Comprehensive Microservices with RabbitMQ and Kafka

Overview

This repository aggregates multiple projects focusing on RabbitMQ and Kafka within the context of .NET Core microservices. Each project is structured within its respective directory, containing the necessary source code. This document provides an overarching view of each project, highlighting their requirements, objectives, and key learning outcomes. The goal is to offer a comprehensive guide for professionals and students in software engineering to master the integration of RabbitMQ and Kafka in microservice architectures.

Project 1: .NET Core Microservices with RabbitMQ: A Beginner's Guide Requirements Visual Studio SQL Server Basic Technical Background Description This project introduces .NET Core Microservices using RabbitMQ. It is tailored for individuals starting their journey in software engineering or those looking to enhance their skills in .NET Core and RabbitMQ messaging. The project guides users through setting up their environment and building their first applications using a microservice architecture design pattern. It provides a step-by-step approach to ensure a smooth learning curve. Key Learning Outcomes Setting up the environment for .NET Core Microservices Utilizing RabbitMQ for messaging Building microservice-based applications Project 2: Implementing CQRS & Event Sourcing with Kafka in .NET Requirements Some experience with C# is essential Description This project focuses on creating .NET microservices that adhere to the CQRS (Command Query Responsibility Segregation) and Event Sourcing patterns using Apache Kafka. Participants will learn to write every line of code needed to build their own CQRS and Event Sourcing framework. The project aims to equip learners with the skills to handle commands, raise events, and implement various advanced features like event versioning and optimistic concurrency control. Key Learning Outcomes Handling commands and raising events Implementing command and query dispatchers using the mediator pattern Creating and changing aggregate states with event messages Implementing event stores and read databases with MongoDB and MS SQL Producing and consuming events with Apache Kafka Replaying event stores to recreate state and databases Applying Domain-Driven Design best practices Project 3: Mastering RabbitMQ: Messaging Concepts and Implementation Requirements C# knowledge only for coding lessons Description This project provides an in-depth look at RabbitMQ and general messaging concepts. It covers the basics of message brokers and dives into the specific components and usage scenarios of RabbitMQ. The course includes practical demos and coding lessons in C# and Java, illustrating how to implement common messaging scenarios. It also explores the management web interface for testing RabbitMQ systems. Key Learning Outcomes Understanding RabbitMQ and its components Learning to configure and use RabbitMQ Implementing messaging scenarios using C# and Java Utilizing the RabbitMQ management web interface Project 4: Advanced RabbitMQ: Practical Implementation and Best Practices Requirements Basic administrative skills Programming experience is optional (Java code provided is an extra bonus) Description This project is designed for both beginners and experienced users of RabbitMQ. It covers a wide range of topics from basic queue concepts to advanced features and patterns. The course emphasizes practical knowledge through examples and hands-on lectures, teaching users how to configure, administrate, and use RabbitMQ efficiently. It also includes performance testing and failure simulation to build highly available and fault-tolerant clusters. Key Learning Outcomes Configuring and administrating RabbitMQ Understanding and using the AMQP protocol Implementing RabbitMQ patterns like work queues and publish-subscribe Conducting performance tests and analyzing memory usage Building and maintaining highly available RabbitMQ clusters Projects Conclusion This aggregated repository serves as a comprehensive resource for mastering RabbitMQ and Kafka in .NET Core microservices. Each project is meticulously designed to provide a step-by-step learning experience, ensuring that users can progressively build their knowledge and skills. Whether you are a student, software engineer, or cloud architect, this repository offers valuable insights and practical tools to excel in the field of microservice architectures.

Contributing

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Code of Conduct

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Support

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License

This project is licensed under the MIT license. Feel free to edit and distribute this template as you like.

See LICENSE for more information.