Creating custom actions
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If you’re creating automations, you might run into a situation where you would like to have custom actions for your automation. Mailcoach allows you to extend the available actions easily.
Creating a custom action
Actions must extend the Spatie\Mailcoach\Domain\Automation\Support\Actions\AutomationAction
class.
By default, the dropdown in the interface will show the classname of the action, you can implement the static method getName()
to return a more user-friendly name for the action.
The getCategory
method is required to implement and should be a value of the Spatie\Mailcoach\Domain\Automation\Support\Actions\Enums\ActionCategoryEnum
enum.
There are three optional methods you can implement that control the flow of the automation once a subscriber reaches your action:
run(Subscriber $subscriber): void
This method is executed once, when the subscriber is added to this action for the first time, in the SendAutomationMailAction
we use this to send the automation mail to the Subscriber:
public function run(Subscriber $subscriber): void { $this->automationMail->send($subscriber); }
shouldContinue(Subscriber $subscriber): bool
This method returns true
by default, which means the Subscriber is moved on to the next action once the action’s run
method has been called.
In the WaitAction
, this is used to wait a certain duration before the subscriber is moved to the next action:
public function shouldContinue(Subscriber $subscriber): bool { if ($subscriber->pivot->created_at <= now()->sub($this->interval)) { return true; } return false; }
Inside actions, you have access to the pivot
of the subscriber_actions
relationship, which allows you to access when a subscriber was added to the action. The duration in the WaitAction
is set in the UI, more on that below.
shouldHalt(Subscriber $subscriber): bool
This method returns false
by default, this method allows you to completely halt the automation flow for a subscriber when returning true
, even if there would be other actions after the current one.
Creating settings fields & validation
Most actions, like the WaitAction
require some user configuration in the UI. When you need this there’s a few extra methods you can implement:
class WaitAction extends AutomationAction { public CarbonInterval $interval; public function __construct(CarbonInterval $interval) { parent::__construct(); $this->interval = $interval; } public static function getComponent(): ?string { return 'wait-action'; } public static function make(array $data): self { return new self(CarbonInterval::createFromDateString("{$data['length']} {$data['unit']}")); } public function toArray(): array { [$length, $unit] = explode(' ', $this->interval->forHumans()); return [ 'length' => $length, 'unit' => Str::plural($unit), ]; } }
getComponent
The getComponent()
method expects a Livewire component’s name to be returned. In this component, you can add any fields necessary for your trigger.
This component should extend our \Spatie\Mailcoach\Domain\Automation\Support\Livewire\AutomationActionComponent
class, which allows you to have access to the current automation inside your component.
The getData
method has to return the data you want stored inside the action.
For example, the wait-action
component renders a simple blade view with a text field and has some validation rules:
The validation rules are stored on the Livewire component here, as the automation builder, which is also a Livewire component, handles all validation.
use Spatie\Mailcoach\Domain\Automation\Support\Livewire\AutomationActionComponent; class WaitActionComponent extends AutomationActionComponent { public string $length = '1'; public string $unit = 'days'; public array $units = [ 'minutes' => 'Minute', 'hours' => 'Hour', 'days' => 'Day', 'weeks' => 'Week', 'months' => 'Month', ]; public function getData(): array { return [ 'length' => (int) $this->length, 'unit' => $this->unit, ]; } public function rules(): array { return [ 'length' => ['required', 'integer', 'min:1'], 'unit' => ['required', Rule::in([ 'minutes', 'hours', 'days', 'weeks', 'months', ])], ]; } public function render() { return view('mailcoach::app.automations.components.actions.waitAction'); } }
When creating an action component’s view, you should wrap this inside the <x-mailcoach::automation-action>
blade component.
This will make sure the edit & save buttons are shown correctly. This is the view of the wait-action
component as an example:
@verbatim <x-mailcoach::automation-action :index="$index" :action="$action" :editing="$editing" :editable="$editable" :deletable="$deletable"> <x-slot name="legend"> {{__mc('Wait for ') }} <span class="form-legend-accent"> {{ ($length && $unit && $interval = \Carbon\CarbonInterval::createFromDateString("{$length} {$unit}")) ? $interval->cascade()->forHumans() : '…' }} </span> </x-slot> <x-slot name="form"> <div class="col-span-8 sm:col-span-4"> <x-mailcoach::text-field :label="__mc('Length')" :required="true" name="length" wire:model="length" type="number" /> </div> <div class="col-span-4 sm:col-span-2"> <x-mailcoach::select-field :label="__mc('Unit')" :required="true" name="unit" wire:model="unit" :options=" collect($units) ->mapWithKeys(fn ($label, $value) => [$value => \Illuminate\Support\Str::plural($label, (int) $length)]) ->toArray() " /> </div> </x-slot> </x-mailcoach::automation-action> @endverbatim
make
The static make()
method receives the validated data from the request, in this method you add the necessary parsing from raw data to your action’s required data structure and call the constructor.
toArray
The toArray()
method is used to return the data in a format fit for processing in the Livewire component.
Registering your custom action
You can register your custom action by adding the classname to the mailcoach.automation.flows.actions
config key.