def parameters(self):
while self.continue_:
listNodes.ssid_ID = 0
for node in self.staList:
for wlan in range(0, len(node.params['wlan'])):
if node.func[wlan] != 'mesh' and node.func[wlan] != 'adhoc':
self.nodeParameter(node, wlan)
elif node.func[wlan] == 'mesh' :
dist = listNodes.pairingNodes(node, wlan, self.staList)
if dist != 0:
channelParameters(node, None, wlan, dist, self.staList, 0)
else:
if dist != 0:
channelParameters(node, None, wlan, dist, self.staList, 0)
if meshRouting.routing == 'custom':
for node in mobility.staList:
for wlan in range(0, len(node.params['wlan'])):
if node.func[wlan] == 'mesh':
"""Mesh Routing"""
try:
meshRouting.customMeshRouting(node, wlan, self.staList)
except:
pass
listNodes.clearList()
# have to verify this
time.sleep(0.01)
def parameters(self):
while self.continue_:
listNodes.ssid_ID = 0
for node in self.staList:
for wlan in range(0, len(node.params['wlan'])):
if node.func[wlan] != 'mesh' and node.func[wlan] != 'adhoc':
self.nodeParameter(node, wlan)
elif node.func[wlan] == 'mesh':
dist = listNodes.pairingNodes(node, wlan, self.staList)
if dist != 0:
channelParameters(node, None, wlan, dist,
self.staList, 0)
else:
if dist != 0:
channelParameters(node, None, wlan, dist,
self.staList, 0)
if meshRouting.routing == 'custom':
for node in mobility.staList:
for wlan in range(0, len(node.params['wlan'])):
if node.func[wlan] == 'mesh':
"""Mesh Routing"""
try:
meshRouting.customMeshRouting(
node, wlan, self.staList)
except:
pass
listNodes.clearList()
def parameters(self):
while self.continue_:
try:
for node in self.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh' or node.func[
wlan] == 'adhoc':
dist = listNodes.pairingNodes(
node, wlan, self.staList)
if dist != 0:
channelParameters(node, None, wlan, dist,
self.staList,
abs(node.params['speed']))
else:
self.nodeParameter(node, wlan)
if meshRouting.routing == 'custom':
for node in mobility.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh':
"""Mesh Routing"""
meshRouting.customMeshRouting(
node, wlan, self.staList)
listNodes.clearList()
except:
pass
def setChannelParameters(self, sta, ap, dist, wlan):
""" Wifi Parameters """
associated = True
time = abs(sta.speed)
staList = emulationEnvironment.staList
if ap == sta.associatedAp[wlan]:
if dist > ap.range + sta.range:
sta.pexec('iw dev %s-wlan%s disconnect' % (sta, wlan))
sta.associatedAp[wlan] = 'NoAssociated'
sta.rssi[wlan] = 0
sta.snr[wlan] = 0
emulationEnvironment.numberOfAssociatedStations(ap)
else:
#if emulationEnvironment.continue_:
channelParameters(sta, ap, wlan, dist, staList, time)
else:
if dist < ap.range + sta.range:
aps = 0
for n in range(0,len(sta.associatedAp)):
if str(sta.associatedAp[n]) != 'NoAssociated':
aps+=1
if len(sta.associatedAp) == aps:
associated = True
else:
associated = False
else:
associated = False
if ap == sta.associatedAp[wlan] or dist < (ap.range + sta.range):
#Only if it is a mobility environment
changeAP = False
association_Control = dict ()
"""Association Control: mechanisms that optimize the use of the APs"""
if emulationEnvironment.associationControlMethod != False:
ac = emulationEnvironment.associationControlMethod
value = associationControl(sta, ap, wlan, ac)
changeAP = value.changeAP
association_Control.setdefault( 'ac', ac )
#Go to handover
if associated == False or changeAP == True:
self.handover(sta, ap, wlan, dist, changeAP, **association_Control)
channelParameters(sta, ap, wlan, dist, staList, time)
def setChannelParameters(self, sta, ap, dist, wlan):
""" Wifi Parameters """
associated = True
time = abs(sta.params['speed'])
staList = self.staList
if ap == sta.associatedAp[wlan]:
if dist > ap.range + sta.range:
debug( '\niw dev %s disconnect' % sta.params['wlan'][wlan] )
sta.pexec('iw dev %s disconnect' % sta.params['wlan'][wlan])
sta.associatedAp[wlan] = 'NoAssociated'
sta.params['rssi'][wlan] = 0
sta.params['snr'][wlan] = 0
self.numberOfAssociatedStations(ap)
else:
channelParameters(sta, ap, wlan, dist, staList, time)
else:
if dist < ap.range + sta.range:
aps = 0
for n in range(0,len(sta.associatedAp)):
if str(sta.associatedAp[n]) != 'NoAssociated':
aps+=1
if len(sta.associatedAp) == aps:
associated = True
else:
associated = False
else:
associated = False
if ap == sta.associatedAp[wlan] or dist < (ap.range + sta.range):
#Only if it is a mobility environment
changeAP = False
association_Control = dict ()
"""Association Control: mechanisms that optimize the use of the APs"""
if self.associationControlMethod != False:
ac = self.associationControlMethod
value = associationControl(sta, ap, wlan, ac)
changeAP = value.changeAP
association_Control.setdefault( 'ac', ac )
#Go to handover
if associated == False or changeAP == True:
self.handover(sta, ap, wlan, dist, changeAP, **association_Control)
channelParameters(sta, ap, wlan, dist, staList, time)
def parameters(self):
while emulationEnvironment.continue_:
try:
for node in emulationEnvironment.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh' or node.func[wlan] == 'adhoc':
dist = listNodes.pairingNodes(node, wlan, emulationEnvironment.staList)
channelParameters(node, None, wlan, dist, emulationEnvironment.staList, abs(node.speed))
else:
self.nodeParameter(node, wlan)
if emulationEnvironment.meshRouting == 'custom':
for node in emulationEnvironment.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh':
"""Mesh Routing"""
meshRouting.customMeshRouting(node, wlan, emulationEnvironment.staList)
listNodes.clearList()
except:
pass
def parameters(self):
while self.continue_:
try:
for node in self.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh' or node.func[wlan] == 'adhoc':
dist = listNodes.pairingNodes(node, wlan, self.staList)
if dist!=0:
channelParameters(node, None, wlan, dist, self.staList, abs(node.speed))
else:
self.nodeParameter(node, wlan)
if meshRouting.routing == 'custom':
for node in mobility.staList:
for wlan in range(0, node.nWlans):
if node.func[wlan] == 'mesh':
"""Mesh Routing"""
meshRouting.customMeshRouting(node, wlan, self.staList)
listNodes.clearList()
except:
pass
def setChannelParameters(self, sta, ap, dist, wlan):
""" Wifi Parameters """
associated = True
#time = abs(sta.params['speed'])
staList = self.staList
if ap == sta.params['associatedTo'][wlan]:
if dist > ap.range:
debug('\niw dev %s disconnect' % sta.params['wlan'][wlan])
sta.pexec('iw dev %s disconnect' % sta.params['wlan'][wlan])
sta.params['associatedTo'][wlan] = ''
sta.params['rssi'][wlan] = 0
sta.params['snr'][wlan] = 0
ap.associatedStations.remove(sta)
else:
channelParameters(sta, ap, wlan, dist, staList, 0)
else:
if dist < ap.range:
if sta.params['associatedTo'][wlan] == '':
associated = False
else:
associated = False
if ap == sta.params['associatedTo'][wlan] or dist < ap.range:
changeAP = False
ac = None
sta.params['frequency'][wlan] = channelParameters.frequency(ap, 0)
sta.params['channel'][wlan] = ap.params['channel'][0]
"""Association Control: mechanisms that optimize the use of the APs"""
if self.associationControlMethod != False:
ac = self.associationControlMethod
value = associationControl(sta, ap, wlan, ac)
changeAP = value.changeAP
#Go to handover
if associated == False or changeAP == True:
self.handover(sta, ap, wlan, dist, changeAP, ac)
channelParameters(sta, ap, wlan, dist, staList, 0)
else:
#have to verify this
time.sleep(0.01)
def setChannelParameters(self, sta, ap, dist, wlan):
""" Wifi Parameters """
associated = True
#time = abs(sta.params['speed'])
staList = self.staList
if ap == sta.params['associatedTo'][wlan]:
if dist > ap.params['range']:
debug('\niw dev %s disconnect' % sta.params['wlan'][wlan])
sta.pexec('iw dev %s disconnect' % sta.params['wlan'][wlan])
sta.params['associatedTo'][wlan] = ''
sta.params['rssi'][wlan] = 0
sta.params['snr'][wlan] = 0
ap.associatedStations.remove(sta)
else:
channelParameters(sta, ap, wlan, dist, staList, 0)
else:
if dist < ap.params['range']:
if sta.params['associatedTo'][wlan] == '':
associated = False
else:
associated = False
if ap == sta.params['associatedTo'][wlan] or dist < ap.params['range']:
changeAP = False
ac = None
sta.params['frequency'][wlan] = channelParameters.frequency(ap, 0)
sta.params['channel'][wlan] = ap.params['channel'][0]
"""Association Control: mechanisms that optimize the use of the APs"""
if self.associationControlMethod != False:
ac = self.associationControlMethod
value = associationControl(sta, ap, wlan, ac)
changeAP = value.changeAP
#Go to handover
if associated == False or changeAP == True:
self.handover(sta, ap, wlan, dist, changeAP, ac)
channelParameters(sta, ap, wlan, dist, staList, 0)
else:
#have to verify this
time.sleep(0.01)
