def update_height_of_flight(active_plane_flarms, package, database_con):
package_flarm_id = helpers.get_flarm_id(package)
try:
for e in active_plane_flarms:
if e[0] is not None and e[0] == package_flarm_id and (
e[3] is None or
e[3] < helpers.get_value_converted_int(package.altitude)):
if not database.update_glider_height(
database_con,
helpers.long_to_hex_str(package_flarm_id),
helpers.get_value_converted_int(package.altitude)):
return False
return True
elif e[1] is not None and e[1] == package_flarm_id and (
e[4] is None or
e[4] < helpers.get_value_converted_int(package.altitude)):
if not database.update_tow_height(
database_con,
helpers.long_to_hex_str(package_flarm_id),
helpers.get_value_converted_int(package.altitude)):
return False
return True
except Exception as e:
logging.add_log(
2,
"Something went wrong when trying to update flight height ---> %s"
% e)
print "Something went wrong when trying to update flight height ---> %s" % e
return False
logging.add_log(0, "plane height not updated")
return True
def processing(glider_ids, towing_ids, package, database_con):
ret = False
package_flarm_id = helpers.get_flarm_id(package)
active_plane_flarms = active_flight(package, database_con)
if not active_plane_flarms[0]:
if helpers.get_value_converted_int(
package.speed) >= threshold_speed and fix_connected_plane(
towing_ids, active_plane_flarms[1], package, database_con):
ret = True
logging.add_log(0, "Plane connected to another flight")
elif helpers.get_value_converted_int(package.speed) >= threshold_speed:
if helpers.array_contains(glider_ids, package_flarm_id):
if not database.new_flight(
database_con,
helpers.long_to_hex_str(package_flarm_id), None,
int(package.raw_timestamp)):
logging.add_log(
2, "Failed to start a new fligt for glider -> %s" %
package.orig_packet.encode('string-escape'))
else:
ret = True
elif helpers.array_contains(towing_ids, package_flarm_id):
if not database.new_flight(
database_con, None,
helpers.long_to_hex_str(package_flarm_id),
int(package.raw_timestamp)):
logging.add_log(
2, "Failed to start a new fligt for glider -> %s" %
package.orig_packet.encode('string-escape'))
else:
ret = True
else:
logging.add_log(
0,
"Plane package recived, not moving fast enough and not active_flight ---> %s"
% package.orig_packet.encode('string-escape'))
ret = True
elif len(active_plane_flarms[1]) > 0:
if check_plane_landed(active_plane_flarms[1], package):
if not update_landed_plane(active_plane_flarms[1], package,
database_con):
logging.add_log(
1, "problem regestring plane landing ----> kod 32")
ret = False
else:
ret = True
elif update_height_of_flight(active_plane_flarms[1], package,
database_con):
ret = True
else:
logging.add_log(
1, "Something went wrong in processing package ---> %s " %
package.orig_packet.encode('string-escape'))
return ret
def check_plane_landed(active_plane_flarms, package):
package_flarm_id = helpers.get_flarm_id(package)
for e in active_plane_flarms:
if (e[0] is not None and e[0] == package_flarm_id) or (
e[1] is not None and e[1] == package_flarm_id):
if helpers.get_value_converted_int(package.altitude) < (
dif_height + database.get_airfields_height()) and (
helpers.get_value_converted_int(package.speed) <=
threshold_landing_speed) and (
e[2] + dif_time < helpers.raw_timestamp_to_seconds(
package.raw_timestamp)):
return True
return False
def relevant_package(array_whit_id, package):
if package.src_callsign != None and len(package.src_callsign) > 6:
try:
id_hex = helpers.get_flarm_id(package)
if helpers.array_contains(array_whit_id, id_hex):
return True
except Exception as e:
logging.add_log(
1, ("Galet->packets, funk relevant_package, %s ->>> %s" %
(e, package[0].orig_packet)))
return False
def active_flight(packet, database_con):
active_plane_flarms = database.get_started_flight(database_con)
if active_plane_flarms != -1:
active_flights = [e[0] for e in active_plane_flarms]
for e in active_plane_flarms:
if e[5]:
active_flights += [e[1]]
if helpers.array_contains(active_flights,
helpers.get_flarm_id(packet)):
return (1, active_plane_flarms)
return (0, active_plane_flarms)
def update_landed_plane(active_plane_flarms, package, database_con):
package_flarm_id = helpers.get_flarm_id(package)
for e in active_plane_flarms:
if e[0] == package_flarm_id:
return database.end_flight(
database_con, helpers.long_to_hex_str(package_flarm_id),
int(package.raw_timestamp))
elif e[1] == package_flarm_id and e[0] is not None:
return database.tow_plane_landing(
database_con, helpers.long_to_hex_str(package_flarm_id),
int(package.raw_timestamp))
elif e[1] == package_flarm_id and e[0] is None:
if database.tow_plane_landing(
database_con, helpers.long_to_hex_str(package_flarm_id),
int(package.raw_timestamp)):
return database.end_towplane_flight(
database_con, helpers.long_to_hex_str(package_flarm_id))
return False
def fix_connected_plane(towing_ids, active_plane_flarms, package,
database_con):
package_flarm_id = helpers.get_flarm_id(package)
for e in active_plane_flarms:
if (e[0] is None or e[1] is None) and (
e[2] <=
(dif_time +
helpers.raw_timestamp_to_seconds(package.raw_timestamp)) and
(e[2] >=
(-dif_time +
helpers.raw_timestamp_to_seconds(package.raw_timestamp)))):
if e[0] != package_flarm_id and e[
1] is None and helpers.array_contains(
towing_ids, package_flarm_id):
if not database.assign_tow_plane(
database_con, helpers.long_to_hex_str(e[0]),
helpers.long_to_hex_str(package_flarm_id)):
logging.add_log(
2,
"Adding to database went wrong in fix_connected_plane --- kod 1"
)
return False
return True
elif e[1] != package_flarm_id and e[
0] is None and not helpers.array_contains(
towing_ids, package_flarm_id):
if not database.assign_glider(
database_con,
helpers.long_to_hex_str(package_flarm_id),
helpers.long_to_hex_str(e[1])):
logging.add_log(
2,
"Adding to database went wrong in fix_connected_plane --- kod 2"
)
return False
return True
return False