def my_start_function(self):
found = False
for card in pyw.phylist():
if card[1] == self.device:
found = True
self.phyIndex = card[0]
self.phyName = card[1]
if not found:
self.log.error("Device {} not found".format(self.device))
raise exceptions.UniFlexException(msg='Device not found')
else:
self.log.info("Device {} found, index: {}".format(
self.phyName, self.phyIndex))
cmd = "rfkill unblock wifi"
self.run_command(cmd)
def my_start_function(self):
found = False
# This is only a basic example that show how it is possible to look
# for a PHY with the desired capabilities (in this case VHT support on
# the 5GHz band).
for phy in pyw.phylist():
phy_info = pyw.phyinfo(pyw.Card(phy[0], None, 0))
if bool(phy_info['bands']['5GHz']['VHT']):
found = True
self.phyIndex = phy[0]
self.phyName = phy[1]
print(phy_info)
if not found:
self.log.error("Device {} not found".format(self.device))
raise exceptions.UniFlexException(msg='Device not found')
else:
self.log.info("Device {} found, index: {}".format(
self.phyName, self.phyIndex))
cmd = "rfkill unblock wifi"
self.run_command(cmd)
def get_phy_list(self):
return pyw.phylist()
def test_phylist(self):
self.assertTrue((pri["phy"],
"phy{0}".format(pri["phy"])) in pyw.phylist())
def start_adhoc(self,
driver,
iface,
essid,
freq,
txpower,
rate,
ip_addr,
rts='off',
mac_address="aa:bb:cc:dd:ee:ff",
skip_reload=False):
# search for a wifi device that does not have VHT
intcap = "VHT"
wifi_int = pyw.winterfaces()
for wifi_int_name in wifi_int:
del_cmd = "sudo iw dev " + wifi_int_name + " del"
[rcode, sout, serr] = run_command(del_cmd)
self.log.debug("Deleting interface {}".format(wifi_int_name))
self.band = "2GHz"
if int(freq) > 3000:
self.band = "5GHz"
# Look for a candidate PHY (currently based on frequency and
# capabilities (HT or VHT) support
phys = pyw.phylist()
selected_phy = None
for phy in phys:
phy_info = pyw.phyinfo(pyw.Card(phy[0], None, 0))
if phy_info['bands'].get(self.band) and phy_info.get('modes'):
if not bool(phy_info['bands'][self.band][intcap]):
if 'ibss' in phy_info['modes']:
selected_phy = phy
break
# Add and configure mesh and monitor interfaces
if selected_phy is not None:
# Create ibss point interface
ibss_cmd = 'sudo iw phy ' + selected_phy[1] + \
' interface add ' + iface + \
' type ibss'
[rcode, sout, serr] = run_command(ibss_cmd)
self.log.debug("Creating interface {} on phy {}".format(
iface, selected_phy[1]))
self.interface = iface
# Set ibss interface IP address
ibss_ip_cmd = 'sudo ip addr add ' + ip_addr + \
' dev ' + iface
[rcode, sout, serr] = run_command(ibss_ip_cmd)
# TODO: search for UPI
self.log.debug("Setting IP addr {} to interface {}".format(
ip_addr, iface))
# Add monitor interface
ibss_mon_cmd = 'sudo iw dev ' + iface + ' interface add ' + \
'mon0 type monitor'
# TODO: search for UPI
[rcode, sout, serr] = run_command(ibss_mon_cmd)
self.log.debug(
"Creating monitor interface mon0 for {}".format(iface))
# Bring interfaces up
ibss_up_cmd = 'sudo ip link set dev ' + iface + ' up'
[rcode, sout, serr] = run_command(ibss_up_cmd)
self.log.debug("Bringing interface {} up".format(iface))
ibss_mon_up_cmd = 'sudo ip link set dev mon0 up'
[rcode, sout, serr] = run_command(ibss_mon_up_cmd)
self.log.debug("Bringing interface mon0 up")
ibss_join_cmd = 'sudo iw dev ' + iface + ' ibss join ' + \
essid + ' ' + str(freq) + \
' fixed-freq ' + mac_address + ' beacon-interval ' \
+ "100"
[rcode, sout, serr] = run_command(ibss_join_cmd)
self.log.debug("Joining ad-hoc network {}, frequency {} GHz, "
"cell {} with interface {}".format(
essid, freq, mac_address, iface))
self.set_modulation_rate(rate)
self.set_tx_power(txpower)
def test_phylist(self):
self.assertTrue((pri['phy'],'phy{0}'.format(pri['phy'])) in pyw.phylist())
def test_phylist(self):
self.assertTrue((pri['phy'],
'phy{0}'.format(pri['phy'])) in pyw.phylist())
parser.add_argument('--bint', dest='bint', type=int, default=100,
help='Beacon interval in TUs', required=False)
args = parser.parse_args()
# Delete all Wi-Fi interfaces
wifi_int = pyw.winterfaces()
for wifi_int_name in wifi_int:
pyw.devdel(pyw.getcard(wifi_int_name))
band = "2GHz"
if args.chan > 14:
band = "5GHz"
# Look for a candidate PHY (currently based on frequency and capabilities
# (HT or VHT) support
phys = pyw.phylist()
selected_phy = None
for phy in phys:
phy_info = pyw.phyinfo(pyw.Card(phy[0], None, 0))
if phy_info['bands'].get(band) and phy_info.get('modes'):
if bool(phy_info['bands'][band][args.intcap]):
if 'ibss' in phy_info['modes']:
selected_phy = phy
# print(selected_phy)
break
# Add and configure mesh and monitor interfaces
if selected_phy is not None:
phy_info = pyw.phyinfo(pyw.Card(selected_phy[0], None, 0))
# print(phy_info)