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...

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...

Tags in Git are references to specific commits, commonly used to specify release points (e.g., v1.0, v2.0) in the development process. If you're collaborating on a project or managing multiple...

Git branches serve as independent development paths within a project. When working with Git, especially in collaborative projects, it is essential to have visibility into all available remote branches. Listing...

Over time, the local Git repository can accumulate unnecessary files and metadata, leading to increased disk space usage and potentially slower performance. Git provides a built-in mechanism to clean up...

Cloning a Git repository can sometimes be slow, especially when dealing with large repositories with long commit histories. If you only need the latest version of the code without the...

When working with Git, it's often necessary to check the remote URL associated with a local repository. This is useful when you need to verify where the repository is hosted...

The git-who is a command line tool that can be used for identifying who is responsible for entire components or subsystems in the repository. It is similar to git blame...