEngineTaskInterface.php interface declaration of this method for details.
     */
  }

  /**
   * {@inheritDoc}
   */
  public function getTemplateBuilderCapabilities() {

    /*
     * This method is used by the template builder to signal to the UI what this task can or cannot do.
     * Look at the function declaration for more info and other tasks for what they return.
     * Generally, the capabilities listed here are the general four that a task should be able to accomodate.
     */
    return [
      'edit',
      'drawlineto',
      'removelines',
      'remove',
    ];
  }

}

Members

Name	Modifiers	Type	Description	Overrides
DependencySerializationTrait::$_entityStorages	protected	property	An array of entity type IDs keyed by the property name of their storages.
DependencySerializationTrait::$_serviceIds	protected	property	An array of service IDs keyed by property name used for serialization.
DependencySerializationTrait::__sleep	public	function		1
DependencySerializationTrait::__wakeup	public	function		2
MaestroNonInteractiveExampleTask::description	public	function	Longer description. This generally follows the short Description but can be used to be more descriptive if you wish to surface this description in a UI element. Overrides MaestroEngineTaskInterface::description
MaestroNonInteractiveExampleTask::execute	public	function	Part of the ExecutableInterface Execution of the Example task returns TRUE and does nothing else. . Overrides ExecutableInterface::execute
MaestroNonInteractiveExampleTask::getExecutableForm	public	function	Gets the Maestro executable form for a task console. Overrides MaestroEngineTaskInterface::getExecutableForm
MaestroNonInteractiveExampleTask::getPluginId	public	function	Overrides PluginBase::getPluginId
MaestroNonInteractiveExampleTask::getTaskColours	public	function	Returns the task's defined colours. This is useful if you want to let the tasks decide on what colours to paint themselves in the UI. Overrides MaestroEngineTaskInterface::getTaskColours
MaestroNonInteractiveExampleTask::getTaskEditForm	public	function	Method to allow a task to add their own fields to the task edit form. Overrides MaestroEngineTaskInterface::getTaskEditForm
MaestroNonInteractiveExampleTask::getTemplateBuilderCapabilities	public	function	Returns an array of consistenly keyed array elements that define what this task can do in the template builder. Elements are: edit, drawlineto, drawfalselineto, removelines, remove. Overrides MaestroEngineTaskInterface::getTemplateBuilderCapabilities
MaestroNonInteractiveExampleTask::handleExecuteSubmit	public	function	Interactive tasks, or tasks that signal themselves as requiring human interaction will have the resulting form submissions sent to their own handler for processing to determine if the task should be completed or not or to carry out any task processing… Overrides MaestroEngineTaskInterface::handleExecuteSubmit
MaestroNonInteractiveExampleTask::isInteractive	public	function	Returns TRUE or FALSE to denote if this task has an interactive interface that needs to be shown in the Task Console and for any other requirements of the task. Overrides MaestroEngineTaskInterface::isInteractive
MaestroNonInteractiveExampleTask::performValidityCheck	public	function	Lets the task perform validation on itself. If the task is missing any internal requirements, it can flag itself as having an issue. Return array MUST be in the format of array( 'taskID' => the task machine name, 'taskLabel'… Overrides MaestroEngineTaskInterface::performValidityCheck
MaestroNonInteractiveExampleTask::prepareTaskForSave	public	function	The specific task's manipulation of the values to save for a template save. Overrides MaestroEngineTaskInterface::prepareTaskForSave
MaestroNonInteractiveExampleTask::shortDescription	public	function	Get the task's short description. Useful for things like labels. Overrides MaestroEngineTaskInterface::shortDescription
MaestroNonInteractiveExampleTask::validateTaskEditForm	public	function	This method must be called by the template builder in order to validate the form entry values before saving. Overrides MaestroEngineTaskInterface::validateTaskEditForm
MaestroNonInteractiveExampleTask::__construct	public	function	Constructor. Overrides PluginBase::__construct
MaestroTaskTrait::$completionStatus	protected	property	Default will be that the task completed normally.
MaestroTaskTrait::$executionStatus	protected	property	The default will be success for the execution status.
MaestroTaskTrait::$processID	protected	property	The Maestro Process ID.
MaestroTaskTrait::$queueID	protected	property	The Maestro queue ID.
MaestroTaskTrait::getAssignmentsAndNotificationsForm	public	function	Retrieve the core Maestro form edit elements for Assignments and Notifications.
MaestroTaskTrait::getBaseEditForm	public	function	Retrieve the core Maestro form edit elements that all tasks MUST adhere to.
MaestroTaskTrait::getCompletionStatus	public	function	Returns the value of the completion status protected variable denoting any special completion status condition the task wishes to pass along.
MaestroTaskTrait::getExecutionStatus	public	function	Returns the value of the execution status protected variable denoting if the execution of this task is complete.
MaestroTaskTrait::saveTask	public	function	Available for all tasks -- this does the general task construction for us, ensuring we have sanity in the saved Config Entity for the task. Assignments and Notifications are the two main elements this method worries about.
MessengerTrait::$messenger	protected	property	The messenger.	29
MessengerTrait::messenger	public	function	Gets the messenger.	29
MessengerTrait::setMessenger	public	function	Sets the messenger.
PluginBase::$configuration	protected	property	Configuration information passed into the plugin.	1
PluginBase::$pluginDefinition	protected	property	The plugin implementation definition.	1
PluginBase::$pluginId	protected	property	The plugin_id.
PluginBase::DERIVATIVE_SEPARATOR		constant	A string which is used to separate base plugin IDs from the derivative ID.
PluginBase::getBaseId	public	function	Gets the base_plugin_id of the plugin instance. Overrides DerivativeInspectionInterface::getBaseId
PluginBase::getDerivativeId	public	function	Gets the derivative_id of the plugin instance. Overrides DerivativeInspectionInterface::getDerivativeId
PluginBase::getPluginDefinition	public	function	Gets the definition of the plugin implementation. Overrides PluginInspectionInterface::getPluginDefinition	3
PluginBase::isConfigurable	public	function	Determines if the plugin is configurable.
StringTranslationTrait::$stringTranslation	protected	property	The string translation service.	1
StringTranslationTrait::formatPlural	protected	function	Formats a string containing a count of items.
StringTranslationTrait::getNumberOfPlurals	protected	function	Returns the number of plurals supported by a given language.
StringTranslationTrait::getStringTranslation	protected	function	Gets the string translation service.
StringTranslationTrait::setStringTranslation	public	function	Sets the string translation service to use.	2
StringTranslationTrait::t	protected	function	Translates a string to the current language or to a given language.

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