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acsm-calibre-plugin/register_ADE_account.py

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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
'''
This is an experimental Python version of libgourou. Right now it only supports part of the authorization
(and doesn't support fulfillment at all). All the encryption / decryption stuff works, but once I send
the final request to the Adobe server, it responds with E_AUTH_USER_AUTH, and I have no idea what that means.
Who knows, maybe there will someday be a full Python version of libgourou so it can be used in
Calibre on all operating systems without additional dependencies.
'''
# pyright: reportUndefinedVariable=false
import os, pwd, hashlib, base64, locale, urllib.request, datetime
from datetime import datetime, timedelta
from OpenSSL import crypto
from Crypto import Random
from Crypto.PublicKey import RSA
from Crypto.Util.asn1 import DerSequence
from Crypto.Signature import PKCS1_v1_5 as pkcssign
from Crypto.Hash import SHA
from Crypto.Cipher import AES
from Crypto.Cipher import PKCS1_v1_5
from uuid import getnode
from lxml import etree
VAR_MAIL = "test@example.com"
VAR_PASS = "mypassword"
VAR_AUTH_SERVER = "adeactivate.adobe.com"
VAR_ACS_SERVER = "http://adeactivate.adobe.com/adept"
VAR_HOBBES_VERSION = "10.0.4"
FILE_DEVICEKEY = "devicesalt"
FILE_DEVICEXML = "device.xml"
FILE_ACTIVATIONXML = "activation.xml"
devkey_bytes = None
authkey_pub = None
authkey_priv = None
licensekey_pub = None
licensekey_priv = None
user_uuid = None
pkcs12 = None
def createDeviceKeyFile():
# Original implementation: Device::createDeviceKeyFile()
global devkey_bytes
DEVICE_KEY_SIZE = 16
devkey = Random.get_random_bytes(DEVICE_KEY_SIZE)
devkey_bytes = devkey
f = open(FILE_DEVICEKEY, "wb")
f.write(devkey)
f.close()
def get_mac_address():
mac1 = getnode()
mac2 = getnode()
if (mac1 != mac2) or ((mac1 >> 40) % 2):
return bytes([1, 2, 3, 4, 5, 0])
return mac1.to_bytes(6, byteorder='big')
def makeSerial(random: bool):
# Original implementation: std::string Device::makeSerial(bool random)
sha_out = None
if not random:
uid = os.getuid()
passwd = pwd.getpwuid(uid)
mac_address = get_mac_address()
dataToHash = "%d:%s:%02x:%02x:%02x:%02x:%02x:%02x\x00" % (uid, passwd.pw_name,
mac_address[0], mac_address[1], mac_address[2],
mac_address[3], mac_address[4], mac_address[5])
sha_out = hashlib.sha1(dataToHash.encode('latin-1')).hexdigest().lower()
else:
sha_out = Random.get_random_bytes(20).hex().lower()
return sha_out
def makeFingerprint(serial: str):
# Original implementation: std::string Device::makeFingerprint(const std::string& serial)
# base64(sha1(serial + privateKey))
if (devkey_bytes is None):
print("devkey is None!")
exit()
str_to_hash = serial + devkey_bytes.decode('latin-1')
hashed_str = hashlib.sha1(str_to_hash.encode('latin-1')).digest()
b64str = base64.b64encode(hashed_str)
return b64str
def createDeviceFile(hobbes: str, randomSerial: bool):
# Original implementation: Device::createDeviceFile(const std::string& hobbes, bool randomSerial)
sysname = os.uname()
serial = makeSerial(randomSerial)
fingerprint = makeFingerprint(serial)
NSMAP = { "adept" : "http://ns.adobe.com/adept" }
etree.register_namespace("adept", NSMAP["adept"])
root = etree.Element(etree.QName(NSMAP["adept"], "deviceInfo"))
etree.SubElement(root, etree.QName(NSMAP["adept"], "deviceClass")).text = "Desktop"
etree.SubElement(root, etree.QName(NSMAP["adept"], "deviceSerial")).text = serial
etree.SubElement(root, etree.QName(NSMAP["adept"], "deviceName")).text = sysname.nodename
etree.SubElement(root, etree.QName(NSMAP["adept"], "deviceType")).text = "standalone"
atr_ver = etree.SubElement(root, etree.QName(NSMAP["adept"], "version"))
atr_ver.set("name", "hobbes")
atr_ver.set("value", hobbes)
atr_ver2 = etree.SubElement(root, etree.QName(NSMAP["adept"], "version"))
atr_ver2.set("name", "clientOS")
atr_ver2.set("value", sysname.sysname + " " + sysname.release)
atr_ver3 = etree.SubElement(root, etree.QName(NSMAP["adept"], "version"))
atr_ver3.set("name", "clientLocale")
atr_ver3.set("value", locale.getdefaultlocale()[0])
etree.SubElement(root, etree.QName(NSMAP["adept"], "fingerprint")).text = fingerprint
f = open(FILE_DEVICEXML, "w")
f.write("<?xml version=\"1.0\"?>\n")
f.write(etree.tostring(root, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1"))
f.close()
def createDevice():
createDeviceKeyFile()
createDeviceFile(VAR_HOBBES_VERSION, True)
def sendHTTPRequest_getSimple(URL: str):
headers = {
"Accept": "*/*",
"User-Agent": "book2png",
}
req = urllib.request.Request(url=URL, headers=headers)
handler = urllib.request.urlopen(req)
content = handler.read()
loc = None
try:
loc = req.headers.get("Location")
except:
pass
if loc is not None:
return sendHTTPRequest_getSimple(loc)
return content
def sendPOSTHTTPRequest(URL: str, document: bytes, type: str):
headers = {
"Accept": "*/*",
"User-Agent": "book2png",
"Content-Type": type
}
req = urllib.request.Request(url=URL, headers=headers, data=document)
handler = urllib.request.urlopen(req)
content = handler.read()
loc = None
try:
loc = req.headers.get("Location")
except:
pass
if loc is not None:
return sendPOSTHTTPRequest(loc, document, type)
return content
def sendHTTPRequest(URL: str):
return sendHTTPRequest_getSimple(URL)
def sendRawRequest(URL: str):
return sendHTTPRequest(URL)
def sendRequestDocu(document: str, URL: str):
return sendPOSTHTTPRequest(URL, document.encode("latin-1"), "application/vnd.adobe.adept+xml")
def createUser():
NSMAP = { "adept" : "http://ns.adobe.com/adept" }
root = etree.Element("activationInfo")
root.set("xmlns", NSMAP["adept"])
etree.register_namespace("adept", NSMAP["adept"])
activationServiceInfo = etree.SubElement(root, etree.QName(NSMAP["adept"], "activationServiceInfo"))
activationURL = VAR_ACS_SERVER + "/ActivationServiceInfo"
response = sendRawRequest(activationURL)
print("======================================================")
print("Sending request to " + activationURL)
print("got response:")
print(response)
print("======================================================")
adobe_response_xml = etree.fromstring(response)
adNS = lambda tag: '{%s}%s' % ('http://ns.adobe.com/adept', tag)
authURL = adobe_response_xml.find("./%s" % (adNS("authURL"))).text
userInfoURL = adobe_response_xml.find("./%s" % (adNS("userInfoURL"))).text
certificate = adobe_response_xml.find("./%s" % (adNS("certificate"))).text
if (authURL is None or userInfoURL is None or certificate is None):
print("Error: Unexpected reply from Adobe.")
exit()
etree.SubElement(activationServiceInfo, etree.QName(NSMAP["adept"], "authURL")).text = authURL
etree.SubElement(activationServiceInfo, etree.QName(NSMAP["adept"], "userInfoURL")).text = userInfoURL
etree.SubElement(activationServiceInfo, etree.QName(NSMAP["adept"], "activationURL")).text = VAR_ACS_SERVER
etree.SubElement(activationServiceInfo, etree.QName(NSMAP["adept"], "certificate")).text = certificate
authenticationURL = authURL + "/AuthenticationServiceInfo"
response2 = sendRawRequest(authenticationURL)
print("======================================================")
print("Sending request to " + authenticationURL)
print("got response:")
print(response2)
print("======================================================")
adobe_response_xml2 = etree.fromstring(response2)
authCert = adobe_response_xml2.find("./%s" % (adNS("certificate"))).text
etree.SubElement(activationServiceInfo, etree.QName(NSMAP["adept"], "authenticationCertificate")).text = authCert
f = open(FILE_ACTIVATIONXML, "w")
f.write("<?xml version=\"1.0\"?>\n")
f.write(etree.tostring(root, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1"))
f.close()
return
def buildSignInRequest(adobeID: str, adobePassword: str, authenticationCertificate: str):
NSMAP = { "adept" : "http://ns.adobe.com/adept" }
etree.register_namespace("adept", NSMAP["adept"])
root = etree.Element(etree.QName(NSMAP["adept"], "signIn"))
root.set("method", "AdobeID")
global devkey_bytes
deviceKey = devkey_bytes
_authenticationCertificate = base64.b64decode(authenticationCertificate)
# Build buffer <deviceKey> <len username> <username> <len password> <password>
ar = bytearray(deviceKey)
ar.extend(bytearray(len(adobeID).to_bytes(1, 'big')))
ar.extend(bytearray(adobeID.encode("latin-1")))
ar.extend(bytearray(len(adobePassword).to_bytes(1, 'big')))
ar.extend(bytearray(adobePassword.encode("latin-1")))
# Crypt code from https://stackoverflow.com/a/12921889/4991648
cert = DerSequence()
cert.decode(_authenticationCertificate)
tbsCertificate = DerSequence()
tbsCertificate.decode(cert[0])
subjectPublicKeyInfo = tbsCertificate[6]
rsakey = RSA.importKey(subjectPublicKeyInfo)
cipherAC = PKCS1_v1_5.new(rsakey)
crypted_msg = cipherAC.encrypt(bytes(ar))
etree.SubElement(root, etree.QName(NSMAP["adept"], "signInData")).text = base64.b64encode(crypted_msg)
# Generate Auth key and License Key
authkey = RSA.generate(1024, e=65537)
licensekey = RSA.generate(1024, e=65537)
global authkey_pub, authkey_priv, licensekey_pub, licensekey_priv
# original
#// Generate Auth key and License Key
#void* rsaAuth = client->generateRSAKey(1024);
#void* rsaLicense = client->generateRSAKey(1024);
#std::string serializedData = serializeRSAPublicKey(rsaAuth);
#appendTextElem(signIn, "adept:publicAuthKey", serializedData);
#serializedData = serializeRSAPrivateKey(rsaAuth);
#appendTextElem(signIn, "adept:encryptedPrivateAuthKey", serializedData.data());
#
#void* DRMProcessorClientImpl::generateRSAKey(int keyLengthBits)
#{
#BIGNUM * bn = BN_new();
#RSA * rsa = RSA_new();
#BN_set_word(bn, 0x10001);
#RSA_generate_key_ex(rsa, keyLengthBits, bn, 0);
#BN_free(bn);
#return rsa;
#}
authkey_pub = authkey.publickey().exportKey("DER")
authkey_priv = authkey.exportKey("DER", pkcs=8)
authkey_priv_enc = encrypt_with_device_key(authkey_priv)
licensekey_pub = licensekey.publickey().exportKey("DER")
licensekey_priv = licensekey.exportKey("DER", pkcs=8)
licensekey_priv_enc = encrypt_with_device_key(licensekey_priv)
print("authkey_priv is")
print(base64.b64encode(authkey_priv))
etree.SubElement(root, etree.QName(NSMAP["adept"], "publicAuthKey")).text = base64.b64encode(authkey_pub)
etree.SubElement(root, etree.QName(NSMAP["adept"], "encryptedPrivateAuthKey")).text = base64.b64encode(authkey_priv_enc)
etree.SubElement(root, etree.QName(NSMAP["adept"], "publicLicenseKey")).text = base64.b64encode(licensekey_pub)
etree.SubElement(root, etree.QName(NSMAP["adept"], "encryptedPrivateLicenseKey")).text = base64.b64encode(licensekey_priv_enc)
# print(etree.tostring(root, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1"))
return "<?xml version=\"1.0\"?>\n" + etree.tostring(root, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1")
def signIn(username: str, passwd: str):
# Get authenticationCertificate
activationxml = etree.parse(FILE_ACTIVATIONXML)
adNS = lambda tag: '{%s}%s' % ('http://ns.adobe.com/adept', tag)
authenticationCertificate = activationxml.find("./%s/%s" % (adNS("activationServiceInfo"), adNS("authenticationCertificate"))).text
signInRequest = buildSignInRequest(username, passwd, authenticationCertificate)
signInURL = activationxml.find("./%s/%s" % (adNS("activationServiceInfo"), adNS("authURL"))).text + "/SignInDirect"
credentials = sendRequestDocu(signInRequest, signInURL)
print("======================================================")
print("Sending request to " + signInURL)
print("Payload:")
print(signInRequest)
print("got response:")
print(credentials)
print("======================================================")
try:
credentialsXML = etree.fromstring(credentials)
if (credentialsXML.tag == adNS("error")):
err = credentialsXML.get("data")
if ("E_AUTH_FAILED" in err and "CUS05051" in err):
print("Invalid username or password!")
else:
print("Unknown Adobe error:")
print(credentials)
exit()
elif (credentialsXML.tag == adNS("credentials")):
print("Login successful")
else:
print("Invalid main tag " + credentialsXML.tag)
exit()
except:
print("Invalid response to login request")
exit()
# Got correct credentials
private_key_data_encrypted = credentialsXML.find("./%s" % (adNS("encryptedPrivateLicenseKey"))).text
private_key_data_encrypted = base64.b64decode(private_key_data_encrypted)
private_key_data = decrypt_with_device_key(private_key_data_encrypted)
# Okay, now we got the credential response correct. Now "just" apply all these to the main activation.xml
f = open(FILE_ACTIVATIONXML, "w")
f.write("<?xml version=\"1.0\"?>\n")
f.write(etree.tostring(activationxml, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1").replace("</activationInfo>", ""))
# Yeah, that's ugly, but I didn't get etree to work with the different Namespaces ...
f.write("<adept:credentials xmlns:adept=\"http://ns.adobe.com/adept\">\n")
f.write("<adept:user>%s</adept:user>\n" % (credentialsXML.find("./%s" % (adNS("user"))).text))
f.write("<adept:username method=\"%s\">%s</adept:username>\n" % (credentialsXML.find("./%s" % (adNS("username"))).get("method", "AdobeID"), credentialsXML.find("./%s" % (adNS("username"))).text))
f.write("<adept:pkcs12>%s</adept:pkcs12>\n" % (credentialsXML.find("./%s" % (adNS("pkcs12"))).text))
f.write("<adept:licenseCertificate>%s</adept:licenseCertificate>\n" % (credentialsXML.find("./%s" % (adNS("licenseCertificate"))).text))
f.write("<adept:privateLicenseKey>%s</adept:privateLicenseKey>\n" % (base64.b64encode(private_key_data).decode("latin-1")))
f.write("<adept:authenticationCertificate>%s</adept:authenticationCertificate>\n" % (authenticationCertificate))
f.write("</adept:credentials>\n")
f.write("</activationInfo>\n")
f.close()
global user_uuid
user_uuid = credentialsXML.find("./%s" % (adNS("user"))).text
global pkcs12
pkcs12 = credentialsXML.find("./%s" % (adNS("pkcs12"))).text
def encrypt_with_device_key(data):
global devkey_bytes
remain = 16
if (len(data) % 16):
remain = 16 - (len(data) % 16)
data += bytes([remain])*remain
iv = Random.get_random_bytes(16)
cip = AES.new(devkey_bytes, AES.MODE_CBC, iv)
encrypted = cip.encrypt(data)
res = iv + encrypted
return res
def decrypt_with_device_key(data):
global devkey_bytes
cip = AES.new(devkey_bytes, AES.MODE_CBC, data[:16])
decrypted = cip.decrypt(data[16:])
# Remove padding
decrypted = decrypted[:-decrypted[-1]]
return decrypted
def addNonce():
dt = datetime.utcnow()
usec = dt.microsecond
sec = (dt - datetime(1970,1,1)).total_seconds()
nonce320 = int(0x6f046000)
nonce321 = int(0x388a)
bigtime = int(sec * 1000)
nonce320 += int((bigtime & 0xFFFFFFFF) + usec/1000)
nonce321 += int(((bigtime >> 32) & 0xFFFFFFFF))
final = bytearray(nonce320.to_bytes(4, 'little'))
final.extend(nonce321.to_bytes(4, 'little'))
tmp = 0
final.extend(tmp.to_bytes(4, 'little'))
ret = ""
ret += "<adept:nonce>%s</adept:nonce>" % (base64.b64encode(final).decode("latin-1"))
m10m = datetime.utcnow() + timedelta(minutes=10)
m10m_str = m10m.strftime("%Y-%m-%dT%H:%M:%SZ")
ret += "<adept:expiration>%s</adept:expiration>" % (m10m_str)
return ret
def buildActivateReq():
devicexml = etree.parse(FILE_DEVICEXML)
adNS = lambda tag: '{%s}%s' % ('http://ns.adobe.com/adept', tag)
version = None
clientOS = None
clientLocale = None
ver = devicexml.findall("./%s" % (adNS("version")))
for f in ver:
if f.get("name") == "hobbes":
version = f.get("value")
elif f.get("name") == "clientOS":
clientOS = f.get("value")
elif f.get("name") == "clientLocale":
clientLocale = f.get("value")
if (version is None or clientOS is None or clientLocale is None):
print("err")
return
ret = ""
ret += "<?xml version=\"1.0\"?>"
ret += "<adept:activate xmlns:adept=\"http://ns.adobe.com/adept\" requestType=\"initial\">"
ret += "<adept:fingerprint>%s</adept:fingerprint>" % (devicexml.find("./%s" % (adNS("fingerprint"))).text)
ret += "<adept:deviceType>%s</adept:deviceType>" % (devicexml.find("./%s" % (adNS("deviceType"))).text)
ret += "<adept:clientOS>%s</adept:clientOS>" % (clientOS)
ret += "<adept:clientLocale>%s</adept:clientLocale>" % (clientLocale)
ret += "<adept:clientVersion>%s</adept:clientVersion>" % (devicexml.find("./%s" % (adNS("deviceClass"))).text)
ret += "<adept:targetDevice>"
ret += "<adept:softwareVersion>%s</adept:softwareVersion>" % (version)
ret += "<adept:clientOS>%s</adept:clientOS>" % (clientOS)
ret += "<adept:clientLocale>%s</adept:clientLocale>" % (clientLocale)
ret += "<adept:clientVersion>%s</adept:clientVersion>" % (devicexml.find("./%s" % (adNS("deviceClass"))).text)
ret += "<adept:deviceType>%s</adept:deviceType>" % (devicexml.find("./%s" % (adNS("deviceType"))).text)
ret += "<adept:fingerprint>%s</adept:fingerprint>" % (devicexml.find("./%s" % (adNS("fingerprint"))).text)
ret += "</adept:targetDevice>"
ret += addNonce()
ret += "<adept:user>%s</adept:user>" % (user_uuid)
ret += "</adept:activate>"
return ret
def activateDevice():
activate_req = buildActivateReq()
print("======================================================")
print("activate")
print(activate_req)
NSMAP = { "adept" : "http://ns.adobe.com/adept" }
etree.register_namespace("adept", NSMAP["adept"])
req_xml = etree.fromstring(activate_req)
signature = sign_node(req_xml)
etree.SubElement(req_xml, etree.QName(NSMAP["adept"], "signature")).text = signature
print ("final request:")
print(etree.tostring(req_xml, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1"))
data = "<?xml version=\"1.0\"?>\n" + etree.tostring(req_xml, encoding="utf-8", pretty_print=True, xml_declaration=False).decode("latin-1")
ret = sendRequestDocu(data, VAR_ACS_SERVER + "/Activate")
print("======================================================")
print("Sending request to " + VAR_ACS_SERVER + "/Activate")
print("Payload:")
print(data)
print("got response:")
print(ret)
print("======================================================")
'''
void DRMProcessor::activateDevice()
{
pugi::xml_document activateReq;
GOUROU_LOG(INFO, "Activate device");
buildActivateReq(activateReq);
pugi::xml_node root = activateReq.select_node("adept:activate").node();
std::string signature = signNode(root);
root = activateReq.select_node("adept:activate").node();
appendTextElem(root, "adept:signature", signature);
pugi::xml_document activationDoc;
user->readActivation(activationDoc);
std::string activationURL = user->getProperty("//adept:activationURL");
activationURL += "/Activate";
ByteArray reply = sendRequest(activateReq, activationURL);
pugi::xml_document activationToken;
activationToken.load_buffer(reply.data(), reply.length());
root = activationDoc.select_node("activationInfo").node();
root.append_copy(activationToken.first_child());
user->updateActivationFile(activationDoc);
}
'''
def sign_node(node):
sha_hash = hash_node(node)
global devkey_bytes
global pkcs12
my_pkcs12 = base64.b64decode(pkcs12)
pkcs_data = crypto.load_pkcs12(my_pkcs12, base64.b64encode(devkey_bytes))
my_priv_key = crypto.dump_privatekey(crypto.FILETYPE_ASN1, pkcs_data.get_privatekey())
key = RSA.importKey(my_priv_key)
cipherAC = pkcssign.new(key)
crypted_msg = cipherAC.sign(sha_hash)
return base64.b64encode(crypted_msg)
def hash_node(node):
hash_ctx = SHA.new()
hash_node_ctx(node, hash_ctx)
return hash_ctx
ASN_NONE = 0
ASN_NS_TAG = 1
ASN_CHILD = 2
ASN_END_TAG = 3
ASN_TEXT = 4
ASN_ATTRIBUTE = 5
debug = False
def hash_node_ctx(node, hash_ctx):
qtag = etree.QName(node.tag)
hash_do_append_tag(hash_ctx, ASN_NS_TAG)
hash_do_append_string(hash_ctx, qtag.namespace)
hash_do_append_string(hash_ctx, qtag.localname)
attrKeys = node.keys()
attrKeys.sort()
for attribute in attrKeys:
hash_do_append_tag(hash_ctx, ASN_ATTRIBUTE)
hash_do_append_string(hash_ctx, "")
hash_do_append_string(hash_ctx, attribute) # "requestType"
hash_do_append_string(hash_ctx, node.get(attribute)) # "initial"
if (node.text is not None):
hash_do_append_tag(hash_ctx, ASN_CHILD)
hash_do_append_tag(hash_ctx, ASN_TEXT)
hash_do_append_string(hash_ctx, node.text.strip())
hash_do_append_tag(hash_ctx, ASN_END_TAG)
else:
hash_do_append_tag(hash_ctx, ASN_CHILD)
for child in node:
hash_node_ctx(child, hash_ctx)
hash_do_append_tag(hash_ctx, ASN_END_TAG)
def hash_do_append_string(hash_ctx, string: str):
length = len(string)
len_upper = int(length / 256)
len_lower = int(length & 0xFF)
global debug
if debug:
print("[STR %02x %02x => %s ]" % (len_upper, len_lower, string))
hash_do_append_raw_bytes(hash_ctx, [len_upper, len_lower])
hash_do_append_raw_bytes(hash_ctx, bytes(string, encoding="latin-1"))
def hash_do_append_tag(hash_ctx, tag: int):
global debug
if debug:
if (tag == ASN_NONE):
print("[TAG ASN_NONE (0) ]")
elif (tag == ASN_NS_TAG):
print("[TAG ASN_NS_TAG (1) ]")
elif (tag == ASN_CHILD):
print("[TAG ASN_CHILD (2) ]")
elif (tag == ASN_END_TAG):
print("[TAG ASN_END_TAG (3) ]")
elif (tag == ASN_TEXT):
print("[TAG ASN_TEXT (4) ]")
elif (tag == ASN_ATTRIBUTE):
print("[TAG ASN_ATTRIBUTE (5) ]")
else:
print("[ INVALID TAG!!!! %d" % (tag))
if (tag > 5):
return
hash_do_append_raw_bytes(hash_ctx, [tag])
def hash_do_append_raw_bytes(hash_ctx, data: bytes):
hash_ctx.update(bytearray(data))
def main():
createDevice()
createUser()
signIn(VAR_MAIL, VAR_PASS)
activateDevice()
if __name__ == "__main__":
main()
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