NET8 Microservices Basics to Saga Orchestration Resilience

Name: NET8 Microservices Basics to Saga Orchestration Resilience
Rating: 4.4 (9 reviews)

Microservice Saga Architecture Practically Resilience implementing retry, redelivery, and in-memory outbox pattern

Created byMohamed Ebrahim Atia

Last updated 2/2024

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What you'll learn

Master microservice architecture basics and principles.
Gain hands-on experience with RabbitMQ message broker.
Set up and manage RabbitMQ in a local Docker environment.
Create and analyze simple microservice workflows.
Understand advanced microservice challenges in complex architectures.
Explore saga orchestration as a solution to complex microservice issues.
Participate in real-time code reviews and demonstrations.
Proficiency in microservice architecture concepts.
Ability to work with RabbitMQ for efficient communication.
Skills in Docker-based RabbitMQ setup and management.
Confidence in designing and analyzing microservice workflows.
Problem-solving capabilities for complex microservice scenarios.
Competence in saga orchestration implementation.
Real-world experience through code reviews and demos.

Course content

3 sections • 27 lectures • 2h 43m total length

Introduction0:16
Areas we cover0:34
What is microservice5:08
Message broker & rabbitMQ2:05
Docker and RabbitMQ2:51
Workflow Example1:48
how microservice communicate3:08
real representation2:19
create sync microservice .net89:36
In today's lecture, we'll be exploring the construction and functionality of a Synchronous Microservice. We'll delve into the details of how such a microservice communicates, understanding its operational mechanisms. Additionally, we will discuss the reasons for transitioning to Asynchronous Microservices, examining the benefits and scenarios where asynchronous communication is more effective.
create Async microservice .net835:55
In today's lecture, we're going to focus on building an Asynchronous Microservice utilizing MassTransit, a popular .NET library for building distributed applications. This session will be comprehensive, covering several key concepts and patterns essential for asynchronous communication in microservices architecture

Introduction0:09
Areas we Cover0:15
what is the difference1:11
complex Drawbacks1:53
Saga Orchestrator2:55
Saga Code Intro4:32
Exaplain Saga State Machine4:08
Explain state machine we going to Implement11:13
we will explain Order State Machine 3 events and 3 satates
Map Saga State machine to code8:36
Hands On: Create Orchestrator Presistance Layer5:29
Hands on: Create Orchestrator Service Layer5:36
Hands on: Events and Commands4:49
Hands on: Implement Saga State Machine9:54
Hands on: Implement The whole Orchestration8:26
Hands on: Demo Saga Microservice10:20

Introduction to Microservice Resilience in .NET6:19
Dive into the World of Microservice Resilience: This lecture provides an in-depth exploration of the crucial role resilience plays in microservice architectures, particularly when using .NET with RabbitMQ and MassTransit Saga. Understand how resilience is more than just handling failures; it's about ensuring continuous service availability and reliability. We'll dissect key strategies such as retry mechanisms, which enable services to attempt operations multiple times in the face of transient errors, thus enhancing stability. Delve into redelivery processes, crucial for handling message processing failures in asynchronous communication models, ensuring messages are not lost but reprocessed as needed. Lastly, explore the in-memory outbox pattern, a powerful approach for maintaining data consistency across distributed services during network failures or service downtime. By integrating these resilience patterns, we equip microservices with the robustness needed to thrive in dynamic, distributed environments, ultimately leading to systems that are not only fault-tolerant but also maintain high levels of performance and reliability.
Implementing Resilience in .NET Core 8: A Hands-On Guide14:25
Practical Demo: Applying Resilience Strategies in .NET Core 8 with RabbitMQ - This lecture shifts from theory to practice, offering a hands-on coding demonstration in .NET Core 8. We'll methodically implement resilience strategies - retry, redelivery, and in-memory outbox - within a microservice environment. You'll gain insights into the nuances of coding these patterns, with a focus on their integration and interaction with RabbitMQ. The session will also include an in-depth exploration of message behavior in RabbitMQ under various scenarios, providing a real-world understanding of how these resilience mechanisms enhance system robustness and reliability in distributed architectures.

Requirements

Basic .NET Core Knowledge Required
No prior experience in microservices needed. We'll teach you everything to master the course objectives.

Description

Unlock the power of microservice architecture in this comprehensive course, designed for beginners and intermediate developers alike. Starting with the basics, you'll delve into the world of microservices using .NET Core Web API. No prior experience is required; we'll guide you from the fundamentals to advanced concepts.

Course Highlights:

Introduction to Microservice Architecture and Message Brokers:
- Understand the core concepts of microservice architecture.
- Dive deep into the workings of message brokers, with a focus on RabbitMQ.
- Learn how to set up RabbitMQ in a Dockerized local environment.
- Master the utilization of RabbitMQ management for efficient communication.
Microservice Communication and Workflow:
- Explore simple microservice workflow examples.
- Witness microservices in action through real-time demonstrations.
- Gain insights into how microservices seamlessly communicate with each other.
- Engage in detailed code reviews with live demo representations.
Advanced Microservice Concepts: Complex Architectures and Saga Orchestration:
- Differentiate between simple and complex microservice styles.
- Understand the challenges faced in complex microservice architectures.
- Explore solutions to these challenges through saga orchestration.
- Participate in in-depth code reviews of saga orchestration techniques with real-time demonstrations.

By the end of this course, you'll have a profound understanding of microservice architecture, message brokers like RabbitMQ, and the intricacies of both simple and complex microservice workflows. You'll gain practical experience in solving complex microservice challenges through saga orchestration, setting you on the path to becoming a microservices expert.

Don't miss this opportunity to elevate your development skills and create robust, scalable microservice architectures. Enroll now and embark on your journey to mastering microservices with confidence and expertise.

Who this course is for:

.NET Developers: Ideal for developers with .NET Core knowledge looking to master microservices and Saga Orchestration.
Software Architects: Those aiming to design scalable, resilient, and distributed systems using .NET Core.
IT Professionals: Professionals interested in understanding and implementing modern microservices architecture.
Any tech enthusiast: Individuals eager to explore advanced .NET Core concepts and develop real-world microservices applications.

NET8 Microservices Basics to Saga Orchestration Resilience

What you'll learn

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Course content

Introduction10 lectures • 1hr 4min

Saga Microservice15 lectures • 1hr 19min

Microservice Resilience : retry , redelivery , and in-memory outbox patterns2 lectures • 21min

Requirements

Description

Who this course is for: