TL;DR
Pattern matching, widely used in functional languages like Rust and Haskell, is gaining attention in C++ as a way to write cleaner, more expressive, and safer code by combining conditionals, type checks, and data destructuring into a single construct. While C++ doesn’t yet have native support, developers rely on tools like std::variant, std::visit, and libraries like Mach7 to replicate it…
TL;DR
Becoming a game developer in 2025 requires more than just passion; it demands strong programming skills, practical experience, and a clear focus on your role within the industry. With high competition and evolving industry demands, developers must stand out through…
TL;DR
Visual Studio isn’t slow by accident; it struggles with large projects, messy IntelliSense, and clunky navigation that quietly kills your flow. You end up spending more time searching, waiting, and fixing false errors than actually coding.
Visual Assist cuts through…
TL;DR
C++ Modules, introduced in C++20 and expanded in C++23, aim to replace the traditional #include a system with a more efficient and structured approach. By compiling code once and importing it where needed, modules reduce redundant parsing, improve build times, and create cleaner, more maintainable dependencies especially in large-scale projects.
However, despite these advantages, adoption in…
Introduction to CUDA development + How to set up with Visual Studio
February 5, 2025
TL;DR
CUDA lets you harness your GPU’s full power to handle massive tasks faster than traditional CPUs by running thousands of operations at once — a game changer for AI, data science, finance, and more, but comes with a learning curve due to parallel programming and…
How to Query File Attributes 50x faster on Windows
November 14, 2024
TL;DR
If your app scans thousands of files, the way you fetch file attributes can quietly destroy performance. Standard methods like GetFileAttributesEx or even std::filesystem are convenient but painfully slow at scale. By switching to faster Windows APIs like…
TL;DR
In Unreal Engine, Blueprints and C++ aren’t competitors, they’re complementary tools. Blueprints offer a visual, beginner-friendly way to build gameplay quickly, making them ideal for prototyping, simple logic, and collaboration with non-programmers. C++, on the other hand, provides greater performance, flexibility, and low-level control, making it essential for complex systems and…
Making a case for investing in software tools: convincing yourself, your team, and your boss
September 27, 2024
Introduction
Visual Assist has been a longtime partner for coding in Visual Studio. It adds missing features and sometimes even replaces the default features in the IDE. In fact, you can even argue that Visual Assist had a direct influence as to how some of the features in…
TL;DR
From ATMs and payment terminals to real-time trading systems, a huge part of modern financial technology still runs on C++. This blog explains why the language remains so important for embedded financial systems, where speed, reliability, and low-level hardware control…
TL;DR
C++ continues to dominate financial software because it delivers the speed, control, and precision required for high-stakes systems like trading platforms and risk engines. But building in this space is far from simple. Developers must juggle ultra-low latency demands, complex financial models, strict regulatory requirements, and the constant pressure for absolute accuracy where even the…
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