How To Install Gemini CLI on Manjaro

Google’s Gemini CLI has revolutionized AI-powered command-line interactions, bringing advanced artificial intelligence capabilities directly to your Manjaro Linux terminal. This comprehensive guide provides step-by-step instructions for installing and configuring Gemini CLI on Manjaro, ensuring you can harness the full potential of this groundbreaking tool.

Gemini CLI represents a significant leap forward in AI-assisted development workflows. As an open-source AI agent, it offers multimodal capabilities including text processing, image analysis, video content handling, and audio transcription—all from your command line. For Manjaro users, this tool transforms traditional terminal interactions into intelligent, context-aware conversations with AI.

Prerequisites and System Requirements

Before installing Gemini CLI on your Manjaro system, ensure your environment meets the essential requirements for optimal performance and functionality.

Essential System Requirements

Your Manjaro installation must have Node.js version 18 or higher installed, though version 20 or newer is strongly recommended for enhanced compatibility and performance. Terminal access with administrative privileges is required for package installation and configuration tasks.

A stable internet connection is mandatory for both installation and authentication processes. You’ll need a Google account for authentication, as Gemini CLI integrates with Google’s AI services to provide its advanced capabilities.

Hardware Considerations

For optimal performance, ensure your system has at least 4GB of RAM, though 8GB or more is recommended when working with large context windows. Storage requirements are minimal for the CLI tool itself, but consider additional space for Node.js dependencies and any generated content.

Checking Node.js Installation

Verify your current Node.js version using the terminal command:

node -v

If Node.js isn’t installed or you’re running an older version, install or update it through Manjaro’s package manager:

sudo pacman -S nodejs npm

Alternatively, use Pamac GUI for a more user-friendly installation experience.

Installation Methods Overview

Manjaro users have several installation options for Gemini CLI, each offering distinct advantages depending on your specific use case and preferences.

• Method 1: Global NPM Installation (Recommended)
  This method installs Gemini CLI globally using npm, making it accessible from any directory. It’s the most straightforward approach for regular users who want permanent access to the tool.
• Method 2: NPX Direct Execution
  Execute Gemini CLI directly without permanent installation using npx. This approach is ideal for testing purposes or occasional usage scenarios where permanent installation isn’t necessary.
• Method 3: AUR Package Installation
  Manjaro’s Arch Linux heritage allows installation through the Arch User Repository (AUR), providing native package management integration.
• Method 4: Homebrew Installation
  For users who prefer Homebrew package management on Linux systems, this method offers familiar installation procedures.
• Method 5: Native Binary Installation
  Direct binary installation provides the most control over the installation process and is suitable for advanced users who prefer manual configuration.

Each method has specific advantages: global npm installation offers convenience, npx provides flexibility without commitment, AUR integration follows Arch Linux principles, Homebrew appeals to cross-platform users, and native binaries offer maximum control.

Step-by-Step Installation Guide: Global NPM Method

The global npm installation method provides the most reliable and widely-supported approach for installing Gemini CLI on Manjaro systems.

Step 1: Verify Node.js Installation

Open your terminal and confirm Node.js is properly installed:

node -v && npm -v

Both commands should return version numbers. If either fails, install Node.js through Manjaro’s package manager before proceeding.

Step 2: Execute Global Installation

Install Gemini CLI globally using npm:

npm install -g @google/gemini-cli

This command downloads and installs Gemini CLI along with all necessary dependencies. The process typically takes 2-3 minutes depending on your internet connection speed.

Step 3: Handle Permission Issues

If you encounter permission errors, avoid using sudo. Instead, configure npm to use a different directory for global packages:

mkdir ~/.npm-global
npm config set prefix '~/.npm-global'

Add the following line to your ~/.bashrc or ~/.zshrc file:

export PATH=~/.npm-global/bin:$PATH

Step 4: Verify Installation Success

Confirm successful installation by checking the version:

gemini --version

A successful installation will display the current version number.

Manjaro-Specific Considerations

Manjaro’s rolling release nature ensures you always have access to the latest Node.js versions. However, if you encounter package conflicts, consider using the AUR version or managing Node.js versions with tools like nvm (Node Version Manager).

Troubleshooting Common Installation Errors

Permission Denied Errors: Configure npm prefix as described above rather than using sudo, which can create security vulnerabilities.

Network Connectivity Issues: Verify your internet connection and check firewall settings that might block npm registry access.

NPM Cache Problems: Clear npm cache using npm cache clean --force if installation fails due to corrupted cache data.

Alternative Installation Methods

NPX Direct Execution Method

NPX offers immediate access to Gemini CLI without permanent installation. Execute the following command:

npx @google/gemini-cli

This method downloads and runs Gemini CLI temporarily, making it ideal for testing or infrequent usage. The first execution may take longer as npx downloads the package, but subsequent runs within the same session are faster.

Pros: No permanent system changes, always runs the latest version, ideal for testing.
Cons: Longer initial execution time, requires internet connection for each new session.

AUR Package Installation

Manjaro’s Arch Linux foundation provides access to the Arch User Repository. Install using your preferred AUR helper:

Using yay:

yay -S gemini-cli

Using paru:

paru -S gemini-cli

This method integrates Gemini CLI with Manjaro’s package management system, enabling easy updates and uninstallation through standard package manager commands.

Homebrew Installation

If you have Homebrew installed on your Manjaro system:

brew install gemini-cli

Homebrew provides consistent package management across different operating systems, making it attractive for users who work with multiple platforms.

Choosing the Right Installation Method

Select the global npm method for regular usage and development workflows. Choose npx execution for testing or occasional use. Opt for AUR installation if you prefer native package management integration. Use Homebrew if you’re already familiar with its ecosystem and want consistent tooling across platforms.

Initial Setup and Configuration

After successful installation, configure Gemini CLI for optimal performance and security on your Manjaro system.

First Launch and Theme Selection

Launch Gemini CLI using the command:

gemini

The initial launch presents theme selection options including light, dark, and GitHub themes. Choose based on your terminal preferences and working environment. Dark themes are popular among developers for reduced eye strain during extended coding sessions.

Authentication Configuration

Gemini CLI requires authentication with Google services. The setup process offers two primary authentication methods:

Browser-Based Authentication (Recommended)

The CLI automatically opens your default browser for Google account authentication. Follow the on-screen prompts to grant necessary permissions. This method provides the most seamless experience and maintains secure token management.

API Key Authentication

For environments where browser authentication isn’t feasible, configure API key authentication:

1. Visit Google AI Studio to generate an API key
2. Set the environment variable:

   export GEMINI_API_KEY="your_api_key_here"

3. Make the setting permanent by adding it to ~/.bashrc or ~/.zshrc

Configuration File Management

Gemini CLI stores configuration in ~/.gemini/settings.json. This file contains theme preferences, authentication tokens, and customization settings. Understanding this file’s structure helps with troubleshooting and advanced configuration.

Verification and Testing

Test your configuration with a simple command:

gemini "Hello, can you help me with Linux commands?"

A successful response confirms proper installation and authentication.

Troubleshooting Authentication Issues

Browser Compatibility Problems: Ensure your default browser supports modern JavaScript and isn’t blocking pop-ups or redirects.

Network Firewall Issues: Corporate firewalls may block authentication flows. Configure proxy settings or use API key authentication in restricted environments.

Google Account Restrictions: Some Google Workspace accounts have restrictions on third-party applications. Contact your administrator or use a personal Google account for authentication.

Basic Usage and Essential Commands

Understanding Gemini CLI’s core functionality enables you to leverage its AI capabilities effectively in your Manjaro development environment.

Fundamental Command Structure

Execute basic prompts using the simple syntax:

gemini "Your prompt or question here"

This straightforward approach handles most common use cases, from answering questions to generating code snippets.

Help and Information Commands

Access comprehensive help documentation:

gemini --help

Check your current version:

gemini --version

List available AI models:

gemini --list-models

These commands provide essential information for troubleshooting and understanding available features.

Interactive Mode Features

Launch interactive mode by running gemini without arguments. This mode enables continuous conversation with the AI, maintaining context across multiple exchanges. Interactive mode is particularly useful for complex problem-solving sessions or iterative development tasks.

Model Selection and Parameters

Choose specific AI models for specialized tasks:

gemini --model gemini-1.5-pro "Complex analysis task"

Different models offer varying capabilities and performance characteristics. Experiment with available models to find the best fit for your specific use cases.

Generation Parameters Control

Fine-tune AI responses using parameters:

gemini --temperature 0.8 --response-tokens 2000 "Creative writing task"

Temperature controls response creativity (0.1 for factual, 0.9 for creative), while token limits manage response length.

File Operations and Integration

Process local files directly:

gemini "Analyze this code file: ./script.py"

Gemini CLI can read and analyze various file types, making it invaluable for code review, documentation generation, and content analysis tasks.

System Integration Commands

Access configuration options:

gemini config

Run system diagnostics:

gemini doctor

These commands help maintain optimal performance and troubleshoot issues.

Advanced Features and Capabilities

Gemini CLI offers sophisticated features that extend far beyond basic question-answering, providing powerful tools for complex development and analysis tasks.

Massive Context Window Utilization

Gemini CLI supports context windows up to 1 million tokens, enabling analysis of entire codebases, large documents, or complex project structures. This capability transforms how developers approach code review, documentation analysis, and system understanding.

Multimodal Processing Power

The tool’s multimodal capabilities extend to:

Image Analysis: Upload and analyze screenshots, diagrams, charts, or any visual content for insights and explanations.

Video Content Processing: Extract information from video files, analyze content, and generate summaries or transcripts.

Audio Transcription: Convert audio files to text and analyze spoken content for insights or documentation purposes.

ReAct Loop Intelligence

The ReAct (Reason and Act) Loop enables intelligent task planning and execution. Gemini CLI can break down complex requests into steps, execute each phase, and adapt based on intermediate results. This feature is particularly powerful for multi-step development tasks or system administration procedures.

Built-in Tool Integration

Gemini CLI includes integrated tools for:

• File System Operations: Navigate, read, create, and modify files directly through AI commands.
• Shell Command Execution: Execute system commands with AI assistance and interpretation.
• Web Fetch and Search: Retrieve web content and perform searches with context-aware analysis.
• Multi-file Operations: Process multiple files simultaneously for comparative analysis or batch operations.

MCP Server Integration

Model Context Protocol (MCP) servers extend Gemini CLI’s functionality through custom tools and integrations. Configure MCP servers in your settings.json file to add specialized capabilities like database connections, API integrations, or custom development tools.

Popular MCP server examples include database connectors, cloud service integrations, and specialized development tools that enhance your workflow.

Development Workflow Enhancement

• Code Analysis and Generation: Analyze existing code for bugs, performance issues, or improvement opportunities. Generate new code based on specifications or existing patterns.
• Git Operations Automation: Streamline version control workflows with AI-assisted commit messages, branch management, and merge conflict resolution.
• Debugging Assistance: Get intelligent help with error analysis, log file interpretation, and troubleshooting guidance.
• Test Coverage Generation: Automatically generate unit tests, integration tests, or test scenarios based on existing code.

Memory Management and Context

Utilize GEMINI.md context files to provide persistent context across sessions. These files enable the AI to understand your project structure, coding preferences, and specific requirements without repeating information in each interaction.

Checkpointing Capabilities

Save and resume conversations using checkpointing features. This functionality is invaluable for long-running analysis sessions or complex problem-solving scenarios where you need to pause and resume work.

Manjaro-Specific Optimizations

Optimize Gemini CLI for Manjaro’s unique environment and take advantage of the distribution’s specific features and capabilities.

Package Management Integration

While Gemini CLI doesn’t directly integrate with Pamac or pacman, you can create custom scripts that combine AI assistance with package management tasks. For example, use Gemini CLI to analyze package dependencies, research software alternatives, or generate installation scripts for complex software stacks.

Shell Integration and Customization

Configure your preferred shell (Bash, Zsh, or Fish) with Gemini CLI aliases and functions:

Bash/Zsh Configuration:

alias gai='gemini'
alias gchat='gemini --interactive'
function gcode() { gemini "Analyze this code: $(cat $1)"; }

Fish Shell Configuration:

abbr gai gemini
abbr gchat 'gemini --interactive'
function gcode; gemini "Analyze this code: $(cat $argv[1])"; end

Desktop Environment Integration

Create desktop shortcuts and keyboard bindings for quick Gemini CLI access:

• KDE Plasma: Use System Settings to create custom shortcuts that launch Konsole with Gemini CLI commands.
• XFCE: Configure keyboard shortcuts in Settings Manager to execute terminal commands with Gemini CLI.
• GNOME: Use GNOME Settings to create custom keybindings for quick AI assistance.

Performance Optimization

Memory Management: Configure swap settings if working with large context windows. Gemini CLI can consume significant memory when processing extensive codebases or documents.

CPU Optimization: Manjaro’s performance-oriented kernel configurations naturally benefit Gemini CLI’s processing requirements. Monitor CPU usage during intensive AI operations and adjust system priorities if necessary.

SSD Optimization: If using SSD storage, enable TRIM support and optimize filesystem settings for better performance during file operations and cache management.

System Resource Monitoring

Use Manjaro’s built-in system monitoring tools to track Gemini CLI’s resource usage:

htop
iostat -x 1

Monitor network usage during API calls and adjust bandwidth allocation if working in resource-constrained environments.

Security Considerations

Configure Manjaro’s firewall (ufw) to allow necessary Gemini CLI connections while maintaining security:

sudo ufw allow out 443/tcp
sudo ufw allow out 80/tcp

Review and adjust AppArmor or SELinux policies if they interfere with Gemini CLI operations.

Backup and Configuration Management

Create backup scripts for Gemini CLI configurations:

#!/bin/bash
backup_dir="$HOME/backups/gemini-$(date +%Y%m%d)"
mkdir -p "$backup_dir"
cp -r ~/.gemini "$backup_dir/"
cp ~/.bashrc "$backup_dir/"
cp ~/.zshrc "$backup_dir/" 2>/dev/null || true

Integration with Development Environments

Configure popular IDEs and editors to work seamlessly with Gemini CLI:

• VS Code: Install terminal extensions that enable easy AI assistance within your development environment.
• Vim/Neovim: Create custom commands and mappings for quick Gemini CLI integration.
• Emacs: Configure shell commands and keybindings for streamlined AI assistance workflows.

Troubleshooting Common Issues

Resolve installation and operational challenges to maintain optimal Gemini CLI performance on your Manjaro system.

Installation and Setup Problems

Node.js Version Conflicts: If multiple Node.js versions cause conflicts, use Node Version Manager (nvm) to manage versions:

curl -o- https://raw.githubusercontent.com/nvm-sh/nvm/v0.39.0/install.sh | bash
nvm install --lts
nvm use --lts

NPM Permission Errors: Avoid sudo usage by configuring npm to use user directories. Create a global npm directory and update your PATH as described in the installation section.

Package Corruption Issues: Clear npm cache and reinstall if packages become corrupted:

npm cache clean --force
npm uninstall -g @google/gemini-cli
npm install -g @google/gemini-cli

Authentication and Access Problems

Google Account Access Issues: Ensure your Google account has necessary permissions and isn’t restricted by organizational policies. Try using a personal Google account if corporate restrictions apply.

API Key Configuration Errors: Verify API key format and permissions. Regenerate keys if authentication fails consistently.

Browser Compatibility Problems: Update your default browser or try authentication with different browsers. Some older browsers may not support modern authentication flows.

Corporate Firewall Restrictions: Configure proxy settings or request firewall exceptions for Google AI services. Consider using API key authentication in restrictive network environments.

Runtime and Performance Issues

Command Not Found Errors: Verify PATH configuration includes npm global bin directory. Reload shell configuration or restart terminal sessions after PATH modifications.

Memory Allocation Problems: Increase Node.js memory limits for large context operations:

export NODE_OPTIONS="--max-old-space-size=4096"

Token Limit Exceeded Errors: Reduce input size or break large requests into smaller chunks. Monitor token usage with the --response-tokens parameter.

Network Latency Problems: Optimize network settings, use wired connections for large uploads, or configure local caching if available.

Manjaro-Specific Troubleshooting

AUR Package Conflicts: Resolve conflicts between different installation methods by removing conflicting packages:

yay -R gemini-cli
npm uninstall -g @google/gemini-cli

Choose one installation method and stick with it to avoid conflicts.

System Library Dependencies: Install missing dependencies that may be required for Node.js native modules:

sudo pacman -S base-devel python3

Desktop Environment Compatibility: Some desktop environments may interfere with browser-based authentication. Test authentication from different terminal emulators if issues persist.

Recovery and Restoration Procedures

Complete Reinstallation: Remove all Gemini CLI components and start fresh:

rm -rf ~/.gemini
npm uninstall -g @google/gemini-cli
npm cache clean --force
npm install -g @google/gemini-cli

Configuration Reset: Reset configuration to defaults while preserving authentication:

mv ~/.gemini/settings.json ~/.gemini/settings.json.backup
gemini config reset

Log File Analysis: Enable debug logging for detailed troubleshooting:

DEBUG=* gemini "test command"

Getting Help and Community Support

• Official Documentation: Consult the official Gemini CLI documentation for updated troubleshooting guides and known issues.
• Community Forums: Participate in Manjaro forums and Reddit communities for peer support and solution sharing.
• GitHub Issues: Report bugs and request features through the official Gemini CLI GitHub repository.
• Stack Overflow: Search for specific error messages and contribute solutions for common problems.

Security and Best Practices

Implement robust security measures to protect your system and data while using Gemini CLI on Manjaro.

API Key Security Management

Store API keys securely using environment variables rather than hardcoding them in scripts. Use tools like pass or gnome-keyring for encrypted credential storage:

# Store API key securely
echo "your_api_key" | pass insert gemini/api-key
# Retrieve and use API key
export GEMINI_API_KEY=$(pass show gemini/api-key)

Rotate API keys regularly and revoke unused or compromised keys immediately through Google AI Studio.

Authentication Best Practices

Enable two-factor authentication (2FA) on your Google account used for Gemini CLI access. Use application-specific passwords when possible to limit access scope.

Monitor authentication logs and review connected applications periodically through your Google account security settings.

Data Privacy Considerations

Understand what data is transmitted to Google’s AI services. Avoid sending sensitive personal information, proprietary code, or confidential business data through Gemini CLI unless appropriate data protection agreements are in place.

Consider using local AI alternatives for sensitive workloads that require complete data privacy.

Network Security Measures

Configure iptables or ufw firewall rules to restrict Gemini CLI network access to necessary destinations only:

sudo ufw allow out on tun0 to any port 443
sudo ufw deny out 443 unless to google.com

Use VPN connections when working with sensitive projects or in untrusted network environments.

Safe Execution Environments

Consider running Gemini CLI in containerized environments for additional isolation:

docker run -it --rm -v ~/.gemini:/root/.gemini node:latest bash
npm install -g @google/gemini-cli

Use virtual machines or chroot environments for testing and experimentation.

Access Control and Multi-User Systems

On multi-user Manjaro systems, configure appropriate file permissions for Gemini CLI configuration directories:

chmod 700 ~/.gemini
chmod 600 ~/.gemini/settings.json

Create separate configurations for different users or projects to maintain isolation.

Monitoring and Audit Logging

Enable system auditing for Gemini CLI usage tracking:

sudo auditctl -w ~/.gemini -p wa -k gemini_config
sudo auditctl -w /usr/local/bin/gemini -p x -k gemini_exec

Review audit logs regularly for unusual activity or unauthorized access attempts.

Regular Security Updates

Keep Gemini CLI updated to the latest version for security patches:

npm update -g @google/gemini-cli

Monitor security advisories for Node.js and related dependencies.

Backup and Recovery Security

Encrypt backups containing Gemini CLI configurations and API keys:

tar -czf - ~/.gemini | gpg -c > gemini-backup-$(date +%Y%m%d).tar.gz.gpg

Store encrypted backups securely and test recovery procedures regularly.

Integration with Development Workflow

Maximize productivity by integrating Gemini CLI into your daily development routine and existing toolchain.

IDE and Editor Integration

Visual Studio Code Integration

Create custom VS Code tasks for common Gemini CLI operations. Add the following to your .vscode/tasks.json:

{
  "version": "2.0.0",
  "tasks": [
    {
      "label": "Analyze Code with Gemini",
      "type": "shell",
      "command": "gemini",
      "args": ["Analyze this code for improvements: ${input:filePath}"],
      "group": "build",
      "presentation": {
        "echo": true,
        "reveal": "always",
        "focus": false,
        "panel": "new"
      }
    }
  ]
}

Vim/Neovim Configuration

Add Gemini CLI commands to your vim configuration:

command! -range GeminiAnalyze :<line1>,<line2>w !gemini "Analyze this code:"
nnoremap <leader>ga :GeminiAnalyze<CR>

Git Workflow Enhancement

Create intelligent git hooks that utilize Gemini CLI for commit message generation and code review:

#!/bin/bash
# .git/hooks/prepare-commit-msg
if [ -z "$2" ]; then
    gemini "Generate a commit message for these changes: $(git diff --cached)" > "$1"
fi

Automated Code Review

Implement pre-push hooks for AI-assisted code review:

#!/bin/bash
# .git/hooks/pre-push
gemini "Review this code for potential issues: $(git diff origin/main..HEAD)"

Project-Specific Configurations

Create .gemini directories in project roots to maintain context-specific configurations:

mkdir project/.gemini
echo "This is a Python web application using Django framework" > project/.gemini/context.md

Custom Presets and Templates

Develop reusable templates for common development tasks:

# Create alias for code review template
alias review-py='gemini "Review this Python code for: 1) Security issues 2) Performance problems 3) Best practices 4) Documentation needs:"'

Automation Scripts

Create bash scripts that combine system operations with AI assistance:

#!/bin/bash
# auto-deploy.sh
echo "Analyzing deployment configuration..."
gemini "Review this deployment script for potential issues: $(cat deploy.sh)"
echo "Proceeding with deployment..."
./deploy.sh

CI/CD Pipeline Integration

Integrate Gemini CLI into continuous integration workflows for automated code analysis and documentation generation:

# .github/workflows/ai-review.yml
name: AI Code Review
on: [pull_request]
jobs:
  ai-review:
    runs-on: ubuntu-latest
    steps:
      - uses: actions/checkout@v2
      - name: Setup Node.js
        uses: actions/setup-node@v2
        with:
          node-version: '18'
      - name: Install Gemini CLI
        run: npm install -g @google/gemini-cli
      - name: AI Code Review
        run: gemini "Review these changes for issues" < changes.diff

Documentation Generation

Automate documentation creation using Gemini CLI:

#!/bin/bash
# generate-docs.sh
for file in src/*.py; do
    echo "Generating documentation for $file"
    gemini "Generate comprehensive documentation for this Python file:" < "$file" > "docs/$(basename $file .py).md"
done

Performance Monitoring

Track development efficiency improvements with metrics:

#!/bin/bash
# Track time saved with AI assistance
start_time=$(date +%s)
gemini "$1"
end_time=$(date +%s)
echo "AI assistance completed in $((end_time - start_time)) seconds" >> ~/.gemini/performance.log

Team Collaboration

Create shared configuration templates for team consistency:

# team-gemini-config.sh
mkdir -p ~/.gemini/templates
curl -o ~/.gemini/templates/code-review.txt https://team-repo.com/gemini-templates/code-review.txt

Future Updates and Maintenance

Ensure your Gemini CLI installation remains current, secure, and optimally configured through proper maintenance procedures.

Update Management Strategies

NPM Update Procedures

Keep Gemini CLI current with regular updates:

npm update -g @google/gemini-cli

Check for available updates without installing:

npm outdated -g @google/gemini-cli

AUR Package Maintenance

For AUR installations, use your AUR helper to maintain currency:

yay -Syu gemini-cli

Version Management

Understand semantic versioning to make informed update decisions. Major versions may introduce breaking changes, minor versions add features, and patch versions fix bugs.

Monitor the changelog and release notes before updating to understand potential impacts on your workflows.

Dependency Management

Keep Node.js and npm updated to ensure compatibility:

sudo pacman -Syu nodejs npm

Monitor for security advisories affecting Node.js or related dependencies.

Configuration Migration

Before major updates, backup your configuration:

cp -r ~/.gemini ~/.gemini.backup.$(date +%Y%m%d)

Test new versions in isolated environments before deploying to production workflows.

Beta and Development Versions

Access beta features safely using npm tags:

npm install -g @google/gemini-cli@beta

Create separate testing environments for experimental features to avoid disrupting stable workflows.

Breaking Changes Management

Review migration guides for major version updates. Test updated functionality thoroughly before relying on it for critical tasks.

Maintain multiple versions if necessary for compatibility with existing scripts and workflows.

Contributing to Development

Report bugs using the /bug command within Gemini CLI or through GitHub issues. Provide detailed reproduction steps and system information for effective bug reports.

Suggest features and improvements through official channels. Contribute documentation improvements and community support.

Automated Update Monitoring

Create scripts to check for updates and notify you of new releases:

#!/bin/bash
# check-gemini-updates.sh
current_version=$(gemini --version)
latest_version=$(npm view @google/gemini-cli version)
if [ "$current_version" != "$latest_version" ]; then
    notify-send "Gemini CLI Update Available" "Version $latest_version is available"
fi

Rollback Procedures

Prepare rollback strategies for problematic updates:

# Install specific version if needed
npm install -g @google/gemini-cli@1.2.3

Maintain documentation of working configurations for quick restoration.

Congratulations! You have successfully installed Gemini CLI. Thanks for using this tutorial for installing the latest version of Gemini CLI on Manjaro Linux. For additional help or useful information, we recommend you check the official Google Gemini website.