Not all database tables are created equal! Sometimes, you don’t need direct access to raw data—you need a refined, read-only version that makes querying easier. That’s where database views come in!
Have you ever needed to store coordinates, track locations, or perform distance calculations in your database? Whether you’re building a ride-sharing app, a location-based service, or an interactive map, working with spatial data is essential.
Luckily, EF Core supports spatial data types, allowing you to store, query, and manipulate geographic data seamlessly. No more treating latitude and longitude as simple numbers—let’s bring real GIS (Geographic Information System) power to your EF Core apps!
If you’ve ever wondered why your EF Core queries feel sluggish or why your database is working overtime, you’re not alone. Performance issues can creep in quietly, and before you know it, your app is struggling to keep up.
Wouldn’t it be great if EF Core had built-in performance tracking so you could monitor database activity in real time? Good news—it does!
Ever wonder who changed what and when in your database? Or maybe you’ve had that “uh-oh” moment where data was updated, but no one knows how?
Good news: EF Core has a built-in way to track changes—without modifying every query manually! SaveChanges Interception lets you hook into EF Core’s SaveChanges() pipeline and log inserts, updates, and deletes automatically.
I love receiving feedback on my blog posts! After sharing “Batching Updates and Inserts: Making EF Core Work Smarter, Not […]
Let’s talk about startup time. Not the Silicon Valley kind, but the time it takes for your EF Core app to boot up, stretch its legs, and actually start handling requests. If your app is dragging its feet like a teenager on a Monday morning, you need a secret weapon: Compiled Models.
Regarding speed and efficiency, Rust doesn’t just run the race—it leaves other languages eating its dust. Built for blazing performance and low-level control, Rust’s unique features make it a standout choice for projects where every millisecond and megabyte count. Let’s dive into why Rust is the Usain Bolt of programming languages and how it stacks up in the performance department.
Switching from C# to Rust can feel like stepping into a new world. Suddenly, you’re dealing with ownership, borrowing, and a compiler that’s as strict as your high school math teacher. But don’t worry—you’ve got this. With the right mindset, some practical tips, and a few helpful resources, you’ll go from a Rust rookie to a Rustacean in no time. Let’s dive in!
Programming ecosystems are like bustling cities. .NET is the metropolis with skyscrapers and a thriving business district, while Rust is the up-and-coming tech hub—small but mighty, with startups everywhere. Both offer incredible opportunities, but their vibes are very different. So, let’s grab a coffee and tour these two dynamic ecosystems!
Concurrency in programming can be like cooking dinner while answering emails—you’re juggling multiple tasks at once, hoping nothing burns. C# and Rust both tackle concurrency, but their approaches couldn’t be more different. C# offers a traditional multitasking toolkit with threads and async/await, while Rust rewrites the rulebook with a compiler-enforced, fearless concurrency model. Let’s see how they compare!