def handleDiscovery(self, dev, isNewDev, isNewData):
if not isNewDev:
return
elif self.opts.mac is not None and dev.addr != self.opts.mac:
return
elif dev.rssi < self.opts.sensitivity:
return
vendor = vendors.find(dev.addr)
vlabel = yellow(vendor + ' ') if vendor is not None else '?'
clabel = green(u'\u2713') if dev.connectable else red(u'\u2715')
dlabel = "(no data) " if not dev.scanData else ""
title = " %s (%s dBm) %s" % (bold(dev.addr), dev.rssi, dlabel)
tdata = [['Vendor', vlabel], ['Allows Connections', clabel],
['Address Type', dev.addrType]]
for (tag, desc, val) in dev.getScanData():
if desc == 'Flags':
tdata.append(['Flags', self._parseFlags(val)])
# short local name or complete local name
elif tag in [8, 9]:
try:
tdata.append([desc, yellow(val.decode('utf-8'))])
except UnicodeEncodeError:
tdata.append([desc, yellow(repr(val))])
else:
tdata.append([desc, repr(val)])
table = SingleTable(tdata, title)
table.inner_heading_row_border = False
print table.table + "\n"
def handleDiscovery(self, dev, isNewDev, isNewData):
if not isNewDev:
return
elif self.opts.mac is not None and dev.addr != self.opts.mac:
return
elif dev.rssi < self.opts.sensitivity:
return
if not dev.addr in self.devdata:
self.devdata[dev.addr] = {}
self.devdata[dev.addr]["vendor"] = vendors.find(dev.addr)
self.devdata[dev.addr]["connectable"] = dev.connectable
self.devdata[dev.addr]["scanData"] = dev.getScanData()
self.devdata[dev.addr]["addr"] = dev.addr
self.devdata[dev.addr]["rssi"] = dev.rssi
self.devdata[dev.addr]["addrType"] = dev.addrType
self.devdata[dev.addr]["descs"] = []
for ( tag, desc, val ) in dev.getScanData():
if desc == 'Flags':
self.devdata[dev.addr]["flags"] = self._parseFlags(val)
# short local name or complete local name
elif tag in [8, 9]:
try:
self.devdata[dev.addr][desc] = val.decode('utf-8')
except UnicodeEncodeError:
self.devdata[dev.addr][desc] = repr(val)
else:
self.devdata[dev.addr][desc] = repr(val)
self.devdata[dev.addr]["descs"].append(desc)
self.printShortTable(dev.addr)
def handleDiscovery(self, dev, isNewDev, isNewData):
if not isNewDev:
return
if not macMatchesArgPattern(self.opts.mac, dev.addr):
return
if dev.rssi < self.opts.sensitivity:
return
if not dev.addr in self.devdata:
self.devdata[dev.addr] = {"rssi_log": []}
self.devdata[dev.addr]["vendor"] = vendors.find(dev.addr)
self.devdata[dev.addr]["connectable"] = dev.connectable
self.devdata[dev.addr]["scanData"] = dev.getScanData()
self.devdata[dev.addr]["addr"] = dev.addr
self.devdata[dev.addr]["rssi"] = dev.rssi
if self.nickdata and dev.addr.lower() in self.nickdata["addr"]:
self.devdata[dev.addr]["nick"] = self.nickdata["addr"][
dev.addr.lower()]
else:
self.devdata[dev.addr]["nick"] = None
self.devdata[dev.addr]["addrType"] = dev.addrType
self.devdata[dev.addr]["rssi_log"].append((time.time(), dev.rssi))
self.devdata[dev.addr]["descs"] = []
for (tag, desc, val) in dev.getScanData():
if desc == 'Flags':
self.devdata[dev.addr]["flags"] = self._parseFlags(val)
# short local name or complete local name
elif tag in [8, 9]:
try:
self.devdata[dev.addr][desc] = val.decode('utf-8')
except UnicodeEncodeError:
self.devdata[dev.addr][desc] = repr(val)
except AttributeError:
self.devdata[dev.addr][desc] = repr(val)
else:
self.devdata[dev.addr][desc] = repr(val)
self.devdata[dev.addr]["descs"].append(desc)
self.printShortTable(dev.addr)
def handleDiscovery(self, dev, isNewDev, isNewData):
if not isNewDev:
return
elif self.opts.mac is not None and dev.addr != self.opts.mac:
return
elif dev.rssi < self.opts.sensitivity:
return
vendor = vendors.find(dev.addr)
vlabel = yellow( vendor + ' ' ) if vendor is not None else '?'
clabel = green( u'\u2713' ) if dev.connectable else red( u'\u2715' )
dlabel = "(no data) " if not dev.scanData else ""
title = " %s (%s dBm) %s" % ( bold(dev.addr), dev.rssi, dlabel )
tdata = [
[ 'Vendor', vlabel ],
[ 'Allows Connections', clabel ],
[ 'Address Type', dev.addrType]
]
for ( tag, desc, val ) in dev.getScanData():
if desc == 'Flags':
tdata.append([ 'Flags', self._parseFlags(val) ])
# short local name or complete local name
elif tag in [8, 9]:
try:
tdata.append([ desc, yellow( val.decode('utf-8') ) ])
except UnicodeEncodeError:
tdata.append([ desc, yellow( repr(val) ) ])
else:
tdata.append([ desc, repr(val) ])
table = SingleTable(tdata, title)
table.inner_heading_row_border = False
print table.table + "\n"