geoip_shop_manager.py aktualisiert
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@@ -1033,44 +1033,178 @@ def show_logs(shop):
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def show_all_logs():
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"""Show combined logs for all active shops"""
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active_shops = get_active_shops()
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if not active_shops:
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print("\n⚠️ Keine aktiven Shops")
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return
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print(f"\n{'═' * 70}")
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print(" 📊 GESAMTÜBERSICHT")
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print(" 📊 GESAMTÜBERSICHT ALLER SHOPS")
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print(f"{'═' * 70}")
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print(f" {COLOR_GREEN}Grün = hinter Link11{COLOR_RESET} | {COLOR_RED}Rot = Direkt{COLOR_RESET}")
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total_blocks = 0
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all_ips = {}
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total_php_blocks = 0
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shop_php_stats = {} # shop -> {'blocks': N, 'runtime_minutes': float, 'req_min': float, 'ips': {}}
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all_ips = {} # ip -> {'count': N, 'ua': user_agent, 'shops': {shop: count}}
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total_minutes = 0
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# Collect PHP stats
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for shop in active_shops:
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blocks, ips, activation_time = get_shop_log_stats(shop)
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total_blocks += blocks
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region_info = get_geo_region_info(get_shop_geo_region(shop))
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total_php_blocks += blocks
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runtime = (datetime.now() - activation_time).total_seconds() / 60 if activation_time else 0
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req_min = blocks / runtime if runtime > 0 else 0
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# Calculate runtime and req/min
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if activation_time:
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runtime_minutes = (datetime.now() - activation_time).total_seconds() / 60
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req_min = blocks / runtime_minutes if runtime_minutes > 0 else 0
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else:
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runtime_minutes = 0
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req_min = 0
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link11_info = check_link11(shop)
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color = COLOR_GREEN if link11_info['is_link11'] else COLOR_RED
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shop_php_stats[shop] = {
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'blocks': blocks,
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'runtime_minutes': runtime_minutes,
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'req_min': req_min,
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'ips': ips
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}
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print(f" {color}{shop}{COLOR_RESET} {region_info['icon']}: {blocks} ({req_min:.1f} req/min)")
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if runtime_minutes > total_minutes:
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total_minutes = runtime_minutes
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for ip, data in ips.items():
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if ip not in all_ips:
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all_ips[ip] = {'count': 0, 'ua': data['ua']}
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all_ips[ip] = {'count': 0, 'ua': data['ua'], 'shops': {}}
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all_ips[ip]['count'] += data['count']
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all_ips[ip]['shops'][shop] = data['count']
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if data['ua'] != 'Unknown' and all_ips[ip]['ua'] == 'Unknown':
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all_ips[ip]['ua'] = data['ua']
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print(f"\n📊 Gesamt: {total_blocks} Blocks")
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# Calculate total req/min
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total_req_min = total_php_blocks / total_minutes if total_minutes > 0 else 0
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# Get CrowdSec stats
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crowdsec_stats = {}
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if check_crowdsec():
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code, stdout, _ = run_command("cscli decisions list -o raw --limit 0")
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if code == 0 and stdout:
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for line in stdout.strip().split('\n')[1:]:
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for shop in active_shops:
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if shop in line:
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crowdsec_stats[shop] = crowdsec_stats.get(shop, 0) + 1
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break
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total_crowdsec = sum(crowdsec_stats.values())
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# Display PHP blocks with req/min and top IP per shop
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print(f"\n📝 PHP-Blocks gesamt: {total_php_blocks} (⌀ {total_req_min:.1f} req/min, Laufzeit: {format_duration(total_minutes)})")
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if shop_php_stats:
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for shop in sorted(shop_php_stats.keys()):
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stats = shop_php_stats[shop]
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count = stats['blocks']
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req_min = stats['req_min']
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runtime = stats['runtime_minutes']
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bar = "█" * min(int(req_min * 2), 20) if req_min > 0 else ""
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runtime_str = format_duration(runtime) if runtime > 0 else "?"
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# Get geo region icon
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geo_region = get_shop_geo_region(shop)
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region_info = get_geo_region_info(geo_region)
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geo_icon = region_info['icon']
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# Color shop name based on Link11 status
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link11_info = check_link11(shop)
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if link11_info['is_link11']:
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shop_colored = f"{COLOR_GREEN}{shop}{COLOR_RESET}"
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else:
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shop_colored = f"{COLOR_RED}{shop}{COLOR_RESET}"
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print(f" ├─ {shop_colored} {geo_icon}: {count} ({req_min:.1f} req/min, seit {runtime_str}) {bar}")
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# Show top IP for this shop
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shop_ips = stats['ips']
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if shop_ips and count > 0:
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top_ip = max(shop_ips.items(), key=lambda x: x[1]['count'])
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top_ip_addr = top_ip[0]
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top_ip_count = top_ip[1]['count']
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top_ip_ua = top_ip[1]['ua']
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top_ip_bot = detect_bot(top_ip_ua)
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top_ip_req_min = top_ip_count / runtime if runtime > 0 else 0
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if top_ip_bot == 'Unbekannt':
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display_name = (top_ip_ua[:40] + '...') if len(top_ip_ua) > 43 else top_ip_ua
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else:
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display_name = top_ip_bot
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print(f" │ └─➤ Top: {top_ip_addr} ({display_name}) - {top_ip_count}x, {top_ip_req_min:.1f} req/min")
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# Display CrowdSec bans
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print(f"\n🛡️ CrowdSec-Bans gesamt: {total_crowdsec}")
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if crowdsec_stats:
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for shop in sorted(crowdsec_stats.keys()):
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count = crowdsec_stats[shop]
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bar = "█" * min(count // 10, 20) if count > 0 else ""
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geo_region = get_shop_geo_region(shop)
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region_info = get_geo_region_info(geo_region)
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geo_icon = region_info['icon']
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link11_info = check_link11(shop)
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if link11_info['is_link11']:
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shop_colored = f"{COLOR_GREEN}{shop}{COLOR_RESET}"
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else:
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shop_colored = f"{COLOR_RED}{shop}{COLOR_RESET}"
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print(f" ├─ {shop_colored} {geo_icon}: {count} {bar}")
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elif check_crowdsec():
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print(" └─ Keine aktiven Bans")
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else:
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print(" └─ CrowdSec nicht verfügbar")
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# Top 50 blocked IPs with bot detection, req/min, and top shop
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if all_ips:
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print(f"\n🔥 Top 20 IPs:")
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for ip, data in sorted(all_ips.items(), key=lambda x: x[1]['count'], reverse=True)[:20]:
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print(f" {ip} ({detect_bot(data['ua'])}): {data['count']}x")
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print(f"\n🔥 Top 50 blockierte IPs (alle Shops):")
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sorted_ips = sorted(all_ips.items(), key=lambda x: x[1]['count'], reverse=True)[:50]
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for ip, data in sorted_ips:
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count = data['count']
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ua = data['ua']
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bot_name = detect_bot(ua)
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shops_data = data['shops']
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# Calculate req/min for this IP
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ip_req_min = count / total_minutes if total_minutes > 0 else 0
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# Find top shop for this IP
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if shops_data:
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top_shop = max(shops_data.items(), key=lambda x: x[1])
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top_shop_name = top_shop[0]
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top_shop_count = top_shop[1]
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if len(top_shop_name) > 25:
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top_shop_short = top_shop_name[:22] + '...'
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else:
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top_shop_short = top_shop_name
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link11_info = check_link11(top_shop_name)
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if link11_info['is_link11']:
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top_shop_display = f"{COLOR_GREEN}{top_shop_short}{COLOR_RESET}"
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else:
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top_shop_display = f"{COLOR_RED}{top_shop_short}{COLOR_RESET}"
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else:
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top_shop_display = "?"
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top_shop_count = 0
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if bot_name == 'Unbekannt':
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display_name = (ua[:35] + '...') if len(ua) > 38 else ua
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if display_name == 'Unknown':
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display_name = 'Unbekannt'
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else:
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display_name = bot_name
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bar = "█" * min(count // 5, 20) if count > 0 else "█"
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print(f" {ip} ({display_name}): {count} ({ip_req_min:.1f} req/min) → {top_shop_display} [{top_shop_count}x] {bar}")
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input("\nEnter zum Fortfahren...")
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print(f"\n{'═' * 70}")
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input("\nDrücke Enter um fortzufahren...")
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def main():
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