def monitor():
schemas = SchemaStore(getFiles())
schemas.printSchemas()
recentMatches = []
#openflow = Openflow(schemas)
sflow = Sflow(schemas, recentMatches)
sflow.start()
while True:
if sflow.recentMatches:
print sflow.recentMatches
def getFiles():
allFiles = os.listdir(os.getcwd())
print "current working directory is "+os.getcwd()
xmlFiles = []
xmlPattern= re.compile('^.*\.(xml)$')
for fileName in allFiles:
m = re.match(xmlPattern,fileName)
if m and fileName != "FlowSchema.xml":
xmlFiles += [m.group(0)]
print xmlFiles
return xmlFiles
<<<<<<< HEAD
schemas = SchemaStore(getFiles())
schemas.printSchemas()
"""fix parsing, get flows to work. work on architecture. make canonical topology, with ip addresses.
switch to layer 3 routing. check latency properly, testing different maounts
and cleearing the ARP cache. then combine flows with latency """
openflow = Openflow(schemas)
openflow.start()
sflow = Sflow(schemas)
sflow.start()
monitor = Monitor(sflow,openflow)
monitor.start()
"""another infinite loop means it needs its own thread so it doesn't stop routing"""
from DDoSPrevention import DDoSPrevention
def getFiles():
allFiles = os.listdir(os.getcwd())
print "current working directory is " + os.getcwd()
xmlFiles = []
xmlPattern = re.compile('^.*\.(xml)$')
for fileName in allFiles:
m = re.match(xmlPattern, fileName)
if m and fileName != "FlowSchema.xml":
xmlFiles += [m.group(0)]
print "\033[1m\033[37mLoaded schemas: " + str(xmlFiles) + "\033[0m"
return xmlFiles
schemas = SchemaStore(getFiles())
"""get lowest threshold"""
lowestThreshold = 9999999
for schema in schemas.schemas:
if schema.ddos:
if schema.ddos < lowestThreshold:
lowestThreshold = schema.ddos
openflow = Openflow(schemas)
openflow.start()
sflow = Sflow(schemas)
sflow.start()
monitor = Monitor(sflow, openflow, lowestThreshold, schemas.schemas)
monitor.start()