merge.py

import base64
import json
import urllib.request
import yaml
import codecs
import logging
import geoip2.database
import socket
import re

# 提取节点
def process_urls(url_file, processor):
    try:
        with open(url_file, 'r') as file:
            urls = file.read().splitlines()

        for index, url in enumerate(urls):
            try:
                response = urllib.request.urlopen(url)
                data = response.read().decode('utf-8')
                processor(data, index)
            except Exception as e:
                logging.error(f"Error processing URL {url}: {e}")
    except Exception as e:
        logging.error(f"Error reading file {url_file}: {e}")
def get_physical_location(address):
    address = re.sub(':.*', '', address)  # 用正则表达式去除端口部分
    try:
        ip_address = socket.gethostbyname(address)
    except socket.gaierror:
        ip_address = address

    try:
        reader = geoip2.database.Reader('GeoLite2-City.mmdb')  # 这里的路径需要指向你自己的数据库文件
        response = reader.city(ip_address)
        country = response.country.name
        city = response.city.name
        #return f"{country}_{city}"
        return f"{country}"
    except geoip2.errors.AddressNotFoundError as e:
        print(f"Error: {e}")
        return "Unknown"
#提取clash节点
def process_clash(data, index):
            # 解析YAML格式的内容
            content = yaml.safe_load(data)

            # 提取proxies部分并合并到merged_proxies中
            proxies = content.get('proxies', [])
            
            for proxy in proxies:
                # 如果类型是vless
                if proxy['type'] == 'vless' :
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    udp = proxy.get("udp", "")
                    uuid = proxy.get("uuid", "")
                    network = proxy.get("network", "")
                    tls = int(proxy.get("tls", 0))
                    xudp = proxy.get("xudp", "")
                    sni = proxy.get("servername", "")
                    flow = proxy.get("flow", "")
                    publicKey = proxy.get('reality-opts', {}).get('public-key', '')
                    short_id = proxy.get('reality-opts', {}).get('short-id', '')
                    fp = proxy.get("client-fingerprint", "")
                    insecure = int(proxy.get("skip-cert-verify", 0))
                    grpc_serviceName = proxy.get('grpc-opts', {}).get('grpc-service-name', '')

                    ws_path = proxy.get('ws-opts', {}).get('path', '')
                    ws_headers_host = proxy.get('ws-opts', {}).get('headers', {}).get('Host', '')
                    if tls == 0:
                        security = 'none'
                    elif tls == 1 and publicKey != '':
                        security = 'reality'
                    else:
                        security = 'tls'
                    location = get_physical_location(server)
                    name = f"{location}_vless_{index}"
                    vless_meta =  f"vless:https://{uuid}@{server}:{port}?security={security}&allowInsecure{insecure}&flow={flow}&type={network}&fp={fp}&pbk={publicKey}&sid={short_id}&sni={sni}&serviceName={grpc_serviceName}&path={ws_path}&host={ws_headers_host}#{name}"

                    merged_proxies.append(vless_meta)

                if proxy['type'] == 'vmess' :
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    uuid = proxy.get("uuid", "")
                    #cipher = proxy.get("cipher", "")
                    alterId = proxy.get("alterId", "")
                    network = proxy.get("network", "")
                    tls = int(proxy.get("tls", 0))
                    if tls == 0:
                        security = "none"
                    elif tls == 1:
                        security = "tls"
                    sni = proxy.get("servername", "")
                    ws_path = proxy.get('ws-opts', {}).get('path', '')
                    ws_headers_host = proxy.get('ws-opts', {}).get('headers', {}).get('Host', '')
                    location = get_physical_location(server)
                    name = f"{location}_vmess_{index}"
                    vmess_meta =  f"vmess:https://{uuid}@{server}:{port}?security={security}&allowInsecure{insecure}&type={network}&fp={fp}&sni={sni}&path={ws_path}&host={ws_headers_host}#{name}"

                    merged_proxies.append(vmess_meta)

                elif proxy['type'] == 'tuic':
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    uuid = proxy.get("uuid", "")
                    password = proxy.get("password", "")
                    sni = proxy.get("sni", "")
                    insecure = int(proxy.get("skip-cert-verify", 0))
                    udp_relay_mode = proxy.get("udp-relay-mode", "naive")
                    congestion = proxy.get("congestion-controller", "bbr")
                    alpn = proxy.get("alpn", [])[0] if proxy.get("alpn") and len(proxy["alpn"]) > 0 else None
                    location = get_physical_location(server)
                    name = f"{location}_tuic_{index}"
                    #tuic_meta_neko = f"tuic:https://{server}:{port}?uuid={uuid}&version=5&password={password}&insecure={insecure}&alpn={alpn}&mode={udp_relay_mode}"
                    tuic_meta = f"tuic:https://{uuid}:{password}@{server}:{port}?sni={sni}&congestion_control={congestion}&udp_relay_mode={udp_relay_mode}&alpn={alpn}&allow_insecure={insecure}#{name}"
                    merged_proxies.append(tuic_meta)

                elif proxy['type'] == "hysteria2":
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    auth = proxy.get("password", "")
                    obfs = proxy.get("obfs", "")
                    obfs_password = proxy.get("obfs-password","")
                    sni = proxy.get("sni", "")
                    insecure = int(proxy.get("skip-cert-verify", 0))
                    location = get_physical_location(server)
                    name = f"{location}_hy2_{index}"
                    hy2_meta = f"hysteria2:https://{auth}@{server}:{port}?insecure={insecure}&sni={sni}&obfs={obfs}&obfs-password={obfs_password}#{name}"
                    merged_proxies.append(hy2_meta)

                elif proxy['type'] == 'hysteria':
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    ports = proxy.get("port", "")
                    protocol = proxy.get("protocol", "udp")
                    up_mbps = 50
                    down_mbps = 80                   
                    alpn = proxy.get("alpn", [])[0] if proxy.get("alpn") and len(proxy["alpn"]) > 0 else None
                    obfs = proxy.get("obfs", "")
                    insecure = int(proxy.get("skip-cert-verify", 0))
                    sni = proxy.get("sni", "")
                    fast_open = int(proxy.get("fast_open", 1))
                    auth = proxy.get("auth-str", "")
                    # 生成URL
                    location = get_physical_location(server)
                    name = f"{location}_hy_{index}"
                    hysteria_meta = f"hysteria:https://{server}:{port}?peer={sni}&auth={auth}&insecure={insecure}&upmbps={up_mbps}&downmbps={down_mbps}&alpn={alpn}&mport={ports}&obfs={obfs}&protocol={protocol}&fastopen={fast_open}#{name}"
                    merged_proxies.append(hysteria_meta)

                elif proxy['type'] == 'ssr':
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    password = proxy.get("password", "")
                    password = base64.b64encode(password.encode()).decode()
                    cipher = proxy.get("cipher", "")
                    obfs = proxy.get("obfs", "")
                    protocol = proxy.get("protocol", "")
                    protocol_param = proxy.get("protocol-param", "")
                    protocol_param = base64.b64encode(protocol_param.encode()).decode()
                    obfs_param = proxy.get("obfs-param", "")
                    obfs_param = base64.b64encode(obfs_param.encode()).decode()
                    # 生成URL
                    ssr_source=f"{server}:{port}:{protocol}:{cipher}:{obfs}:{password}/?obfsparam={obfs_param}&protoparam={protocol_param}&remarks=ssr_meta_{index}&protoparam{protocol_param}=&obfsparam={obfs_param}"
                    ssr_source=base64.b64encode(ssr_source.encode()).decode()
                    ssr_meta = f"ssr:https://{ssr_source}"
                    merged_proxies.append(ssr_meta)
                #目前仅支持最原始版本ss，无插件支持
                elif proxy['type'] == 'sstest':
                    server = proxy.get("server", "")
                    port = int(proxy.get("port", 443))
                    password = proxy.get("password", "")
                    cipher = proxy.get("cipher", "")
                    # 生成URL
                    ss_source=f"{cipher}:{password}@{server}:{port}"
                    
                    ss_source=base64.b64encode(ss_source.encode()).decode()
                    ss_meta = f"ss:https://{ss_source}"
                    merged_proxies.append(ss_meta)
def process_naive(data, index):
    try:
        json_data = json.loads(data)

        proxy_str = json_data["proxy"]
        #proxy_str = proxy_str.replace("https://", "")
        naiveproxy = base64.b64encode(proxy_str.encode()).decode()
        merged_proxies.append(naiveproxy)


    except Exception as e:
        logging.error(f"Error processing naive data for index {index}: {e}")
#处理sing-box节点，待办
def process_sb(data, index):
    try:
        json_data = json.loads(data)
        # 处理 shadowtls 数据
        server = json_data["outbounds"][1].get("server", "")
        server_port = json_data["outbounds"][1].get("server_port", "")
        method = json_data["outbounds"][0].get("method", "")
        password = json_data["outbounds"][0].get("password", "")
        version = int(json_data["outbounds"][1].get("version", 0))
        host = json_data["outbounds"][1]["tls"].get("server_name", "")
        shadowtls_password = json_data["outbounds"][1].get("password", "")

        ss = f"{method}:{password}@{server}:{server_port}"
        shadowtls = f'{{"version": "{version}", "host": "{host}","password":{shadowtls_password}}}'
        shadowtls_proxy = "ss:https://"+base64.b64encode(ss.encode()).decode()+"?shadow-tls="+base64.b64encode(shadowtls.encode()).decode()+f"#shadowtls{index}"
        
        merged_proxies.append(shadowtls_proxy)

    except Exception as e:
        logging.error(f"Error processing shadowtls data for index {index}: {e}")
#hysteria
def process_hysteria(data, index):
    try:
        json_data = json.loads(data)
        # 处理 hysteria 数据
        # 提取字段值
        server = json_data.get("server", "")
        protocol = json_data.get("protocol", "")
        up_mbps = json_data.get("up_mbps", "")
        down_mbps = json_data.get("down_mbps", "")
        alpn = json_data.get("alpn", "")
        obfs = json_data.get("obfs", "")
        insecure = int(json_data.get("insecure", 0))
        server_name = json_data.get("server_name", "")
        fast_open = int(json_data.get("fast_open", 0))
        auth = json_data.get("auth_str", "")
        # 生成URL
        location = get_physical_location(server)
        name = f"{location}_hysteria_{index}"
        hysteria = f"hysteria:https://{server}?peer={server_name}&auth={auth}&insecure={insecure}&upmbps={up_mbps}&downmbps={down_mbps}&alpn={alpn}&obfs={obfs}&protocol={protocol}&fastopen={fast_open}#{name}"
        merged_proxies.append(hysteria)


    except Exception as e:
        logging.error(f"Error processing hysteria data for index {index}: {e}")
# 处理hysteria2
def process_hysteria2(data, index):
    try:
        json_data = json.loads(data)
        # 处理 hysteria2 数据
        # 提取字段值
        server = json_data["server"]
        insecure = int(json_data["tls"]["insecure"])
        sni = json_data["tls"]["sni"]
        auth = json_data["auth"]
        # 生成URL
        location = get_physical_location(server)
        name = f"{location}_hysteria2_{index}"
        hysteria2 = f"hysteria2:https://{auth}@{server}?insecure={insecure}&sni={sni}#{name}"

        merged_proxies.append(hysteria2)
    except Exception as e:
        logging.error(f"Error processing hysteria2 data for index {index}: {e}")

#处理xray
def process_xray(data, index):
    try:
        json_data = json.loads(data)
        # 处理 xray 数据
        protocol = json_data["outbounds"][0].get("protocol")

        if protocol == "vless":
            vnext = json_data["outbounds"][0]["settings"]["vnext"]

            if vnext:
                server = vnext[0].get("address", "")
                port = vnext[0].get("port", "")
                users = vnext[0]["users"]

                if users:
                    user = users[0]
                    uuid = user.get("id", "")
                    flow = user.get("flow", "")

            stream_settings = json_data["outbounds"][0].get("streamSettings", {})
            network = stream_settings.get("network", "")
            security = stream_settings.get("security", "")
            reality_settings = stream_settings.get("realitySettings", {})

            publicKey = reality_settings.get("publicKey", "")
            short_id = reality_settings.get("shortId", "")
            sni = reality_settings.get("serverName", "")
            #tls
            tls_settings = stream_settings.get("tlsSettings", {})
            sni = tls_settings.get("serverName", sni)
            insecure = int(tls_settings.get("allowInsecure", 0))

            fp = reality_settings.get("fingerprint", "")
            fp = tls_settings.get("fingerprint", fp)
            spx = reality_settings.get("spiderX", "")

            grpc_settings = stream_settings.get("grpcSettings", {})
            grpc_serviceName = grpc_settings.get("serviceName", "")

            ws_settings = stream_settings.get("wsSettings", {})
            ws_path = ws_settings.get("path", "")
            ws_headers_host = ws_settings.get("headers", {}).get("Host", "")
            location = get_physical_location(server)
            name = f"{location}_vless_{index}"
            xray_proxy = f"vless:https://{uuid}@{server}:{port}?security={security}&allowInsecure={insecure}&flow={flow}&type={network}&fp={fp}&pbk={publicKey}&sid={short_id}&sni={sni}&serviceName={grpc_serviceName}&path={ws_path}&host={ws_headers_host}#{name}"

            # 将当前proxy字典添加到所有proxies列表中
            merged_proxies.append(xray_proxy)
        # 不支持插件
        if protocol == "shadowsocks":
            server = json_data["outbounds"][0]["settings"]["servers"]["address"]
            method = json_data["outbounds"][0]["settings"]["servers"]["method"]
            password = json_data["outbounds"][0]["settings"]["servers"]["password"]
            port = json_data["outbounds"][0]["settings"]["servers"]["port"]
            # 生成URL
            ss_source=f"{method}:{password}@{server}:{port}"
            ss_source=base64.b64encode(ss_source.encode()).decode()
            xray_proxy = f"ss:https://{ss_source}"

            # 将当前proxy字典添加到所有proxies列表中
            merged_proxies.append(xray_proxy)
    except Exception as e:
        logging.error(f"Error processing xray data for index {index}: {e}")

# 定义一个空列表用于存储合并后的代理配置
merged_proxies = []

# 处理 clash URLs
process_urls('./urls/clash_urls.txt', process_clash)

# 处理 shadowtls URLs
#process_urls('./urls/sb_urls.txt', process_sb)

# 处理 naive URLs
process_urls('./urls/naiverproxy_urls.txt', process_naive)

# 处理 hysteria URLs
process_urls('./urls/hysteria_urls.txt', process_hysteria)

# 处理 hysteria2 URLs
process_urls('./urls/hysteria2_urls.txt', process_hysteria2)

# 处理 xray URLs
process_urls('./urls/xray_urls.txt', process_xray)

# 将结果写入文件
merged_content = "\n".join(merged_proxies)

try:
    encoded_content = base64.b64encode(merged_content.encode("utf-8")).decode("utf-8")
    
    with open("./sub/base64.txt", "w") as encoded_file:
        encoded_file.write(encoded_content)
        
    print("Content successfully encoded and written to base64.txt.")
except Exception as e:
    print(f"Error encoding and writing to file: {e}")