Intelligent self-configuring framework for Claude Code CLI optimization with 98.7% token reduction
npm install code-assistant-claudebash
Install globally
npm install -g code-assistant-claude
Initialize in your project
cd your-project
code-assistant-claude init
`
$3
`
š Code Assistant Claude Setup
Step 1/7: Project Analysis
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Detected:
ā TypeScript React Application
ā Node.js 18.x
ā Testing: Jest, React Testing Library
Recommended Configuration:
⢠Skills: code-reviewer, test-generator, frontend-design
⢠MCPs: Magic (UI), Serena (memory), Sequential (reasoning)
⢠Commands: /sc:implement, /sc:scaffold, /sc:review
Continue with recommended setup? [Y/n]
`
5 minutes later...
`
ā
Code Assistant Claude configured successfully!
Token Savings Estimate:
⢠MCP Code Execution: 98.7% reduction on tool calls
⢠Progressive Skills: 95% reduction vs always-loaded
⢠Symbol System: 30-50% in compressed mode
⢠Total Average: 60-70% per session
Try it:
⢠"Create a login form" ā Auto-activates frontend-design + Magic MCP
⢠"/sc:research microservices" ā Deep research with Tavily + Sequential
⢠"/sc:business-panel @strategy.pdf" ā 9-expert strategic analysis
`
$3
Execute MCP tools with 98.7% token reduction:
`bash
Execute with natural language intent
code-assistant-claude mcp-execute "read package.json and analyze dependencies"
Specify language (TypeScript or Python)
code-assistant-claude mcp-execute "fetch API data" --language python
Custom timeout and tool limits
code-assistant-claude mcp-execute "complex workflow" \
--timeout 60000 \
--max-tools 10
Use custom tools directory
code-assistant-claude mcp-execute "transform data" --tools-dir ./my-mcp-tools
`
Token Reduction Example:
`
Traditional MCP: ~150,000 tokens/session
Code Generation: ~2,700 tokens/session
Reduction: 98.2% ā
Output:
ā
Result: Analysis complete with 45 dependencies (3 outdated)
š Metrics:
Execution time: 156ms
Memory used: 42M
Summary tokens: 187
š” Token Reduction: 98.8% vs traditional MCP
`
$3
Watch the framework work in real-time:
`bash
Enable debug mode to see internal operations
DEBUG=true code-assistant-claude mcp-execute "read and analyze data"
`
Debug Output Shows:
`
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
ā Code-Assistant-Claude Debug Mode ACTIVE ā
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
ā¹ļø Discovered 2 relevant tools
tools: [{"name":"filesystem_read","score":0.9}, {"name":"data_transform","score":0.7}]
āā CODE GENERATED
āā typescript wrapper
āā Tokens: 520
āā Traditional: 150,000
āā Savings: 99.7% š
āā āāāāāāāāāāāāāāāāāāāāāāāāāāāāāā 0.3%
āā SANDBOX RESULT
āā ā
SUCCESS
āā Duration: 156ms
āā Memory: 42M
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
ā SESSION SUMMARY ā
ā Duration: 0m 2s ā
ā Total Tokens: 520 ā
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
`
See: Debug Mode Guide for complete documentation
$3
See exactly what's happening under the hood:
`bash
Normal mode (default)
code-assistant-claude init
Verbose mode - detailed progress + timing
code-assistant-claude init --verbose
Debug mode - full internal operations + JSON dumps
code-assistant-claude init --debug
With timestamps
code-assistant-claude init --debug --timestamps
Quiet mode - errors only (for CI/CD)
code-assistant-claude init --quiet
`
Debug Output Example:
`
[CLI] š Log level: debug
[CLI] š Node version: v22.21.1
[CLI] š CWD: /tmp/my-project
[ProjectAnalyzer] š Starting project analysis
[ProjectAnalyzer] [1/3] Detecting tech stack
[ProjectAnalyzer] ā Detected: React Application
[ProjectAnalyzer] š Tech stack: {
"languages": ["typescript"],
"frameworks": ["react"],
"tools": ["vite", "vitest"]
}
[ProjectAnalyzer] ā Project analysis completed in 28ms
`
When to Use:
- š¢ Normal: Everyday use
- šµ Verbose (--verbose): Understanding what the framework is doing
- š£ Debug (--debug): Troubleshooting, development, or learning internals
- āŖ Quiet (--quiet): CI/CD pipelines, automated scripts
---
š” Key Features
$3
Automatically selects optimal resources for each task:
`
User: "Create a responsive navigation bar"
ā
Task Analyzer:
āā Type: UI Development
āā Complexity: Moderate
āā Domains: [frontend, accessibility]
ā
Intelligent Router selects:
āā Skills: frontend-design
āā MCPs: magic, playwright
āā Command: /sc:scaffold
āā Mode: orchestration
ā
Generates: Component + Tests + Stories
Token Usage: 5,500 (vs 50K traditional) ā
`
12 Task Types Supported:
- Code Implementation
- Code Review
- UI Design
- Research
- Business Analysis
- Testing
- Debugging
- Requirements Discovery
- Documentation
- Deployment
- Security Audit
- Refactoring
$3
MCP Code Execution (Anthropic Engineering Pattern):
`
Traditional MCP:
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
All tools loaded upfront: 150,000 tokens
Intermediate results: 50,000 tokens
Total: 200,000 tokens
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Code Execution Approach:
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Progressive discovery: 2,000 tokens
Execution results: 200 tokens
Total: 2,200 tokens
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Reduction: 98.7% ā
Cost Savings: $5.70 per session (Sonnet 3.5)
`
How it works:
1. MCP tools presented as TypeScript/Python functions
2. Agent writes code instead of making tool calls
3. Data processed in execution environment
4. Only summaries flow through model context
$3
6 Behavioral Modes:
- Brainstorming š§ - Socratic dialogue for requirements discovery
- Deep Research š¬ - Multi-hop reasoning with evidence-based synthesis
- Orchestration ā” - Optimal tool selection and parallel execution
- Task Management š - Hierarchical organization with persistent memory
- Token Efficiency šÆ - Symbol systems for 30-50% compression
- Introspection š¤ - Meta-cognitive analysis and pattern recognition
Business Panel š¼:
- 9 Expert Thought Leaders (Christensen, Porter, Drucker, Godin, Kim/Mauborgne, Collins, Taleb, Meadows, Doumont)
- 3 Analysis Modes (Discussion, Debate, Socratic)
- Strategic synthesis across frameworks
$3
Skills load only when needed:
`yaml
skill_lifecycle:
metadata_phase:
tokens: 30-50 per skill
always_loaded: true
contains: [name, description, triggers]
activation_phase:
tokens: 1,500-3,000 per skill
loaded_when: matched to task
contains: [full instructions, examples]
resource_phase:
tokens: variable
loaded_when: skill needs them
contains: [scripts, templates, references]
`
Example:
- 20 skills installed
- Metadata: 1,000 tokens total (always loaded)
- Only 2 activated for current task: 4,000 tokens
- vs 40,000 tokens if all loaded (90% savings)
$3
Multi-Layer Protection:
1. Sandboxing - Docker/VM/Process isolation
2. Validation - Code pattern detection, complexity analysis
3. Approval Gates - User confirmation for high-risk operations
4. Audit Logging - Comprehensive execution tracking
5. Network Isolation - Whitelist/blacklist policies
6. PII Tokenization - Privacy-preserving data operations
Example:
`typescript
// PII never enters model context
const leads = await salesforce.query(...);
// Model sees: [EMAIL_1], [PHONE_1], [NAME_1]
// Real data flows: Salesforce ā execution env ā Salesforce
`
---
š Documentation
ā
Phase 8 Complete: Documentation & Polish - Comprehensive documentation now available!
$3
1. Installation Guide - Complete setup walkthrough
2. Quick Start Tutorial - Your first 5 minutes
3. Configuration Guide - Customization options
4. Skills Guide - Master all available skills
5. Commands Guide - Slash command reference
6. MCP Integration Guide - MCP server setup
7. Agents Guide - Multi-agent coordination
8. Token Optimization Guide - Achieve 90% savings
9. Security Best Practices - Secure configurations
10. Troubleshooting Guide - Common issues and solutions
$3
- React Application - Full React + TypeScript + Vite setup
- Node.js API - Express + TypeScript backend
- Python Django - Django + PostgreSQL project
$3
- CHANGELOG - v1.0.0 release notes and full feature list
- Implementation Phases - Development roadmap and progress
---
šŖ Features Overview
$3
Project-Agnostic Detection:
- ā
JavaScript/TypeScript (React, Vue, Angular, Node.js)
- ā
Python (Django, Flask, FastAPI)
- ā
Java (Spring Boot, Maven, Gradle)
- ā
Go, Rust, C#, and more
Intelligent Recommendations:
- Analyzes project structure
- Detects common workflow patterns
- Recommends optimal skills/MCPs/commands
- Estimates token savings
$3
Core Skills (Auto-activate):
- code-reviewer - Automatic quality checks on file save
- test-generator - Generate comprehensive tests
- git-commit-helper - Conventional commit messages
- security-auditor - Vulnerability scanning
- performance-optimizer - Performance analysis
Domain Skills:
- frontend-design - Anthropic's UI best practices (eliminates "AI slop")
- api-designer - RESTful API patterns
- database-schema - Database optimization
- devops-automation - CI/CD workflows
SuperClaude Skills:
- brainstorming-mode - Requirements discovery
- research-mode - Deep research with citations
- business-panel - Strategic analysis with 9 experts
$3
Development Workflow:
`bash
/sc:implement [feature] # Full feature implementation
/sc:scaffold [type] [name] # Generate component with tests
/sc:review # Multi-persona code review
/sc:test [file] # Auto-generate and run tests
/sc:commit [type] # Conventional commits
/sc:deploy [env] # Safe deployment
`
SuperClaude Modes:
`bash
/sc:brainstorm [topic] # Interactive requirements discovery
/sc:research [query] # Deep research (Tavily + Sequential)
/sc:business-panel [doc] # Strategic analysis (9 experts)
/sc:analyze [scope] # Multi-dimensional analysis
/sc:design [system] # Architecture design
/sc:troubleshoot [issue] # Systematic debugging
`
Optimization:
`bash
/sc:optimize-tokens # Token usage analysis
/sc:optimize-mcp # MCP optimization recommendations
/sc:cleanup-context # Intelligent context cleanup
/sc:mode [name] # Switch behavioral mode
`
$3
Core MCPs (Always recommended):
- Serena - Project memory, symbol operations, session persistence
- Sequential - Multi-step reasoning, complex analysis
- Tavily - Web search, real-time information
Task-Specific MCPs:
- Magic - UI components from 21st.dev
- Playwright - Browser automation, E2E testing
- Context7 - Official documentation lookup
- Morphllm - Bulk code transformations
- Chrome DevTools - Performance profiling
- Figma - Design-to-code
Dynamic Loading:
- MCPs activate only when needed
- 95% token savings vs always-loaded
- Intelligent caching and warm-up
---
šÆ Usage Examples
$3
`bash
User request
"Create a responsive user profile card with avatar and bio"
Automatic routing
Task Type: UI Development
Skills: frontend-design ā
MCPs: magic, playwright ā
Command: /sc:scaffold react-component UserProfileCard ā
Mode: orchestration ā
Generated output
src/components/UserProfileCard/
āāā UserProfileCard.tsx # Component with shadcn/ui
āāā UserProfileCard.test.tsx # React Testing Library tests
āāā UserProfileCard.stories.tsx # Storybook stories
āāā types.ts # TypeScript interfaces
āāā index.ts # Barrel export
Token Usage: 5,500 (vs 50K traditional)
Time: 45 seconds
Quality: Production-ready with tests
`
$3
`bash
User request
"/sc:research best practices for microservices architecture"
Automatic routing
Task Type: Research
Skills: research-mode ā
MCPs: tavily, sequential, context7 ā
Agent: deep-research-agent ā
Mode: deep-research ā
Execution
1. Tavily: Web search for microservices patterns
2. Context7: Official Spring Boot / NestJS docs
3. Sequential: Multi-hop reasoning and synthesis
4. Output: claudedocs/research_microservices_2025-11-23.md
Token Usage: 11,000 (vs 80K traditional)
Sources: 15 citations with credibility scores
Confidence: 0.85 (High)
`
$3
`bash
User request
"/sc:business-panel @product_strategy.pdf --mode discussion"
Automatic routing
Task Type: Business Analysis
Skills: business-panel ā
MCPs: sequential ā
Experts: Porter, Christensen, Kim/Mauborgne, Meadows ā
Mode: business-panel ā
Analysis
PORTER (Competitive Strategy):
"Five Forces analysis reveals..."
CHRISTENSEN building on PORTER:
"From a jobs-to-be-done perspective..."
MEADOWS (Systems Thinking):
"The system dynamics suggest..."
Synthesis:
ā Convergent insights
ā Productive tensions
ā Strategic recommendations
Token Usage: 8,500 (vs 60K traditional)
`
$3
`bash
User request
"Fix the performance issues in our checkout flow"
Automatic routing
Task Type: Debugging + Performance
Skills: performance-optimizer, code-reviewer ā
MCPs: chrome-devtools, serena, sequential ā
Agent: performance-tuner ā
Mode: introspection ā
Systematic debugging
1. Chrome DevTools: Profile runtime
2. Serena: Analyze component architecture
3. Sequential: Identify bottlenecks
4. Generate fixes with tests
Token Usage: 10,500 (vs 75K traditional)
Issues Found: 5 performance bottlenecks
Fixes Applied: All tested and validated
`
---
šļø Architecture Highlights
$3
`
code-assistant-claude/
āāā core/
ā āāā cli/ # Commander.js + Inquirer.js
ā āāā analyzers/ # Project detection
ā āāā configurators/ # Config generation
ā āāā optimizers/ # Token optimization
ā āāā execution-engine/ # MCP code execution (98.7% reduction)
ā
āāā framework/ # SuperClaude Framework
ā āāā modes/ # 6 behavioral modes
ā āāā personas/ # Multi-persona system
ā āāā symbols/ # Token compression
ā āāā principles/ # Quality standards
ā
āāā skills/ # Progressive loading
āāā commands/ # Workflow automation
āāā agents/ # Specialized sub-agents
āāā mcp-configs/ # Dynamic MCP management
āāā plugins/ # Distributable toolkits
`
$3
`
Total Budget: 200,000 tokens
Allocation:
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Reserved (5%): 10K Emergency buffer
System (5%): 10K SuperClaude + symbols
Dynamic (15%): 30K MCPs + Skills (on-demand)
Working (75%): 150K Conversation + context
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
Real-time Monitoring:
⢠/sc:optimize-tokens - Show usage breakdown
⢠Auto-recommendations when >75% used
⢠Smart cleanup and compaction
`
---
š§ Configuration Options
$3
Interactive session prompt (every session):
`
? Select verbosity mode:
ā Verbose (detailed, full context) ~50K tokens/session
ā Balanced (moderate, optimized) ~35K tokens/session
ā Compressed (minimal, efficient) ~25K tokens/session
`
Runtime flags:
`bash
claude --mode verbose # Detailed explanations
claude --mode balanced # Default
claude --mode compressed # Symbol system active (ā, ā
, ā”)
`
$3
Dual-level configuration:
`bash
Global (all projects)
~/.claude/
āāā skills/
āāā commands/
āāā agents/
āāā CLAUDE.md
Local (project-specific)
project/.claude/
āāā skills/
āāā commands/
āāā settings.json
`
User choice during init:
- Local only
- Global only
- Both (local overrides global)
---
š”ļø Safety & Reset
$3
Safe removal with automatic backup:
`bash
code-assistant-claude reset
ā ļø Existing configuration detected
? Reset to vanilla state? [y/N] y
š¾ Creating backup...
ā
Backup: ~/.claude-backups/backup-2025-11-23-14-30-00/
šļø Removing configurations...
ā
Removed: ~/.claude/skills/
ā
Removed: ~/.claude/commands/
ā
Removed: ~/.claude/agents/
ā
Removed: ~/.claude/CLAUDE.md
ā
Claude Code reset to vanilla state
Restore: code-assistant-claude restore backup-2025-11-23-14-30-00
`
$3
`bash
List backups
code-assistant-claude list-backups
š¦ Available Backups
āāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāāā
backup-2025-11-23-14-30-00
⢠Created: Nov 23, 2025, 2:30 PM
⢠Size: 2.3 MB
⢠Skills: 12, Commands: 8, Agents: 5
⢠Restore: code-assistant-claude restore backup-2025-11-23-14-30-00
Restore backup
code-assistant-claude restore backup-2025-11-23-14-30-00
Clean old backups (>30 days)
code-assistant-claude clean-backups
`
$3
`bash
code-assistant-claude uninstall
? Uninstall scope:
ā Code Assistant only (keep other customizations)
ā Complete reset to vanilla (remove ALL)
š¾ Backup created first ā
šļø Uninstalling...
ā
Complete!
``