#!/bin/bash
# Example Claude Code Development Workflow
# Demonstrates the full power of the Claude Code integration
set -euo pipefail
echo "š Claude Code Development Workflow Example"
echo "============================================"
# Colors
GREEN='\033[0;32m'
BLUE='\033[0;34m'
YELLOW='\033[1;33m'
NC='\033[0m'
step() {
echo -e "\n${BLUE}Step $1: $2${NC}"
}
success() {
echo -e "${GREEN}ā
$1${NC}"
}
warn() {
echo -e "${YELLOW}ā ļø $1${NC}"
}
# Step 1: Quick health check
step 1 "Project Health Check"
echo "Checking overall project health..."
if ./scripts/claude-code-support/development-assistant.py --suggest; then
success "Health check complete"
else
warn "Some suggestions available"
fi
# Step 2: Smart validation
step 2 "Smart Code Validation"
echo "Running intelligent code validation..."
if ./scripts/claude-code-support/smart-validator.py simplenote_mcp/server/server.py --json > /tmp/validation.json; then
success "Validation passed"
echo "Validation results:"
cat /tmp/validation.json | python3 -m json.tool | head -10
else
warn "Validation issues found"
fi
# Step 3: Auto-fix demonstration
step 3 "Auto-Fix Demonstration"
echo "Demonstrating automatic fixes..."
# Create a temporary file with issues
cat > /tmp/demo_file.py << 'EOF'
import os,sys
def bad_function( x,y ):
if x==1:
return y+1
else:
return y-1
# TODO: This needs improvement
class DemoClass:
def method(self):
pass
EOF
echo "Before auto-fix:"
cat /tmp/demo_file.py
echo -e "\nApplying auto-fix..."
if ruff format /tmp/demo_file.py && ruff check --fix /tmp/demo_file.py; then
echo -e "\nAfter auto-fix:"
cat /tmp/demo_file.py
success "Auto-fix completed"
else
warn "Auto-fix had issues"
fi
rm -f /tmp/demo_file.py
# Step 4: Intelligent testing
step 4 "Intelligent Test Execution"
echo "Demonstrating smart test selection..."
# Show which tests would run for a specific file
echo "Tests that would run for server.py:"
./scripts/claude-code-support/auto-test.sh --help | head -5
if ./scripts/claude-code-support/auto-test.sh --quick; then
success "Tests passed"
else
warn "Some tests may have issues"
fi
# Step 5: Development assistant features
step 5 "Development Assistant Features"
echo "Demonstrating AI-powered assistance..."
echo "Current suggestions:"
./scripts/claude-code-support/development-assistant.py --suggest
echo -e "\nTesting auto-fix:"
if ./scripts/claude-code-support/development-assistant.py --fix; then
success "Auto-fix completed"
fi
# Step 6: Configuration overview
step 6 "Configuration Overview"
echo "Showing Claude Code configuration..."
echo "Hook categories available:"
grep -E "^ [a-z-]+:" .claude-code-hooks.yaml | head -10
echo -e "\nCommands available:"
grep -A 1 '"command"' .claude-code-settings.json | head -10
# Step 7: Monitoring demonstration
step 7 "Project Monitoring"
echo "Demonstrating project monitoring (5 seconds)..."
echo "Starting monitor..."
timeout 5s ./scripts/claude-code-support/development-assistant.py --monitor 10 || true
success "Monitoring demo complete"
# Summary
echo -e "\nš ${GREEN}Workflow Example Complete!${NC}"
echo "
š What was demonstrated:
ā
Health checking and suggestions
ā
Smart code validation
ā
Automatic code fixing
ā
Intelligent test selection
ā
AI-powered development assistance
ā
Real-time project monitoring
ā
Configuration overview
š Next steps:
1. Enable hooks in Claude Code settings
2. Customize .claude-code-hooks.yaml for your workflow
3. Use Ctrl+T, Ctrl+V, Ctrl+A shortcuts for quick access
4. Monitor your project during development sessions
š” Pro tip: Run this workflow periodically to ensure your setup is working!"
