ss_ssr_v2ray_vmess_decode.py

import base64
import json

'''
A method of decoding base64, ss url and ssr url. 
also decoding v2ray config
'''


def fill(b64):
    return b64 + "=" * (4 - len(b64) % 4)


def clear_ssr(deb64):
    pos = deb64.rfind('/')
    return deb64[:pos] if pos > 0 else deb64


def clear_ss(deb64):
    pos = deb64.rfind('#')
    return deb64[:pos] if pos > 0 else deb64


def ssr_parse(txt):
    # ssr://server:port:protocol:method:obfs:password_base64/?params_base64
    conf = clear_ssr(bytes.decode(base64.urlsafe_b64decode(fill(txt)))).split(':')
    conf_dict = dict()
    conf_dict["ip"] = conf[0]
    conf_dict["port"] = conf[1]
    conf_dict["protocol"] = conf[2]
    conf_dict["method"] = conf[3]
    conf_dict["obfs"] = conf[4]
    conf_dict["password"] = clear_ssr(bytes.decode(base64.urlsafe_b64decode(fill(conf[5]))))
    return conf_dict


def ss_parse(txt):
    # method:password@server:port
    conf = clear_ss(bytes.decode(base64.urlsafe_b64decode(fill(txt))))
    conf_list = []
    for part in conf.split('@'):
        conf_list += part.split(':')
    conf_dict = dict()
    conf_dict["method"] = conf_list[0]
    conf_dict["password"] = conf_list[1]
    conf_dict["ip"] = conf_list[2]
    conf_dict["port"] = conf_list[3]
    return conf_dict


def parse(txt):
    if 'ssr://' in txt:
        return ssr_parse(txt.replace('ssr://', ''))
    if 'ss://' in txt:
        return ss_parse(txt.replace('ss://', ''))
    raise Exception('ss url or ssr url format error.')




def base64_decode(encoded_string):
    # 将 Base64 编码的字符串解码为字节
    decoded_bytes = base64.b64decode(encoded_string)

    # 如果你希望得到一个字符串，可以将字节转换为字符串
    decoded_string = decoded_bytes.decode('utf-8')

    return decoded_string


def decode_v2ray_vmess(vmess_url):
    # 解析 vmess URL 格式：vmess://<base64 编码的字符串>
    if vmess_url.startswith("vmess://"):
        vmess_base64 = vmess_url[8:]  # 去掉 "vmess://"
    else:
        raise ValueError("Invalid Vmess URL format")

    # Base64 解码
    decoded_bytes = base64.b64decode(vmess_base64 + '==' if len(vmess_base64) % 4 else vmess_base64)

    # 解码后的字节转换为字符串（假设是 UTF-8 编码的 JSON 格式）
    decoded_string = decoded_bytes.decode('utf-8')

    # 解析 JSON 配置
    try:
        decoded_json = json.loads(decoded_string)
    except json.JSONDecodeError as e:
        raise ValueError(f"Failed to decode Vmess JSON data: {e}")

    return decoded_json


def decode_v2ray_config(encoded_data):
    # 解码 Base64 编码的数据
    decoded_bytes = base64.b64decode(encoded_data)

    # 将解码后的字节转换为字符串，假设它是 JSON 格式
    decoded_string = decoded_bytes.decode('utf-8')

    # 如果解码后的数据是 JSON 格式，可以进一步解析为 Python 对象
    try:
        decoded_json = json.loads(decoded_string)
    except json.JSONDecodeError:
        decoded_json = decoded_string  # 如果不是 JSON 格式则直接返回原始字符串

    return decoded_json




if __name__ == '__main__':
    # decoding base64
    encoded_string = 'SGVsbG8gd29ybGQh'  # 'Hello world!' 的 Base64 编码
    decoded_string = base64_decode(encoded_string)
    print(decoded_string)
    ssr_list_base64 = '''
    ssr://YWJ6ajEubW1vZHMuc2l0ZToyMzU0ODphdXRoX2FlczEyOF9zaGExOmFlcy0yNTYtY2ZiOmh0dHBfc2ltcGxlOlNqTkpWRkJ4Lz9vYmZzcGFyYW09WlRBd1ltUTBNemcwTlRndWJXbGpjbTl6YjJaMExtTnZiUSZwcm90b3BhcmFtPU5ETTRORFU0T25reWFVdzFNUSZyZW1hcmtzPVFVRXg1cGF3NVlxZzVaMmhJRWxRVEVNZzVwU3Y1b3lCVGtZZ1ZrbFFNaURudlpIbG5ZQTZibTVpYVc0dVkyOXQmZ3JvdXA9Nlp1MjU0SzU1THFSNTcyUjVaMkFPbU5qWW1KemN5NWpiMjA
ssr://YWFoazMubW1vZHMuc2l0ZToyMzU1MDphdXRoX2FlczEyOF9zaGExOmFlcy0yNTYtY2ZiOmh0dHBfc2ltcGxlOlNqTkpWRkJ4Lz9vYmZzcGFyYW09WlRBd1ltUTBNemcwTlRndWJXbGpjbTl6YjJaMExtTnZiUSZwcm90b3BhcmFtPU5ETTRORFU0T25reWFVdzFNUSZyZW1hcmtzPVFVRXo1cGF3NVlxZzVaMmhJRWxRVEVNZzVwU3Y1b3lCVGtZZ1ZrbFFNaURudlpIbG5ZQTZibTVpYVc0dVkyOXQmZ3JvdXA9Nlp1MjU0SzU1THFSNTcyUjVaMkFPbU5qWW1KemN5NWpiMjA
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ssr://aHVqcC5tbW9kcy5zaXRlOjIzNTY2OmF1dGhfYWVzMTI4X3NoYTE6YWVzLTI1Ni1jZmI6aHR0cF9zaW1wbGU6U2pOSlZGQngvP29iZnNwYXJhbT1aVEF3WW1RME16ZzBOVGd1YldsamNtOXpiMlowTG1OdmJRJnByb3RvcGFyYW09TkRNNE5EVTRPbmt5YVV3MU1RJnJlbWFya3M9UVVFMjVwZWw1cHlzTVNCSlVFeERJRlpKVURJZzU3MlI1WjJBT201dVltbHVMbU52YlEmZ3JvdXA9Nlp1MjU0SzU1THFSNTcyUjVaMkFPbU5qWW1KemN5NWpiMjA
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ssr://dmlwMnR3Lm1tb2RzLnNpdGU6MjM1NDk6YXV0aF9hZXMxMjhfc2hhMTphZXMtMjU2LWNmYjpodHRwX3NpbXBsZTpTak5KVkZCeC8_b2Jmc3BhcmFtPVpUQXdZbVEwTXpnME5UZ3ViV2xqY205emIyWjBMbU52YlEmcHJvdG9wYXJhbT1ORE00TkRVNE9ua3lhVXcxTVEmcmVtYXJrcz1RVUU0NVktdzVybS1NU0RtbEtfbWpJRk9SaUJXU1ZBeUlPZTlrZVdkZ0RwdWJtSnBiaTVqYjIwJmdyb3VwPTZadTI1NEs1NUxxUjU3MlI1WjJBT21OalltSnpjeTVqYjIw
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ssr://djJqcC5tbW9kcy5zaXRlOjIzNTYzOmF1dGhfYWVzMTI4X3NoYTE6YWVzLTI1Ni1jZmI6aHR0cF9zaW1wbGU6U2pOSlZGQngvP29iZnNwYXJhbT1aVEF3WW1RME16ZzBOVGd1YldsamNtOXpiMlowTG1OdmJRJnByb3RvcGFyYW09TkRNNE5EVTRPbmt5YVV3MU1RJnJlbWFya3M9NXBlbDVweXNNaURudlpIbG5ZQTZibTVpYVc0dVkyOXQmZ3JvdXA9Nlp1MjU0SzU1THFSNTcyUjVaMkFPbU5qWW1KemN5NWpiMjA
ssr://MTMubW1vZHMuc2l0ZToyMzU2OTphdXRoX2FlczEyOF9zaGExOmFlcy0yNTYtY2ZiOmh0dHBfc2ltcGxlOlNqTkpWRkJ4Lz9vYmZzcGFyYW09WlRBd1ltUTBNemcwTlRndWJXbGpjbTl6YjJaMExtTnZiUSZwcm90b3BhcmFtPU5ETTRORFU0T25reWFVdzFNUSZyZW1hcmtzPTZaLXA1WnU5TVNCV1NWQXhJT2U5a2Vlcm1UcHVibUpwYmk1amIyMCZncm91cD02WnUyNTRLNTVMcVI1NzJSNVoyQU9tTmpZbUp6Y3k1amIyMA
ssr://MTUubW1vZHMuc2l0ZToxMDU6YXV0aF9hZXMxMjhfc2hhMTphZXMtMjU2LWNmYjpodHRwX3NpbXBsZTpTak5KVkZCeC8_b2Jmc3BhcmFtPVpUQXdZbVEwTXpnME5UZ3ViV2xqY205emIyWjBMbU52YlEmcHJvdG9wYXJhbT1ORE00TkRVNE9ua3lhVXcxTVEmcmVtYXJrcz02Wi1wNVp1OU1pQldTVkF4SU9lOWtlV2RnRzV1WW1sdUxtTnZiUSZncm91cD02WnUyNTRLNTVMcVI1NzJSNVoyQU9tTmpZbUp6Y3k1amIyMA
ssr://emhhbi4wZHl2cy50b3A6MTAwODY6b3JpZ2luOmNoYWNoYTIwLWlldGY6cGxhaW46ZVRKcFREVXgvP29iZnNwYXJhbT0mcHJvdG9wYXJhbT0mcmVtYXJrcz01WW1wNUwyWjVyV0I2WWVQNzd5YU9UYzJMak01VkVJJmdyb3VwPTZadTI1NEs1NUxxUjU3MlI1WjJBT21OalltSnpjeTVqYjIw
ssr://emhhbi4wZHl2cy50b3A6MTAwODY6b3JpZ2luOmNoYWNoYTIwLWlldGY6cGxhaW46ZVRKcFREVXgvP29iZnNwYXJhbT0mcHJvdG9wYXJhbT0mcmVtYXJrcz02TC1INXB5ZjVwZTI2WmUwNzd5YU1qQXlOUzB3T0MweU1RJmdyb3VwPTZadTI1NEs1NUxxUjU3MlI1WjJBT21OalltSnpjeTVqYjIw

    '''
    ssr_list = base64_decode(ssr_list_base64)
    print(ssr_list)


    print('\n')

    # decoding ss or ssr
    # print(parse('ss://YWVzLTEyOC1jdHI6dmllbmNvZGluZy5jb21AMTUyLjg5LjIwOC4xNDY6MjMzMw'))
    # print(parse('ssr://MTUyLjg5LjIwOC4xNDY6MjMzMzphdXRoX3NoYTFfdjQ6YWVzLTEyOC1jdHI6cGxhaW46ZG1sbGJtTnZaR2x1Wnk1amIyMA'))
    # print(parse('ssr://YWJ6ajEubW1vZHMuc2l0ZToyMzU0ODphdXRoX2FlczEyOF9zaGExOmFlcy0yNTYtY2ZiOmh0dHBfc2ltcGxlOlNqTkpWRkJ4Lz9vYmZzcGFyYW09WlRBd1ltUTBNemcwTlRndWJXbGpjbTl6YjJaMExtTnZiUSZwcm90b3BhcmFtPU5ETTRORFU0T25reWFVdzFNUSZyZW1hcmtzPVFVRXg1cGF3NVlxZzVaMmhJRWxRVEVNZzVwU3Y1b3lCVGtZZ1ZrbFFNaURudlpIbG5ZQTZibTVpYVc0dVkyOXQmZ3JvdXA9Nlp1MjU0SzU1THFSNTcyUjVaMkFPbU5qWW1KemN5NWpiMjA'))
    for ssr in ssr_list.splitlines():
        print(parse(ssr))

    print('\n')

    # decoding v2ray config
    encoded_data = 'eyJ1dWlkIjoiZmYyM2FjZGI5YzMwNTMyZGFmMjJkZDg0YjcxYjYyYjQifQ=='  # 这是一个示例的 Base64 编码 UUID
    decoded_data = decode_v2ray_config(encoded_data)
    print(decoded_data)

    # decoding vmess
    v2ray_list_base64 = '''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'''
    v2ray_list = base64_decode(v2ray_list_base64)
    print(v2ray_list)
    for v2ray in v2ray_list.splitlines():
        print(decode_v2ray_vmess(v2ray))