def handle_paired(dongle, remote):
logger.info("Paired with %s on %s" % (dongle, remote))
record = RemoteBluetoothDevicePairing()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
record.state = RemoteBluetoothDevicePairing.STATES["Passed"]
record.save()
found_action(remote, dongle=dongle, record=record)
def handle_paired(dongle, remote):
logger.info("Paired with %s on %s" % (dongle, remote))
record = RemoteBluetoothDevicePairing()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
record.state = RemoteBluetoothDevicePairing.STATES["Passed"]
record.save()
found_action(remote, dongle=dongle, record=record)
def handle_addrecord(remote_, dongle):
from openproximity.rpc.server import OpenProximityService
address = remote_['address']
name = smart_unicode(remote_['name']) if remote_['name'] else None
logger.info("handle_addrecord %s" % address)
remote=RemoteDevice.getRemoteDevice(
address=address,
name=name,
devclass=remote_['devclass']
)
record = RemoteBluetoothDeviceFoundRecord()
record.action = signals.FOUND_DEVICE
record.dongle = dongle
record.remote = remote
record.remote.save() # update last seen
record.setRSSI(remote_['rssi'])
if not isinstance(dongle, RemoteScannerBluetoothDongle):
if name is not None and record.remote.name!=name:
record.remote.name = name
record.remote.save()
if remote_['devclass'] != -1 and \
record.remote.devclass!=remote_['devclass']:
record.remote.devclass = remote_['devclass']
record.remote.save()
logger.debug(record)
logger.debug(record.remote)
record.save() # this will set the time field to now
logl = LogLine()
logl.content="Found: %s %s %s" % (
record.remote.address,
record.remote.name,
record.getRSSI())
logl.save()
if not OpenProximityService.isPending(address):
return found_action(address, record, dongle=dongle)
return True
def handle_addrecord(services, remote_, dongle, pending):
address = remote_['address']
name = smart_unicode(remote_['name']) if remote_['name'] else None
logger.info("handle_addrecord %s" % address)
remote=RemoteDevice.getRemoteDevice(
address=address,
name=name,
devclass=remote_['devclass']
)
record = RemoteBluetoothDeviceFoundRecord()
record.action = signals.FOUND_DEVICE
record.dongle = dongle
record.remote = remote
record.remote.save() # update last seen
record.setRSSI(remote_['rssi'])
if not isinstance(dongle, RemoteScannerBluetoothDongle):
if name is not None and record.remote.name!=name:
record.remote.name = name
record.remote.save()
if remote_['devclass'] != -1 and \
record.remote.devclass!=remote_['devclass']:
record.remote.devclass = remote_['devclass']
record.remote.save()
logger.debug(record)
logger.debug(record.remote)
record.save() # this will set the time field to now
logl = LogLine()
logl.content="Found: %s %s %s" % (
record.remote.address,
record.remote.name,
record.getRSSI())
logl.save()
if address not in pending:
return found_action(services, address, record, pending, dongle=dongle)
return True
