def check_false_positive(test):
match = parser_re.search(test)
eq_(match, None)
def check_parser(coord_string, expected):
match = parser_re.search(coord_string)
assert match
result = _cleanup(match.groupdict())
eq_(result, expected)
def check_parser(coord_string, expected):
match = parser_re.search(coord_string)
assert match
result = _cleanup(match.groupdict())
eq_(result, expected)
def check_false_positive(test):
match = parser_re.search(test)
eq_(match, None)
def format_parsed_report(parsed_report):
report = CadorsReport.query.get(
parsed_report['cadors_number']) or CadorsReport(uuid=uuid.uuid4())
parsed_report['timestamp'] = make_datetime(parsed_report['date'],
parsed_report['time'])
del parsed_report['date']
del parsed_report['time']
primary_locations = set()
other_locations = set()
if parsed_report['tclid'] != '':
#try to do a db lookup
data = lookup(parsed_report['tclid'])
if data is not None:
primary_locations.add(data)
if parsed_report['location'] != '':
location = parsed_report['location']
#Apply geolucidate and the aerodromes RE
match = aerodromes_re.get_icao_re.search(location)
if match:
data = lookup(match.group())
primary_locations.add(data)
match = parser_re.search(location)
if match:
(latitude, longitude) = _convert(*_cleanup(match.groupdict()))
location = make_location(latitude, longitude)
location.name = match.group()
primary_locations.add(location)
for narrative_part in parsed_report['narrative']:
narrative_tree = process_narrative(narrative_part['narrative_text'])
narrative_part['narrative_html'] = clean_html(narrative_tree)
narrative_part['narrative_xml'] = etree.tostring(narrative_tree,
method="xml",
encoding=unicode)
#do the location extraction here
#parse out geolinks
elements = narrative_tree.xpath(
"//*[@class='geolink' and @geo:lat and @geo:long]",
namespaces=NSMAP)
for element in elements:
longitude = element.attrib[
'{http://www.w3.org/2003/01/geo/wgs84_pos#}long']
latitude = element.attrib[
'{http://www.w3.org/2003/01/geo/wgs84_pos#}lat']
name = element.attrib['title']
location = make_location(latitude, longitude)
location.name = name
other_locations.add(location)
#parse out aerodrome links
elements = narrative_tree.xpath(
"//*[@class='aerolink' and @aero:code]",
namespaces=NSMAP)
for element in elements:
code = element.attrib[
'{urn:uuid:1469bf5a-50a9-4c9b-813c-af19f9d6824d}code']
other_locations.add(lookup(code))
for aircraft_part in parsed_report['aircraft']:
if aircraft_part['flight_number'] is not None:
match = re.match("([A-Z]{2,4})([0-9]{1,4})M?",
aircraft_part['flight_number'])
if match:
aircraft_part['flight_number_operator'] = match.group(1)
aircraft_part['flight_number_flight'] = match.group(2)
report.categories = []
report.aircraft = []
report.narrative_parts = []
report.locations = []
for category in parsed_report['categories']:
report.categories.append(ReportCategory(text=category))
del parsed_report['categories']
for aircraft_part in parsed_report['aircraft']:
report.aircraft.append(Aircraft(**aircraft_part))
del parsed_report['aircraft']
for narrative_part in parsed_report['narrative']:
report.narrative_parts.append(NarrativePart(**narrative_part))
del parsed_report['narrative']
for location in primary_locations:
locref = LocationRef(report=report, location=location,
primary=True)
db.session.add(locref)
other_locations -= primary_locations
for location in other_locations:
locref = LocationRef(report=report, location=location,
primary=False)
db.session.add(locref)
for key, value in parsed_report.iteritems():
setattr(report, key, value)
return report
