368 lines
8.8 KiB
Python
368 lines
8.8 KiB
Python
#!/usr/bin/env python3
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# -*- coding: utf-8 -*-
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'''
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Helper library with code needed for Adobe stuff.
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'''
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from Crypto import Random
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from uuid import getnode
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import os, hashlib, base64
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import urllib.request
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from Crypto.Cipher import AES
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from datetime import datetime, timedelta
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from lxml import etree
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import rsa
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from Crypto.PublicKey import RSA
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from Crypto.Hash import SHA
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from oscrypto import keys
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from oscrypto.asymmetric import dump_certificate, dump_private_key, dump_public_key
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VAR_AUTH_SERVER = "adeactivate.adobe.com"
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VAR_ACS_SERVER = "http://adeactivate.adobe.com/adept"
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VAR_HOBBES_VERSION = "10.0.4"
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FILE_DEVICEKEY = "devicesalt"
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FILE_DEVICEXML = "device.xml"
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FILE_ACTIVATIONXML = "activation.xml"
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devkey_bytes = None
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def get_devkey_path():
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global FILE_DEVICEKEY
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return FILE_DEVICEKEY
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def get_device_path():
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global FILE_DEVICEXML
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return FILE_DEVICEXML
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def get_activation_xml_path():
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global FILE_ACTIVATIONXML
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return FILE_ACTIVATIONXML
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def update_account_path(folder_path: str):
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global FILE_DEVICEKEY, FILE_DEVICEXML, FILE_ACTIVATIONXML
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FILE_DEVICEKEY = os.path.join(folder_path, "devicesalt")
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FILE_DEVICEXML = os.path.join(folder_path, "device.xml")
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FILE_ACTIVATIONXML = os.path.join(folder_path, "activation.xml")
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def createDeviceKeyFile():
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# Original implementation: Device::createDeviceKeyFile()
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DEVICE_KEY_SIZE = 16
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global devkey_bytes
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devkey_bytes = Random.get_random_bytes(DEVICE_KEY_SIZE)
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f = open(FILE_DEVICEKEY, "wb")
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f.write(devkey_bytes)
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f.close()
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def get_mac_address():
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mac1 = getnode()
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mac2 = getnode()
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if (mac1 != mac2) or ((mac1 >> 40) % 2):
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return bytes([1, 2, 3, 4, 5, 0])
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return mac1.to_bytes(6, byteorder='big')
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def makeSerial(random: bool):
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# Original implementation: std::string Device::makeSerial(bool random)
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sha_out = None
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if not random:
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try:
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# Linux
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uid = os.getuid()
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import pwd
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username = pwd.getpwuid(uid).pw_name
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except:
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# Windows
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uid = 1000
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username = os.getlogin()
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mac_address = get_mac_address()
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dataToHash = "%d:%s:%02x:%02x:%02x:%02x:%02x:%02x\x00" % (uid, username,
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mac_address[0], mac_address[1], mac_address[2],
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mac_address[3], mac_address[4], mac_address[5])
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sha_out = hashlib.sha1(dataToHash.encode('latin-1')).hexdigest().lower()
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else:
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sha_out = Random.get_random_bytes(20).hex().lower()
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return sha_out
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def makeFingerprint(serial: str):
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# Original implementation: std::string Device::makeFingerprint(const std::string& serial)
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# base64(sha1(serial + privateKey))
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f = open(FILE_DEVICEKEY, "rb")
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devkey_bytes = f.read()
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f.close()
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str_to_hash = serial + devkey_bytes.decode('latin-1')
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hashed_str = hashlib.sha1(str_to_hash.encode('latin-1')).digest()
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b64str = base64.b64encode(hashed_str)
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return b64str
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############################################## HTTP stuff:
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def sendHTTPRequest_getSimple(URL: str):
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headers = {
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"Accept": "*/*",
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"User-Agent": "book2png",
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}
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req = urllib.request.Request(url=URL, headers=headers)
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handler = urllib.request.urlopen(req)
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content = handler.read()
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loc = None
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try:
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loc = req.headers.get("Location")
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except:
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pass
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if loc is not None:
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return sendHTTPRequest_getSimple(loc)
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return content
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def sendPOSTHTTPRequest(URL: str, document: bytes, type: str):
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headers = {
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"Accept": "*/*",
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"User-Agent": "book2png",
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"Content-Type": type
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}
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req = urllib.request.Request(url=URL, headers=headers, data=document)
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handler = urllib.request.urlopen(req)
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content = handler.read()
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loc = None
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try:
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loc = req.headers.get("Location")
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except:
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pass
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if loc is not None:
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return sendPOSTHTTPRequest(loc, document, type)
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return content
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def sendHTTPRequest(URL: str):
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return sendHTTPRequest_getSimple(URL)
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def sendRequestDocu(document: str, URL: str):
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return sendPOSTHTTPRequest(URL, document.encode("utf-8"), "application/vnd.adobe.adept+xml")
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######### Encryption and signing ###################
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def encrypt_with_device_key(data):
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global devkey_bytes
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if devkey_bytes is None:
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f = open(FILE_DEVICEKEY, "rb")
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devkey_bytes = f.read()
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f.close()
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remain = 16
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if (len(data) % 16):
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remain = 16 - (len(data) % 16)
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data += bytes([remain])*remain
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iv = Random.get_random_bytes(16)
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cip = AES.new(devkey_bytes, AES.MODE_CBC, iv)
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encrypted = cip.encrypt(data)
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res = iv + encrypted
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return res
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def decrypt_with_device_key(data):
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global devkey_bytes
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if devkey_bytes is None:
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f = open(FILE_DEVICEKEY, "rb")
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devkey_bytes = f.read()
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f.close()
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cip = AES.new(devkey_bytes, AES.MODE_CBC, data[:16])
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decrypted = cip.decrypt(data[16:])
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# Remove padding
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decrypted = decrypted[:-decrypted[-1]]
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return decrypted
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def addNonce():
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dt = datetime.utcnow()
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usec = dt.microsecond
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sec = (dt - datetime(1970,1,1)).total_seconds()
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nonce320 = int(0x6f046000)
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nonce321 = int(0x388a)
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bigtime = int(sec * 1000)
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nonce320 += int((bigtime & 0xFFFFFFFF) + usec/1000)
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nonce321 += int(((bigtime >> 32) & 0xFFFFFFFF))
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final = bytearray(nonce320.to_bytes(4, 'little'))
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final.extend(nonce321.to_bytes(4, 'little'))
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tmp = 0
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final.extend(tmp.to_bytes(4, 'little'))
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ret = ""
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ret += "<adept:nonce>%s</adept:nonce>" % (base64.b64encode(final).decode("utf-8"))
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m10m = dt + timedelta(minutes=10)
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m10m_str = m10m.strftime("%Y-%m-%dT%H:%M:%SZ")
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ret += "<adept:expiration>%s</adept:expiration>" % (m10m_str)
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return ret
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def get_cert_from_pkcs12(_pkcs12, _key):
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_, cert, _ = keys.parse_pkcs12(_pkcs12, _key)
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cert = dump_certificate(cert, encoding="der")
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return cert
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def sign_node(node):
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sha_hash = hash_node(node)
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sha_hash = sha_hash.digest()
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# print("Hash is " + sha_hash.hex())
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global devkey_bytes
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global pkcs12
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if devkey_bytes is None:
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f = open(FILE_DEVICEKEY, "rb")
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devkey_bytes = f.read()
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f.close()
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try:
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activationxml = etree.parse(FILE_ACTIVATIONXML)
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adNS = lambda tag: '{%s}%s' % ('http://ns.adobe.com/adept', tag)
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pkcs12 = activationxml.find("./%s/%s" % (adNS("credentials"), adNS("pkcs12"))).text
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except:
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return None
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my_pkcs12 = base64.b64decode(pkcs12)
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my_priv_key, _, _ = keys.parse_pkcs12(my_pkcs12, base64.b64encode(devkey_bytes))
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my_priv_key = dump_private_key(my_priv_key, None, "der")
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key = rsa.PrivateKey.load_pkcs1(RSA.importKey(my_priv_key).exportKey())
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keylen = rsa.pkcs1.common.byte_size(key.n)
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padded = rsa.pkcs1._pad_for_signing(sha_hash, keylen)
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payload = rsa.pkcs1.transform.bytes2int(padded)
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encrypted = key.blinded_encrypt(payload)
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block = rsa.pkcs1.transform.int2bytes(encrypted, keylen)
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signature = base64.b64encode(block).decode()
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# print("sig is %s\n" % block.hex())
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return signature
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def hash_node(node):
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hash_ctx = SHA.new()
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hash_node_ctx(node, hash_ctx)
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return hash_ctx
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ASN_NONE = 0
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ASN_NS_TAG = 1
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ASN_CHILD = 2
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ASN_END_TAG = 3
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ASN_TEXT = 4
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ASN_ATTRIBUTE = 5
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debug = False
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def hash_node_ctx(node, hash_ctx):
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qtag = etree.QName(node.tag)
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if (qtag.localname == "hmac"):
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return
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hash_do_append_tag(hash_ctx, ASN_NS_TAG)
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hash_do_append_string(hash_ctx, qtag.namespace)
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hash_do_append_string(hash_ctx, qtag.localname)
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attrKeys = node.keys()
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attrKeys.sort()
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for attribute in attrKeys:
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hash_do_append_tag(hash_ctx, ASN_ATTRIBUTE)
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hash_do_append_string(hash_ctx, "")
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hash_do_append_string(hash_ctx, attribute)
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hash_do_append_string(hash_ctx, node.get(attribute))
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if (not len(list(node))):
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hash_do_append_tag(hash_ctx, ASN_CHILD)
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if (node.text is not None):
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hash_do_append_tag(hash_ctx, ASN_TEXT)
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hash_do_append_string(hash_ctx, node.text.strip())
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hash_do_append_tag(hash_ctx, ASN_END_TAG)
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else:
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hash_do_append_tag(hash_ctx, ASN_CHILD)
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for child in node:
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hash_node_ctx(child, hash_ctx)
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hash_do_append_tag(hash_ctx, ASN_END_TAG)
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def hash_do_append_string(hash_ctx, string: str):
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str_bytes = bytes(string, encoding="utf-8")
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length = len(str_bytes)
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len_upper = int(length / 256)
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len_lower = int(length & 0xFF)
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hash_do_append_raw_bytes(hash_ctx, [len_upper, len_lower])
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hash_do_append_raw_bytes(hash_ctx, str_bytes)
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def hash_do_append_tag(hash_ctx, tag: int):
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if (tag > 5):
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return
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hash_do_append_raw_bytes(hash_ctx, [tag])
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def hash_do_append_raw_bytes(hash_ctx, data: bytes):
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hash_ctx.update(bytearray(data))
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