def ct_seal(sfd):
print "CTSEAL message: "
myargs = {
KEY_MYNICK: "frlfrl",
KEY_BLOB: "this is a message to say yay!!!!",
KEY_CHANNEL: "#prout"
}
acblob = ac_msg(ACMSG_TYPE_CRYPTO, ACMSG_SUBTYPE_CTSEAL, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(4096)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_ctr = ac_pb2.acCipherTextMessageResponse()
ac_ctr.ParseFromString(ac_msg_test.blob)
print "CTR message type:"
print ac_ctr.type
print "CTR message bada:"
print ac_ctr.bada
print "CTR message error_code:"
print ac_ctr.error_code
print "CTR message blob:"
print ac_ctr.blob
return ac_ctr.blob
def ct_open(sfd):
print "CTOPEN message: "
myargs = {
KEY_PEERNICK: "rlfrl",
KEY_BLOB: DATA_BLOB,
KEY_CHANNEL: "#prout"
}
acblob = ac_msg(ACMSG_TYPE_CRYPTO, ACMSG_SUBTYPE_CTOPEN, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(4096)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_ctr = ac_pb2.acCipherTextMessageResponse()
ac_ctr.ParseFromString(ac_msg_test.blob)
print "CTR message type:"
print ac_ctr.type
print "CTR message bada:"
print ac_ctr.bada
print "CTR message error_code:"
print ac_ctr.error_code
print "CTR message blob:"
print ac_ctr.blob
return ac_ctr.blob
def pk_list(sfd):
print "LIST RUNNING DAEMON PUBLIC KEYS"
#myargs = { KEY_NICK:"frlfrl" }
myargs = None
acblob = ac_msg(ACMSG_TYPE_PK, ACMSG_SUBTYPE_PKLIST, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(4096)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
if ac_msg_test.type == ac_pb2.ArseneCryptoMessage.AC_ERROR:
print "Request Error!"
print ac_msg_test.blob
return 1
ac_pkr = ac_pb2.acPublicKeyMessageResponse()
ac_pkr.ParseFromString(ac_msg_test.blob)
print "PKR message type:"
print ac_pkr.type
print "PKR message bada:"
print ac_pkr.bada
print "PKR message error_code:"
print ac_pkr.error_code
print "PKR do we have public keys?!"
print ac_pkr.public_keys
print "HOW MANY PUB KEYS!?"
print len(ac_pkr.public_keys)
for t in ac_pkr.public_keys:
print t.nick + ":" + t.pubkey + ":" + str(t.timestamp) + ":" + str(
datetime.datetime.fromtimestamp(t.timestamp))
print binascii.hexlify(t.fp)
return 0
def kx_recvkey(sfd):
print "KXUNPACK message: " + DATA_BLOB
myargs = {
KEY_MYNICK: "frlfrl",
KEY_PEERNICK: "yondaime",
KEY_CHANNEL: "#prout",
KEY_BLOB: DATA_BLOB
}
acblob = ac_msg(ACMSG_TYPE_KEX, ACMSG_SUBTYPE_KXUNPACK, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(4096)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_kxr = ac_pb2.acKeyExchangeMessageResponse()
ac_kxr.ParseFromString(ac_msg_test.blob)
print "KXR message type:"
print ac_kxr.type
print "KXR message bada:"
print ac_kxr.bada
print "KXR message error_code:"
print ac_kxr.error_code
def pk_addpubkey(sfd):
print "ADD A PUBKEY"
myargs = {
KEY_NICK:
"frlfrl",
KEY_HOST:
KEY_YAHOST_DATA,
KEY_SERVER:
KEY_SERVER_DATA,
KEY_BLOB:
"IpPlkHjaehHIva58t9UOk92x3HIa9mzG9wWzt8i/Tlpzpj/W64+iNiAAAP//3ukNnQ=="
}
acblob = ac_msg(ACMSG_TYPE_PK, ACMSG_SUBTYPE_PKADD, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(2048)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_pkr = ac_pb2.acPublicKeyMessageResponse()
ac_pkr.ParseFromString(ac_msg_test.blob)
print "PKR message type:"
print ac_pkr.type
print "PKR message bada:"
print ac_pkr.bada
print "PKR message error_code:"
print ac_pkr.error_code
print "KEY FP:"
print binascii.hexlify(ac_pkr.blob)
def pk_getmypubkey(sfd):
print "GET MY PUBLIC KEY"
myargs = {KEY_NICK: "youpiya"}
acblob = ac_msg(ACMSG_TYPE_PK, ACMSG_SUBTYPE_PKGET, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(2048)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_pkr = ac_pb2.acPublicKeyMessageResponse()
ac_pkr.ParseFromString(ac_msg_test.blob)
print "PKR message type:"
print ac_pkr.type
print "PKR message bada:"
print ac_pkr.bada
print "PKR message error_code:"
print ac_pkr.error_code
print "PKR do we have public keys?!"
print ac_pkr.public_keys
print "HOW MANY PUB KEYS!?"
print len(ac_pkr.public_keys)
for t in ac_pkr.public_keys:
print t.nick + ":" + t.pubkey + ":" + str(t.timestamp) + ":" + str(
datetime.datetime.fromtimestamp(t.timestamp))
print binascii.hexlify(t.fp)
return 0
def pk_getnewpair(sfd):
#
# GET NEW KEYPAIR MESSAGE
#
print "GENERATE NEW KEYPAIR MESSAGE"
#myargs = { KEY_NICK:"yondaime", KEY_HOST:KEY_HOST_DATA, KEY_SERVER:KEY_SERVER_DATA, KEY_BLOB:"ddskjdkdjsakjdasksa" }
myargs = {
KEY_NICK: "yondaime",
KEY_HOST: KEY_HOST_DATA,
KEY_SERVER: "",
KEY_BLOB: "ddskjdkdjsakjdasksa"
}
acblob = ac_msg(ACMSG_TYPE_PK, ACMSG_SUBTYPE_PKGEN, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(2048)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_pkr = ac_pb2.acPublicKeyMessageResponse()
ac_pkr.ParseFromString(ac_msg_test.blob)
print "PKR message type:"
print ac_pkr.type
print "PKR message bada:"
print ac_pkr.bada
print "PKR message error_code:"
print "%d" % ac_pkr.error_code
return 0
def ac_msg(type=ACMSG_TYPE_PK, subtype=ACMSG_SUBTYPE_PKGEN, args=None):
acmsg = ac_pb2.ArseneCryptoMessage()
if type == ACMSG_TYPE_PK:
acmsg.type = ac_pb2.ArseneCryptoMessage.AC_PK
acmsg.blob = ac_pk_msg(subtype, args)
elif type == ACMSG_TYPE_KEX:
acmsg.type = ac_pb2.ArseneCryptoMessage.AC_KEX
acmsg.blob = ac_kex_msg(subtype, args)
elif type == ACMSG_TYPE_CRYPTO:
acmsg.type = ac_pb2.ArseneCryptoMessage.AC_CRYPTO
acmsg.blob = ac_crypto_msg(subtype, args)
elif type == ACMSG_TYPE_PING:
ac_ping_msg(subtype, args)
else:
print "invalid message build"
ret_blob = acmsg.SerializeToString()
return ret_blob
def pk_del(sfd):
print "DEL message"
#myargs = { KEY_NICK:"frlfrl" }
myargs = None # { KEY_NICK:"frlfrl" }
acblob = ac_msg(ACMSG_TYPE_PK, ACMSG_SUBTYPE_PKDEL, myargs)
sfd.send(acblob)
rcvblob = sfd.recv(4096)
ac_msg_test = ac_pb2.ArseneCryptoMessage()
ac_msg_test.ParseFromString(rcvblob)
print "message type:"
print ac_msg_test.type
ac_pkr = ac_pb2.acPublicKeyMessageResponse()
ac_pkr.ParseFromString(ac_msg_test.blob)
print "PKR message type:"
print ac_pkr.type
print "PKR message bada:"
print ac_pkr.bada
print "PKR message error_code:"
print ac_pkr.error_code