def found_action_upload(remote, record = None, line=None):
from openproximity.rpc.server import OpenProximityService
uploader = OpenProximityService.getUploader()
if uploader is None:
line.content+=" no uploaders, can't handle"
line.save()
return True
logger.info("found uploader")
camps = getMatchingCampaigns(
remote,
enabled=True,
record=record,
classes=[MarketingCampaign,]
)
if len(camps)==0:
line.content+=" no matching campaings, not handling"
line.save()
logger.info("no campaigns")
return True
channel = None
files=list()
name=None
service='opp'
use_same = False
for camp in camps:
files.extend( list(get_files_from_campaign(camp, record)) )
if camp.dongle_name:
name = camp.dongle_name
service = camp.get_service_display()
if camp.fixed_channel and camp.fixed_channel > -1:
channel = camp.fixed_channel
if camp.upload_on_discovered:
use_same = True
sdp = RemoteBluetoothDeviceSDP.objects.filter(remote__pk=record.remote.pk)
if sdp.count() > 0:
channel = sdp.order_by("-time")[0].channel
line.content += "using previous resolved channel %i" % channel
logger.info("going to upload %s files" % len(files))
if len(files) > 0:
OpenProximityService.addPending(record.remote.address, uploader)
do_upload(uploader, files, record.remote.address, service, name,
channel=channel, dongle=dongle if use_same else None)
line.content+=" uploading files"
else:
line.content+=" no files to upload"
line.save()
def handle_sdp_timeout(dongle, remote):
logger.info("SDP timeout: %s" % remote )
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
record = RemoteBluetoothDeviceSDPTimeout()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
record.save()
def handle_sdp_timeout(dongle, remote):
logger.info("SDP timeout: %s" % remote)
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
record = RemoteBluetoothDeviceSDPTimeout()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
record.save()
def handle_sdp_norecord(dongle, remote):
logger.info("No SDP: %s" % remote)
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
remote=RemoteDevice.objects.filter(address=remote).get()
if RemoteBluetoothDeviceNoSDP.objects.filter(remote=remote).count() == 0:
record = RemoteBluetoothDeviceNoSDP()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.remote = remote
record.save()
def handle_file_uploaded(dongle, remote, channel, files):
logger.info("files uploaded: %s[%s]: %s" % ( remote, channel, files) )
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
for camp in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesSuccess()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = camp
record.setRemoteDevice(remote)
record.save()
def handle_file_uploaded(dongle, remote, channel, files):
logger.info("files uploaded: %s[%s]: %s" % (remote, channel, files))
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
for camp in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesSuccess()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = camp
record.setRemoteDevice(remote)
record.save()
def handle_sdp_norecord(dongle, remote):
logger.info("No SDP: %s" % remote)
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
remote = RemoteDevice.objects.filter(address=remote).get()
if RemoteBluetoothDeviceNoSDP.objects.filter(remote=remote).count() == 0:
record = RemoteBluetoothDeviceNoSDP()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.remote = remote
record.save()
def handle_file_failed(dongle, remote, channel, files, ret, err):
logger.info("handle file failed %s[%s]: %s" % (remote, channel, files))
logger.debug(err)
try:
rules = get_campaign_rule(files)
if rules is None:
raise Exception("No matching rule for files %s!" % files)
record = None
try_again = False
for rule in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesRejected()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = rule
record.ret_value = ret
record.setRemoteDevice(remote)
record.save()
# from here we try again either on timeout or if rejected count is
# smaller than filter, for any of the matching rules
# if only 1 campaign matches we do it all over!
try_again = try_again | rule.tryAgain(record)
logger.info("try again: %s" % try_again)
if try_again:
from openproximity.rpc.server import OpenProximityService
uploader = OpenProximityService.getUploader()
if uploader:
logger.info("trying again")
return do_upload(uploader, files, remote)
else:
logger.info("no uploader registered")
except Exception, err:
logger.error("OOOPS!!!")
logger.exception(err)
def handle_file_failed(dongle, remote, channel, files, ret, err):
logger.info("handle file failed %s[%s]: %s" % (remote, channel, files))
logger.debug(err)
try:
rules = get_campaign_rule(files)
if rules is None:
raise Exception("No matching rule for files %s!" % files)
record = None
try_again = False
for rule in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesRejected()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = rule
record.ret_value = ret
record.setRemoteDevice(remote)
record.save()
# from here we try again either on timeout or if rejected count is
# smaller than filter, for any of the matching rules
# if only 1 campaign matches we do it all over!
try_again = try_again | rule.tryAgain(record)
logger.info("try again: %s" % try_again)
if try_again:
from openproximity.rpc.server import OpenProximityService
uploader = OpenProximityService.getUploader()
if uploader:
logger.info("trying again")
return do_upload(uploader, files, remote)
else:
logger.info("no uploader registered")
except Exception, err:
logger.error("OOOPS!!!")
logger.exception(err)
def found_action(address, record, dongle):
line = LogLine()
line.content = "Found action for: %s" % address
try:
for plugin in pluginsystem.get_plugins("found_action"):
logger.info("found action trying with %s" % plugin.name)
service = plugin.rpc["found_action"](record=record, dongle=dongle)
if service:
logger.info("plugin has handled")
line.content += " %s is handling" % getattr(plugin, "name", "plugin")
line.save()
OpenProximityService.addPending(address, service)
return True
except Exception, err:
logger.error("plugin do_action")
logger.exception(err)
def found_action(address, record, dongle):
line = LogLine()
line.content="Found action for: %s" % address
try:
for plugin in pluginsystem.get_plugins('found_action'):
logger.info("found action trying with %s" % plugin.name)
service = plugin.rpc['found_action'](record=record, dongle=dongle)
if service:
logger.info("plugin has handled")
line.content+=" %s is handling" % getattr(plugin, 'name',
'plugin')
line.save()
OpenProximityService.addPending(address, service)
return True
except Exception, err:
logger.error("plugin do_action")
logger.exception(err)
def handle_pair_error(dongle, remote, msg, exception):
logger.info("Paired failed %s on %s, %s:%s" % (dongle, remote, msg, exception))
record = RemoteBluetoothDevicePairing()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
exc = exception.lower()
if "reject" in exc or "failed" in exc:
record.state = RemoteBluetoothDevicePairing.STATES["Rejected"]
else:
record.state = RemoteBluetoothDevicePairing.STATES["Timeout"]
record.msg = msg
record.exception = exception
record.save()
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
def handle_pair_error(dongle, remote, msg, exception):
logger.info("Paired failed %s on %s, %s:%s" % (dongle, remote, msg,
exception))
record = RemoteBluetoothDevicePairing()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.setRemoteDevice(remote)
exc = exception.lower()
if 'reject' in exc or 'failed' in exc:
record.state = RemoteBluetoothDevicePairing.STATES["Rejected"]
else:
record.state = RemoteBluetoothDevicePairing.STATES["Timeout"]
record.msg = msg
record.exception = exception
record.save()
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
def handle_sdp_resolved(dongle, remote, channel):
from openproximity.rpc.server import OpenProximityService
logger.info("Valid SDP: %s %s" % (remote, channel) )
remote=RemoteDevice.objects.filter(address=remote).get()
if RemoteBluetoothDeviceSDP.objects.filter(remote=remote).count() == 0:
logger.info("New SDP result")
record = RemoteBluetoothDeviceSDP()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.channel = channel
record.remote = remote
record.save()
logger.info("Starting bonding process")
uploader = OpenProximityService.getUploader()
uploader.start_pairing(remote.address)
def handle_sdp_resolved(dongle, remote, channel):
from openproximity.rpc.server import OpenProximityService
logger.info("Valid SDP: %s %s" % (remote, channel))
remote = RemoteDevice.objects.filter(address=remote).get()
if RemoteBluetoothDeviceSDP.objects.filter(remote=remote).count() == 0:
logger.info("New SDP result")
record = RemoteBluetoothDeviceSDP()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.channel = channel
record.remote = remote
record.save()
logger.info("Starting bonding process")
uploader = OpenProximityService.getUploader()
uploader.start_pairing(remote.address)
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(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 cycle_completed():
from openproximity.rpc.server import OpenProximityService
logger.info("scanner_cycle_complete")
camps = getMatchingCampaigns(enabled=True)
scanner = OpenProximityService.getScanner()
if len(camps) == 0:
logger.info("no campaigns, no more scanning")
# tell the rpc scanner to ping us periodically until there's
# a new campaign available
scanner.noCampaigns()
return
concurrent = False
for camp in camps:
if camp.concurrent_scanning:
concurrent = True
break
logger.info("starting scan cycle")
scanner.setConcurrent(concurrent)
scanner.startScanningCycle()
scanner.doScan()
def cycle_completed():
from openproximity.rpc.server import OpenProximityService
logger.info("scanner_cycle_complete")
camps = getMatchingCampaigns(enabled=True)
scanner = OpenProximityService.getScanner()
if len(camps)==0:
logger.info("no campaigns, no more scanning")
# tell the rpc scanner to ping us periodically until there's
# a new campaign available
scanner.noCampaigns()
return
concurrent = False
for camp in camps:
if camp.concurrent_scanning:
concurrent = True
break
logger.info("starting scan cycle")
scanner.setConcurrent(concurrent)
scanner.startScanningCycle()
scanner.doScan()
for rule in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesRejected()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = rule
record.ret_value = ret
record.setRemoteDevice(remote)
record.save()
# from here we try again either on timeout or if rejected count is
# smaller than filter, for any of the matching rules
# if only 1 campaign matches we do it all over!
try_again = try_again | rule.tryAgain(record)
logger.info("try again: %s" % try_again)
if try_again:
from openproximity.rpc.server import OpenProximityService
uploader = OpenProximityService.getUploader()
if uploader:
logger.info("trying again")
return do_upload(uploader, files, remote)
else:
logger.info("no uploader registered")
except Exception, err:
logger.error("OOOPS!!!")
logger.exception(err)
logger.info("taking out of pending list")
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
def do_scan():
from openproximity.rpc.server import OpenProximityService
logger.info("start scan")
scanner = OpenProximityService.getScanner()
scanner.doScan()
try_again = False
for rule in get_campaign_rule(files):
record = RemoteBluetoothDeviceFilesRejected()
record.dongle = UploaderBluetoothDongle.objects.get(address=dongle)
record.campaign = rule
record.ret_value = ret
record.setRemoteDevice(remote)
record.save()
# from here we try again either on timeout or if rejected count is
# smaller than filter, for any of the matching rules
# if only 1 campaign matches we do it all over!
try_again = try_again | rule.tryAgain(record)
logger.info("try again: %s" % try_again)
if try_again:
from openproximity.rpc.server import OpenProximityService
uploader = OpenProximityService.getUploader()
if uploader:
logger.info("trying again")
return do_upload(uploader, files, remote)
else:
logger.info("no uploader registered")
except Exception, err:
logger.error("OOOPS!!!")
logger.exception(err)
logger.info("taking out of pending list")
from openproximity.rpc.server import OpenProximityService
OpenProximityService.removePending(remote)
def do_scan():
from openproximity.rpc.server import OpenProximityService
logger.info("start scan")
scanner = OpenProximityService.getScanner()
scanner.doScan()