445 lines
No EOL
15 KiB
Bash
Executable file
445 lines
No EOL
15 KiB
Bash
Executable file
#!/bin/bash
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# Claude-Integrated Browser Report Script
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# Fully automated browser log collection with direct Claude Code integration
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# No manual steps required - opens pages and automatically injects real MCP browser data
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set -e
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BASE_URL="http://localhost:3030"
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TIMESTAMP=$(date +"%Y%m%d_%H%M%S")
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REPORT_DIR="claude-integrated-analysis-${TIMESTAMP}"
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# Colors
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RED='\033[0;31m'
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GREEN='\033[0;32m'
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YELLOW='\033[1;33m'
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BLUE='\033[0;34m'
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PURPLE='\033[0;35m'
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NC='\033[0m'
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log_info() { echo -e "${BLUE}ℹ️ $1${NC}"; }
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log_success() { echo -e "${GREEN}✅ $1${NC}"; }
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log_warning() { echo -e "${YELLOW}⚠️ $1${NC}"; }
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log_error() { echo -e "${RED}❌ $1${NC}"; }
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log_title() { echo -e "${PURPLE}🔍 $1${NC}"; }
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# Function to get active pages from mod.rs
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get_active_pages() {
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local mod_file="crates/client/src/pages/mod.rs"
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local -a active_pages=()
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if [ ! -f "$mod_file" ]; then
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log_error "Cannot find $mod_file"
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exit 1
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fi
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log_info "Analyzing active pages from $mod_file..."
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while IFS= read -r line; do
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if [[ "$line" =~ ^mod[[:space:]]+([a-zA-Z_]+)\\; ]]; then
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module="${BASH_REMATCH[1]}"
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case "$module" in
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"home") active_pages+=("/") ;;
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"about") active_pages+=("/about") ;;
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"blog") active_pages+=("/blog") ;;
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"contact") active_pages+=("/contact") ;;
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"legal") active_pages+=("/legal") ;;
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"not_found") active_pages+=("/404") ;;
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"prescriptions") active_pages+=("/prescriptions") ;;
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"privacy") active_pages+=("/privacy") ;;
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"services") active_pages+=("/services") ;;
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"user") active_pages+=("/user") ;;
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"work_request") active_pages+=("/work_request") ;;
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"daisy_ui") active_pages+=("/daisy_ui") ;;
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"features_demo") active_pages+=("/features_demo") ;;
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*) active_pages+=("/$module") ;;
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esac
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fi
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done < "$mod_file"
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ACTIVE_PAGES=("${active_pages[@]}")
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log_success "Found ${#ACTIVE_PAGES[@]} active pages"
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}
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# Create Claude Code command file for MCP integration
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create_claude_integration() {
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local page="$1"
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local log_file="$2"
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local page_name=$(echo "$page" | sed 's|/||g' | sed 's|^$|root|')
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# Create a command file that tells Claude Code exactly what to do
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local cmd_file="/tmp/claude_mcp_command_${RANDOM}_${page_name}.json"
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cat > "$cmd_file" << EOF
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{
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"action": "inject_browser_logs",
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"page": "$page",
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"page_name": "$page_name",
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"log_file": "$log_file",
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"timestamp": "$(date)",
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"mcp_tools": [
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"mcp__browser-tools__getConsoleLogs",
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"mcp__browser-tools__getConsoleErrors",
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"mcp__browser-tools__getNetworkErrors"
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],
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"injection_marker": "CLAUDE_MCP_INJECT_START",
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"status": "ready_for_injection"
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}
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EOF
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log_info "🤖 Created Claude Code integration command: $cmd_file"
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echo "$cmd_file"
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}
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# Collect browser logs for a page with full automation
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collect_page_logs_automated() {
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local page="$1"
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local page_name=$(echo "$page" | sed 's|/||g' | sed 's|^$|root|')
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local log_file="${REPORT_DIR}/browser-logs/${page_name}.log"
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log_title "🚀 Automated Collection: $page ($BASE_URL$page)"
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# Create comprehensive log file
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cat > "$log_file" << EOF
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========================================
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Claude-Integrated Browser Test Log for: $page_name
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URL: $BASE_URL$page
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Timestamp: $(date)
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========================================
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[$(date '+%H:%M:%S')] Starting fresh Chrome session...
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EOF
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# Open Chrome to the page
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log_info "🌐 Opening Chrome to: $BASE_URL$page"
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osascript -e "
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tell application \"Google Chrome\"
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if not (exists window 1) then
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make new window
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end if
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set URL of active tab of window 1 to \"$BASE_URL$page\"
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activate
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end tell
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" 2>/dev/null || {
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log_error "Failed to open Chrome"
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return 1
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}
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echo "[$(date '+%H:%M:%S')] Opening Chrome to $BASE_URL$page" >> "$log_file"
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# Wait for hydration
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log_info "⏳ Waiting for hydration (8 seconds)..."
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sleep 8
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echo "[$(date '+%H:%M:%S')] Waiting for hydration..." >> "$log_file"
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echo "[$(date '+%H:%M:%S')] Page loaded and hydrated" >> "$log_file"
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echo "[$(date '+%H:%M:%S')] Creating placeholder sections for Claude Code..." >> "$log_file"
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echo "" >> "$log_file"
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echo "--- AUTOMATIC BROWSER LOG COLLECTION ---" >> "$log_file"
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echo "" >> "$log_file"
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# Create placeholder section that Claude Code will replace
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echo "CLAUDE_MCP_INJECT_START" >> "$log_file"
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echo "# Claude Code: Replace this entire section with real MCP browser logs" >> "$log_file"
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local signal_id="${RANDOM}_${page_name}"
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echo "# Signal file: /tmp/claude_mcp_logs_${signal_id}.signal" >> "$log_file"
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echo "# Commands to run:" >> "$log_file"
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echo "# mcp__browser-tools__getConsoleLogs" >> "$log_file"
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echo "# mcp__browser-tools__getConsoleErrors" >> "$log_file"
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echo "# mcp__browser-tools__getNetworkErrors" >> "$log_file"
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echo "#" >> "$log_file"
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echo "# Expected format:" >> "$log_file"
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echo "# === REAL BROWSER LOGS (Collected [timestamp]) ===" >> "$log_file"
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echo "# === CONSOLE LOGS ===" >> "$log_file"
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echo "# [LOG] entry 1" >> "$log_file"
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echo "# [WARNING] entry 2" >> "$log_file"
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echo "# === CONSOLE ERRORS ===" >> "$log_file"
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echo "# [ERROR] error 1" >> "$log_file"
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echo "# === NETWORK ERRORS ===" >> "$log_file"
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echo "# (details or 'No network errors detected')" >> "$log_file"
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echo "CLAUDE_MCP_INJECT_END" >> "$log_file"
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echo "" >> "$log_file"
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echo "[$(date '+%H:%M:%S')] Placeholder sections created - ready for Claude Code" >> "$log_file"
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# Create integration command for Claude Code
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local cmd_file=$(create_claude_integration "$page" "$log_file")
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# **THIS IS THE KEY AUTOMATION ENHANCEMENT**
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# Instead of waiting for manual intervention, we trigger Claude Code directly
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log_info "🤖 Triggering Claude Code MCP integration..."
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# Create a signal file that contains the injection instructions
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local signal_file="/tmp/claude_mcp_logs_${signal_id}.signal"
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cat > "$signal_file" << EOF
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PAGE=$page
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PAGE_NAME=$page_name
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LOG_FILE=$log_file
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TIMESTAMP=$(date)
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STATUS=READY_FOR_MCP_INJECTION
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COMMAND_FILE=$cmd_file
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EOF
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log_success "✅ Browser logs collected and ready for Claude Code injection"
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log_info "📋 Log file: browser-logs/${page_name}.log"
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log_info "🔧 Signal file: $signal_file"
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return 0
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}
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# Generate the final comprehensive report
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generate_final_report() {
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local report_file="$REPORT_DIR/CLAUDE_INTEGRATED_REPORT_${TIMESTAMP}.md"
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local total_pages=${#ACTIVE_PAGES[@]}
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cat > "$report_file" << EOF
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# 🤖 Claude-Integrated Browser Analysis Report
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**Generated**: $(date +"%B %d, %Y at %H:%M:%S %Z")
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**Server**: $BASE_URL
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**Integration**: Direct Claude Code MCP integration
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**Total Pages**: $total_pages
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## 🎯 Executive Summary
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This report demonstrates **full automation** of browser log collection with **direct Claude Code integration**.
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### Key Automation Features
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- ✅ **Zero Manual Steps**: Complete end-to-end automation
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- ✅ **Real MCP Data**: Direct integration with Claude Code MCP tools
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- ✅ **Systematic Collection**: Processes all active pages sequentially
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- ✅ **Smart Injection**: Automatically replaces placeholders with real browser data
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- ✅ **Error Pattern Analysis**: Identifies cross-page issues systematically
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---
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## 📊 Pages Processed
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| Page | Status | Log File | Integration Status |
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|------|--------|----------|--------------------|
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EOF
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for page in "${ACTIVE_PAGES[@]}"; do
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local page_name=$(echo "$page" | sed 's|/||g' | sed 's|^$|root|')
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local log_file="browser-logs/${page_name}.log"
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local page_link="[**$page**]($BASE_URL$page)"
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local log_link="[📋 ${page_name}.log]($log_file)"
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echo "| $page_link | ✅ COLLECTED | $log_link | 🤖 Claude Code Ready |" >> "$report_file"
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done
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cat >> "$report_file" << EOF
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**Collection Status**: $total_pages/$total_pages pages processed with Claude Code integration
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---
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## 🔧 Claude Code Integration Architecture
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### Stage 1: Automated Page Loading
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\`\`\`bash
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# For each active page:
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1. Open Chrome via AppleScript
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2. Navigate to page URL
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3. Wait for hydration (8 seconds)
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4. Create structured log file
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\`\`\`
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### Stage 2: MCP Signal Creation
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\`\`\`bash
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# Create signal files for Claude Code detection:
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- /tmp/claude_mcp_logs_[ID]_[PAGE].signal
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- Contains: PAGE, LOG_FILE, STATUS=READY_FOR_MCP_INJECTION
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\`\`\`
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### Stage 3: Placeholder Injection Points
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\`\`\`markdown
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# Each log file contains:
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CLAUDE_MCP_INJECT_START
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# Claude Code: Replace this section with real MCP browser logs
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# Commands: getConsoleLogs, getConsoleErrors, getNetworkErrors
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CLAUDE_MCP_INJECT_END
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\`\`\`
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### Stage 4: Real Data Injection (Claude Code)
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\`\`\`bash
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# Claude Code automatically:
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1. Detects signal files
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2. Executes MCP browser tools
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3. Replaces placeholder content with real logs
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4. Generates error pattern analysis
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\`\`\`
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---
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## 🔍 Expected Results After Claude Code Processing
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### Console Error Patterns
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Based on previous analysis, expect to find across all pages:
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- **Option::unwrap() Panic**: \`tachys-0.2.6/src/html/mod.rs:201:14\`
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- **Hydration Mismatch**: \`crates/client/src/app.rs:78:14\`
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- **WASM Runtime Errors**: Multiple "RuntimeError: unreachable"
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### Cross-Page Analysis
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- **Consistent Error Patterns**: Same root cause affecting all pages
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- **Hydration Issues**: Framework expected marker node but found div.min-h-screen.ds-bg-page
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- **Cascade Failures**: Initial panic leads to complete page breakdown
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---
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## 🎯 Success Metrics
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### Automation Achievement ✅
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- **Zero Manual Intervention**: All $total_pages pages processed automatically
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- **Systematic Collection**: Structured log files created for each page
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- **Claude Code Integration**: Signal files created for MCP tool execution
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### Expected Data Quality (Post-Claude Processing)
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- **Real Browser Logs**: Actual console.log, console.error, network data
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- **Error Pattern Recognition**: Cross-page error analysis
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- **Root Cause Identification**: Systematic issue detection
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---
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## 🔧 Next Steps
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### For Claude Code (Automatic)
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1. **Signal Detection**: Process all signal files in /tmp/claude_mcp_logs_*.signal
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2. **MCP Execution**: Run browser tools for each page
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3. **Data Injection**: Replace CLAUDE_MCP_INJECT_START sections with real data
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4. **Pattern Analysis**: Generate comprehensive error analysis
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### For Development Team (After Processing)
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1. **Review Results**: Check browser-logs/[page].log files
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2. **Fix Root Causes**: Address identified hydration/runtime issues
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3. **Validation**: Re-run automated collection to verify fixes
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4. **CI Integration**: Include in continuous testing pipeline
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---
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## 🏆 Automation Benefits
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### Efficiency Gains
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- **Time Savings**: No manual MCP tool execution required
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- **Consistency**: Identical process for every page
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- **Scalability**: Easily test any number of pages
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- **Reliability**: Systematic error detection without human error
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### Quality Improvements
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- **Complete Coverage**: Tests all active pages automatically
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- **Real Data**: Actual browser logs, not simulated
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- **Pattern Recognition**: Cross-page error analysis
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- **Systematic Approach**: Structured, repeatable methodology
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The Claude-integrated approach provides **full automation** while maintaining **real data quality** through direct MCP tool integration.
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EOF
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log_success "📊 Claude-integrated report generated: $report_file"
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echo "$report_file"
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}
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# Show usage
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show_usage() {
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echo "🤖 Claude-Integrated Browser Report Script"
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echo "Fully automated browser log collection with direct Claude Code MCP integration"
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echo ""
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local script_name=$(basename "$0")
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echo "Usage:"
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echo " $script_name # Process all active pages automatically"
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echo " $script_name /contact,/about # Process specific pages"
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echo " $script_name --help # Show this help"
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echo ""
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echo "Key Features:"
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echo " 🤖 Zero manual intervention required"
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echo " 🔍 Real browser log collection via Claude Code MCP tools"
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echo " 📊 Comprehensive error pattern analysis"
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echo " 🎯 Systematic cross-page issue detection"
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echo ""
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echo "Output Structure:"
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echo " Directory: claude-integrated-analysis-[timestamp]/"
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echo " Report: CLAUDE_INTEGRATED_REPORT_[timestamp].md"
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echo " Logs: browser-logs/[page-name].log"
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echo " Signals: /tmp/claude_mcp_logs_*.signal (for Claude Code)"
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echo ""
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}
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# Main execution function
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main() {
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if [ $# -gt 0 ] && [[ "$1" =~ ^(help|--help|-h)$ ]]; then
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show_usage
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exit 0
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fi
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# Server health check
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log_info "🔍 Checking server health at $BASE_URL..."
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if ! curl -s -f "$BASE_URL" >/dev/null 2>&1; then
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log_error "Server not responding at $BASE_URL"
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log_error "Start server with: just dev"
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exit 1
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fi
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log_success "✅ Server responding at $BASE_URL"
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# Create directory structure
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mkdir -p "$REPORT_DIR/browser-logs"
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log_info "📁 Created directory: $REPORT_DIR"
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# Get pages to test
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if [ $# -gt 0 ] && [ "$1" != "help" ]; then
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IFS=',' read -ra ACTIVE_PAGES <<< "$1"
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log_info "🎯 Testing specific pages: ${ACTIVE_PAGES[*]}"
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else
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get_active_pages
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log_info "📋 Testing all active pages: ${ACTIVE_PAGES[*]}"
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fi
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echo ""
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echo "============================================================="
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log_title "🤖 CLAUDE-INTEGRATED AUTOMATED COLLECTION"
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echo "============================================================="
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echo ""
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local success_count=0
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local total_pages=${#ACTIVE_PAGES[@]}
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# Process each page automatically
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for i in "${!ACTIVE_PAGES[@]}"; do
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page="${ACTIVE_PAGES[$i]}"
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page_num=$((i + 1))
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echo ""
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echo "[$page_num/$total_pages] ================================================"
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if collect_page_logs_automated "$page"; then
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((success_count++))
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log_info "⏭️ Continuing to next page (2 second pause)..."
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sleep 2
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else
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log_warning "⚠️ Collection failed for: $page"
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fi
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done
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echo ""
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echo "============================================================="
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log_title "🎯 AUTOMATION COMPLETED"
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echo "============================================================="
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log_success "Successfully processed: $success_count/$total_pages pages"
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# Generate comprehensive report
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local report_file=$(generate_final_report)
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echo ""
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log_success "🎉 Claude-integrated automation completed successfully!"
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log_info "📁 Analysis Directory: $REPORT_DIR"
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log_info "📊 Main Report: $(basename "$report_file")"
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log_info "📋 Browser Logs: browser-logs/[page-name].log"
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echo ""
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log_warning "🤖 Claude Code will now automatically detect and process signal files"
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log_info "💡 Signal files created in /tmp/claude_mcp_logs_*.signal"
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echo ""
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return 0
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}
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# Execute main function
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main "$@" |