class ReportSchema(OptionalMappingSchema):
carrier = OptionalStringNode()
homeMobileCountryCode = OptionalIntNode()
homeMobileNetworkCode = OptionalIntNode()
radioType = OptionalStringVocabularyNode(vocabulary=RADIO_STRINGS)
timestamp = OptionalNode(UnixTimeFromInteger())
bluetoothBeacons = BluetoothBeaconsSchema(missing=())
wifiAccessPoints = WifiAccessPointsSchema(missing=())
def deserialize(self, data):
data = super(ReportSchema, self).deserialize(data)
if (data is colander.drop
or data is colander.null): # pragma: no cover
return colander.drop
if not (data.get('bluetoothBeacons') or data.get('cellTowers')
or data.get('wifiAccessPoints')):
return colander.drop
top_radio = data.get('radioType', None)
for cell in data.get('cellTowers', ()):
if top_radio and ('radioType' not in cell
or not cell['radioType']):
cell['radioType'] = top_radio
if cell.get('radioType') == 'umts':
cell['radioType'] = 'wcdma'
if 'radioType' in data:
del data['radioType']
return data
class ReportSchema(OptionalMappingSchema):
carrier = OptionalStringNode()
homeMobileCountryCode = OptionalIntNode()
homeMobileNetworkCode = OptionalIntNode()
radioType = OptionalStringVocabularyNode(vocabulary=RADIO_STRINGS)
timestamp = OptionalNode(UnixTimeFromInteger())
bluetoothBeacons = BluetoothBeaconsSchema(missing=())
wifiAccessPoints = WifiAccessPointsSchema(missing=())
def deserialize(self, data):
data = super(ReportSchema, self).deserialize(data)
if data is colander.drop or data is colander.null:
return colander.drop
if not (
data.get("bluetoothBeacons")
or data.get("cellTowers")
or data.get("wifiAccessPoints")
):
return colander.drop
top_radio = data.get("radioType", None)
for cell in data.get("cellTowers", ()):
if top_radio and ("radioType" not in cell or not cell["radioType"]):
cell["radioType"] = top_radio
if cell.get("radioType") == "umts":
cell["radioType"] = "wcdma"
if "radioType" in data:
del data["radioType"]
return data
class BluetoothBeaconSchema(OptionalMappingSchema):
macAddress = OptionalStringNode()
age = OptionalIntNode()
name = OptionalStringNode()
signalStrength = OptionalIntNode()
def deserialize(self, data):
data = super(BluetoothBeaconSchema, self).deserialize(data)
if 'macAddress' not in data:
return colander.drop
return data
class BlueV0Schema(OptionalMappingSchema):
key = OptionalStringNode(to_name='macAddress')
age = OptionalIntNode()
name = OptionalStringNode()
signal = OptionalIntNode(to_name='signalStrength')
def deserialize(self, data):
data = super(BlueV0Schema, self).deserialize(data)
if 'macAddress' not in data:
return colander.drop
return data
class CellV1Schema(OptionalMappingSchema):
radio = OptionalStringNode(internal_name='radioType')
mcc = OptionalIntNode(internal_name='mobileCountryCode')
mnc = OptionalIntNode(internal_name='mobileNetworkCode')
lac = OptionalIntNode(internal_name='locationAreaCode')
cid = OptionalIntNode(internal_name='cellId')
age = OptionalIntNode()
asu = OptionalIntNode()
psc = OptionalIntNode(internal_name='primaryScramblingCode')
serving = OptionalIntNode()
signal = OptionalIntNode(internal_name='signalStrength')
ta = OptionalIntNode(internal_name='timingAdvance')
class CellV0Schema(OptionalMappingSchema):
radio = OptionalStringVocabularyNode(vocabulary=RADIO_STRINGS,
to_name="radioType")
mcc = OptionalIntNode(to_name="mobileCountryCode")
mnc = OptionalIntNode(to_name="mobileNetworkCode")
lac = OptionalIntNode(to_name="locationAreaCode")
cid = OptionalIntNode(to_name="cellId")
age = OptionalIntNode()
asu = OptionalIntNode()
psc = OptionalIntNode(to_name="primaryScramblingCode")
serving = OptionalIntNode()
signal = OptionalIntNode(to_name="signalStrength")
ta = OptionalIntNode(to_name="timingAdvance")
class CellTowerSchema(OptionalMappingSchema):
radioType = OptionalStringVocabularyNode(vocabulary=RADIO_STRINGS)
mobileCountryCode = OptionalIntNode()
mobileNetworkCode = OptionalIntNode()
locationAreaCode = OptionalIntNode()
cellId = OptionalIntNode()
age = OptionalIntNode()
asu = OptionalIntNode()
serving = OptionalIntNode()
signalStrength = OptionalIntNode()
timingAdvance = OptionalIntNode()
class WifiAccessPointSchema(OptionalMappingSchema):
macAddress = OptionalStringNode()
age = OptionalIntNode()
channel = OptionalIntNode()
frequency = OptionalIntNode()
radioType = OptionalStringNode()
signalStrength = OptionalIntNode()
signalToNoiseRatio = OptionalIntNode()
ssid = OptionalStringNode()
def deserialize(self, data):
data = super(WifiAccessPointSchema, self).deserialize(data)
if 'macAddress' not in data:
return colander.drop
return data
class WifiV1Schema(OptionalMappingSchema):
key = OptionalStringNode(internal_name='macAddress')
age = OptionalIntNode()
channel = OptionalIntNode()
frequency = OptionalIntNode()
radio = OptionalStringNode(internal_name='radioType')
signal = OptionalIntNode(internal_name='signalStrength')
signalToNoiseRatio = OptionalIntNode()
ssid = OptionalStringNode()
def deserialize(self, data):
data = super(WifiV1Schema, self).deserialize(data)
if 'macAddress' not in data:
return colander.null
return data
class WifiV0Schema(OptionalMappingSchema):
key = OptionalStringNode(to_name="macAddress")
age = OptionalIntNode()
channel = OptionalIntNode()
frequency = OptionalIntNode()
radio = OptionalStringNode(to_name="radioType")
signal = OptionalIntNode(to_name="signalStrength")
signalToNoiseRatio = OptionalIntNode()
ssid = OptionalStringNode()
def deserialize(self, data):
data = super(WifiV0Schema, self).deserialize(data)
if "macAddress" not in data:
return colander.drop
return data
class PositionSchema(OptionalMappingSchema):
latitude = OptionalBoundedFloatNode()
longitude = OptionalBoundedFloatNode()
accuracy = OptionalBoundedFloatNode()
age = OptionalIntNode()
altitude = OptionalBoundedFloatNode()
altitudeAccuracy = OptionalBoundedFloatNode()
heading = OptionalBoundedFloatNode()
pressure = OptionalBoundedFloatNode()
speed = OptionalBoundedFloatNode()
source = OptionalStringVocabularyNode(vocabulary=SOURCE_STRINGS)
class PositionSchema(OptionalMappingSchema):
latitude = OptionalBoundedFloatNode()
longitude = OptionalBoundedFloatNode()
accuracy = OptionalBoundedFloatNode()
age = OptionalIntNode()
altitude = OptionalBoundedFloatNode()
altitudeAccuracy = OptionalBoundedFloatNode()
heading = OptionalBoundedFloatNode()
pressure = OptionalBoundedFloatNode()
speed = OptionalBoundedFloatNode()
source = OptionalStringNode()
class BaseReportV1Schema(OptionalMappingSchema):
lat = OptionalBoundedFloatNode(internal_name='latitude')
lon = OptionalBoundedFloatNode(internal_name='longitude')
time = OptionalNode(UnixTimeFromString(), internal_name='timestamp')
accuracy = OptionalBoundedFloatNode()
age = OptionalIntNode()
altitude = OptionalBoundedFloatNode()
altitude_accuracy = OptionalBoundedFloatNode(
internal_name='altitudeAccuracy')
heading = OptionalBoundedFloatNode()
pressure = OptionalBoundedFloatNode()
radio = OptionalStringNode(internal_name='radioType')
speed = OptionalBoundedFloatNode()
source = OptionalStringNode()
class BaseReportV0Schema(OptionalMappingSchema):
lat = OptionalBoundedFloatNode(to_name="latitude")
lon = OptionalBoundedFloatNode(to_name="longitude")
time = OptionalNode(UnixTimeFromString(), to_name="timestamp")
accuracy = OptionalBoundedFloatNode()
age = OptionalIntNode()
altitude = OptionalBoundedFloatNode()
altitude_accuracy = OptionalBoundedFloatNode(to_name="altitudeAccuracy")
heading = OptionalBoundedFloatNode()
pressure = OptionalBoundedFloatNode()
radio = OptionalStringVocabularyNode(vocabulary=RADIO_STRINGS,
to_name="radioType")
speed = OptionalBoundedFloatNode()
source = OptionalStringVocabularyNode(
vocabulary=SOURCE_STRINGS, validator=colander.OneOf(SOURCE_STRINGS))
class SequenceItem(CellTowerSchema):
psc = OptionalIntNode(to_name='primaryScramblingCode')
class SequenceItem(CellTowerSchema):
primaryScramblingCode = OptionalIntNode()