In this video, we’ll dive deep into the Saga Pattern (Choreography Implementation) using Spring Boot + Kafka.
Github Repo: https://github.com/eramanmalhi/saga-c...
🔹 We’ll start with understanding the high-level flow of our distributed system.
🔹 Next, we’ll explore the low-level design with a complete code walkthrough.
🔹 Finally, before the demo, I’ll show you how to set up Kafka locally and create the required topics.
👉 If you are new to the Saga Pattern, I recommend watching my previous video for a detailed introduction (linked in the top right corner).
🚀 What’s Covered in this Part:
Multi-module Maven project structure
order-service → handles order creation & status tracking
inventory-service → manages product stock & availability
payment-service → simulates payment processing
common-utils → shared Kafka events & constants
End-to-end flow of the Saga using local transactions:
Order creation → OrderCreated event
Inventory stock check → StockConfirmed / StockUnavailable event
Payment processing → PaymentCompleted / PaymentFailed event
Rollback & compensation logic with Kafka topics
Step-by-step Kafka setup on local machine
Code walkthrough & explanation of event publishing and consumption
By the end of this video, you’ll clearly understand how services communicate asynchronously using Kafka in a Saga Choreography pattern.
🔔 Don’t forget to Like, Share & Subscribe for the upcoming parts where we’ll add more services like Notification & Shipping to extend this Saga flow.
⚡ Stay tuned and keep practicing — remember, hands-on coding is the best way to learn!
#SpringBoot #Kafka #Microservices #SagaPattern #choreography
#DistributedSystems #EventualConsistency #Microservices #3PC #Transactions #Consistency #SoftwareArchitecture #DevOps #SystemDesign
To check out more on the tutorials Topic wise you can follow below links
eventual consistency, strong consistency, distributed transactions, microservices architecture, kafka, outbox pattern, async messaging, 2PC, 3PC, consistency models, cap theorem, saga pattern, replication lag, message brokers, idempotent operations, distributed systems tutorial, microservices consistency, high availability, fault tolerance, data synchronization
Links:
Please do checkout other tutorial videos also if required:
Spring Framework: • Spring Framework
DevOps: • DevOps
Java Design Patterns: • Design Patterns
Java 8 Features: • Java 8
Core Java Complete Tutorial: • Core Java Complete Guide
Interview Preparation for Java: • Interview Preparation Java
Python: • Python
Linux: • Linux
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