print "Context opcode: %x [%02d]" % (opcode.opnum, len(opcode.elements))
testpack = ""
request = ""
# Again I have to pass twice because of union dependencies
for element in opcode.elements:
testpack += element.serialize()
# This is all you do to serialize the data for the wire
request += opcode.serialize()
print ""
if send:
print "[*] Sending [%d]" % (opcode.opnum)
print "[*] [%s]" % print_hex(request)
rpc.call(opcode.opnum, request)
try:
recvbuffer = rpc.recv()
except:
print "[!] Socket closed skipping uuid"
rpc = None
continue
if recvbuffer:
try:
rpcerror = rpc.rpcerror(struct.unpack("<L", recvbuffer[:4])[0])
except:
print "[!] Problem with unpack of [%s]" % (recvbuffer)
testpack = ""
request = ""
# Again I have to pass twice because of union dependencies
for element in opcode.elements:
testpack += element.serialize()
# This is all you do to serialize the data for the wire
request += opcode.serialize()
print ""
if send:
print "[*] Sending [%d]" % (opcode.opnum)
print "[*] [%s]" % print_hex(request)
rpc.call(opcode.opnum, request)
try:
recvbuffer = rpc.recv()
except:
print "[!] Socket closed skipping uuid"
rpc = None
continue
if recvbuffer:
try:
rpcerror = rpc.rpcerror(struct.unpack("<L", recvbuffer[:4])[0])
except:
print "[!] Problem with unpack of [%s]" % (recvbuffer)
len(opcode.elements))
testpack = ""
request = ""
# Again I have to pass twice because of union dependencies
for element in opcode.elements:
testpack += element.serialize()
# This is all you do to serialize the data for the wire
request += opcode.serialize()
print ""
if send:
print "[*] Sending [%d]" % (opcode.opnum)
print "[*] [%s]" % print_hex(request)
rpc.call(opcode.opnum, request)
try:
recvbuffer = rpc.recv()
except:
print "[!] Socket closed skipping uuid"
rpc = None
continue
if recvbuffer:
try:
rpcerror = rpc.rpcerror(
struct.unpack("<L", recvbuffer[:4])[0])
except: