mirror of
https://github.com/mbirth/tcl_ota_check.git
synced 2024-11-09 22:06:47 +00:00
300 lines
11 KiB
Python
300 lines
11 KiB
Python
# -*- coding: utf-8 -*-
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# pylint: disable=C0111,C0326
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import argparse
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import base64
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import binascii
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import enum
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import hashlib
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import platform
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import random
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import time
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import xml.dom.minidom
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import zlib
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from collections import OrderedDict
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from math import floor
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import numpy
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import requests
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from defusedxml import ElementTree
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ANSI_UP_DEL = u"\u001b[F\u001b[K"
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ANSI_BLACK = u"\u001b[0;30m"
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ANSI_RED_DARK = u"\u001b[0;31m"
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ANSI_GREEN_DARK = u"\001b[0;32m"
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ANSI_YELLOW_DARK = u"\u001b[0;33m"
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ANSI_CYAN_DARK = u"\u001b[0;36m"
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ANSI_SILVER = u"\u001b[0;37m"
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ANSI_GREY = u"\u001b[1;30m"
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ANSI_RED = u"\u001b[1;31m"
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ANSI_GREEN = u"\001b[1;32m"
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ANSI_YELLOW = u"\u001b[1;33m"
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ANSI_CYAN = u"\u001b[1;36m"
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ANSI_WHITE = u"\u001b[1;37m"
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ANSI_RESET = u"\u001b[0m"
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def make_escapes_work():
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system = platform.system()
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if system == "Windows":
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try:
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import colorama
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except ImportError:
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pass
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else:
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colorama.init()
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def default_enum(enumname, vardict):
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return enum.IntEnum(enumname, vardict, module=__name__, qualname="tcllib.FotaCheck.{}".format(enumname))
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class DefaultParser(argparse.ArgumentParser):
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def __init__(self, appname):
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super().__init__(prog=appname.replace(".py", ""), epilog="https://github.com/mbirth/tcl_ota_check")
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class FotaCheck:
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VDKEY = b"eJwdjwEOwDAIAr8kKFr//7HhmqXp8AIIDrYAgg8byiUXrwRJRXja+d6iNxu0AhUooDCN9rd6rDLxmGIakUVWo3IGCTRWqCAt6X4jGEIUAxgN0eYWnp+LkpHQAg/PsO90ELsy0Npm/n2HbtPndFgGEV31R9OmT4O4nrddjc3Qt6nWscx7e+WRHq5UnOudtjw5skuV09pFhvmqnOEIs4ljPeel1wfLYUF4\n"
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CKTP = default_enum("CKTP", ["AUTO", "MANUAL"])
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MODE = default_enum("MODE", {"OTA": 2, "FULL": 4})
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RTD = default_enum("RTD", ["UNROOTED", "ROOTED"])
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CHNL = default_enum("CHNL", ["3G", "WIFI"])
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CLTP = default_enum("CLTP", {"MOBILE": 10, "DESKTOP": 2010})
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def __init__(self):
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self.serid = "543212345000000"
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self.curef = "PRD-63117-011"
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self.fv = "AAM481"
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self.osvs = "7.1.1"
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self.mode = self.MODE.FULL
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self.ftype = "Firmware"
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self.cltp = self.CLTP.MOBILE
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self.cktp = self.CKTP.MANUAL
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self.rtd = self.RTD.UNROOTED
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self.chnl = self.CHNL.WIFI
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self.g2master = None
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self.master_servers = [
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"g2master-us-east.tclclouds.com",
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"g2master-us-west.tclclouds.com",
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"g2master-eu-west.tclclouds.com",
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"g2master-ap-south.tclclouds.com",
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"g2master-ap-north.tclclouds.com",
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"g2master-sa-east.tclclouds.com",
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]
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self.master_servers_weights = [3] * len(self.master_servers)
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self.check_time_sum = 3
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self.check_time_count = 1
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self.reset_session()
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def reset_session(self):
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self.g2master = self.get_master_server()
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self.sess = requests.Session()
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if self.mode == self.MODE.FULL:
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self.sess.headers.update({"User-Agent": "com.tcl.fota/5.1.0.2.0029.0, Android"})
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else:
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self.sess.headers.update({"User-Agent": "tcl"})
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return self.sess
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@staticmethod
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def get_salt():
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millis = floor(time.time() * 1000)
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tail = "{:06d}".format(random.randint(0, 999999))
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return "{}{}".format(str(millis), tail)
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def get_master_server(self):
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weight_sum = 0
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for i in self.master_servers_weights:
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weight_sum += i
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numpy_weights = []
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for i in self.master_servers_weights:
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numpy_weights.append(i/weight_sum)
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return numpy.random.choice(self.master_servers, p=numpy_weights)
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def master_server_downvote(self):
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idx = self.master_servers.index(self.g2master)
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if self.master_servers_weights[idx] > 1:
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self.master_servers_weights[idx] -= 1
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def master_server_upvote(self):
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idx = self.master_servers.index(self.g2master)
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if self.master_servers_weights[idx] < 10:
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self.master_servers_weights[idx] += 1
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def check_time_add(self, duration):
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self.check_time_sum += duration
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self.check_time_count += 1
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def check_time_avg(self):
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return (self.check_time_sum / self.check_time_count)
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def master_server_vote_on_time(self, last_duration, avg_duration):
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if last_duration < avg_duration - 0.5:
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self.master_server_upvote()
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elif last_duration > avg_duration + 0.5:
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self.master_server_downvote()
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def do_check(self, https=True, timeout=10, max_tries=5):
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protocol = "https://" if https else "http://"
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url = protocol + self.g2master + "/check.php"
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params = OrderedDict()
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params["id"] = self.serid
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params["curef"] = self.curef
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params["fv"] = self.fv
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params["mode"] = self.mode.value
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params["type"] = self.ftype
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params["cltp"] = self.cltp.value
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params["cktp"] = self.cktp.value
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params["rtd"] = self.rtd.value
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params["chnl"] = self.chnl.value
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#params["osvs"] = self.osvs
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last_response = None
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for num_try in range(0, max_tries):
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try:
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reqtime_start = time.perf_counter()
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req = self.sess.get(url, params=params, timeout=timeout)
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reqtime = time.perf_counter() - reqtime_start
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reqtime_avg = self.check_time_avg()
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self.check_time_add(reqtime)
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last_response = req
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if req.status_code == 200:
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self.master_server_vote_on_time(reqtime, reqtime_avg)
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return req.text
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elif req.status_code == 204:
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self.master_server_vote_on_time(reqtime, reqtime_avg)
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raise requests.exceptions.HTTPError("No update available.", response=req)
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elif req.status_code == 404:
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self.master_server_vote_on_time(reqtime, reqtime_avg)
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raise requests.exceptions.HTTPError("No data for requested CUREF/FV combination.", response=req)
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elif req.status_code not in [500, 503]:
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self.master_server_downvote()
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req.raise_for_status()
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raise requests.exceptions.HTTPError("HTTP {}.".format(req.status_code), response=req)
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except requests.exceptions.Timeout:
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pass
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# Something went wrong, try a different server
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self.master_server_downvote()
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self.g2master = self.get_master_server()
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protocol = "https://" if https else "http://"
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url = protocol + self.g2master + "/check.php"
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raise requests.exceptions.RetryError("Max tries ({}) reached.".format(max_tries), response=last_response)
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@staticmethod
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def pretty_xml(xmlstr):
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mdx = xml.dom.minidom.parseString(xmlstr)
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return mdx.toprettyxml(indent=" ")
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@staticmethod
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def parse_check(xmlstr):
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root = ElementTree.fromstring(xmlstr)
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curef = root.find("CUREF").text
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fv = root.find("VERSION").find("FV").text
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tv = root.find("VERSION").find("TV").text
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fw_id = root.find("FIRMWARE").find("FW_ID").text
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fileinfo = root.find("FIRMWARE").find("FILESET").find("FILE")
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fileid = fileinfo.find("FILE_ID").text
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filename = fileinfo.find("FILENAME").text
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filesize = fileinfo.find("SIZE").text
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filehash = fileinfo.find("CHECKSUM").text
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return curef, fv, tv, fw_id, fileid, filename, filesize, filehash
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def get_vk2(self, params_dict, cltp):
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params_dict["cltp"] = cltp
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query = ""
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for k, v in params_dict.items():
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if len(query) > 0:
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query += "&"
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query += k + "=" + str(v)
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vdk = zlib.decompress(binascii.a2b_base64(self.VDKEY))
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query += vdk.decode("utf-8")
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engine = hashlib.sha1()
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engine.update(bytes(query, "utf-8"))
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hexhash = engine.hexdigest()
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return hexhash
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@staticmethod
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def get_creds():
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creds = {
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b"YWNjb3VudA==": b"emhlbmdodWEuZ2Fv",
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b"cGFzc3dvcmQ=": b"cWFydUQ0b2s=",
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}
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params = {base64.b64decode(key): base64.b64decode(val) for key, val in creds.items()}
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return params
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'''
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private HashMap<String, String> buildDownloadUrisParams(UpdatePackageInfo updatePackageInfo) {
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FotaLog.m28v(TAG, "doAfterCheck");
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String salt = FotaUtil.salt();
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HashMap linkedHashMap = new LinkedHashMap();
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linkedHashMap.put("id", this.internalBuilder.getParam("id"));
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linkedHashMap.put("salt", salt);
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linkedHashMap.put("curef", updatePackageInfo.mCuref);
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linkedHashMap.put("fv", updatePackageInfo.mFv);
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linkedHashMap.put("tv", updatePackageInfo.mTv);
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linkedHashMap.put("type", "Firmware");
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linkedHashMap.put("fw_id", updatePackageInfo.mFirmwareId);
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linkedHashMap.put("mode", "2");
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linkedHashMap.put("vk", generateVk2((LinkedHashMap) linkedHashMap.clone()));
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linkedHashMap.put("cltp", "10");
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linkedHashMap.put("cktp", this.internalBuilder.getParam("cktp"));
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linkedHashMap.put("rtd", this.internalBuilder.getParam("rtd"));
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linkedHashMap.put("chnl", this.internalBuilder.getParam("chnl"));
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return linkedHashMap;
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}
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'''
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def do_request(self, curef, fv, tv, fw_id):
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url = "https://" + self.g2master + "/download_request.php"
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params = OrderedDict()
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params["id"] = self.serid
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params["salt"] = self.get_salt()
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params["curef"] = curef
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params["fv"] = fv
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params["tv"] = tv
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params["type"] = self.ftype
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params["fw_id"] = fw_id
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params["mode"] = self.mode.value
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params["vk"] = self.get_vk2(params, self.cltp.value)
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params["cltp"] = self.cltp.value
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params["cktp"] = self.cktp.value
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params["rtd"] = self.rtd.value
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if self.mode == self.MODE.FULL:
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params["foot"] = 1
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params["chnl"] = self.chnl.value
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#print(repr(dict(params)))
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req = self.sess.post(url, data=params)
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if req.status_code == 200:
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return req.text
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else:
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print("REQUEST: " + repr(req))
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print(repr(req.headers))
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print(repr(req.text))
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raise SystemExit
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@staticmethod
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def parse_request(xmlstr):
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root = ElementTree.fromstring(xmlstr)
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file = root.find("FILE_LIST").find("FILE")
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fileid = file.find("FILE_ID").text
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fileurl = file.find("DOWNLOAD_URL").text
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slave_list = root.find("SLAVE_LIST").findall("SLAVE")
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enc_list = root.find("SLAVE_LIST").findall("ENCRYPT_SLAVE")
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slaves = [s.text for s in slave_list]
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encslaves = [s.text for s in enc_list]
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return fileid, fileurl, slaves, encslaves
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def do_encrypt_header(self, encslave, address):
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params = self.get_creds()
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params[b"address"] = bytes(address, "utf-8")
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url = "https://" + encslave + "/encrypt_header.php"
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req = self.sess.post(url, data=params, verify=False)
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# Expect "HTTP 206 Partial Content" response
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if req.status_code == 206:
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return req.content
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else:
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print("ENCRYPT: " + repr(req))
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print(repr(req.headers))
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print(repr(req.text))
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raise SystemExit
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