linux▌

Essential patterns for Bash on Linux/macOS.

Linux environment setup for Flutter desktop development with OS detection and toolchain validation. \n \n Automatically detects Debian/Ubuntu or ChromeOS and halts with instructions for non-apt systems \n Installs core dependencies (curl, git, unzip, libglu1-mesa) and Linux desktop toolchain (clang, cmake, ninja-build, GTK libraries) \n Prompts for optional IDE setup (VS Code or Android Studio via snap) \n Runs flutter doctor -v and flutter devices to validate the environment, automatically inst

linux-privilege-escalation

Diagnose and resolve Fedora Linux issues with dnf, systemd, and SELinux guidance. \n \n Accepts optional Fedora release version and problem constraints to tailor troubleshooting scope \n Provides step-by-step triage plans using systemctl, journalctl, and dnf with copy-paste-ready commands \n Includes verification steps after each remediation and addresses SELinux and firewalld considerations \n Offers rollback and cleanup procedures to safely undo changes \n

linux-privilege-escalation

Automates Linux environment setup for Flutter desktop development with dependency installation and validation workflows. \n \n Covers three core workflows: installing system dependencies (build tools, GTK libraries, C/C++ toolchain), validating the environment with flutter doctor , and preparing Snap packages for distribution \n Provides ready-to-run commands for Debian/Ubuntu systems and includes conditional setup for ChromeOS Linux containers \n Includes a baseline snapcraft.yaml template for

Use this skill for the conservative "deploy first, expose later" pattern for OpenClaw on a cloud server.

linux-server-expert