The objective of this project is to reimplement essential system utilities from the util-linux package in Rust. This initiative will include the development of Rust-based versions of various utilities, such as `dmesg`, `lscpu`, `lsipc`, `lslocks`, `lsmem`, and `lsns`. The primary focus will be on ensuring that these Rust implementations provide full compatibility with existing options and pass GNU tests, delivering reliable and efficient system utilities for Linux users.

- **Description:**: Reimplement essential system utilities, including `dmesg`, `lscpu`, `lsipc`, `lslocks`, `lsmem`, and `lsns`, using Rust while emphasizing compatibility with existing options and GNU test validation.

- **Expected Outputs:**: Rust-based system utilities that mirror the functionality of their counterparts, ensuring full compatibility and reliability, validated by GNU tests.

- **Skills Required/Preferred:**: Proficiency in Rust programming, knowledge of system utilities and their functionality, experience with GNU testing methodologies.

- **Possible Mentors:**: [To be determined]

- **Size:**: ~175 hours.

- **Difficulty:**: Medium.

This project focuses on the reimplementations of crucial Linux utilities related to process and resource management in the Rust programming language. The target utilities include `runuser`, `sulogin`, `chrt`, `ionice`, `kill`, `renice`, `prlimit`, `taskset`, and `uclampset`. The primary goal is to create Rust-based versions of these utilities, ensuring compatibility with their original counterparts, and validating their functionality with GNU tests.

- **Description:**: Reimplement key Linux utilities for process and resource management, such as `runuser`, `sulogin`, `chrt`, `ionice`, `kill`, `renice`, `prlimit`, `taskset`, and `uclampset`, in the Rust programming language. The emphasis is on maintaining compatibility with the original utilities and validating their functionality using GNU tests.

- **Expected Outputs:**: Rust-based versions of the specified utilities that seamlessly integrate into Linux systems, providing the same functionality and passing GNU tests for reliability.

- **Skills Required/Preferred:**: Proficiency in Rust programming, understanding of process and resource management on Linux, experience with GNU testing methodologies.

- **Possible Mentors:**: [To be determined]

- **Size:**: ~175 hours.

- **Difficulty:**: Medium.

This project focuses on the reimplementations of essential Linux utilities related to user and session management in the Rust programming language. The target utilities include `su`, `agetty`, `ctrlaltdel`, `pivot_root`, `switch_root`, `last`, `lslogins`, `mesg`, `setsid`, and `setterm`. The primary goal is to create Rust-based versions of these utilities, ensuring compatibility with their original counterparts, and validating their functionality with GNU tests.

- **Description:**: Reimplement essential Linux utilities for user and session management, such as `su`, `agetty`, `ctrlaltdel`, `pivot_root`, `switch_root`, `last`, `lslogins`, `mesg`, `setsid`, and `setterm`, in the Rust programming language. The emphasis is on maintaining compatibility with the original utilities and validating their functionality using GNU tests.

- **Expected Outputs:**: Rust-based versions of the specified utilities that seamlessly integrate into Linux systems, providing the same functionality and passing GNU tests for reliability.

- **Skills Required/Preferred:**: Proficiency in Rust programming, understanding of user and session management on Linux, experience with GNU testing methodologies.

- **Possible Mentors:**: [To be determined]

- **Size:**: ~175 hours.

- **Difficulty:**: Medium.

This project aims to modernize and enhance critical Linux utilities related to user and session management, ensuring they remain efficient, reliable, and fully compatible with existing systems.