def __init__(self, *args, **kwargs):
super(DomainController, self).__init__(*args, **kwargs)
self.domainId = self.CONF.domain_id
self.name = 'domain_controller'
self.domainWsgiIp = self.CONF.domain_wsgi_ip
self.domainWsgiPort = self.CONF.domain_port
self.topo = DomainTopo(name='Domain '+str(self.domainId))
self.dps = {}
self.switches = []
self.sleep = 10
self.local_mac = ['10.108.93.100', '10.108.90.201']
self.TASK_LIST = {}
self.LabelsPool = MplsLabelsPool()
self.LabelsPool.initPool()
self.deviceInfo = {}
self.num = 0
self.taskId_match = {}
self.border_table = []
self.arp_table = {}
self.port_to_localmac = {}
self.timesOfQos = 0
self.qosSwitch = []
self.completeTopo = None
############################################
self.edgePort = []
self.borderPeer = []
self.outDomainSwitch = {}
self.shortestPath = {}
# self.shortestPath = {(513,518):[513,515,518],(518,513):[518,515,513]}
#####################################################
self.QoS_dict = {}
self.superExist = self.CONF.super_exist
if self.superExist:
self.superWsgiIp = self.CONF.super_wsgi_ip
self.superWsgiPort = self.CONF.super_wsgi_port
self.superLastEcho = time.time()
self.monitorThreadFlag = self.CONF.monitor_thread_flag
# if self.monitorThreadFlag:
# self.monitorThread = hub.spawn(self._monitor)
self.lastCollect = {}
self.keepAliveThread = hub.spawn(self._keepAlive)
wsgi = kwargs['wsgi']
data = {}
data[DOMAINCONTROLLER] = self
data[DomainReplyController] = DomainReplyController()
wsgi.register(DomainWsgiController, data)
def __init__(self, *args, **kwargs):
super(DomainController, self).__init__(*args, **kwargs)
self.domainId = self.CONF.domain_id
self.domainWsgiIp = self.CONF.domain_wsgi_ip
self.domainWsgiPort = self.CONF.domain_port
self.topo = DomainTopo(name='Domain ' + str(self.domainId))
self.dps = {}
self.switches = []
self.sleep = 2
self.TASK_LIST = {}
self.deviceInfo = {}
#gqz
#shortestPath is a dict ,the key is a tuple of (in_dpid,in_port_no,out_dpid,out_port_no),
# and the value is the shortestpath between them
#edgePort is a list consist by tuples of (dpid,port_no),which line to a switch controlled by a neighboured-domainController
#borderPeer is a list consist by tuples of (dpid,port_no),which Packet-in a arp packet.
#outDomainSwitch is a dict ,the key is a tuple of (dpid,port_no),which in the edgePort,
# and the value is a tuple of (dpid,port_no) which line to the key and is not the switch controlled by this DC
self.edgePort = []
self.borderPeer = []
self.outDomainSwitch = {}
self.shortestPath = {}
#gqz
self.QoS_dict = {}
self.superExist = self.CONF.super_exist
if self.superExist:
self.superWsgiIp = self.CONF.super_wsgi_ip
self.superWsgiPort = self.CONF.super_wsgi_port
self.superLastEcho = time.time()
self.monitorThreadFlag = self.CONF.monitor_thread_flag
if self.monitorThreadFlag:
self.monitorThread = hub.spawn(self._monitor)
self.lastCollect = {}
self.keepAliveThread = hub.spawn(self._keepAlive)
wsgi = kwargs['wsgi']
data = {}
data[DOMAINCONTROLLER] = self
data[DomainReplyController] = DomainReplyController()
wsgi.register(DomainWsgiController, data)
def __init__(self, *args, **kwargs):
super(DomainController, self).__init__(*args, **kwargs)
self.domainId = self.CONF.domain_id
self.name = 'domain_controller'
self.domainWsgiIp = self.CONF.domain_wsgi_ip
self.domainWsgiPort = self.CONF.domain_port
self.topo = DomainTopo(name='Domain ' + str(self.domainId))
self.dps = {}
self.switches = []
self.sleep = 2
self.TASK_LIST = {}
self.LabelsPool = MplsLabelsPool()
self.LabelsPool.initPool()
self.deviceInfo = {}
self.edgePort = []
self.borderPeer = []
self.outDomainSwitch = {}
self.shortestPath = {}
#self.shortestPath = {(773,769):[773,770,769],(769,773):[769,770,773]}
self.QoS_dict = {}
self.superExist = self.CONF.super_exist
if self.superExist:
self.superWsgiIp = self.CONF.super_wsgi_ip
self.superWsgiPort = self.CONF.super_wsgi_port
self.superLastEcho = time.time()
self.monitorThreadFlag = self.CONF.monitor_thread_flag
if self.monitorThreadFlag:
self.monitorThread = hub.spawn(self._monitor)
self.lastCollect = {}
self.keepAliveThread = hub.spawn(self._keepAlive)
wsgi = kwargs['wsgi']
data = {}
data[DOMAINCONTROLLER] = self
data[DomainReplyController] = DomainReplyController()
wsgi.register(DomainWsgiController, data)
def __init__(self, *args, **kwargs):
super(DomainController, self).__init__(*args, **kwargs)
self.domainId = self.CONF.domain_id
self.domainWsgiIp = self.CONF.domain_wsgi_ip
self.domainWsgiPort = self.CONF.wsapi_port
self.topo = DomainTopo(name='Domain '+str(self.domainId))
self.dps = {}
self.switches = []
self.sleep = 2
self.TASK_LIST = {}
self.deviceInfo = {}
self.QoS_dict = {}
self.superExist = self.CONF.super_exist
if self.superExist:
self.superWsgiIp = self.CONF.super_wsgi_ip
self.superWsgiPort = self.CONF.super_wsgi_port
self.superLastEcho = time.time()
self.monitorThreadFlag = self.CONF.monitor_thread_flag
if self.monitorThreadFlag:
self.monitorThread = hub.spawn(self._monitor)
self.lastCollect = {}
self.keepAliveThread = hub.spawn(self._keepAlive)
wsgi = kwargs['wsgi']
data = {}
data[DOMAINCONTROLLER] = self
data[DomainReplyController] = DomainReplyController()
wsgi.register(DomainWsgiController, data)
