1. Install Precompiled TensorFlow Lite 2.16 on Raspberry Pi
  2. Install Precompiled Dlib on Raspberry Pi
  3. Install Precompiled libfacedetection on Raspberry Pi
  4. Install Precompiled OpenCV 4.9 on Raspberry Pi
  5. Install PHP 8.3 on Raspberry Pi
  6. Install Node.js 16 and npm on Raspberry Pi
  1. Install Precompiled TensorFlow Lite 2.16 on Raspberry Pi
  2. Install Precompiled Dlib on Raspberry Pi
  3. Install Precompiled libfacedetection on Raspberry Pi
  4. Install Precompiled OpenCV 4.9 on Raspberry Pi
  5. Install PHP 8.3 on Raspberry Pi
  6. Install Node.js 16 and npm on Raspberry Pi
Print All Available Variables in CMake

Print All Available Variables in CMake

CMake, a powerful cross-platform build system, allows developers to manage the build process of their projects efficiently. Understanding and inspecting the variables used within a CMake project is crucial for...
Build OpenMP C++ Program using CMake

Build OpenMP C++ Program using CMake

Parallelizing the C++ programs can significantly boost performance, especially when dealing with computationally intensive tasks. OpenMP (Open Multi-Processing) is a widely used API for achieving parallelism in C, C++, and...
Use Ccache with CMake

Use Ccache with CMake

Compiling large projects can be time-consuming, especially during development iterations. Fortunately, tools like Ccache accelerates the recompilation process by caching previously compiled objects. This particularly useful when frequently transitioning between...
Get Python Version using C++

Get Python Version using C++

Python is a versatile and popular programming language, which is used in various areas like web development, data science, artificial intelligence, and more. If you're working with C++ and need...
Clear Ccache Cache

Clear Ccache Cache

Ccache accelerates the recompilation process by caching previously compiled objects, making it a useful tool for optimizing build times. Over time, the cache can accumulate unnecessary or outdated files, taking...