Mastering C# 14 Discriminated Unions for Clean Architecture in .NET 10

📚 New article just published on SYUTHD! 🔖 Mastering C# 14: Top Features & Performance Boosts in .NET 10 🏷️ Category: C# Programming 📖 Full article → https://lnkd.in/gdEFXJca 👉 Follow our page for more tech tutorials: https://lnkd.in/gsJDptPM 💬 Telegram: https://t.me/nisethtechno 👍 Facebook: https://lnkd.in/gsKv3Dyn #CProgramming #Tech #Tutorial #Programming #TechBlog #2026

📚 New article just published on SYUTHD! 🔖 Mastering C# 14 Interceptors: Boosting Performance in .NET 10 Microservices 🏷️ Category: C# Programming 📖 Full article → https://lnkd.in/ggNHbznk 👉 Follow our page for more tech tutorials: https://lnkd.in/gsJDptPM 💬 Telegram: https://t.me/nisethtechno 👍 Facebook: https://lnkd.in/gsKv3Dyn #CProgramming #Tech #Tutorial #Programming #TechBlog #2026

One thing I always found slightly messy in C# was handling methods that return different types. Most of the time it meant: using object and adding extra checks or forcing everything into inheritance Neither felt great. Just saw that C# 15 is introducing Union Types, and it actually solves this in a clean way. Now you can define exactly what types are allowed, and the compiler makes sure you handle all of them. Feels like a small feature, but it’s going to make code a lot more readable and safer. #CSharp #DotNet #Developers #Programming

Just discovered something interesting in C++ In C++: 👉 arr[i] and i[arr] are exactly the same. 𝗪𝗵𝘆? Because arr[i] is just pointer math: arr[i] == *(arr + i) i[arr] == *(i + arr) Since addition is commutative, both give the same result. 𝗧𝗮𝗸𝗲𝗮𝘄𝗮𝘆: You might never write i[arr] in real-world code, but understanding this gives you a deeper insight into how C++ actually works. #CPP #Programming

Day 12 of 30 — async/await looks simple. These 3 mistakes prove it isn't 😬 Pitfall 1 → async void (exceptions disappear) Pitfall 2 → .Result / .Wait() (deadlock risk) Pitfall 3 → missing ConfigureAwait(false) in library code Before/after fixes for all 3 in the image 👇 Which of these have you run into? Be honest 👇 #CSharp #AsyncAwait #DotNet #Programming #SoftwareEngineering

Day 1 of 30 — C# tip that cleaned up my codebase overnight 🧹 I used to write 5-line null checks. Then I found ?? and ??=. Saved me hours of boilerplate and made code reviews much smoother. Full breakdown is in the image below👇 Which of these do you already use — and what null-handling trick do you swear by? Drop it below 👇 #CSharp #DotNet #CleanCode #SoftwareEngineering #Programming

Ever wonder how the C++ compiler actually tells the difference between overloaded functions? We write functions with the exact same name and take the magic for granted. But under the hood, the linker requires a unique identifier for every single function. The secret? Name Mangling. Check out the image below! 👇 The compiler automatically alters the function's name based on the number and types of its arguments. To us, it’s just display(). To the compiler, they are two completely different entities (like i for int, d for double). The ambiguity is resolved before the code is even linked. It's a great reminder of how much heavy lifting the compiler does behind the scenes to keep our APIs clean and readable. What’s a concept you used for years before finally looking under the hood? Let's hear it below! #CPP #Cplusplus #SoftwareEngineering #TechTrivia #Programming #BackendDevelopment

Solved a Gray Code problem in C++ today. The task was to generate bit patterns from 0 to 2^n - 1 such that every consecutive pattern differs by only one bit, while always starting from 0. I used the Gray code formula: gray = i ^ (i >> 1) This makes the solution clean and efficient, and guarantees that adjacent codes differ by exactly one bit. Example for n = 2: 00 -> 01 -> 11 -> 10 What I like about this problem is how a simple bit manipulation formula can solve what looks like a complex sequence-generation challenge. Concepts practiced: Bit Manipulation Binary Representation Pattern Generation C++ Problem Solving #cpp #coding #programming #datastructures #algorithms #problemsolving #bitmanipulation #leetcode #geekforgeeks

🚀 Exploring the Power of Recursion with C++ Recently, I worked on another pattern generation problem using C++, focusing on recursion and conditional logic to create a clean and symmetric star pattern in the console. At first glance, it looks like a simple design — but implementing it required: ✔️ Precise control over recursive function calls ✔️ Careful handling of multiple parameters (i, j, k, l) ✔️ Logical conditions to maintain symmetry and alignment ✔️ Writing structured and readable code for better clarity What made this interesting was how small changes in conditions completely impacted the output pattern. It reinforced the importance of attention to detail and strong fundamentals in programming. 💡 Key Insight: Recursion is not just a concept — it’s a powerful tool that, when combined with clean logic, can solve complex problems in an elegant way. Consistently practicing such problems is helping me strengthen my problem-solving skills and deepen my understanding of core concepts in C++. Always improving. Always building. #Cplusplus #Recursion #Programming #DSA #ProblemSolving #CodingJourney #SoftwareDevelopment

What is a Delegate in C#? (Simple Explanation) A delegate in C# is a type that allows you to reference and invoke methods indirectly. It is commonly used for callbacks, event handling, and writing flexible code. In simple terms, a delegate acts like a pointer to a function but in a type-safe way. Understanding delegates is important for mastering concepts like events and asynchronous programming in .NET. Still learning and building in public 🚀 — Anuj Pathak #dotnet #softwareengineering #backenddevelopment #programming #developersoflinkedin #coding #techlearning