Environment-Specific Bash Mastery

Profile host hardware and output SYSTEM_PROFILE.json and OPTIMIZED_FLAGS.env.

27|8|Updated Jan 16, 2026
One-click install
npx skills add https://github.com/Sounder25/Google-Antigravity-Skills-Library --skill environment-specific-bash-mastery
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: Environment-Specific Bash Mastery
Source: https://github.com/Sounder25/Google-Antigravity-Skills-Library/tree/main/13_env_bash_mastery
Command: npx skills add https://github.com/Sounder25/Google-Antigravity-Skills-Library --skill environment-specific-bash-mastery

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill enables write-once, run-anywhere Bash scripts that automatically adapt to the host's hardware and OS, eliminating hard-coded assumptions and boosting reliability.

Core Features & Use Cases

  • Hardware profiling: detects CPU cores, memory, OS, and GPU presence to drive script generation.
  • Environment-aware optimization: generates per-host script configurations to maximize performance.
  • Use Case: Imagine provisioning a server with 24 cores; this Skill creates optimized scripts tailored to that hardware.

Quick Start

Run the environment profiler on the target machine to generate a SYSTEM_PROFILE.json and OPTIMIZED_FLAGS.env. Review the produced files and source the OPTIMIZED_FLAGS.env before executing compute-heavy Bash tasks. Example: source OPTIMIZED_FLAGS.env; ./your-script.sh

Frequently Asked Questions about Environment-Specific Bash Mastery

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I make Bash scripts automatically adapt to host hardware and OS?

Hardware-aware Bash scripts adapt to host machines by profiling CPU cores, memory, OS version, and GPU presence. This eliminates hard-coded assumptions and generates per-host script configurations to maximize reliability across Windows, Linux, and macOS environments.

How do I detect CPU cores and memory for system provisioning scripts?

Detect CPU cores and memory by running an environment profiler on the target machine. This generates a SYSTEM_PROFILE.json file containing the hardware specifications needed to drive system provisioning and performance tuning tasks.

What's the best way to optimize Bash scripts for cross-platform environments?

Optimize Bash scripts for cross-platform environments by sourcing an OPTIMIZED_FLAGS.env file generated from host profiling. This provides environment-aware optimization flags tailored to the specific Windows, Linux, or macOS machine.

Does environment detection work the same on Windows, Linux, and macOS?

Environment detection works across Windows, Linux, and macOS environments to enable write-once, run-anywhere Bash scripts. The profiler detects OS version, hardware specifications, and GPU presence to tailor configurations for each specific platform.

How do I use the generated optimization flags before running compute-heavy scripts?

Use the generated optimization flags by sourcing the OPTIMIZED_FLAGS.env file before executing your script. Run source OPTIMIZED_FLAGS.env followed by your script execution to apply the hardware-tailored configurations.

When should I use hardware profiling for shell scripting instead of hard-coded values?

Use hardware profiling for shell scripting when provisioning servers with varying core counts or performing compute-heavy automation tasks. It prevents failures from hard-coded assumptions by generating per-host configurations based on actual detected memory and CPU cores.