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Implementing and Integrating RabbitMQ in .NET Core Application: Shopping Cart and Order API

RabbitMQ is a robust message broker that enables communication between services in a decoupled, reliable manner. In this guide, we’ll implement RabbitMQ in a .NET Core application to connect two microservices: Shopping Cart API (Producer) and Order API (Consumer). 1. Prerequisites Install RabbitMQ locally or on a server. Default Management UI: http://localhost:15672 Default Credentials: guest/guest Install the RabbitMQ.Client package for .NET: dotnet add package RabbitMQ.Client 2. Architecture Overview Shopping Cart API (Producer): Sends a message when a user places an order. RabbitMQ : Acts as the broker to hold the message. Order API (Consumer): Receives the message and processes the order. 3. RabbitMQ Producer: Shopping Cart API Step 1: Install RabbitMQ.Client Ensure the RabbitMQ client library is installed: dotnet add package RabbitMQ.Client Step 2: Create the Producer Service Add a RabbitMQProducer class to send messages. RabbitMQProducer.cs : using RabbitMQ.Client; usin...

.NET 10: Your Ultimate Guide to the Coolest New Features (with Real-World Goodies!)

Hey .NET warriors! 🤓 Are you ready to explore the latest and greatest features that .NET 10 and C# 14 bring to the table? Whether you're a seasoned developer or just starting out, this guide will show you how .NET 10 makes your apps faster, safer, and more productive — with real-world examples to boot! So grab your coffee ☕️ and let’s dive into the awesome . 💪 1️⃣ JIT Compiler Superpowers — Lightning-Fast Apps .NET 10 is all about speed . The Just-In-Time (JIT) compiler has been turbocharged with: Stack Allocation for Small Arrays 🗂️ Think fewer heap allocations, less garbage collection, and blazing-fast performance . Better Code Layout 🔥 Hot code paths are now smarter, meaning faster method calls and fewer CPU cache misses. 💡 Why you care: Your APIs, desktop apps, and services now respond quicker — giving users a snappy experience . 2️⃣ Say Hello to C# 14 — More Power in Your Syntax .NET 10 ships with C# 14 , and it’s packed with developer goodies: Field-Bac...

Optional Parameters in C# — Writing Flexible and Clean Methods

Hello, .NET developers! 👋 How often have you created multiple method overloads just to handle slightly different cases? Maybe one method accepts two parameters, another three, and one more adds a flag for debugging? That’s a lot of code duplication for something that can be solved beautifully with optional parameters . Optional parameters in C# let you define default values for method arguments. When a caller doesn’t pass a value, the compiler automatically substitutes the default. This feature helps keep your APIs simple, readable, and maintainable. 🎥 Explore more on YouTube : DotNet Full Stack Dev Understanding Optional Parameters Optional parameters are defined by assigning default values in the method signature. When calling the method, you can omit those parameters if you’re okay with the defaults. Example public class Logger { public void Log(string message, string level = "INFO", bool writeToFile = false) ...

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