mirror of
https://github.com/Sneed-Group/pypush-plus-plus
synced 2024-12-23 19:32:29 -06:00
move proxy stuff around
This commit is contained in:
JJTech0130
parent
12cd7ac2cd
commit
0fc17b6d83
9 changed files with 15 additions and 318 deletions
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@ -1,17 +0,0 @@
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import apns
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import ids
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conn1 = apns.APNSConnection()
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conn1.connect()
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# Uncomment these for greater parity with apsd
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# conn1.keep_alive()
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# conn1.set_state(0x01)
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# conn1.filter([])
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# conn1.connect(False)
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conn1.filter(["com.apple.madrid"])
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# print(ids.lookup(conn1, ["mailto:jjtech@jjtech.dev"]))
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#print(ids.register(conn1, "user_test2@icloud.com", "wowSecure1"))
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@ -1,198 +0,0 @@
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# TLS server to proxy APNs traffic
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import socket
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import sys
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import threading
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import tlslite
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# setting path
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sys.path.append("../")
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sys.path.append("../../")
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# APNs server to proxy traffic to
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APNS_HOST = "windows.courier.push.apple.com"
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APNS_PORT = 5223
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ALPN = b"apns-security-v3"
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# ALPN = b"apns-security-v2"
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# ALPN = b"apns-pack-v1"
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global_cnt = 0
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# Connect to the APNs server
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def connect() -> tlslite.TLSConnection:
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# Connect to the APNs server
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sock = socket.create_connection((APNS_HOST, APNS_PORT))
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# Wrap the socket in TLS
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ssock = tlslite.TLSConnection(sock)
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# print("Handshaking with APNs")
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# Handshake with the server
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if ALPN == b"apns-security-v3":
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print("Using v3")
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ssock.handshakeClientCert(alpn=[ALPN])
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else:
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import albert
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private_key, cert = albert.generate_push_cert()
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cert = tlslite.X509CertChain([tlslite.X509().parse(cert)])
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private_key = tlslite.parsePEMKey(private_key, private=True)
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# Handshake with the server
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ssock.handshakeClientCert(cert, private_key, alpn=[ALPN])
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return ssock
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cert: str = None
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key: str = None
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import printer
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import apns
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outgoing_list = []
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incoming_list = []
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# last_outgoing = b""
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def proxy(conn1: tlslite.TLSConnection, conn2: tlslite.TLSConnection, prefix: str = ""):
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try:
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while True:
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# Read data from the first connection
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data = conn1.read()
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# print(prefix, "data: ", data)
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# If there is no data, the connection has closed
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if not data:
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print(prefix, "Connection closed due to no data")
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break
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try:
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override = printer.pretty_print_payload(
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prefix, apns._deserialize_payload_from_buffer(data)
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)
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except Exception as e:
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print(e) # Can't crash the proxy over parsing errors
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override = None
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if override is not None:
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data = override
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print("OVERRIDE: ", end="")
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printer.pretty_print_payload(
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prefix, apns._deserialize_payload_from_buffer(data)
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)
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if "apsd -> APNs" in prefix:
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global outgoing_list
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outgoing_list.insert(0, data)
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if len(outgoing_list) > 100:
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outgoing_list.pop()
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elif "APNs -> apsd" in prefix:
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global incoming_list
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incoming_list.insert(0, data)
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if len(incoming_list) > 100:
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incoming_list.pop()
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# print(prefix, data)
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# Write the data to the second connection
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conn2.write(data)
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except OSError as e:
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if e.errno == 9:
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print(prefix, "Connection closed due to OSError 9")
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pass # Probably a connection closed error
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else:
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raise e
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except tlslite.TLSAbruptCloseError as e:
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print(prefix, "Connection closed abruptly: ", e)
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print("Connection closed")
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# Close the connections
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conn1.close()
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conn2.close()
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repl_lock = False
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def repl(conn1: tlslite.TLSConnection, conn2: tlslite.TLSConnection):
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global repl_lock
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if repl_lock:
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print("REPL already running")
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return
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repl_lock = True
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import IPython
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IPython.embed()
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def handle(conn: socket.socket):
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# Wrap the socket in TLS
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s_conn = tlslite.TLSConnection(conn)
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global cert, key
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chain = tlslite.X509CertChain()
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chain.parsePemList(cert)
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# print(chain)
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# cert = tlslite.X509CertChain([tlslite.X509().parse(cert)])
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key_parsed = tlslite.parsePEMKey(key, private=True)
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# print(key_parsed)
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s_conn.handshakeServer(
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certChain=chain, privateKey=key_parsed, reqCert=False, alpn=[ALPN]
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)
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print("Handling connection")
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# Connect to the APNs server
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apns = connect()
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print("Connected to APNs")
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threading.Thread(target=repl, args=(s_conn, apns)).start()
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global global_cnt
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global_cnt += 1
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# Proxy data between the connections
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# Create a thread to proxy data from the APNs server to the client
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threading.Thread(
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target=proxy, args=(s_conn, apns, f"{global_cnt} apsd -> APNs")
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).start()
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# Just proxy data from the client to the APNs server in this thread
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proxy(apns, s_conn, f"{global_cnt} APNs -> apsd")
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def serve():
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# Create a socket to listen for connections
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sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
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# Allow the socket to be reused
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sock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
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sock.bind(("localhost", 5223))
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sock.listen()
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print("Listening for connections...")
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# Handshake with the client
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# Read the certificate and private key from the config
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with open("push_certificate_chain.pem", "r") as f:
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global cert
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cert = f.read()
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# NEED TO USE OPENSSL, SEE CORETRUST CMD, MIMIC ENTRUST? OR AT LEAST SEE PUSHPROXY FOR EXTRACTION & REPLACEMENT
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with open("push_key.pem", "r") as f:
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global key
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key = f.read()
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conns = []
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# Accept connections
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try:
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while True:
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# Accept a connection
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conn, addr = sock.accept()
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conns.append(conn)
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# Create a thread to handle the connection
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# handle(conn)
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thread = threading.Thread(target=handle, args=(conn,))
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thread.start()
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except KeyboardInterrupt:
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print("Keyboard interrupt, closing sockets")
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for conn in conns:
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conn.close()
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sock.close()
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if __name__ == "__main__":
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serve()
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@ -1,85 +0,0 @@
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import hashlib
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import plistlib
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import zlib
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from base64 import b64decode
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import ids
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with open("body.txt", "r") as f:
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BODY = f.read()
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CERT = "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"
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SIG = "AQEZs/u9Ptb8AmFpCv5XgzUsskvcleZDBxYTe5JOoshFCxpnByTwFA0mxplklHqT2rTEeF+Bu0Bo0vEPlh9KslmIoQLo6ej25bbtFN07dnHNwd84xzQzWBa4VHLQE1gNjSpcorppxpAUon/eFRu5yRxmwQVmqo+XmmxSuFCzxUaAZAPFPDna+8tvRwd0q3kuK9b0w/kuT16X1SL166fFNzmsQGcBqob9C9xX0VlYGqSd4K975gWdYsPo/kiY0ni4Q130oc6oAANr8ATN0bEeAO6/AfVM2aqHJTGlYlekBFWf8Tp8AJLUc4cm676346IEBST+l4rYGxYYStV2PEmp9cZ+"
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TOKEN = "5V7AY+ikHr4DiSfq1W2UBa71G3FLGkpUSKTrOLg81yk="
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NONCE = "AQAAAYeBb0XwKDMBW5PfAPM="
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def extract_hash(sig: bytes, cert: str) -> str:
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# sig = b64decode(SIG)[2:]
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sig = int.from_bytes(sig, "big")
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# Get the correct hash
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from cryptography.hazmat.backends import default_backend
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from cryptography.x509 import load_pem_x509_certificate
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# key, cert = load_keys()
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cert = "-----BEGIN CERTIFICATE-----\n" + cert + "\n-----END CERTIFICATE-----"
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cert = load_pem_x509_certificate(cert.encode(), default_backend())
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modulus = cert.public_key().public_numbers().n
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power = cert.public_key().public_numbers().e
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# print(hex(pow(sig, power, modulus)))
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return pow(sig, power, modulus)
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# from cryptography import x509
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# cert = "-----BEGIN CERTIFICATE-----\n" + cert + "\n-----END CERTIFICATE-----"
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# cert = x509.load_pem_x509_certificate(cert.encode())
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# pub = cert.public_key()
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# modulus = pub.public_numbers().n
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# # Get the power
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# power = pub.public_numbers().e
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# # Get the hash from the sig
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# sig = b64decode(sig)
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# sig = sig[2:]
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# sig = int.from_bytes(sig)
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# hash = pow(sig, power, modulus)
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# print(hex(hash))
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# return hash
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body = plistlib.dumps(plistlib.loads(BODY.encode()))
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body = zlib.compress(BODY.encode(), wbits=16 + zlib.MAX_WBITS)
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p = ids._create_payload("id-register", "", TOKEN, body, b64decode(NONCE))[0]
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s = hashlib.sha1(p).digest()
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print(s.hex())
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# extract_hash(SIG, CERT)
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# Loop through all POSSIBLE ranges
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# sig = b64decode(SIG)
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# print(sig[:2])
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# for i in range(len(sig)):
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# for j in range(i, len(sig)):
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# h = extract_hash(sig[i:j], CERT)
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# t = hex(h)
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# if 'ffffff' in t:
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# print(i, j, t)
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# sig = b64decode(SIG)[2:]
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# for i in range(len(sig)):
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# h = extract_hash(sig[:i], CERT)
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# t = hex(h)
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# if 'ffff' in t:
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# print(i, t)
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# #print(hex(extract_hash(SIG, CERT)))
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# CERT2 = "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"
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# SIG2 = "AQGOTyyRBWMxoGWqEUl5bZJXssL6bkK4acxIDOCJTUy0MMavNEwtFThZkqVpQFqjB7eXNBM6PxwPtmwHmf/5IWgIkBUthIwhGJV3pLUkhDHTVX5YjbUSF7Z4y+Y39BQ2hhYjfcz1bw2KH40MByt+bnk28Xv2XaKWYuBinH9PVajp3g=="
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|
||||
SIG3 = "AQEZs/u9Ptb8AmFpCv5XgzUsskvcleZDBxYTe5JOoshFCxpnByTwFA0mxplklHqT2rTEeF+Bu0Bo0vEPlh9KslmIoQLo6ej25bbtFN07dnHNwd84xzQzWBa4VHLQE1gNjSpcorppxpAUon/eFRu5yRxmwQVmqo+XmmxSuFCzxUaAZAPFPDna+8tvRwd0q3kuK9b0w/kuT16X1SL166fFNzmsQGcBqob9C9xX0VlYGqSd4K975gWdYsPo/kiY0ni4Q130oc6oAANr8ATN0bEeAO6/AfVM2aqHJTGlYlekBFWf8Tp8AJLUc4cm676346IEBST+l4rYGxYYStV2PEmp9cZ+"
|
||||
CERT3 = "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"
|
||||
|
||||
print(hex(extract_hash(b64decode(SIG)[2:], CERT)))
|
||||
File diff suppressed because one or more lines are too long
|
|
@ -66,10 +66,12 @@ class APNSProxy:
|
|||
await payload.write_to_stream(to_stream)
|
||||
|
||||
def log(self, payload: apns.APNSPayload, to_server: bool):
|
||||
if to_server:
|
||||
logging.info(f"-> {payload}")
|
||||
else:
|
||||
logging.info(f"<- {payload}")
|
||||
import printer
|
||||
printer.print_payload(payload, to_server)
|
||||
# if to_server:
|
||||
# logging.info(f"-> {payload}")
|
||||
# else:
|
||||
# logging.info(f"<- {payload}")
|
||||
|
||||
def tamper(self, payload: apns.APNSPayload, to_server) -> apns.APNSPayload:
|
||||
#if not to_server:
|
||||
Loading…
Reference in a new issue