How does it improve developer productivity?

By automating the configuration of IDEs like Vim or Emacs and streamlining Git workflows, it reduces the time spent on environment overhead.

Does it support modern build automation?

Absolutely. The skill is proficient in modern build systems like CMake and Ninja, as well as traditional Makefile configurations.

What compilers does this skill support?

It provides comprehensive support for major Linux toolchains including GCC, Clang, and rustc for C, C++, and Rust development.

Is this skill limited to specific Linux distributions?

While it focuses on standard Linux development patterns used across most distros, it includes specific command expertise for package managers like apt on Debian/Ubuntu systems.

Can this skill help with application debugging?

Yes, it offers specialized guidance for using GDB for debugging, Valgrind for memory analysis, and strace for monitoring system calls.

Linux Development Environment

Name: Linux Development Environment
Author: pluginagentmarketplace

bypluginagentmarketplace

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Developer Tools

Configures and optimizes Linux-based development environments with essential compilers, build tools, and system-level debugging utilities.

About

This skill empowers Claude to act as a Linux systems expert, streamlining the setup and management of robust software development environments. It provides deep domain knowledge for installing core toolchains like GCC and Clang, managing complex build systems such as CMake and Ninja, and optimizing terminal-based IDEs like Vim and Emacs. By integrating low-level debugging tools like GDB and Valgrind, this skill ensures developers can maintain high-performance applications while automating the repetitive aspects of environment configuration and version control management.

Key Features

Optimization of terminal-based IDEs and text editors
1 GitHub stars
System-level debugging and profiling with GDB, Valgrind, and strace
Automated toolchain setup for GCC, Clang, and Rust environments
Advanced build system management using CMake, Ninja, and Make
Version control integration for Git and SVN workflows

Use Cases

Configuring a production-ready C++ or Rust development environment on a fresh Linux install
Automating multi-step build processes and dependency management for large-scale projects
Troubleshooting complex memory leaks and system calls in native applications

About

Key Features

Optimization of terminal-based IDEs and text editors
1 GitHub stars
System-level debugging and profiling with GDB, Valgrind, and strace
Automated toolchain setup for GCC, Clang, and Rust environments
Advanced build system management using CMake, Ninja, and Make
Version control integration for Git and SVN workflows

Use Cases

Configuring a production-ready C++ or Rust development environment on a fresh Linux install
Automating multi-step build processes and dependency management for large-scale projects
Troubleshooting complex memory leaks and system calls in native applications