When working with low-level or resource-constrained applications - especially in embedded systems - understanding the stack usage of each function is crucial. Excessive or unexpected stack consumption can lead to...
Command Line
Understanding how C or C++ code translates into assembly can provide valuable insight into performance optimization and low-level system behavior. This is particularly useful for developers interested in analyzing compiler...
The gcc and g++ compilers provide a wide range of options to control how code is compiled and optimized. Understanding these options is crucial for efficiently managing the build process...
When compiling C or C++ code, the compiler needs to locate the header files referenced in the source files using #include directives. These headers can come from the standard library...
When you're optimizing code for performance, especially in C or C++, using compiler options like -march=native can significantly boost speed by enabling all the SIMD instruction sets and CPU-specific optimizations...
When we usually compile a C or C++ program, we just run a single command like gcc main.c -o test, and we have an executable. The compiler doesn't magically transform...
When you're working with C or C++ and using macros (via #define), it can be helpful to see what the preprocessor is actually doing - especially when debugging tricky macro...
When working with C or C++ code, it can be helpful to know what macros (via #define) the gcc or g++ compiler defines automatically. These predefined macros give you insight...
If you're learning how programs are translated into low-level instructions, or just curious about what the C or C++ code looks like at the assembly level, you can easily generate...
Git tags are useful for marking specific points in the repository's history, such as releases. They act like milestones, allowing you to reference a particular commit easily. This tutorial demonstrates...