$order = $params['order']; $event = [ 'event_id' => uuid(), 'type' => 'order.placed', 'payload' => $this->serializeOrder($order), 'timestamp' => time() ]; $this->queue->publish('ebp.order.queue', $event);
A PrestaShop webhook triggers ERP order creation during actionValidateOrder . If the ERP is down, the entire checkout fails. EBP requires asynchronous eventual consistency . 3. Proposed EBP Architecture for PrestaShop 3.1 Decoupled Event-Driven Model Instead of modifying core controllers, we implement a message broker (RabbitMQ / Redis Streams) + worker daemon . ebp prestashop
Abstract: While PrestaShop is traditionally viewed as a mid-market e-commerce solution, its modular architecture and REST APIs enable integration with Enterprise Business Processes (EBP) such as ERP synchronization, multi-warehouse logistics, automated tax compliance, and B2B quotation workflows. This paper analyzes the inherent limitations of PrestaShop’s native workflow, proposes a decoupled event-driven architecture for EBP, and provides empirical patterns for transactional consistency, idempotency, and failure handling. 1. Introduction Enterprise Business Process (EBP) refers to end-to-end, cross-departmental workflows—order-to-cash, procure-to-pay, inventory optimization, and customer lifecycle management. PrestaShop (1.7.x / 8.x) provides a robust storefront but lacks native BPMN engines or complex state machines. $order = $params['order']; $event = [ 'event_id' =>