def launch (): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.discovery import launch launch() from topoDiscovery import launch launch() from latencyMonitor import launch launch()
def launch (interval=3): from log.level import launch # launch(DEBUG=True) from samples.pretty_log import launch launch() from samples.spanning_tree import launch launch() from web.jsonrpc import launch launch() from netviz.webservice import launch launch() from netviz.discovery import launch launch(int(interval))
def launch(postfix=datetime.now().strftime("%Y%m%d%H%M%S")): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds from openflow.discovery import launch launch() # we solved the flooding-problem in l2_multi_withstate # from openflow.spanning_tree import launch # launch(no_flood = True, hold_down = True) from Harry_SNSLab.forwarding import launch launch(l3_matching=False)
def launch (): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds from openflow.discovery import launch launch() #we solved the flooding-problem in l2_multi_withstate #from openflow.spanning_tree import launch #launch(no_flood = True, hold_down = True) from fw.forwarding import launch launch(l3_matching=False)
def launch(): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds from openflow.discovery import launch launch() #we solved the flooding-problem in l2_multi_withstate #from openflow.spanning_tree import launch #launch(no_flood = True, hold_down = True) from fw.forwarding import launch launch(l3_matching=False)
def launch(postfix=datetime.now().strftime("%Y%m%d%H%M%S")): from log.level import launch launch(DEBUG=False) from samples.pretty_log import launch launch() from pox.openflow.spanning_tree import launch launch() #from openflow.keepalive import launch #launch(interval=15) # 15 seconds from openflow.discovery import launch launch() core.registerNew(Forwarding)
def launch(): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from setPacketSize import launch launch() p = Processor() core.register('protocols', p)
def launch (postfix=datetime.now().strftime("%Y%m%d%H%M%S")): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() #from openflow.keepalive import launch #launch(interval=15) # 15 seconds from openflow.discovery import launch launch() core.registerNew(Forwarding)
def launch (postfix=datetime.now().strftime("%Y%m%d%H%M%S")): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds from openflow.discovery import launch launch() #we solved the flooding-problem in l2_multi_withstate #from openflow.spanning_tree import launch #launch(no_flood = True, hold_down = True) from opennetmon.forwarding import launch launch(l3_matching=False) from opennetmon.monitoring import launch launch(postfix=postfix)
def launch(): #主程序入口 from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds #发送LLDP数据包来发现topo from openflow.discovery import launch launch() # from pox.forwarding.l2_multi import launch # launch() # from openflow.spanning_tree import launch # launch() # 等待10.0.0.1的主机发送探测包 # 检测到10.0.0.1的数据包通知opennetmon.monistoring配置流表 from FL.forwarding import launch launch() #配置流表 from FL.monitoring import launch launch()
from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds #发送LLDP数据包来发现topo from openflow.discovery import launch launch() # from pox.forwarding.l2_multi import launch # launch() # from openflow.spanning_tree import launch # launch() # 等待10.0.0.1的主机发送探测包 # 检测到10.0.0.1的数据包通知opennetmon.monistoring配置流表 from FL.forwarding import launch launch() #配置流表 from FL.monitoring import launch launch() if __name__ == '__main__': launch()
def launch(postfix=datetime.now().strftime("%Y%m%d%H%M%S")): from log.level import launch launch(DEBUG=True) from samples.pretty_log import launch launch() from openflow.keepalive import launch launch(interval=15) # 15 seconds from openflow.discovery import launch launch(no_flow=True, explicit_drop=False) #launch(no_flow = True, explicit_drop = False, eat_early_packets= True) #we solved the flooding-problem in l2_multi_withstate #from openflow.spanning_tree import launch #launch(no_flood = True, hold_down = True) from opennetmon.forwarding import launch launch(l3_matching=False) from opennetmon.monitoring import launch launch(postfix=postfix)