<----SKIPPED LINES---->




AIRCRAFT_LENGTH['BOEING 787-10 Dreamliner (twin-jet)'] = 68.28
AIRCRAFT_LENGTH['BOEING BBJ (747-8) (quad-jet)'] = 76.25
AIRCRAFT_LENGTH['BOEING BBJ (777-200LR) (twin-jet)'] = 63.73
AIRCRAFT_LENGTH['BOEING BBJ (777-300ER) (twin-jet)'] = 73.86
AIRCRAFT_LENGTH['BOEING BBJ3 (twin-jet)'] = 42.11
AIRCRAFT_LENGTH['Boeing Dreamliner (Srs.8) (twin-jet)'] = 56.72
AIRCRAFT_LENGTH['BOEING Dreamliner (Srs.9) (twin-jet)'] = 62.81
AIRCRAFT_LENGTH['Boeing MD-11 (tri-jet)'] = (61.2 + 61.6) / 2
AIRCRAFT_LENGTH['BOMBARDIER BD-700 Global 7500 (twin-jet)'] = 33.88
AIRCRAFT_LENGTH['Bombardier Challenger 300 (twin-jet)'] = 20.92
AIRCRAFT_LENGTH['Bombardier Global 5000 (twin-jet)'] = 29.5
AIRCRAFT_LENGTH['Bombardier Global Express (twin-jet)'] = (29.5 + 30.3) / 2
AIRCRAFT_LENGTH['Bombardier Learjet 75 (twin-jet)'] = 17.7
AIRCRAFT_LENGTH['Canadair Challenger (twin-jet)'] = 20.9
AIRCRAFT_LENGTH['Canadair Challenger 350 (twin-jet)'] = 20.9
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-200 (twin-jet)'] = 26.77
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-700 (twin-jet)'] = 32.3
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-900 (twin-jet)'] = 36.2
AIRCRAFT_LENGTH['Cessna 152 (piston-single)'] = 7.34
AIRCRAFT_LENGTH['Cessna Caravan (single-turboprop)'] = 11.46

AIRCRAFT_LENGTH['Cessna Citation Bravo (twin-jet)'] = 14.54
AIRCRAFT_LENGTH['Cessna Citation CJ1 (twin-jet)'] = 12.98
AIRCRAFT_LENGTH['Cessna Citation CJ2+ (twin-jet)'] = 14.53
AIRCRAFT_LENGTH['Cessna Citation CJ3 (twin-jet)'] = 15.59
AIRCRAFT_LENGTH['Cessna Citation CJ4 (twin-jet)'] = 16.26
AIRCRAFT_LENGTH['Cessna Citation M2 (twin-jet)'] = 12.98
AIRCRAFT_LENGTH['Cessna Citation Excel/XLS (twin-jet)'] = 16.0
AIRCRAFT_LENGTH['Cessna Citation II (twin-jet)'] = 14.54
AIRCRAFT_LENGTH['Cessna Citation Latitude (twin-jet)'] = 18.97
AIRCRAFT_LENGTH['Cessna Citation Longitude (twin-jet)'] = 22.3
AIRCRAFT_LENGTH['Cessna Citation Mustang (twin-jet)'] = 12.37
AIRCRAFT_LENGTH['Cessna Citation Sovereign (twin-jet)'] = 19.35
AIRCRAFT_LENGTH['Cessna Citation V (twin-jet)'] = 14.91
AIRCRAFT_LENGTH['Cessna Citation X (twin-jet)'] = 22.04
AIRCRAFT_LENGTH['Cessna Conquest 2 (twin-turboprop)'] = 11.89
AIRCRAFT_LENGTH['Cessna Skyhawk (piston-single)'] = 8.28
AIRCRAFT_LENGTH['Cessna Skylane (piston-single)'] = 8.84
AIRCRAFT_LENGTH['CESSNA T182 Turbo Skylane (piston-single)'] = 8.84
AIRCRAFT_LENGTH['Cessna T206 Turbo Stationair (piston-single)'] = 8.61
AIRCRAFT_LENGTH['Cessna 421 (twin-piston)'] = 11.09
AIRCRAFT_LENGTH['Cirrus SR-20 (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus SR-22 (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus SR22 Turbo (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus Vision SF50 (single-jet)'] = 9.42
AIRCRAFT_LENGTH['Daher-Socata TBM-900 (single-turboprop)'] = 10.72
AIRCRAFT_LENGTH['Dassault Falcon 50 (tri-jet)'] = 18.52

AIRCRAFT_LENGTH['Dassault Falcon 2000 (twin-jet)'] = 20.23
AIRCRAFT_LENGTH['Dassault Falcon 900 (tri-jet)'] = 20.21
AIRCRAFT_LENGTH['Embraer 170/175 (twin-jet)'] = (29.90 + 31.68) / 2
AIRCRAFT_LENGTH['EMBRAER 175 (long wing) (twin-jet)'] = 31.68

AIRCRAFT_LENGTH['Embraer ERJ-135 (twin-jet)'] = 26.33
AIRCRAFT_LENGTH['Embraer ERJ-145 (twin-jet)'] = 29.87
AIRCRAFT_LENGTH['Embraer ERJ 175 (twin-jet)'] = 31.68
AIRCRAFT_LENGTH['Embraer ERJ 190 (twin-jet)'] = 36.25
AIRCRAFT_LENGTH['Embraer ERJ-190 (twin-jet)'] = 36.25
AIRCRAFT_LENGTH['Embraer Legacy 450 (twin-jet)'] = 19.69
AIRCRAFT_LENGTH['Embraer Legacy 550 (twin-jet)'] = 20.74
AIRCRAFT_LENGTH['Embraer Legacy 600/650 (twin-jet)'] = 26.33
AIRCRAFT_LENGTH['Embraer Phenom 100 (twin-jet)'] = 12.82
AIRCRAFT_LENGTH['Embraer Phenom 300 (twin-jet)'] = 15.9
AIRCRAFT_LENGTH['Epic Aircraft LT (single-turboprop)'] = 10.92
AIRCRAFT_LENGTH['Eurocopter EC-635 (twin-turboshaft)'] = 10.21
AIRCRAFT_LENGTH['Fairchild Dornier 328JET (twin-jet)'] = 21.11
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream 3 (twin-jet)'] = 25.32
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G450 (twin-jet)'] = 27.23
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G550 (twin-jet)'] = 29.39
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G650 (twin-jet)'] = 30.41
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream IV (twin-jet)'] = 26.92
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream V (twin-jet)'] = 29.4
AIRCRAFT_LENGTH['GULFSTREAM AEROSPACE G-7 Gulfstream G600 (twin-jet)'] = 29.29




                            <----SKIPPED LINES---->




  except IOError:
    Log('Unable to append to ' + file)

  if rolling:
    Tail(file, rolling, lines_to_keep=ROLLING_LOG_SIZE)


def Tail(in_name, rolling_name, max_line_length=100, lines_to_keep=1000):
  """Fast pythonic implementation of tail -n.

  Args:
    in_name: name of file for which we want the tail
    rolling_name: name of file to write out
    max_line_length: since this uses seek to find the block of text near the end
      that has at most the lines_to_keep number of lines, we need to estimate
      the max line length over that block of text.  We can afford to be a
      little conservative here.
    lines_to_keep: how many lines to keep in the rolling file.

  Returns:
    Integer number of lines actually kept.

  """
  with open(in_name, 'r') as f:
    f.seek(0, os.SEEK_END)
    f_length = f.tell()

    bytes_to_read = min(max_line_length * lines_to_keep, f_length)
    f.seek(f_length - bytes_to_read)


    end_text = f.read()




















    lines = end_text.split('\n')
    # perhaps the file was smaller than lines_to_keep lines, or many lines were
    # longer than max_line_length; in that case, the resulting text block will
    # potentially be smaller than lines_to_keep
    lines_to_keep = min(lines_to_keep, len(lines))

  with open(rolling_name, 'w') as f:
    f.write('\n'.join(lines[-lines_to_keep:]))

  return lines_to_keep


def UpdateRollingLogSize(configuration):
  """Set the global rolling_log_line_count based on settings file."""
  if 'rolling_log_line_count' in configuration:
    global ROLLING_LOG_SIZE
    ROLLING_LOG_SIZE = configuration['rolling_log_line_count']


def LogTimes(times, threshold=0, title=''):




                            <----SKIPPED LINES---->




  parsed_flight_details = parsed_json['flights'][fa_flight_number]
  flight['fa_flight_number'] = fa_flight_number

  origin = parsed_flight_details.get('origin')
  if origin:
    flight['origin_friendly'] = origin.get('friendlyLocation')
    flight['origin_iata'] = origin.get('iata')

  destination = parsed_flight_details.get('destination')
  if destination:
    flight['destination_friendly'] = destination.get('friendlyLocation')
    flight['destination_iata'] = destination.get('iata')

  aircraft_type = parsed_flight_details.get('aircraft')
  if aircraft_type:
    flight['aircraft_type_code'] = aircraft_type.get('type')
    flight['aircraft_type_friendly'] = aircraft_type.get('friendlyType')
    if flight['aircraft_type_friendly']:
      flight['aircraft_type_friendly'] = flight[
          'aircraft_type_friendly'].replace('biréacteur', 'twin-jet')


    flight['owner_location'] = Unidecode(aircraft_type.get('ownerLocation'))
    flight['owner'] = Unidecode(aircraft_type.get('owner'))
    flight['tail'] = Unidecode(aircraft_type.get('tail'))

  takeoff_time = parsed_flight_details.get('takeoffTimes')
  if takeoff_time:
    flight['scheduled_takeofftime'] = takeoff_time.get('scheduled')
    flight['actual_takeoff_time'] = takeoff_time.get('actual')

  gate_departure_time = parsed_flight_details.get('gateDepartureTimes')
  if gate_departure_time:
    flight['scheduled_departure_time'] = gate_departure_time.get('scheduled')
    flight['actual_departure_time'] = gate_departure_time.get('actual')

  gate_arrival_time = parsed_flight_details.get('gateArrivalTimes')
  if gate_arrival_time:
    flight['scheduled_arrival_time'] = gate_arrival_time.get('scheduled')
    flight['estimated_arrival_time'] = gate_arrival_time.get('estimated')

  landing_time = parsed_flight_details.get('landingTimes')




                            <----SKIPPED LINES---->




      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],
      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],
      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]]
    where each 0 is replaced by an integer 0,...,69.
  '''
  # For each element in the string,
  #   if it is an '{', find the closing '}' and collapse into one element
  #   if it is not an '{' and we are not in an escaped string, translate
  translation = {
  ' ': 0, 'A': 1, 'B': 2, 'C': 3, 'D': 4,
  'E': 5, 'F': 6, 'G': 7, 'H': 8, 'I': 9,
  'J': 10, 'K': 11, 'L': 12, 'M': 13, 'N': 14,
  'O': 15, 'P': 16, 'Q': 17, 'R': 18, 'S': 19,
  'T': 20, 'U': 21, 'V': 22, 'W': 23, 'X': 24,
  'Y': 25, 'Z': 26, '1': 27, '2': 28, '3': 29,
  '4': 30, '5': 31, '6': 32, '7': 33, '8': 34,
  '9': 35, '0': 36, '!': 37, '@': 38, '#': 39,
  '$': 40, '(': 41, ')': 42, '-': 44, '+': 46,
  '&': 47, '=': 48, ';': 49, ':': 50, "'": 52,
  '"': 53, '%': 54, ',': 55, '.': 56, '/': 59,
  '?': 60, '°': 62, 'É': 5, 'Д': 1, 'В': 2}

  # valid codes are those enumerated above plus the seven colors in 63, ..., 69
  valid_codes = list(translation.values())
  valid_codes.extend([63, 64, 65, 66, 67, 68, 69])

  pointer = 0
  message_array = []

  while pointer < len(s):
    if s[pointer] == '{':
      end_escape = s.find('}', pointer)

      if end_escape == -1:
        Log('Escaped sequence missing closing curly brace: "%s"' % s)

      escaped_sequence = s[pointer+1 : end_escape]
      try:
        escaped_value = int(escaped_sequence)
      except ValueError:
        Log('Escaped sequence "%s" is not a number in message "%s"'




                            <----SKIPPED LINES---->

                            <----SKIPPED LINES---->




AIRCRAFT_LENGTH['BOEING 787-10 Dreamliner (twin-jet)'] = 68.28
AIRCRAFT_LENGTH['BOEING BBJ (747-8) (quad-jet)'] = 76.25
AIRCRAFT_LENGTH['BOEING BBJ (777-200LR) (twin-jet)'] = 63.73
AIRCRAFT_LENGTH['BOEING BBJ (777-300ER) (twin-jet)'] = 73.86
AIRCRAFT_LENGTH['BOEING BBJ3 (twin-jet)'] = 42.11
AIRCRAFT_LENGTH['Boeing Dreamliner (Srs.8) (twin-jet)'] = 56.72
AIRCRAFT_LENGTH['BOEING Dreamliner (Srs.9) (twin-jet)'] = 62.81
AIRCRAFT_LENGTH['Boeing MD-11 (tri-jet)'] = (61.2 + 61.6) / 2
AIRCRAFT_LENGTH['BOMBARDIER BD-700 Global 7500 (twin-jet)'] = 33.88
AIRCRAFT_LENGTH['Bombardier Challenger 300 (twin-jet)'] = 20.92
AIRCRAFT_LENGTH['Bombardier Global 5000 (twin-jet)'] = 29.5
AIRCRAFT_LENGTH['Bombardier Global Express (twin-jet)'] = (29.5 + 30.3) / 2
AIRCRAFT_LENGTH['Bombardier Learjet 75 (twin-jet)'] = 17.7
AIRCRAFT_LENGTH['Canadair Challenger (twin-jet)'] = 20.9
AIRCRAFT_LENGTH['Canadair Challenger 350 (twin-jet)'] = 20.9
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-200 (twin-jet)'] = 26.77
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-700 (twin-jet)'] = 32.3
AIRCRAFT_LENGTH['Canadair Regional Jet CRJ-900 (twin-jet)'] = 36.2
AIRCRAFT_LENGTH['Cessna 152 (piston-single)'] = 7.34
AIRCRAFT_LENGTH['Cessna Caravan (single-turboprop)'] = 11.46
AIRCRAFT_LENGTH['Cessna Citation 1SP (twin-jet)'] = 13.26
AIRCRAFT_LENGTH['Cessna Citation Bravo (twin-jet)'] = 14.54
AIRCRAFT_LENGTH['Cessna Citation CJ1 (twin-jet)'] = 12.98
AIRCRAFT_LENGTH['Cessna Citation CJ2+ (twin-jet)'] = 14.53
AIRCRAFT_LENGTH['Cessna Citation CJ3 (twin-jet)'] = 15.59
AIRCRAFT_LENGTH['Cessna Citation CJ4 (twin-jet)'] = 16.26
AIRCRAFT_LENGTH['Cessna Citation M2 (twin-jet)'] = 12.98
AIRCRAFT_LENGTH['Cessna Citation Excel/XLS (twin-jet)'] = 16.0
AIRCRAFT_LENGTH['Cessna Citation II (twin-jet)'] = 14.54
AIRCRAFT_LENGTH['Cessna Citation Latitude (twin-jet)'] = 18.97
AIRCRAFT_LENGTH['Cessna Citation Longitude (twin-jet)'] = 22.3
AIRCRAFT_LENGTH['Cessna Citation Mustang (twin-jet)'] = 12.37
AIRCRAFT_LENGTH['Cessna Citation Sovereign (twin-jet)'] = 19.35
AIRCRAFT_LENGTH['Cessna Citation V (twin-jet)'] = 14.91
AIRCRAFT_LENGTH['Cessna Citation X (twin-jet)'] = 22.04
AIRCRAFT_LENGTH['Cessna Conquest 2 (twin-turboprop)'] = 11.89
AIRCRAFT_LENGTH['Cessna Skyhawk (piston-single)'] = 8.28
AIRCRAFT_LENGTH['Cessna Skylane (piston-single)'] = 8.84
AIRCRAFT_LENGTH['CESSNA T182 Turbo Skylane (piston-single)'] = 8.84
AIRCRAFT_LENGTH['Cessna T206 Turbo Stationair (piston-single)'] = 8.61
AIRCRAFT_LENGTH['Cessna 421 (twin-piston)'] = 11.09
AIRCRAFT_LENGTH['Cirrus SR-20 (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus SR-22 (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus SR22 Turbo (piston-single)'] = 7.92
AIRCRAFT_LENGTH['Cirrus Vision SF50 (single-jet)'] = 9.42
AIRCRAFT_LENGTH['Daher-Socata TBM-900 (single-turboprop)'] = 10.72
AIRCRAFT_LENGTH['Dassault Falcon 50 (tri-jet)'] = 18.52
AIRCRAFT_LENGTH['Dassault Falcon 7X (tri-jet)'] = 23.38
AIRCRAFT_LENGTH['Dassault Falcon 2000 (twin-jet)'] = 20.23
AIRCRAFT_LENGTH['Dassault Falcon 900 (tri-jet)'] = 20.21
AIRCRAFT_LENGTH['Embraer 170/175 (twin-jet)'] = (29.90 + 31.68) / 2
AIRCRAFT_LENGTH['EMBRAER 175 (long wing) (twin-jet)'] = 31.68
AIRCRAFT_LENGTH['EMBRAER 195 (twin-jet)'] = 38.66
AIRCRAFT_LENGTH['Embraer ERJ-135 (twin-jet)'] = 26.33
AIRCRAFT_LENGTH['Embraer ERJ-145 (twin-jet)'] = 29.87
AIRCRAFT_LENGTH['Embraer ERJ 175 (twin-jet)'] = 31.68
AIRCRAFT_LENGTH['Embraer ERJ 190 (twin-jet)'] = 36.25
AIRCRAFT_LENGTH['Embraer ERJ-190 (twin-jet)'] = 36.25
AIRCRAFT_LENGTH['Embraer Legacy 450 (twin-jet)'] = 19.69
AIRCRAFT_LENGTH['Embraer Legacy 550 (twin-jet)'] = 20.74
AIRCRAFT_LENGTH['Embraer Legacy 600/650 (twin-jet)'] = 26.33
AIRCRAFT_LENGTH['Embraer Phenom 100 (twin-jet)'] = 12.82
AIRCRAFT_LENGTH['Embraer Phenom 300 (twin-jet)'] = 15.9
AIRCRAFT_LENGTH['Epic Aircraft LT (single-turboprop)'] = 10.92
AIRCRAFT_LENGTH['Eurocopter EC-635 (twin-turboshaft)'] = 10.21
AIRCRAFT_LENGTH['Fairchild Dornier 328JET (twin-jet)'] = 21.11
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream 3 (twin-jet)'] = 25.32
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G450 (twin-jet)'] = 27.23
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G550 (twin-jet)'] = 29.39
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream G650 (twin-jet)'] = 30.41
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream IV (twin-jet)'] = 26.92
AIRCRAFT_LENGTH['Gulfstream Aerospace Gulfstream V (twin-jet)'] = 29.4
AIRCRAFT_LENGTH['GULFSTREAM AEROSPACE G-7 Gulfstream G600 (twin-jet)'] = 29.29




                            <----SKIPPED LINES---->




  except IOError:
    Log('Unable to append to ' + file)

  if rolling:
    Tail(file, rolling, lines_to_keep=ROLLING_LOG_SIZE)


def Tail(in_name, rolling_name, max_line_length=100, lines_to_keep=1000):
  """Fast pythonic implementation of tail -n.

  Args:
    in_name: name of file for which we want the tail
    rolling_name: name of file to write out
    max_line_length: since this uses seek to find the block of text near the end
      that has at most the lines_to_keep number of lines, we need to estimate
      the max line length over that block of text.  We can afford to be a
      little conservative here.
    lines_to_keep: how many lines to keep in the rolling file.

  Returns:
    Integer number of lines actually kept, or -1 if UnicodeDecodeError detected
    (in which case the file was left unmodified).
  """
  with open(in_name, 'r') as f:
    f.seek(0, os.SEEK_END)
    f_length = f.tell()

    bytes_to_read = min(max_line_length * lines_to_keep, f_length)
    f.seek(f_length - bytes_to_read)

    try:
      end_text = f.read()
    # Periodically, we get the following python error:
    #
    # UnicodeDecodeError: 'utf-8' codec can't decode byte 0xb0 in position 0:
    # invalid start byte
    #
    # after which the module errors once, but subsequent calls to Log (and thus
    # to Tail) do not cause the same error.  If there were really an invalid or
    # non-decodable byte in that position stored on disk, then presumably
    # subsequent calls to log on restart would cause the same error (because,
    # when exiting with an unhandled exception from this point, the log file
    # was not updated).  Thus, we can reasonably assume that this is a transient
    # error, and just skip taking the tail.  The next call to Log will
    # correct the log length to be the max number of lines.
    #
    # An incorrect assumption here - that is, if the error is not transient -
    # will show up by having a log file far in excess of the ROLLING_LOG_SIZE
    # number of lines.
    except UnicodeDecodeError:
      return -1

    lines = end_text.split('\n')
    # perhaps the file was smaller than lines_to_keep lines, or many lines were
    # longer than max_line_length; in that case, the resulting text block will
    # potentially be smaller than lines_to_keep
    lines_to_keep = min(lines_to_keep, len(lines))

  with open(rolling_name, 'w') as f:
    f.write('\n'.join(lines[-lines_to_keep:]))

  return lines_to_keep


def UpdateRollingLogSize(configuration):
  """Set the global rolling_log_line_count based on settings file."""
  if 'rolling_log_line_count' in configuration:
    global ROLLING_LOG_SIZE
    ROLLING_LOG_SIZE = configuration['rolling_log_line_count']


def LogTimes(times, threshold=0, title=''):




                            <----SKIPPED LINES---->




  parsed_flight_details = parsed_json['flights'][fa_flight_number]
  flight['fa_flight_number'] = fa_flight_number

  origin = parsed_flight_details.get('origin')
  if origin:
    flight['origin_friendly'] = origin.get('friendlyLocation')
    flight['origin_iata'] = origin.get('iata')

  destination = parsed_flight_details.get('destination')
  if destination:
    flight['destination_friendly'] = destination.get('friendlyLocation')
    flight['destination_iata'] = destination.get('iata')

  aircraft_type = parsed_flight_details.get('aircraft')
  if aircraft_type:
    flight['aircraft_type_code'] = aircraft_type.get('type')
    flight['aircraft_type_friendly'] = aircraft_type.get('friendlyType')
    if flight['aircraft_type_friendly']:
      flight['aircraft_type_friendly'] = flight[
          'aircraft_type_friendly'].replace('biréacteur', 'twin-jet')
      flight['aircraft_type_friendly'] = flight[
          'aircraft_type_friendly'].replace('zweimotoriger Jet', 'twin-jet')
    flight['owner_location'] = Unidecode(aircraft_type.get('ownerLocation'))
    flight['owner'] = Unidecode(aircraft_type.get('owner'))
    flight['tail'] = Unidecode(aircraft_type.get('tail'))

  takeoff_time = parsed_flight_details.get('takeoffTimes')
  if takeoff_time:
    flight['scheduled_takeofftime'] = takeoff_time.get('scheduled')
    flight['actual_takeoff_time'] = takeoff_time.get('actual')

  gate_departure_time = parsed_flight_details.get('gateDepartureTimes')
  if gate_departure_time:
    flight['scheduled_departure_time'] = gate_departure_time.get('scheduled')
    flight['actual_departure_time'] = gate_departure_time.get('actual')

  gate_arrival_time = parsed_flight_details.get('gateArrivalTimes')
  if gate_arrival_time:
    flight['scheduled_arrival_time'] = gate_arrival_time.get('scheduled')
    flight['estimated_arrival_time'] = gate_arrival_time.get('estimated')

  landing_time = parsed_flight_details.get('landingTimes')




                            <----SKIPPED LINES---->




      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],
      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],
      [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]]
    where each 0 is replaced by an integer 0,...,69.
  '''
  # For each element in the string,
  #   if it is an '{', find the closing '}' and collapse into one element
  #   if it is not an '{' and we are not in an escaped string, translate
  translation = {
  ' ': 0, 'A': 1, 'B': 2, 'C': 3, 'D': 4,
  'E': 5, 'F': 6, 'G': 7, 'H': 8, 'I': 9,
  'J': 10, 'K': 11, 'L': 12, 'M': 13, 'N': 14,
  'O': 15, 'P': 16, 'Q': 17, 'R': 18, 'S': 19,
  'T': 20, 'U': 21, 'V': 22, 'W': 23, 'X': 24,
  'Y': 25, 'Z': 26, '1': 27, '2': 28, '3': 29,
  '4': 30, '5': 31, '6': 32, '7': 33, '8': 34,
  '9': 35, '0': 36, '!': 37, '@': 38, '#': 39,
  '$': 40, '(': 41, ')': 42, '-': 44, '+': 46,
  '&': 47, '=': 48, ';': 49, ':': 50, "'": 52,
  '"': 53, '%': 54, ',': 55, '.': 56, '/': 59,
  '?': 60, '°': 62, 'É': 5, 'Д': 1, 'В': 2, 'Í': 9}

  # valid codes are those enumerated above plus the seven colors in 63, ..., 69
  valid_codes = list(translation.values())
  valid_codes.extend([63, 64, 65, 66, 67, 68, 69])

  pointer = 0
  message_array = []

  while pointer < len(s):
    if s[pointer] == '{':
      end_escape = s.find('}', pointer)

      if end_escape == -1:
        Log('Escaped sequence missing closing curly brace: "%s"' % s)

      escaped_sequence = s[pointer+1 : end_escape]
      try:
        escaped_value = int(escaped_sequence)
      except ValueError:
        Log('Escaped sequence "%s" is not a number in message "%s"'




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