def rssi(self, ppm, n):
currentTime = time()
staList = self.net.stations
ang = {}
for sta in staList:
ang[sta] = random.uniform(0, 360)
sta.wintfs[0].freq = sta.wintfs[0].get_freq()
while self.thread_._keep_alive:
if len(staList) == 0:
break
time_ = time() - currentTime
for sta in staList:
if hasattr(sta, 'time'):
if time_ >= sta.time[0]:
ap = sta.wintfs[0].associatedTo # get AP
sta.wintfs[0].rssi = sta.rssi[0]
if ap:
rssi = sta.rssi[0]
dist = self.calc_dist(sta, ap, rssi, ppm, n)
self.set_pos(sta, ap, dist, ang[sta])
wirelessLink(sta.wintfs[0], dist)
del sta.rssi[0]
del sta.time[0]
if len(sta.time) == 0:
staList.remove(sta)
sleep(0.01)
def rssi(self, Mininet_wifi, propagationModel='', n=0):
currentTime = time()
staList = Mininet_wifi.stations
ang = {}
for sta in staList:
ang[sta] = random.uniform(0, 360)
sta.wintfs[0].freq = sta.wintfs[0].get_freq()
while mobility.thread_._keep_alive:
if len(staList) == 0:
break
time_ = time() - currentTime
for sta in staList:
if hasattr(sta, 'time'):
if time_ >= sta.time[0]:
ap = sta.wintfs[0].associatedTo # get AP
sta.wintfs[0].rssi = sta.rssi[0]
if ap != '':
rssi = sta.rssi[0]
dist = int('%d' % self.calculateDistance(
sta, ap, rssi, propagationModel, n))
self.setPos(Mininet_wifi, sta, ap, dist, ang[sta])
wirelessLink(sta, ap, dist, wlan=0, ap_wlan=0)
del sta.rssi[0]
del sta.time[0]
if len(sta.time) == 0:
staList.remove(sta)
sleep(0.01)
def rssi(self, Mininet_wifi, propagationModel='', n=0):
currentTime = time()
staList = Mininet_wifi.stations
ang = {}
for sta in staList:
ang[sta] = random.uniform(0, 360)
sta.params['freq'][0] = sta.get_freq(0)
while mobility.thread_._keep_alive:
if len(staList) == 0:
break
time_ = time() - currentTime
for sta in staList:
if hasattr(sta, 'time'):
if time_ >= sta.time[0]:
ap = sta.params['associatedTo'][0] # get AP
sta.params['rssi'][0] = sta.rssi[0]
if ap != '':
rssi = sta.rssi[0]
dist = int('%d' % self.calculateDistance(sta, ap, rssi,
propagationModel, n))
self.moveNodeTo(sta, ap, dist, ang[sta])
wirelessLink(sta, ap, 0, dist)
del sta.rssi[0]
del sta.time[0]
if len(sta.time) == 0:
staList.remove(sta)
sleep(0.01)
def rssi(self, Mininet_wifi, propagationModel='', n=0):
#if mobility.DRAW:
# instantiateGraph(mininet)
currentTime = time()
staList = Mininet_wifi.stations
ang = {}
for sta in staList:
ang[sta] = random.uniform(0, 360)
sta.params['frequency'][0] = sta.get_freq(0)
while True:
if len(staList) == 0:
break
time_ = time() - currentTime
for sta in staList:
if hasattr(sta, 'time'):
if time_ >= sta.time[0]:
ap = sta.params['associatedTo'][0] # get AP
sta.params['rssi'][0] = sta.rssi[0]
if ap != '':
rssi = sta.rssi[0]
dist = int('%d' % self.calculateDistance(sta, ap, rssi,
propagationModel, n))
self.moveNodeTo(sta, ap, dist, ang[sta])
wirelessLink(sta, ap, 0, dist)
del sta.rssi[0]
del sta.time[0]
if len(sta.time) == 0:
staList.remove(sta)
sleep(0.01)
def setAssociation(self, ap, intf=None):
"Force association to given AP"
wlan = self.get_wlan(intf)
intf = self.wintfs[wlan]
ap_intf = ap.wintfs[0]
if hasattr(self, 'position') and hasattr(ap, 'position'):
dist = self.get_distance_to(ap)
if dist <= ap_intf.range:
if intf.bgscan_threshold:
intf.handover_ieee80211r(ap_intf)
intf.update(ap_intf)
elif intf.associatedTo != ap:
if intf.associatedTo:
intf.disconnect()
intf.rssi = 0
intf.associate_infra(ap_intf)
wirelessLink(intf, dist)
else:
info('%s is already connected!\n' % ap)
self.configLinks()
else:
info("%s is out of range!\n" % ap)
elif not hasattr(self, 'position') and not hasattr(ap, 'position'):
intf.associate_infra(ap_intf)
