def openflowV1(self):
# OF_HELLO switch <-> controller
self.sendAndReceiveOF_HELLO_OPENFLOWV1()
# OF_FEATURE switch <-> controller
self.sendAndReceiveOF_FEATURE_OPENFLOWV1()
return
"""
port = PPort(100, "ff:ff:ff:ff:ff:00" , "test", 0, 0, 192 ,0,0,0)
port.port_no = 200
print( "add port : " + str(port.port_no))
packed_data = portStatus( reason=portReason.OFPPR_ADD , desc=port )
packed_data = packed_data.pack()
self.s.send( packed_data )
"""
# init value
data = None
while(1):
count = 0
# receive OF_PACKET_OUT message
while count < self.numberOfRetransmission :
try:
data = self.s.recv(self.buffer_size)
data = unpack_message(data)
break
except Exception as err:
count += 1
print( " 431 Switch ip " + self.switchIp + " handling run-time error of socket : " + str( err ) )
if count == self.numberOfRetransmission :
print( " 443 Switch ip " + self.switchIp + " socket don't receive data")
sys.exit()
if data.header.message_type.name == "OFPT_PACKET_OUT":
self.checkStatusOfActivePort()
# OF_PACKET_IN -> controller
check = self.sendLLDPInOF_PACKET_IN_OPENFLOWV1( data )
if not check :
print("send OFPT_ECHO_REQUEST")
packet = echoRequest().pack()
self.s.send(packet)
"""
if data.header.message_type.name == "OFPT_ECHO_REQUEST":
print("Send OFPT_ECHO_REPLY")
packet = echoReply().pack()
self.s.send(packet)
"""
"""
def openflowV1(self):
# init value
data = None
checkData = None
tempBytes = None
# OF_HELLO switch <-> controller
checkData, tempBytes = self.sendAndReceiveOF_HELLO_OPENFLOWV1()
# OF_FEATURE switch <-> controller
self.sendAndReceiveOF_FEATURE_OPENFLOWV1(checkData, tempBytes)
"""
port = PPort(100, "ff:ff:ff:ff:ff:00" , "test", 0, 0, 192 ,0,0,0)
port.port_no = 200
print( "add port : " + str(port.port_no))
packed_data = portStatus( reason=portReason.OFPPR_ADD , desc=port )
packed_data = packed_data.pack()
self.s.send( packed_data )
"""
while (1):
#init value
indexData = 0
tempData = self.receiveDataFromSocket()
self.checkStatusOfActivePort()
while indexData < len(tempData):
data = unpack_message(tempData[indexData:])
if data.header.message_type.name == "OFPT_PACKET_OUT":
# OF_PACKET_IN -> controller
check = self.sendLLDPInOF_PACKET_IN_OPENFLOWV1(data)
if not check:
print("switch ip " + self.switchIp +
" send OFPT_ECHO_REQUEST")
packet = echoRequest().pack()
self.s.send(packet)
indexData += data.header.length
"""
if data.header.message_type.name == "OFPT_ECHO_REQUEST":
print("Send OFPT_ECHO_REPLY")
packet = echoReply().pack()
self.s.send(packet)
"""
"""
def openflowV1(self):
# OF_HELLO switch <-> controller
self.sendAndReceiveOF_HELLO_OPENFLOWV1()
# OF_FEATURE switch <-> controller
self.sendAndReceiveOF_FEATURE_OPENFLOWV1()
# init value
data = None
while(1):
count = 0
# receive OF_PACKET_OUT message
while count < self.numberOfRetransmission :
try:
data = self.s.recv(self.buffer_size)
data = unpack_message(data)
break
except Exception as err:
count += 1
print( " 431 Switch ip " + self.switchIp + " handling run-time error of socket : " + str( err ) )
if count == self.numberOfRetransmission :
print( " 443 Switch ip " + self.switchIp + " socket don't receive data")
sys.exit()
if data.header.message_type.name == "OFPT_PACKET_OUT":
self.receiveRemoteSwitchDataFromSnmpVersion2C()
self.checkStatusOfActivePort()
# OF_PACKET_IN -> controller
check = self.sendLLDPInOF_PACKET_IN_OPENFLOWV1( data )
if not check :
print("send OFPT_ECHO_REQUEST")
packet = echoRequest().pack()
self.s.send(packet)
"""
if data.header.message_type.name == "OFPT_ECHO_REQUEST":
print("Send OFPT_ECHO_REPLY")
packet = echoReply().pack()
self.s.send(packet)
"""
"""
def openflowV1(self):
# init value
data = None
checkData = None
tempBytes = None
# OF_HELLO switch <-> controller
checkData, tempBytes = self.sendAndReceiveOF_HELLO_OPENFLOWV1()
# OF_FEATURE switch <-> controller
self.sendAndReceiveOF_FEATURE_OPENFLOWV1(checkData, tempBytes)
"""
port = PPort(100, "ff:ff:ff:ff:ff:00" , "test", 0, 0, 192 ,0,0,0)
port.port_no = 200
print( "add port : " + str(port.port_no))
packed_data = portStatus( reason=portReason.OFPPR_ADD , desc=port )
packed_data = packed_data.pack()
self.s.send( packed_data )
"""
count = 0
while (1):
#init value
indexData = 0
tempData = None
try:
tempData = self.s.recv(self.buffer_size)
except Exception as err:
count += 1
if tempData != None:
self.checkStatusOfActivePort()
while indexData < len(tempData):
data = unpack_message(tempData[indexData:])
if data.header.message_type.name == "OFPT_PACKET_OUT":
# OF_PACKET_IN -> controller
check = self.sendLLDPInOF_PACKET_IN_OPENFLOWV1(data)
#print("send of_packet_in")
if check:
count = 0
else:
count += 1
"""
if not check :
print("switch ip " + self.switchIp + " send OFPT_ECHO_REQUEST")
packet = echoRequest().pack()
self.s.send(packet)
"""
#pox
if data.header.message_type.name == "OFPT_BARRIER_REQUEST":
count = 0
packet = BarReply()
packet.header.xid = data.header.xid
packet = packet.pack()
self.s.send(packet)
indexData += data.header.length
if count == 2:
count = 0
#print("switch ip " + self.switchIp + " send OFPT_ECHO_REQUEST")
packet = echoRequest().pack()
self.s.send(packet)
"""
if data.header.message_type.name == "OFPT_ECHO_REQUEST":
print("Send OFPT_ECHO_REPLY")
packet = echoReply().pack()
self.s.send(packet)
"""
"""