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import dateutils
import numpy
import matplotlib
import matplotlib.pyplot
import psutil
import pycurl
import pytz
import requests
import tzlocal
import unidecode

# pylint: disable=line-too-long
from constants import RASPBERRY_PI, MESSAGEBOARD_PATH, WEBSERVER_PATH, SECURE_WEBSERVER_PATH, KEY, SECRET, SUBSCRIPTION_ID, LOCAL_KEY, LOCAL_VESTABOARD_ADDRESS
# pylint: enable=line-too-long

import arduino

if RASPBERRY_PI:
  import gpiozero  # pylint: disable=E0401
  import RPi.GPIO  # pylint: disable=E0401









VERBOSE = False  # additional messages logged

SHUTDOWN_SIGNAL = ''
REBOOT_SIGNAL = False

# to be tracked in the dashboard messages so that we know when a
# restart due to exit (vs. a long delay in some processing) happened
INSTANCE_START_TIME = time.time()

SIMULATION = False
SIMULATION_COUNTER = 0
SIMULATION_PREFIX = 'SIM_'
PICKLE_DUMP_JSON_FILE = 'pickle/dump_json.pk'
PICKLE_FA_JSON_FILE = 'pickle/fa_json.pk'
MEMORY_DIRECTORY = 'memory/'
DUMP_JSONS = None  # loaded only if in simulation mode
FA_JSONS = None  # loaded only if in simulation mode





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    it can also be displayed on the html dashboard.
  """
  rpi_restart = False
  global SHUTDOWN_SIGNAL

  running_minutes = (time.time() - startup_time) / SECONDS_IN_MINUTE
  running_days = running_minutes / MINUTES_IN_DAY
  process_restart_days = configuration.get('process_restart_days', 1)
  rpi_restart_days = configuration.get('rpi_restart_days', 1)

  mostly_quiet = not message_queue
  planes_in_radio = json_desc_dict.get('radio_range_flights')
  # script /home/pi/splitflap/backup.sh creates temp file in this
  # directory; after it is copied to the NAS, it is deleted
  backup_in_progress = os.listdir('/media/backup')
  all_quiet = mostly_quiet and not planes_in_radio and not backup_in_progress
  early_morn = 6 > int(EpochDisplayTime(time.time(), '%-H')) >= 5

  # network test conditions
  number_of_intervals = 5 # at least three consecutive network failures
  minutes_per_interval = 10
  minimum_uptime_minutes = number_of_intervals * minutes_per_interval

  # ----------------------------------------------------------------------------
  # PROCESS RESTART SCENARIOS: restart process, but do not restart RPi
  # ----------------------------------------------------------------------------
  process_restart = False
  if 'end_process' in configuration:
    process_restart = True
    msg = 'Process end requested via web form'
    RemoveSetting(configuration, 'end_process')
  elif all_quiet and early_morn and running_days >= process_restart_days:
    process_restart = True
    msg = ('All-quiet process restart triggered after %d days; '
           'actual runtime: %.2f days' % (process_restart_days, running_days))
  elif mostly_quiet and early_morn and running_days >= process_restart_days + 1:
    process_restart = True
    msg = ('Mostly-quiet process restart triggered after %d days; '
           'actual runtime: %.2f days' %
           (process_restart_days + 1, running_days))





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




    RemoveSetting(configuration, 'soft_reboot')
    msg = 'Soft reboot requested via web form'
    rpi_restart = True

  elif all_quiet and early_morn and running_days >= rpi_restart_days:
    msg = ('All-quiet RPi reboot triggered after %d days; '
           'actual runtime: %.2f days' % (rpi_restart_days, running_days))
    rpi_restart = True

  elif mostly_quiet and early_morn and running_days >= rpi_restart_days + 1:
    msg = ('Mostly-quiet RPi reboot triggered after %d days; '
           'actual runtime: %.2f days' % (rpi_restart_days + 1, running_days))
    rpi_restart = True
  # Periodically, the RPi seems to lose the network connection even though
  # the router is up with a strong signal; when this happens, it does not
  # regain the signal until the RPi is restarted.  This will be detected
  # by the network status being down for at least 30 minutes, as determined
  # by the .pk file capturing the network status (generated by the
  # network_monitor.py script).
  #
  # Specifically, if the most recent three values of the .pk are all 0s, and
  # we have been up and running for at least 30 minutes, restart.
  elif running_minutes > minimum_uptime_minutes:
    results = MostRecentNetworkStatuses(number_of_intervals)
    (
        network_status_list, last_day, last_interval,
        first_day, first_interval) = results
    # Sum the list, handling strings in the list as if they were 0s
    sum_network_status_list = sum(
        [x if isinstance(x, int) else 0 for x in network_status_list])
    if network_status_list and not sum_network_status_list:  # all zeros







      msg = (
          'Running for %d minutes yet no network for %d intervals (index %d of '
          'day %s to index %d of day %s); rebooting in attempt to re-establish '
          'network connectivity' % (
              running_minutes, number_of_intervals,
              first_interval, first_day, last_interval, last_day))
      rpi_restart = True

  if rpi_restart:
    Log(msg)
    SHUTDOWN_SIGNAL = msg
    return rpi_restart

  # ----------------------------------------------------------------------------
  # Only get here if neither process nor RPi restart
  # ----------------------------------------------------------------------------
  return rpi_restart


def MostRecentNetworkStatuses(number_of_intervals):
  """Returns a list of the most recent number of network statuses.

  The network status is managed by network_monitory.py, which, every few
  minutes updates the .pk file with the current network status.  The data
  structure is a dictionary with day names (i.e.: 12-30-2022) and a list
  of 0s & 1s indicating network down / up respectively, for consecutive




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

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




import dateutils
import numpy
import matplotlib
import matplotlib.pyplot
import psutil
import pycurl
import pytz
import requests
import tzlocal
import unidecode

# pylint: disable=line-too-long
from constants import RASPBERRY_PI, MESSAGEBOARD_PATH, WEBSERVER_PATH, SECURE_WEBSERVER_PATH, KEY, SECRET, SUBSCRIPTION_ID, LOCAL_KEY, LOCAL_VESTABOARD_ADDRESS
# pylint: enable=line-too-long

import arduino

if RASPBERRY_PI:
  import gpiozero  # pylint: disable=E0401
  import RPi.GPIO  # pylint: disable=E0401
  sys.path.append('/home/pi/network_monitor')
else:
  sys.path.append('/Users/davewertheimer/Desktop/art_projects/ping')

# pylint: disable=wrong-import-order, wrong-import-position, import-error
import network_monitor
# pylint: enable=wrong-import-order, wrong-import-position, import-error


VERBOSE = False  # additional messages logged

SHUTDOWN_SIGNAL = ''
REBOOT_SIGNAL = False

# to be tracked in the dashboard messages so that we know when a
# restart due to exit (vs. a long delay in some processing) happened
INSTANCE_START_TIME = time.time()

SIMULATION = False
SIMULATION_COUNTER = 0
SIMULATION_PREFIX = 'SIM_'
PICKLE_DUMP_JSON_FILE = 'pickle/dump_json.pk'
PICKLE_FA_JSON_FILE = 'pickle/fa_json.pk'
MEMORY_DIRECTORY = 'memory/'
DUMP_JSONS = None  # loaded only if in simulation mode
FA_JSONS = None  # loaded only if in simulation mode





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




    it can also be displayed on the html dashboard.
  """
  rpi_restart = False
  global SHUTDOWN_SIGNAL

  running_minutes = (time.time() - startup_time) / SECONDS_IN_MINUTE
  running_days = running_minutes / MINUTES_IN_DAY
  process_restart_days = configuration.get('process_restart_days', 1)
  rpi_restart_days = configuration.get('rpi_restart_days', 1)

  mostly_quiet = not message_queue
  planes_in_radio = json_desc_dict.get('radio_range_flights')
  # script /home/pi/splitflap/backup.sh creates temp file in this
  # directory; after it is copied to the NAS, it is deleted
  backup_in_progress = os.listdir('/media/backup')
  all_quiet = mostly_quiet and not planes_in_radio and not backup_in_progress
  early_morn = 6 > int(EpochDisplayTime(time.time(), '%-H')) >= 5

  # network test conditions
  number_of_intervals = 5 # at least three consecutive network failures
  minutes_per_interval = network_monitor.MINUTES_BETWEEN_PINGS
  minimum_uptime_minutes = number_of_intervals * minutes_per_interval

  # ----------------------------------------------------------------------------
  # PROCESS RESTART SCENARIOS: restart process, but do not restart RPi
  # ----------------------------------------------------------------------------
  process_restart = False
  if 'end_process' in configuration:
    process_restart = True
    msg = 'Process end requested via web form'
    RemoveSetting(configuration, 'end_process')
  elif all_quiet and early_morn and running_days >= process_restart_days:
    process_restart = True
    msg = ('All-quiet process restart triggered after %d days; '
           'actual runtime: %.2f days' % (process_restart_days, running_days))
  elif mostly_quiet and early_morn and running_days >= process_restart_days + 1:
    process_restart = True
    msg = ('Mostly-quiet process restart triggered after %d days; '
           'actual runtime: %.2f days' %
           (process_restart_days + 1, running_days))





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




    RemoveSetting(configuration, 'soft_reboot')
    msg = 'Soft reboot requested via web form'
    rpi_restart = True

  elif all_quiet and early_morn and running_days >= rpi_restart_days:
    msg = ('All-quiet RPi reboot triggered after %d days; '
           'actual runtime: %.2f days' % (rpi_restart_days, running_days))
    rpi_restart = True

  elif mostly_quiet and early_morn and running_days >= rpi_restart_days + 1:
    msg = ('Mostly-quiet RPi reboot triggered after %d days; '
           'actual runtime: %.2f days' % (rpi_restart_days + 1, running_days))
    rpi_restart = True
  # Periodically, the RPi seems to lose the network connection even though
  # the router is up with a strong signal; when this happens, it does not
  # regain the signal until the RPi is restarted.  This will be detected
  # by the network status being down for at least 30 minutes, as determined
  # by the .pk file capturing the network status (generated by the
  # network_monitor.py script).
  #
  # Specifically, if the most recent values of the .pk are all 0s, and
  # we have been up and running for at least that long, restart.
  elif running_minutes > minimum_uptime_minutes:
    results = MostRecentNetworkStatuses(number_of_intervals)
    (
        network_status_list, last_day, last_interval,
        first_day, first_interval) = results
    # Sum the list, handling strings in the list as if they were 0s
    sum_network_status_list = sum(
        [x if isinstance(x, int) else 0 for x in network_status_list])
    if network_status_list and not sum_network_status_list:  # all zeros
      time_range_list = [
          network_monitor.TimeFromTimeIndex(first_interval), '-',
          network_monitor.TimeFromTimeIndex(last_interval)]
      if first_day != last_day:
        time_range_list.insert(0, first_day)
        time_range_list.insert(3, last_day)
      time_range = ' '.join(time_range_list)
      msg = (
          'Running for %d minutes yet no network for %d intervals (%d minutes: '
          '%s); rebooting in attempt to re-establish network connectivity' % (

              running_minutes, number_of_intervals, minimum_uptime_minutes,
              time_range))
      rpi_restart = True

  if rpi_restart:
    Log(msg)
    SHUTDOWN_SIGNAL = msg
    return rpi_restart

  # ----------------------------------------------------------------------------
  # Only get here if neither process nor RPi restart
  # ----------------------------------------------------------------------------
  return rpi_restart


def MostRecentNetworkStatuses(number_of_intervals):
  """Returns a list of the most recent number of network statuses.

  The network status is managed by network_monitory.py, which, every few
  minutes updates the .pk file with the current network status.  The data
  structure is a dictionary with day names (i.e.: 12-30-2022) and a list
  of 0s & 1s indicating network down / up respectively, for consecutive




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