Welcome back to the HTMX party! Today, we’re talking about a topic every web developer has wrestled with at some point: forms. They’re essential, but making them play nicely with your backend can sometimes feel like wrestling a bear. Enter HTMX. It’s here to simplify your form handling and make the experience feel smooth and modern.
Welcome back, coders! Now that you’ve dipped your toes into the htmx waters, it’s time to wade in a little deeper. Today, we’re diving headfirst into htmx attributes — the secret sauce that makes your Razor Pages dance with interactivity. So, buckle up and get ready for some fun!
Hey there, fellow C# wizard! Ready to sprinkle some HTMX magic on your ASP.NET Razor Pages? You’re about to see how easy it is to get started with HTMX and add dynamic features without turning your app into a JavaScript spaghetti mess. Let’s boogie!
Hey folks! Welcome back to the HTMX journey. Today, we’re diving into a bit of web development history and how HTMX is taking us forward… by looking backward. Cue the DeLorean, because we’re heading back to the days when server-driven development was all the rage.
Hey there, fellow ASP.NET developer! If you’re tired of wrestling with JavaScript frameworks or want to simplify your life, you’re in for a treat. Today, we’re diving into the wonderful world of HTMX and why it might just be the missing piece to make your ASP.NET Razor Pages even more awesome.
Of all the REST constraints, Code on Demand is the one that most developers either overlook or actively avoid. Unlike the other five constraints, it is the only optional one, meaning a RESTful system doesn’t have to use it. But when applied correctly, it can unlock powerful capabilities in web applications. Let’s explore what Code on Demand is, when it makes sense to use it, and why most REST APIs don’t rely on it.
Building a reliable, scalable web application is no easy feat. The internet is unpredictable, traffic surges happen, and security threats lurk around every corner. That’s why REST includes the Layered System constraint—a design principle that structures applications into multiple layers, each handling a specific role. Whether it’s distributing traffic, securing data, or managing services, layering helps RESTful systems stay resilient and adaptable.
The internet is fast—until it’s not. Nobody likes waiting for a sluggish API response, and overloaded servers don’t help either. That’s where caching comes in. RESTful APIs embrace caching to improve performance, reduce server load, and create a smoother user experience. But caching isn’t just about speed—it’s about efficiency. Let’s dive into how REST makes caching an essential part of scalable web applications.
When it comes to building scalable web applications, statelessness is one of REST’s most powerful constraints. It simplifies architecture, makes scaling easier, and helps APIs handle massive traffic loads without breaking a sweat. But what does being “stateless” actually mean in REST, and why is it such a big deal?
The internet as we know it thrives on separation—specifically, the separation of clients and servers. It’s a fundamental principle of REST and a key factor in building scalable, maintainable, and flexible applications. But what exactly does this separation mean, and why does it matter? Let’s dive into the Client-Server constraint, one of REST’s six core architectural principles.