An MCP server that brings all SuperClaude features to Gemini CLI.
- SuperClaude must already be installed in Claude Code
- Node.js 18 or higher
- Gemini CLI installed
# Create project directory
mkdir superclaude-mcp && cd superclaude-mcp
# Copy files (save the code above)
# - superclaude-mcp-server.js
# - package.json
# Install dependencies
npm install
# Grant execution permissions
chmod +x superclaude-mcp-server.js# Global install
npm install -g .
# Or use npm link
npm linkAdd the following to your ~/.gemini/settings.json file:
{
"mcpServers": {
"superclaude": {
"command": "node",
"args": ["/path/to/superclaude-mcp-server.js"],
"env": {
"CLAUDE_CONFIG_DIR": "${HOME}/.claude"
}
}
}
}Or configure using npx:
{
"mcpServers": {
"superclaude": {
"command": "npx",
"args": ["-y", "superclaude-gemini-integration-mcp"],
"env": {
"CLAUDE_CONFIG_DIR": "${HOME}/.claude"
}
}
}
}gemini
# In Gemini CLI
/mcp
# Check if superclaude server is listed# Build project
gemini "Use sc_build to create a React app with TDD setup"
# Switch persona
gemini "Switch to architect persona using sc_persona"
# Analyze code
gemini "Run sc_analyze on the current codebase with deep analysis"
# Troubleshoot
gemini "Use sc_troubleshoot to debug the API connection issue"
# Create checkpoint
gemini "Create a git checkpoint named 'before-refactor'"# Include flags
gemini "Use sc_build with react type and flags --tdd --magic"
# Use with persona
gemini "Use sc_analyze with security persona for vulnerability scanning"
# Evidence-based approach
gemini "Use sc_design with evidence for new authentication system"# Set ultra-compressed mode
gemini "Set token mode to ultracompressed"
# All subsequent responses will be compressed
gemini "Build a complex microservices architecture"sc_build- Build projectssc_dev-setup- Set up development environmentsc_test- Create and run testssc_analyze- Analyze codesc_troubleshoot- Troubleshoot issuessc_improve- Improve codesc_explain- Explain codesc_deploy- Automate deploymentsc_migrate- Handle migrationssc_scan- Security scanningsc_estimate- Project estimationsc_cleanup- Clean up codesc_git- Git operationssc_design- System designsc_spawn- Create specialized agentssc_document- Generate documentationsc_load- Load configurations
sc_persona- Switch personassc_checkpoint- Manage Git checkpointssc_token_mode- Set token optimization
Available personas:
architect- System Architectfrontend- Frontend Engineerbackend- Backend Engineersecurity- Security Engineerqa- QA Engineer
Create a GEMINI.md file in your project root:
# SuperClaude Commands
## Shortcuts
- "sc:build" → Execute sc_build tool
- "sc:analyze" → Execute sc_analyze tool
- "sc:persona [name]" → Switch persona
## Default Persona
Activate architect persona at project start
## Token Mode
Automatically use compressed mode for complex tasksAdd to your .bashrc or .zshrc:
# SuperClaude shortcuts
alias gsc='gemini "Execute SuperClaude command"'
alias gsc-build='gemini "Use sc_build to"'
alias gsc-analyze='gemini "Use sc_analyze on"'
alias gsc-persona='gemini "Switch to persona"'Usage examples:
gsc-build "create a Next.js app with TypeScript"
gsc-analyze "the authentication module"
gsc-persona "security for threat modeling"- Restart Gemini CLI
- Check configuration file path
- Verify Node.js version (18+)
- Verify SuperClaude installation:
ls ~/.claude - Check logs:
gemini --verbose - Check MCP server status:
/mcpcommand
- Check persona file:
~/.claude/shared/superclaude-personas.yml - Default personas will be used
- Try manually switching personas
Issues and PRs are always welcome!
MIT License