def f_test_topo(topo_fname,mat_fname,traffic_in,weight_raw_in=[],cli_mode=False):
tp = f_getTopoFile(topo_fname)
print tp
if not tp:
raise Exception( 'Unable to find topology file: %s' ) %tp
mat_f = f_getTopoFile(mat_fname,file_appendix='.mat')
print 'mat file: ', mat_f
topo = customTopo(tp)
PARAS.MININET_PARAS[TOPO] = topo
#print topo.hostPortIpDict
switch_list,host_list,server_list = read_topo.f_parse_item_set(topo.topo_data)
# add global mininet parameters
PARAS.MININET_PARAS[SWITCH_LIST] = switch_list
PARAS.MININET_PARAS[HOST_LIST] = host_list
PARAS.MININET_PARAS[SERVER_LIST] = server_list
#print host_list, switch_list, server_list
'''
net = Mininet(topo=topo,
host=CPULimitedHost, link=TCLink)
'''
'''
net = Mininet(topo=topo, switch=UserSwitch,
host=CPULimitedHost, link=TCLink)
'''
'''
net = Mininet(topo=topo, switch=UserSwitch,
host=CPULimitedHost, controller=RemoteController, link=TCLink)
'''
#'''
net = Mininet(topo=topo,
host=CPULimitedHost, controller=RemoteController, link=TCLink)
#'''
net.start()
PARAS.MININET_PARAS[NET] = net
''' setup host,server and switch'''
f_setup_nodes(net,topo,switch_list,host_list,server_list)
if not cli_mode:
mn_st_machine = MnServer(topo_fname,net,topo,server_list,switch_list,traffic_in,weight_raw_in)
mn_st_machine.io_mat_f = mat_f
final = mn_st_machine.run()
# status = f_init_server_socket()
#
# if status:
#
# f_generate_traffic(net,topo,{'h1':'8m'},server_list,period=1000)
#
# diable_items = ','.join(switch_list)+','+SYS_ENTITY
# #print diable_items
# f_logNetBw(NETBW_FILE,diable_items)
CLI( net )
net.stop()
def __init__ (self,topfile_in):
tf = f_getTopoFile(topfile_in)
if tf:
self.infor_obj = rt.TopoInfor(tf)
else:
self.infor_obj = rt.TopoInfor(TOPO_FILE)
self.switches ={}
# get dpid for all switches
self.target_switch = self.infor_obj.dpidSwitchDict.keys()
self.switchDpidDict = self.infor_obj.switchDpidDict
self.switchNameList = self.infor_obj.switch_list
#print self.switchNameList
# get bwm-ng unwanted interface
self.diable_items = ','.join(self.switchNameList)+','+SYS_ENTITY
self.switchAllOn = False
self.pox_st_machine = None
self.pox_st_machine_on = False
# Listen to dependencies
#def startup ():
# core.openflow.addListeners(self, priority=0)
#core.call_when_ready(startup, ('openflow'))
core.openflow.addListeners(self)
''' event related '''
self.initEventRaised = False
def init_topRes(self):
''' '''
tf = f_getTopoFile(self.topoFileName)
if tf:
infor_obj = TopoInfor(tf)
else:
infor_obj = TopoInfor(TOPO_FILE)
self.host_list = infor_obj.host_list
self.switch_list = infor_obj.switch_list
self.server_list = infor_obj.server_list
self.link_list = infor_obj.link_list
self.sortedResList = infor_obj.sortedResList
self.traffic_in = None
self.m_solver = None
''' RES related'''
self.resCapacity = infor_obj.resCapacity # C
self.resPmax = infor_obj.resPmax # PMAX
self.resBeta = infor_obj.resBeta # Beta
self.resServer_num = infor_obj.resServer_num # I
self.resMux_num = infor_obj.resMux_num # H
self.resLink_num = infor_obj.resLink_num # L
self.userRouteMat = infor_obj.userRouteMat # EM matrix for user/route mapping
self.reRouteMat = infor_obj.reRouteMat # RM matrix for res/route mapping
self.resUtilRatio = infor_obj.resUtilRatio # RES_ratio
self.resDelay = infor_obj.resDelay
self.resMeasKeys = infor_obj.resMeasKeys
self.hostMeasKeys = infor_obj.hostMeasKeys
self.hostSwitch = [keys.split('-')[0] for keys in self.hostMeasKeys]
self.ratioDict = {}
self.init_matPara()
'''
def init_topRes(self):
''' '''
tf = f_getTopoFile(self.topoFileName)
if tf:
infor_obj = TopoInfor(tf)
else:
infor_obj = TopoInfor(TOPO_FILE)
self.host_list = infor_obj.host_list
self.switch_list = infor_obj.switch_list
self.server_list = infor_obj.server_list
self.link_list = infor_obj.link_list
self.sortedResList = infor_obj.sortedResList
self.traffic_in = None
self.m_solver = None
''' RES related'''
self.resCapacity = infor_obj.resCapacity # C
self.resPmax = infor_obj.resPmax # PMAX
self.resBeta = infor_obj.resBeta # Beta
self.resServer_num = infor_obj.resServer_num # I
self.resMux_num = infor_obj.resMux_num # H
self.resLink_num = infor_obj.resLink_num # L
self.userRouteMat = infor_obj.userRouteMat # EM matrix for user/route mapping
self.reRouteMat = infor_obj.reRouteMat # RM matrix for res/route mapping
self.resUtilRatio = infor_obj.resUtilRatio # RES_ratio
self.resDelay = infor_obj.resDelay
self.resMeasKeys = infor_obj.resMeasKeys
self.hostMeasKeys = infor_obj.hostMeasKeys
self.hostSwitch = [keys.split('-')[0] for keys in self.hostMeasKeys]
self.ratioDict = {}
self.init_matPara()
'''
def __init__(self, topfile_in):
tf = f_getTopoFile(topfile_in)
if tf:
self.infor_obj = rt.TopoInfor(tf)
else:
self.infor_obj = rt.TopoInfor(TOPO_FILE)
self.switches = {}
# get dpid for all switches
self.target_switch = self.infor_obj.dpidSwitchDict.keys()
self.switchDpidDict = self.infor_obj.switchDpidDict
self.switchNameList = self.infor_obj.switch_list
#print self.switchNameList
# get bwm-ng unwanted interface
self.diable_items = ','.join(self.switchNameList) + ',' + SYS_ENTITY
self.switchAllOn = False
self.pox_st_machine = None
self.pox_st_machine_on = False
# Listen to dependencies
#def startup ():
# core.openflow.addListeners(self, priority=0)
#core.call_when_ready(startup, ('openflow'))
core.openflow.addListeners(self)
''' event related '''
self.initEventRaised = False
