#!/usr/bin/env python3 # -*- coding: utf-8 -*- import sys import time import ast import argparse import requests from collections import defaultdict from requests.exceptions import RequestException # ========== НАСТРОЙКИ ========== CHECK_URLS = [ ("https://1.1.1.1/cdn-cgi/trace", "IPv4"), ("https://[2606:4700:4700::1111]/cdn-cgi/trace", "IPv6"), ("https://one.one.one.one/cdn-cgi/trace", "WWW"), ] TIMEOUT = 30 RETRIES = 3 SLEEP_BETWEEN = 1 RETRY_INTERVAL = 30 PROXY_FILE = "proxies.txt" IGNORE_PORTS = {"3128", "8118", "18080", "7777", "6699"} # Полный список известных PoP локаций Cloudflare POP_LOCATIONS = { # Европа "AMS": "Amsterdam, Netherlands", "ARN": "Stockholm, Sweden", "ATH": "Athens, Greece", "BCN": "Barcelona, Spain", "BER": "Berlin, Germany", "BLL": "Billund, Denmark", "BOD": "Bordeaux, France", "BRE": "Bremen, Germany", "BRU": "Brussels, Belgium", "BTS": "Bratislava, Slovakia", "BUD": "Budapest, Hungary", "CPH": "Copenhagen, Denmark", "DUB": "Dublin, Ireland", "DUS": "Düsseldorf, Germany", "EDI": "Edinburgh, UK", "FCO": "Rome, Italy", "FRA": "Frankfurt, Germany", "GVA": "Geneva, Switzerland", "HAJ": "Hannover, Germany", "HAM": "Hamburg, Germany", "HEL": "Helsinki, Finland", "IST": "Istanbul, Turkey", "KBP": "Kyiv, Ukraine", "KIV": "Chișinău, Moldova", "KRK": "Krakow, Poland", "LCA": "Larnaca, Cyprus", "LHR": "London, UK", "LIS": "Lisbon, Portugal", "LUX": "Luxembourg", "LYS": "Lyon, France", "MAD": "Madrid, Spain", "MAN": "Manchester, UK", "MRS": "Marseille, France", "MUC": "Munich, Germany", "MXP": "Milan, Italy", "NCE": "Nice, France", "NUE": "Nuremberg, Germany", "OSL": "Oslo, Norway", "OTP": "Bucharest, Romania", "PRG": "Prague, Czech Republic", "RIX": "Riga, Latvia", "SOF": "Sofia, Bulgaria", "STR": "Stuttgart, Germany", "TLL": "Tallinn, Estonia", "TLS": "Toulouse, France", "VCE": "Venice, Italy", "VIE": "Vienna, Austria", "VNO": "Vilnius, Lithuania", "WAW": "Warsaw, Poland", "ZAG": "Zagreb, Croatia", "ZRH": "Zurich, Switzerland", # Россия и СНГ "DME": "Moscow, Russia", "SVO": "Moscow, Russia", "LED": "St. Petersburg, Russia", "KZN": "Kazan, Russia", "KGD": "Kaliningrad, Russia", "KRR": "Krasnodar, Russia", "OVB": "Novosibirsk, Russia", "ROV": "Rostov-on-Don, Russia", "AER": "Sochi, Russia", "TAS": "Tashkent, Uzbekistan", "ALA": "Almaty, Kazakhstan", # Северная Америка "ATL": "Atlanta, USA", "BOS": "Boston, USA", "BUF": "Buffalo, USA", "DEN": "Denver, USA", "DFW": "Dallas, USA", "DTW": "Detroit, USA", "EWR": "Newark, USA", "IAD": "Washington, USA", "IAH": "Houston, USA", "JFK": "New York, USA", "LAS": "Las Vegas, USA", "LAX": "Los Angeles, USA", "MCI": "Kansas City, USA", "MIA": "Miami, USA", "MSP": "Minneapolis, USA", "ORD": "Chicago, USA", "PHL": "Philadelphia, USA", "PHX": "Phoenix, USA", "PIT": "Pittsburgh, USA", "PDX": "Portland, USA", "SAN": "San Diego, USA", "SEA": "Seattle, USA", "SFO": "San Francisco, USA", "SJC": "San Jose, USA", "SLC": "Salt Lake City, USA", "STL": "St. Louis, USA", "TPA": "Tampa, USA", "TOR": "Toronto, Canada", "VAN": "Vancouver, Canada", "YUL": "Montreal, Canada", "YYZ": "Toronto, Canada", # Азия "BKK": "Bangkok, Thailand", "BLR": "Bangalore, India", "CAN": "Guangzhou, China", "CGK": "Jakarta, Indonesia", "DEL": "Delhi, India", "HKG": "Hong Kong", "HYD": "Hyderabad, India", "ICN": "Seoul, South Korea", "KIX": "Osaka, Japan", "MAA": "Chennai, India", "NRT": "Tokyo, Japan", "PEK": "Beijing, China", "PVG": "Shanghai, China", "SIN": "Singapore", "TPE": "Taipei, Taiwan", # Другие регионы "AKL": "Auckland, New Zealand", "BNE": "Brisbane, Australia", "MEL": "Melbourne, Australia", "PER": "Perth, Australia", "SYD": "Sydney, Australia", "GRU": "São Paulo, Brazil", "EZE": "Buenos Aires, Argentina", "SCL": "Santiago, Chile", "JNB": "Johannesburg, South Africa", } error_replacements = { "[WinError 10061] Подключение не установлено": "CONN_REFUSED", "Connection refused": "CONN_REFUSED", "502 Bad Gateway": "BAD_GATEWAY", "Connection closed unexpectedly": "CONN_CLOSED", "timed out": "TIMEOUT", "RemoteDisconnected": "CONN_CLOSED", "Connection reset": "CONN_RESET", "Read timed out": "TIMEOUT", "Max retries exceeded": "RETRIES_EXCEEDED", "NewConnectionError": "CONN_ERROR", "Failed to establish a new connection": "CONN_ERROR" } # ========== ЗАГРУЗКА ПРОКСИ С ГРУППАМИ ========== def load_proxies_from_file(filename=PROXY_FILE): """Загружает прокси из файла, разделяя на группы по пустым строкам""" all_groups = [] current_group = [] try: with open(filename, encoding="utf-8") as f: for line in f: line = line.strip() if not line: if current_group: all_groups.append(current_group) current_group = [] continue if line.startswith("#"): continue try: proto, host, port = ast.literal_eval(line) current_group.append(f"{proto} {host}:{port}") except Exception: print(f"Ошибка в строке: {line}", file=sys.stderr) continue if current_group: all_groups.append(current_group) except FileNotFoundError: print(f"Файл {filename} не найден!", file=sys.stderr) sys.exit(1) return all_groups # ========== ПРОВЕРКА ПРОКСИ ========== def check_proxy(proxy, url, timeout=TIMEOUT): proto, addr = proxy.split(" ", 1) proxies = {"http": f"{proto}://{addr}", "https": f"{proto}://{addr}"} try: r = requests.get(url, proxies=proxies, timeout=timeout, verify=True) if r.status_code == 200 and "ip=" in r.text: return r.text return f"FAIL {r.status_code}" except RequestException as e: return str(e).strip().split(":")[-1].strip() except Exception as e: return str(e) def parse_result(text): result = {"ip": text} if "ip=" not in text: return result for line in text.splitlines(): if "=" not in line: continue key, val = line.split("=", 1) result[key.strip()] = val.strip() return { "ip": result.get("ip", "N/A"), "loc": result.get("loc", "N/A"), "colo": result.get("colo", "N/A") } def check_proxy_connectivity(proxy, verbose=False): result = {"proxy": proxy} for url, label in CHECK_URLS: retries = 0 while retries < RETRIES: if verbose: print(f"[{proxy}] {label} check {retries + 1}/{RETRIES}...") res = check_proxy(proxy, url) parsed = parse_result(res) ip = parsed["ip"] result[label] = ip if "fail" not in ip.lower() and result.get("Loc", "N/A") == "N/A": result["Loc"] = parsed.get("loc", "N/A") result["PoP"] = parsed.get("colo", "N/A") if "fail" not in ip.lower(): break time.sleep(RETRY_INTERVAL) retries += 1 time.sleep(SLEEP_BETWEEN) return result # ========== ВЫВОД РЕЗУЛЬТАТОВ ========== def print_grouped_results(groups, results): result_map = {r["proxy"]: r for r in results} seen_proxies = set() display_rows = [] # Подготовка всех строк (без повторов) for group in groups: for proxy in group: if proxy in seen_proxies: continue seen_proxies.add(proxy) r = result_map.get(proxy, {}) proxy_str = proxy ipv4 = r.get("IPv4", "N/A") ipv6 = r.get("IPv6", "N/A") loc = r.get("Loc", "N/A") cf = r.get("PoP", "N/A") # Замена кода PoP на полное название локации if cf in POP_LOCATIONS: cf = POP_LOCATIONS[cf] elif cf != "N/A": cf = f"{cf} (Unknown)" www_val = r.get("WWW", "").strip().lower() if "fail" in www_val or "error" in www_val or not www_val: www_type = "ERR" elif ":" in www_val: www_type = "IPv6" elif "." in www_val: www_type = "IPv4" else: www_type = "ERR" # Сокращение IPv6: первые 2 блока + последний ненулевой if ":" in ipv6 and not any(err in ipv6 for err in error_replacements): parts = ipv6.split(":") while len(parts) < 8: parts.append("0") prefix = ":".join(parts[:2]) + ":" suffix = next((p for p in reversed(parts) if p and p != "0"), "") ipv6 = f"{prefix} :{suffix}" for err, short in error_replacements.items(): if err in ipv4: ipv4 = short break for err, short in error_replacements.items(): if err in ipv6: ipv6 = short break display_rows.append({ "proxy": proxy_str, "ipv4": ipv4, "ipv6": ipv6, "www": www_type, "loc": loc, "cf": cf, }) # Автоширина колонок widths = { "proxy": max(len("Proxy"), max(len(r["proxy"]) for r in display_rows)), "ipv4": max(len("IPv4"), max(len(r["ipv4"]) for r in display_rows)), "ipv6": max(len("IPv6"), max(len(r["ipv6"]) for r in display_rows)), "www": 4, "loc": max(len("Loc"), max(len(r["loc"]) for r in display_rows)), "cf": max(len("Location"), max(len(r["cf"]) for r in display_rows)), } # Заголовок header = f"{'Proxy':<{widths['proxy']}} | {'IPv4':<{widths['ipv4']}} | {'IPv6':<{widths['ipv6']}} | {'WWW':<{widths['www']}} | {'Loc':<{widths['loc']}} | {'Location':<{widths['cf']}}" print("\nIPv4/IPv6 доступность через прокси") print(header) print("-" * len(header)) # Группированный вывод displayed = set() for group in groups: group_output = False for proxy in group: if proxy not in seen_proxies or proxy in displayed: continue displayed.add(proxy) r = next((x for x in display_rows if x["proxy"] == proxy), None) if not r: continue line = f"{r['proxy']:<{widths['proxy']}} | {r['ipv4']:<{widths['ipv4']}} | {r['ipv6']:<{widths['ipv6']}} | {r['www']:<{widths['www']}} | {r['loc']:<{widths['loc']}} | {r['cf']:<{widths['cf']}}" print(line) group_output = True if group_output: print() # ========== ОСНОВНОЙ КОД ========== def main(full=False, verbose=False): groups = load_proxies_from_file() results = [] flat = [] total = sum(len(g) for g in groups) counter = 0 seen = set() for group in groups: for proxy in group: if proxy in seen: continue # пропустить дубликаты seen.add(proxy) flat.append(proxy) counter += 1 if verbose: print(f"[{counter}/{total}] Проверка {proxy}") r = check_proxy_connectivity(proxy, verbose=verbose) results.append(r) seen = set() deduped = [] for r in results: key = (r["proxy"], r.get("IPv4", ""), r.get("IPv6", "")) if key not in seen: seen.add(key) deduped.append(r) print_grouped_results(groups, deduped) # ========== ЗАПУСК ========== if __name__ == "__main__": parser = argparse.ArgumentParser(description="Проверка прокси на поддержку IPv4/IPv6") parser.add_argument("--full", action="store_true", help="Показать все прокси и скрыть дубликаты") parser.add_argument("--verbose", action="store_true", help="Показывать прогресс при проверке") parser.add_argument("--file", default=PROXY_FILE, help="Файл с прокси (по умолчанию: proxies.txt)") args = parser.parse_args() PROXY_FILE = args.file main(full=args.full, verbose=args.verbose)