def parse(self, soup, **defaults):
for row in soup.find('table', {'id': 'TimeTable'}).find('tbody').find_all('tr'):
raw_cells = row.find_all('td')
raw = [cell.string for cell in raw_cells]
airport = ''
if defaults.get('type') == 'outbound':
airport = raw[3]
elif defaults.get('type') == 'inbound':
airport = raw[2]
airport = re.sub(r'\s?\(.+\)', '', airport.replace('\n', ' ')).strip().title()
f = Flight(
source=self.iata_code,
time_scheduled=self._parse_time(raw_cells[5]),
time_actual=self._parse_time(raw_cells[6]),
status=self._parse_status(raw[4]),
number=raw[0].strip(),
destination=self.iata_code,
airline=raw[1].strip().title(),
**defaults
)
if defaults['type'] == 'outbound':
f.set_origin(self.name, self.iata_code)
f.set_destination(airport)
else:
f.set_origin(airport)
f.set_destination(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
for row in soup.find('div', {'class': 'timetable'}).find(
'div', {'class': 'table'}
).find('table').find_all('tr'):
row_cls = row.get('class', [])
if 'sA' in row_cls:
_type = 'arrival'
elif 'sD' in row_cls:
_type = 'departure'
else:
continue
raw_cells = row.find_all('td')
raw = [cell.string for cell in raw_cells]
f = Flight(
time_scheduled=self._parse_time(' '.join(raw[:2])),
time_actual=self._parse_actual(raw[7]),
status=self._parse_status(raw_cells[7]),
number=' '.join(raw[2:4]),
source=self.iata_code
)
if _type == 'arrival':
f.set_destination(self.name, self.iata_code)
f.set_origin(raw[5])
else:
f.set_destination(raw[5])
f.set_origin(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
for row in soup.find('table', {
'id': 'TimeTable'
}).find('tbody').find_all('tr'):
raw_cells = row.find_all('td')
raw = [cell.string for cell in raw_cells]
airport = ''
if defaults.get('type') == 'outbound':
airport = raw[3]
elif defaults.get('type') == 'inbound':
airport = raw[2]
airport = re.sub(r'\s?\(.+\)', '',
airport.replace('\n', ' ')).strip().title()
f = Flight(source=self.iata_code,
time_scheduled=self._parse_time(raw_cells[5]),
time_actual=self._parse_time(raw_cells[6]),
status=self._parse_status(raw[4]),
number=raw[0].strip(),
destination=self.iata_code,
airline=raw[1].strip().title(),
**defaults)
if defaults['type'] == 'outbound':
f.set_origin(self.name, self.iata_code)
f.set_destination(airport)
else:
f.set_origin(airport)
f.set_destination(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
for row in soup.find('div', {
'class': 'timetable'
}).find('div', {
'class': 'table'
}).find('table').find_all('tr'):
row_cls = row.get('class', [])
if 'sA' in row_cls:
_type = 'arrival'
elif 'sD' in row_cls:
_type = 'departure'
else:
continue
raw_cells = row.find_all('td')
raw = [cell.string for cell in raw_cells]
f = Flight(time_scheduled=self._parse_time(' '.join(raw[:2])),
time_actual=self._parse_actual(raw[7]),
status=self._parse_status(raw_cells[7]),
number=' '.join(raw[2:4]),
source=self.iata_code)
if _type == 'arrival':
f.set_destination(self.name, self.iata_code)
f.set_origin(raw[5])
else:
f.set_destination(raw[5])
f.set_origin(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
re_airport = re.compile(r'(\w+)\s+\((\w+)\)')
statuses = {
'departed': FlightStatus.DEPARTED,
'arrived': FlightStatus.LANDED,
'cancelled': FlightStatus.CANCELLED,
}
def parse_time(time_str):
if not time_str:
return None
return parser.parse(time_str, dayfirst=True)
for row in soup.find('table', {
'class': 'tabloBigNew'
}).find_all('tr', recursive=False):
if 'bigTableTitle' in row.get(
'class', []) or 'onlineDetailTr' in row.get('class', []):
continue
raw_cells = row.find_all('td')
raw_strings = map(lambda s: s.strip() if s else s,
[cell.get_text() for cell in raw_cells])
if not len(raw_strings) >= 6:
continue
f = Flight(source=self.iata_code,
time_scheduled=parse_time(raw_strings[2]),
time_actual=parse_time(raw_strings[3]),
status=statuses.get(raw_strings[4]),
number=raw_strings[0],
destination=self.iata_code,
airline=raw_strings[5],
**defaults)
airport_match = re_airport.match(raw_strings[1])
if airport_match:
airport_city, airport_iata_code = airport_match.groups()
else:
airport_city, airport_iata_code = raw_strings[1], None
if defaults['type'] == 'outbound':
f.set_origin(self.name, self.iata_code)
f.set_destination(airport_city, airport_iata_code)
else:
f.set_origin(airport_city, airport_iata_code)
f.set_destination(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
re_airport = re.compile(r'(\w+)\s+\((\w+)\)')
statuses = {
'departed': FlightStatus.DEPARTED,
'arrived': FlightStatus.LANDED,
'cancelled': FlightStatus.CANCELLED,
}
def parse_time(time_str):
if not time_str:
return None
return parser.parse(time_str, dayfirst=True)
for row in soup.find('table', {'class': 'tabloBigNew'}).find_all('tr', recursive=False):
if 'bigTableTitle' in row.get('class', []) or 'onlineDetailTr' in row.get('class', []):
continue
raw_cells = row.find_all('td')
raw_strings = map(lambda s: s.strip() if s else s, [cell.get_text() for cell in raw_cells])
if not len(raw_strings) >= 6:
continue
f = Flight(
source=self.iata_code,
time_scheduled=parse_time(raw_strings[2]),
time_actual=parse_time(raw_strings[3]),
status=statuses.get(raw_strings[4]),
number=raw_strings[0],
destination=self.iata_code,
airline=raw_strings[5],
**defaults
)
airport_match = re_airport.match(raw_strings[1])
if airport_match:
airport_city, airport_iata_code = airport_match.groups()
else:
airport_city, airport_iata_code = raw_strings[1], None
if defaults['type'] == 'outbound':
f.set_origin(self.name, self.iata_code)
f.set_destination(airport_city, airport_iata_code)
else:
f.set_origin(airport_city, airport_iata_code)
f.set_destination(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
for row in soup.find(id='onlinetablo').find_all('tr'):
parsed_row = {}
if row.find('th'):
continue
for cell in row.find_all('td'):
if cell['class'][0] in self._targets:
attr_name = self._targets[cell['class'][0]]
if attr_name.startswith('raw_'):
parsed_row[attr_name] = str(cell)
else:
parsed_row[attr_name] = cell.string.strip()
is_codeshare = bool(self._codeshare_re.search(parsed_row['number']))
time_scheduled = self._parse_time(parsed_row['time_scheduled'])
time_actual = self._parse_time(parsed_row['time_actual'])
status = self._parse_status(parsed_row['raw_status'])
peer = re.sub(r'\(.+\)', '', parsed_row['peer'])
f = Flight(
source=self.iata_code,
time_scheduled=time_scheduled,
time_actual=time_actual,
status=status,
number=parsed_row['number'],
is_codeshare=is_codeshare
)
if defaults['type'] == 'inbound':
f.set_destination(self.name, self.iata_code)
f.set_origin(peer)
else:
f.set_destination(peer)
f.set_origin(self.name, self.iata_code)
yield f
def parse(self, soup, **defaults):
for row in soup.find(id='onlinetablo').find_all('tr'):
parsed_row = {}
if row.find('th'):
continue
for cell in row.find_all('td'):
if cell['class'][0] in self._targets:
attr_name = self._targets[cell['class'][0]]
if attr_name.startswith('raw_'):
parsed_row[attr_name] = str(cell)
else:
parsed_row[attr_name] = cell.string.strip()
is_codeshare = bool(self._codeshare_re.search(
parsed_row['number']))
time_scheduled = self._parse_time(parsed_row['time_scheduled'])
time_actual = self._parse_time(parsed_row['time_actual'])
status = self._parse_status(parsed_row['raw_status'])
peer = re.sub(r'\(.+\)', '', parsed_row['peer'])
f = Flight(source=self.iata_code,
time_scheduled=time_scheduled,
time_actual=time_actual,
status=status,
number=parsed_row['number'],
is_codeshare=is_codeshare)
if defaults['type'] == 'inbound':
f.set_destination(self.name, self.iata_code)
f.set_origin(peer)
else:
f.set_destination(peer)
f.set_origin(self.name, self.iata_code)
yield f