When working with CMake, the default output during project configuration can be quite verbose. While this level of detail is helpful for debugging or initial setup, it can be excessive...
C++
CMake is a tool used to manage the build process for a wide range of programming languages, including C, C++, CUDA, and more. By default, building a project with CMake...
When working with C or C++ projects, external tools like clangd, Clang-Tidy, and various IDE features rely on accurate knowledge of how each file in the project is compiled. This...
In performance-critical applications like game engines, real-time simulations, or high-throughput data processing, handling large arrays efficiently is crucial. One common operation you might encounter is clamping all positive values in...
When working with C++ projects, knowing the exact version of the compiler used to build the code can be crucial for debugging, compatibility checks, or simply documenting the build environment...
Reversing an array is a classic example that introduces essential CUDA concepts such as memory management, thread indexing, and kernel launches. Unlike serial programming on the CPU, where operations are...
When working with Microsoft Visual C++ (MSVC) compiler, it could be helpful to know exactly which compiler version is being used - especially when debugging, managing dependencies, or writing conditional...
In performance-critical applications like image processing, scientific simulations, and machine learning, computing operations like element-wise minimum across arrays can become a bottleneck. Thankfully, SIMD instructions available in modern CPUs allow...
Reversing array elements is a common operation in programming, and it can be done efficiently using various methods, such as scalar or SIMD. SIMD allows for parallel processing of multiple...
In performance-critical applications such as scientific computing, graphics, game development, or data processing, converting large arrays of floating-point numbers to integers is a common operation. While a basic scalar loop...