When working on Linux, especially when compiling programs or resolving issues related to shared libraries, it's crucial to understand where the system's linker (ld) looks for libraries by default. These...
Linux
When working with Linux systems - especially when dealing with performance tuning, hardware compatibility, or security updates - it can be important to know which microcode version the CPU is...
Graphics Processing Units (GPUs) are no longer just for gaming or visual effects - they're now crucial for tasks like machine learning, scientific computing, and video editing. If you use...
Position-Independent Executable (PIE) is a security feature that allows executables to be loaded at random memory addresses, enhancing security against certain types of attacks like buffer overflows. Non-PIE executables, on...
When analyzing binary files on a Linux system, you might need to extract human-readable text embedded within them. This can be useful for reverse engineering, debugging, or simply inspecting a...
When working with binaries on Linux, especially for debugging, reverse engineering, or performance analysis, it's important to determine whether they contain symbol information. Symbols, such as function names, variable names...
When analyzing binary files on Linux, understanding whether a binary is statically or dynamically linked is crucial for debugging, performance optimization, and security auditing. This tutorial provides 2 methods how...
The GNU C Library, commonly known as glibc, is an open-source implementation of the standard C library. The glibc provides essential system functions that applications and binaries depend on. When...
Managing file ownership is crucial on Linux, especially when dealing with multiple users, permissions, and system security. Every file and directory on Linux has an associated owner and group, which...
Linux uses a permission system that determines who can read, write, or execute a file. If you have a file with specific permissions and want another file to have the...