def process(self):
"""
Translates the 'MaxMessageCount', 'MaxMessageLength', 'NewMessageCount', 'OldMessageCount',
and 'SayDurationMinimum' values into ints, setting them to -1 on error.
Translates the 'VolumeGain' value into a float, setting it to None on error.
Translates the 'AttachMessage', 'CallOperator', 'CanReview', 'DeleteMessage', 'SayCID', and
'SayEnvelope' values into booleans.
"""
(headers, data) = _Event.process(self)
generic_transforms.to_bool(headers, (
'AttachMessage',
'CallOperator',
'CanReview',
'DeleteMessage',
'SayCID',
'SayEnvelope',
),
truth_value='Yes')
header_list = [
'MaxMessageCount', 'MaxMessageLength', 'NewMessageCount',
'SayDurationMinimum'
]
if 'OldMessageCount' in headers:
header_list.append('OldMessageCount')
generic_transforms.to_int(headers, header_list, -1)
generic_transforms.to_float(headers, ('VolumeGain', ), None)
return (headers, data)
def process(self):
"""
Translates the 'CumulativeLoss', 'SentOctets', 'SentPackets', 'SentRTP', and
'TheirLastSR' values into ints, setting them to -1 on error.
Translates the 'DLSR', 'FractionLost', 'IAJitter', and 'SentNTP' values into floats, setting
them to -1 on error.
Splits 'To' into a tuple of IP:str and port:int, or sets it to `None` if the format is
unknown.
"""
(headers, data) = _Event.process(self)
to = headers.get('To')
if to and ':' in to:
headers['To'] = tuple(to.rsplit(':', 1))
else:
headers['To'] = None
generic_transforms.to_bool(headers, ('Result',), truth_value='Success')
generic_transforms.to_int(headers, ('CumulativeLoss', 'SentOctets', 'SentPackets', 'SentRTP', 'TheirLastSR',), -1)
headers['DLSR'] = (headers.get('DSLR') or '').split(' ', 1)[0]
generic_transforms.to_float(headers, ('DLSR', 'FractionLost', 'IAJitter', 'SentNTP',), -1)
return (headers, data)
def process(self):
"""
Translates the 'HighestSequence', 'LastSR', 'PacketsLost', 'ReceptionReports,
and 'SequenceNumbercycles' values into ints, setting them to -1 on error.
Translates the 'DLSR', 'FractionLost', 'IAJitter', and 'SentNTP' values into floats, setting
them to -1 on error.
Splits 'From' into a tuple of IP:str and port:int, or sets it to `None` if the format is
unknown.
"""
(headers, data) = _Event.process(self)
_from = headers.get('From')
if _from and ':' in _from:
headers['From'] = tuple(_from.rsplit(':', 1))
else:
headers['From'] = None
generic_transforms.to_int(headers, (
'HighestSequence',
'LastSR',
'PacketsLost',
'ReceptionReports',
'SequenceNumberCycles',
), -1)
headers['DLSR'] = (headers.get('DSLR') or '').split(' ', 1)[0]
generic_transforms.to_float(headers, (
'DLSR',
'FractionLost',
'IAJitter',
), -1)
return (headers, data)
def process(self):
"""
Translates the 'Abandoned', 'Calls', 'Completed', 'Holdtime', and 'Max' headers' values into
ints, setting them to -1 on error.
Translates the 'ServiceLevel', 'ServiceLevelPerf', and 'Weight' values into
floats, setting them to -1 on error.
"""
(headers, data) = _Event.process(self)
generic_transforms.to_int(headers, ('Abandoned', 'Calls', 'Completed', 'Holdtime', 'Max',), -1)
generic_transforms.to_float(headers, ('ServiceLevel', 'ServiceLevelPref', 'Weight',), -1)
return (headers, data)
def process(self):
"""
Translates the 'MaxMessageCount', 'MaxMessageLength', 'NewMessageCount', 'OldMessageCount',
and 'SayDurationMinimum' values into ints, setting them to -1 on error.
Translates the 'VolumeGain' value into a float, setting it to None on error.
Translates the 'AttachMessage', 'CallOperator', 'CanReview', 'DeleteMessage', 'SayCID', and
'SayEnvelope' values into booleans.
"""
(headers, data) = _Event.process(self)
generic_transforms.to_bool(headers, ('AttachMessage', 'CallOperator', 'CanReview', 'DeleteMessage', 'SayCID', 'SayEnvelope',), truth_value='Yes')
header_list = ['MaxMessageCount', 'MaxMessageLength', 'NewMessageCount', 'SayDurationMinimum']
if 'OldMessageCount' in headers:
header_list.append('OldMessageCount')
generic_transforms.to_int(headers, header_list, -1)
generic_transforms.to_float(headers, ('VolumeGain',), None)
return (headers, data)
def process(self):
"""
Translates the 'Abandoned', 'Calls', 'Completed', 'Holdtime', and 'Max' headers' values into
ints, setting them to -1 on error.
Translates the 'ServiceLevel', 'ServiceLevelPerf', and 'Weight' values into
floats, setting them to -1 on error.
"""
(headers, data) = _Event.process(self)
generic_transforms.to_int(headers, (
'Abandoned',
'Calls',
'Completed',
'Holdtime',
'Max',
), -1)
generic_transforms.to_float(headers, (
'ServiceLevel',
'ServiceLevelPref',
'Weight',
), -1)
return (headers, data)
def process(self):
"""
Translates the 'CumulativeLoss', 'SentOctets', 'SentPackets', 'SentRTP', and
'TheirLastSR' values into ints, setting them to -1 on error.
Translates the 'DLSR', 'FractionLost', 'IAJitter', and 'SentNTP' values into floats, setting
them to -1 on error.
Splits 'To' into a tuple of IP:str and port:int, or sets it to `None` if the format is
unknown.
"""
(headers, data) = _Event.process(self)
to = headers.get('To')
if to and ':' in to:
headers['To'] = tuple(to.rsplit(':', 1))
else:
headers['To'] = None
generic_transforms.to_bool(headers, ('Result', ),
truth_value='Success')
generic_transforms.to_int(headers, (
'CumulativeLoss',
'SentOctets',
'SentPackets',
'SentRTP',
'TheirLastSR',
), -1)
headers['DLSR'] = (headers.get('DSLR') or '').split(' ', 1)[0]
generic_transforms.to_float(headers, (
'DLSR',
'FractionLost',
'IAJitter',
'SentNTP',
), -1)
return (headers, data)
def process(self):
"""
Translates the 'HighestSequence', 'LastSR', 'PacketsLost', 'ReceptionReports,
and 'SequenceNumbercycles' values into ints, setting them to -1 on error.
Translates the 'DLSR', 'FractionLost', 'IAJitter', and 'SentNTP' values into floats, setting
them to -1 on error.
Splits 'From' into a tuple of IP:str and port:int, or sets it to `None` if the format is
unknown.
"""
(headers, data) = _Event.process(self)
_from = headers.get('From')
if _from and ':' in _from:
headers['From'] = tuple(_from.rsplit(':', 1))
else:
headers['From'] = None
generic_transforms.to_int(headers, ('HighestSequence', 'LastSR', 'PacketsLost', 'ReceptionReports', 'SequenceNumberCycles',), -1)
headers['DLSR'] = (headers.get('DSLR') or '').split(' ', 1)[0]
generic_transforms.to_float(headers, ('DLSR', 'FractionLost', 'IAJitter',), -1)
return (headers, data)
