Token-Efficient MCP & Hook System Template

Overview

Transform any web application into a token-efficient ecosystem with smart MCP server tools and sophisticated hook systems. Provides 95%+ token reduction through intelligent caching, progressive context loading, and optimized tool discovery patterns.

Quick Start

Initialize new project ecosystem:

# Run the initialization script
python scripts/init_template.py --project-type {react|fastapi|django|node} --name my-project

Generate specific components:

• Hook system: python scripts/generate_hooks.py --type {pre-tool|context|session}
• MCP server: python scripts/setup_mcp_server.py --categories {logs,system,database}
• Caching: python scripts/configure_caching.py --strategy {smart|progressive|differential}

Core Capabilities

1. Hook System Generation

Create sophisticated hook systems that provide real-time tool guidance and token efficiency nudges.

Pre-Tool-Use Hooks:

• Analyze tool usage patterns before execution
• Suggest token-efficient alternatives (95-99% savings)
• Validate tool parameters and security constraints
• Provide context-aware recommendations

Context Injection Hooks:

• Progressive context loading (summary → targeted → full)
• Session state management and tracking
• Dependency resolution and caching
• Background refresh mechanisms

Session Management Hooks:

• Timeout protection and resource limits
• Background task coordination
• Health monitoring and validation
• Graceful error handling and recovery

2. MCP Server Architecture

Bootstrap production-ready MCP servers with modular tool categories and intelligent caching.

Tool Categories:

• logs: Error pattern analysis, log aggregation, troubleshooting
• system: Health monitoring, performance metrics, status checks
• database: Query optimization, connection management, backup verification
• performance: Real-time monitoring, resource tracking, bottleneck detection
• execution: Sandboxed code execution, data transformation, analysis
• optimization: Token efficiency, cache management, progressive disclosure

Built-in Features:

• Smart caching with configurable TTLs
• Progressive disclosure patterns
• Background refresh strategies
• Token usage optimization
• Security sandboxing

3. Token Efficiency Framework

Implement proven patterns for dramatic token reduction without sacrificing functionality.

Smart Caching Strategies:

• Differential analysis (99% token reduction)
• Context-aware summarization
• Intelligent cache invalidation
• Background refresh for stale data

Progressive Context Loading:

• Summary mode (150 tokens)
• Targeted mode (800 tokens)
• Full context (complete file/data)
• Automatic level selection based on user intent

Optimization Patterns:

• Query result aggregation
• Batch processing for multiple operations
• Compression of repetitive data
• Smart prefetching based on usage patterns

Project Templates

React/FastAPI Template

python scripts/init_template.py --project-type react-fastapi --name my-app

• Frontend-backend tool integration
• WebSocket real-time updates
• API endpoint monitoring
• Component-level performance tracking

Django Analytics Template

python scripts/init_template.py --project-type django-analytics --name dashboard

• Database query optimization
• Admin panel integration
• User activity tracking
• Report generation tools

Node.js Microservices Template

python scripts/init_template.py --project-type node-microservices --name services

• Service health monitoring
• Inter-service communication tracking
• Load balancing metrics
• Distributed tracing tools

Resources

scripts/

Executable automation scripts for template generation and project setup.

Core Scripts:

• init_template.py - Initialize complete project ecosystem
• generate_hooks.py - Generate hook system components
• setup_mcp_server.py - Create MCP server with tool categories
• configure_caching.py - Set up token efficiency strategies
• health_check.py - Validate system connectivity and health

Usage Example:

# Initialize React/FastAPI project with full ecosystem
python scripts/init_template.py \
  --project-type react-fastapi \
  --name my-ecommerce-app \
  --include-mcp-server \
  --include-hooks \
  --caching-strategy smart

references/

Comprehensive documentation and implementation guides.

Key References:

• hook_patterns.md - Hook implementation best practices and patterns
• mcp_design_guide.md - MCP server architecture and design principles
• token_optimization.md - Caching strategies and token efficiency techniques
• security_guide.md - Sandbox configurations and security best practices
• integration_examples.md - Detailed integration examples for different stacks

Reference Usage:

• Load specific references when implementing custom components
• Consult design guides for architectural decisions
• Use examples as templates for project-specific customizations

assets/

Template files and configurations for different project types.

Template Categories:

• hook_templates/ - Hook system templates for different environments
• mcp_templates/ - MCP server tool definitions and schemas
• config_templates/ - YAML configurations for different stacks
• docker_templates/ - Container configurations and deployment scripts

Asset Usage:

• Copy templates directly to new projects
• Customize configurations for specific requirements
• Use as starting points for custom implementations

Implementation Workflow

Phase 1: Project Analysis

1. Identify project type and requirements
2. Determine needed tool categories
3. Select caching and optimization strategies
4. Configure security and performance parameters

Phase 2: Template Generation

1. Run initialization script with project parameters
2. Generate hook system components
3. Set up MCP server with selected tools
4. Configure caching and optimization strategies

Phase 3: Customization

1. Adapt templates to project-specific needs
2. Configure tool parameters and security settings
3. Set up monitoring and health checks
4. Test integration and validate functionality

Phase 4: Deployment

1. Configure deployment environments
2. Set up monitoring and alerting
3. Validate performance and token efficiency
4. Document customizations and usage patterns

Best Practices

Token Efficiency:

• Always use progressive context loading for large files
• Implement smart caching with appropriate TTLs
• Use differential analysis for change detection
• Batch operations when possible

Security:

• Configure sandboxing for code execution
• Implement proper authentication and authorization
• Use environment-specific configurations
• Regular security audits and updates

Performance:

• Monitor token usage and optimize patterns
• Use background refresh for stale data
• Implement proper error handling and recovery
• Regular performance validation and tuning

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This skill transforms the sophisticated patterns from production systems into reusable templates, enabling any developer to create token-efficient tool ecosystems with minimal effort and maximum impact.