def run(self, force, date_from, date_to, ids):
current_app.add_celery()
if force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if ids:
for flight_id in ids:
self.do(flight_id)
elif date_from and date_to:
print date_from
try:
date_from = datetime.strptime(date_from, "%Y-%m-%d")
date_to = datetime.strptime(date_to, "%Y-%m-%d")
except:
print "Cannot parse date."
quit()
q = db.session.query(Flight)
q = q.filter(Flight.takeoff_time >= date_from) \
.filter(Flight.takeoff_time <= date_to)
for flight in q:
self.do(flight.id)
else:
for flight in Flight.query(needs_analysis=True):
self.do(flight.id)
def run(self, force, date_from, date_to, ids):
current_app.add_celery()
if force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if ids:
for flight_id in ids:
self.do(flight_id)
elif date_from and date_to:
print date_from
try:
date_from = datetime.strptime(date_from, "%Y-%m-%d")
date_to = datetime.strptime(date_to, "%Y-%m-%d")
except:
print "Cannot parse date."
quit()
q = db.session.query(Flight)
q = q.filter(Flight.takeoff_time >= date_from) \
.filter(Flight.takeoff_time <= date_to)
for flight in q:
self.do(flight.id)
else:
for flight in Flight.query(needs_analysis=True):
self.do(flight.id)
def run(self, force, ids):
current_app.add_celery()
if force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if ids:
for flight_id in ids:
self.do(flight_id)
else:
for flight in Flight.query(needs_analysis=True):
self.do(flight.id)
def run(self, force, ids):
current_app.add_celery()
if force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if ids:
for flight_id in ids:
self.do(flight_id)
else:
for flight in Flight.query(needs_analysis=True):
self.do(flight.id)
def _get_distance_flight(distance):
return Flight.query() \
.filter(Flight.pilot == g.user) \
.filter(Flight.olc_classic_distance >= distance) \
.order_by(Flight.landing_time) \
.filter(Flight.is_rankable()) \
.first()
def club_change_post(form):
old_club_id = g.user.club_id
new_club_id = form.club.data if form.club.data != 0 else None
if old_club_id == new_club_id:
return redirect(url_for('.club', user=g.user_id))
g.user.club_id = new_club_id
create_club_join_event(new_club_id, g.user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(and_(Flight.club_id == None,
or_(Flight.pilot_id == g.user.id,
IGCFile.owner_id == g.user.id)))
for flight in flights:
flight.club_id = g.user.club_id
db.session.commit()
flash(_('New club was saved.'), 'success')
return redirect(url_for('.club', user=g.user_id))
def _get_distance_flight(distance):
return Flight.query() \
.filter(Flight.pilot == g.user) \
.filter(Flight.olc_classic_distance >= distance) \
.order_by(Flight.landing_time) \
.filter(Flight.is_rankable()) \
.first()
def club_change_post(form):
old_club_id = g.user.club_id
new_club_id = form.club.data if form.club.data != 0 else None
if old_club_id == new_club_id:
return redirect(url_for('.club', user=g.user_id))
g.user.club_id = new_club_id
create_club_join_event(new_club_id, g.user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(and_(Flight.club_id == None,
or_(Flight.pilot_id == g.user.id,
IGCFile.owner_id == g.user.id)))
for flight in flights:
flight.club_id = g.user.club_id
db.session.commit()
flash(_('New club was saved.'), 'success')
return redirect(url_for('.club', user=g.user_id))
def _distance_flight(user, distance, schema):
flight = (Flight.query().filter(Flight.pilot == user).filter(
Flight.olc_classic_distance >= distance).order_by(
Flight.landing_time).filter(Flight.is_rankable()).first())
if flight:
return schema.dump(flight).data
def _get_near_flights(flight, location, time, max_distance=1000):
# calculate max_distance in degrees at the earth's sphere (approximate,
# cutoff at +-85 deg)
max_distance_deg = (max_distance / METERS_PER_DEGREE) / \
math.cos(math.radians(min(abs(location.latitude), 85)))
# the distance filter is geometric only, so max_distance must be given in
# SRID units (which is degrees for WGS84). The filter will be more and more
# inaccurate further to the poles. But it's a lot faster than the geograpic
# filter...
result = Flight.query() \
.options(undefer_group('path')) \
.filter(Flight.id != flight.id) \
.filter(Flight.takeoff_time <= time) \
.filter(Flight.landing_time >= time) \
.filter(func.ST_DWithin(Flight.locations,
location.to_wkt_element(),
max_distance_deg))
result = _patch_query(result)
flights = []
for flight in result:
# find point closest to given time
closest = min(range(len(flight.timestamps)),
key=lambda x: abs((flight.timestamps[x] - time).total_seconds()))
trace = to_shape(flight.locations).coords
if closest == 0 or closest == len(trace) - 1:
point = trace[closest]
else:
# interpolate flight trace between two fixes
next_smaller = closest if flight.timestamps[closest] < time else closest - 1
next_larger = closest if flight.timestamps[closest] > time else closest + 1
dx = (time - flight.timestamps[next_smaller]).total_seconds() / \
(flight.timestamps[next_larger] - flight.timestamps[next_smaller]).total_seconds()
point_next = trace[closest]
point_prev = trace[closest]
point = [point_prev[0] + (point_next[0] - point_prev[0]) * dx,
point_prev[1] + (point_next[1] - point_prev[1]) * dx]
point_distance = location.geographic_distance(
Location(latitude=point[1], longitude=point[0]))
if point_distance > max_distance:
continue
flights.append(flight)
# limit to 5 flights
if len(flights) == 5:
break
return flights
def _get_near_flights(flight, location, time, max_distance=1000):
# calculate max_distance in degrees at the earth's sphere (approximate,
# cutoff at +-85 deg)
max_distance_deg = (max_distance / METERS_PER_DEGREE) / \
math.cos(math.radians(min(abs(location.latitude), 85)))
# the distance filter is geometric only, so max_distance must be given in
# SRID units (which is degrees for WGS84). The filter will be more and more
# inaccurate further to the poles. But it's a lot faster than the geograpic
# filter...
result = Flight.query() \
.options(undefer_group('path')) \
.filter(Flight.id != flight.id) \
.filter(Flight.takeoff_time <= time) \
.filter(Flight.landing_time >= time) \
.filter(func.ST_DWithin(Flight.locations,
location.to_wkt_element(),
max_distance_deg))
result = _patch_query(result)
flights = []
for flight in result:
# find point closest to given time
closest = min(range(len(flight.timestamps)),
key=lambda x: abs((flight.timestamps[x] - time).total_seconds()))
trace = to_shape(flight.locations).coords
if closest == 0 or closest == len(trace) - 1:
point = trace[closest]
else:
# interpolate flight trace between two fixes
next_smaller = closest if flight.timestamps[closest] < time else closest - 1
next_larger = closest if flight.timestamps[closest] > time else closest + 1
dx = (time - flight.timestamps[next_smaller]).total_seconds() / \
(flight.timestamps[next_larger] - flight.timestamps[next_smaller]).total_seconds()
point_next = trace[closest]
point_prev = trace[closest]
point = [point_prev[0] + (point_next[0] - point_prev[0]) * dx,
point_prev[1] + (point_next[1] - point_prev[1]) * dx]
point_distance = location.geographic_distance(
Location(latitude=point[1], longitude=point[0]))
if point_distance > max_distance:
continue
flights.append(flight)
# limit to 5 flights
if len(flights) == 5:
break
return flights
def _distance_flight(user, distance, schema):
flight = Flight.query() \
.filter(Flight.pilot == user) \
.filter(Flight.olc_classic_distance >= distance) \
.order_by(Flight.landing_time) \
.filter(Flight.is_rankable()) \
.first()
if flight:
return schema.dump(flight).data
def flights_js():
flights = Flight.query() \
.filter(Flight.is_rankable())
# Filter by user
user_id = request.values.get('user', type=int)
if user_id:
user = User.get(user_id)
if not user:
abort(404)
flights = flights.filter(
or_(Flight.pilot == user, Flight.co_pilot == user))
# Filter by club
club_id = request.values.get('club', type=int)
if club_id:
club = Club.get(club_id)
if not club:
abort(404)
flights = flights.filter(Flight.club == club)
# Order by date and distance
flights = flights.order_by(Flight.date_local.desc(),
Flight.olc_classic_distance)
# Limit number of flights
limit = request.values.get('limit', type=int, default=5)
if not 0 < limit <= 30:
raise BadRequest('The `limit` parameter must be between 1 and 30.')
flights = flights.limit(limit)
# Produce JS response
callback = request.values.get('callback', 'onFlightsLoaded')
return wrap(callback,
render_template('widgets/flights.jinja', flights=flights))
def flights_js():
flights = Flight.query() \
.filter(Flight.is_rankable())
# Filter by user
user_id = request.values.get('user', type=int)
if user_id:
user = User.get(user_id)
if not user:
abort(404)
flights = flights.filter(or_(
Flight.pilot == user,
Flight.co_pilot == user
))
# Filter by club
club_id = request.values.get('club', type=int)
if club_id:
club = Club.get(club_id)
if not club:
abort(404)
flights = flights.filter(Flight.club == club)
# Order by date and distance
flights = flights.order_by(Flight.date_local.desc(), Flight.olc_classic_distance)
# Limit number of flights
limit = request.values.get('limit', type=int, default=5)
if not 0 < limit <= 30:
raise BadRequest('The `limit` parameter must be between 1 and 30.')
flights = flights.limit(limit)
# Produce JS response
callback = request.values.get('callback', 'onFlightsLoaded')
return wrap(callback, render_template('widgets/flights.jinja', flights=flights))
g.user.password = data['password']
g.user.recover_key = None
if 'club_id' in data and data['club_id'] != g.user.club_id:
club_id = data['club_id']
if club_id is not None and not Club.exists(id=club_id):
return jsonify(error='unknown-club'), 422
g.user.club_id = club_id
create_club_join_event(club_id, g.user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(and_(Flight.club_id == None,
or_(Flight.pilot_id == g.user.id,
IGCFile.owner_id == g.user.id)))
for flight in flights:
flight.club_id = club_id
db.session.commit()
return jsonify()
@settings_blueprint.route('/profile')
def profile():
return render_template('ember-page.jinja', active_page='settings')
current_user.password = data['password']
current_user.recover_key = None
if 'club_id' in data and data['club_id'] != current_user.club_id:
club_id = data['club_id']
if club_id is not None and not Club.exists(id=club_id):
return jsonify(error='unknown-club'), 422
current_user.club_id = club_id
create_club_join_event(club_id, current_user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(
and_(
Flight.club_id == None,
or_(Flight.pilot_id == current_user.id,
IGCFile.owner_id == current_user.id)))
for flight in flights:
flight.club_id = club_id
db.session.commit()
return jsonify()
@settings_blueprint.route('/settings/password/check', methods=['POST'])
@oauth.required()
data = FlightSchema(partial=True).load(json, many=True).data
except ValidationError, e:
return jsonify(error='validation-failed', fields=e.messages), 422
ids = [it.get('id') for it in data]
if not all(ids):
return jsonify(error='id-missing'), 422
user_ids = [it['pilot_id'] for it in data if 'pilot_id' in it]
user_ids.extend([it['co_pilot_id'] for it in data if 'co_pilot_id' in it])
model_ids = [it['model_id'] for it in data if 'model_id' in it]
flights = {
flight.id: flight
for flight in Flight.query().filter(Flight.id.in_(ids)).all()
}
users = {
user.id: user
for user in User.query().filter(User.id.in_(user_ids)).all()
}
models = {
model.id: model
for model in AircraftModel.query().filter(
AircraftModel.id.in_(model_ids)).all()
}
for d in data:
flight = flights.get(d.pop('id'))
if not flight or not flight.is_writable(current_user):
return jsonify(error='unknown-flight'), 422
def verify():
current_user = User.get(request.user_id)
json = request.get_json()
if json is None:
return jsonify(error="invalid-request"), 400
try:
data = FlightSchema(partial=True).load(json, many=True).data
except ValidationError as e:
return jsonify(error="validation-failed", fields=e.messages), 422
ids = [it.get("id") for it in data]
if not all(ids):
return jsonify(error="id-missing"), 422
user_ids = [it["pilot_id"] for it in data if "pilot_id" in it]
user_ids.extend([it["co_pilot_id"] for it in data if "co_pilot_id" in it])
model_ids = [it["model_id"] for it in data if "model_id" in it]
flights = {
flight.id: flight for flight in Flight.query().filter(Flight.id.in_(ids)).all()
}
users = {user.id: user for user in User.query().filter(User.id.in_(user_ids)).all()}
models = {
model.id: model
for model in AircraftModel.query().filter(AircraftModel.id.in_(model_ids)).all()
}
for d in data:
flight = flights.get(d.pop("id"))
if not flight or not flight.is_writable(current_user):
return jsonify(error="unknown-flight"), 422
if "pilot_id" in d and d["pilot_id"] is not None and d["pilot_id"] not in users:
return jsonify(error="unknown-pilot"), 422
if (
"co_pilot_id" in d
and d["co_pilot_id"] is not None
and d["co_pilot_id"] not in users
):
return jsonify(error="unknown-copilot"), 422
if (
"model_id" in d
and d["model_id"] is not None
and d["model_id"] not in models
):
return jsonify(error="unknown-aircraft-model"), 422
for key in (
"takeoff_time",
"scoring_start_time",
"scoring_end_time",
"landing_time",
):
if key in d:
d[key] = d[key].replace(tzinfo=None)
old_pilot = flight.pilot_id
for key, value in d.items():
setattr(flight, key, value)
if not (
flight.takeoff_time
<= flight.scoring_start_time
<= flight.scoring_end_time
<= flight.landing_time
):
return jsonify(error="invalid-times"), 422
if flight.pilot_id != old_pilot and flight.pilot_id:
flight.club_id = users[flight.pilot_id].club_id
flight.privacy_level = Flight.PrivacyLevel.PUBLIC
flight.time_modified = datetime.utcnow()
db.session.commit()
for flight_id in flights.keys():
try:
tasks.analyse_flight.delay(flight_id)
tasks.find_meetings.delay(flight_id)
except ConnectionError:
current_app.logger.info("Cannot connect to Redis server")
return jsonify()
def update():
current_user = User.get(request.user_id)
if not current_user:
return jsonify(error='invalid-token'), 401
json = request.get_json()
if json is None:
return jsonify(error='invalid-request'), 400
try:
data = CurrentUserSchema(partial=True).load(json).data
except ValidationError as e:
return jsonify(error='validation-failed', fields=e.messages), 422
if 'email_address' in data:
email = data.get('email_address')
if email != current_user.email_address and User.exists(
email_address=email):
return jsonify(error='email-exists-already'), 422
current_user.email_address = email
if 'first_name' in data:
current_user.first_name = data.get('first_name')
if 'last_name' in data:
current_user.last_name = data.get('last_name')
if 'distance_unit' in data:
current_user.distance_unit = data.get('distance_unit')
if 'speed_unit' in data:
current_user.speed_unit = data.get('speed_unit')
if 'lift_unit' in data:
current_user.lift_unit = data.get('lift_unit')
if 'altitude_unit' in data:
current_user.altitude_unit = data.get('altitude_unit')
if 'tracking_callsign' in data:
current_user.tracking_callsign = data.get('tracking_callsign')
if 'tracking_delay' in data:
current_user.tracking_delay = data.get('tracking_delay')
if 'password' in data:
if 'currentPassword' not in data:
return jsonify(error='current-password-missing'), 422
if not current_user.validate_password(data['currentPassword']):
return jsonify(error='wrong-password'), 403
current_user.password = data['password']
current_user.recover_key = None
if 'club_id' in data and data['club_id'] != current_user.club_id:
club_id = data['club_id']
if club_id is not None and not Club.exists(id=club_id):
return jsonify(error='unknown-club'), 422
current_user.club_id = club_id
create_club_join_event(club_id, current_user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(
and_(
Flight.club_id == None,
or_(Flight.pilot_id == current_user.id,
IGCFile.owner_id == current_user.id)))
for flight in flights:
flight.club_id = club_id
db.session.commit()
return jsonify()
try:
data = FlightSchema(partial=True).load(json, many=True).data
except ValidationError, e:
return jsonify(error='validation-failed', fields=e.messages), 422
ids = [it.get('id') for it in data]
if not all(ids):
return jsonify(error='id-missing'), 422
user_ids = [it['pilot_id'] for it in data if 'pilot_id' in it]
user_ids.extend([it['co_pilot_id'] for it in data if 'co_pilot_id' in it])
model_ids = [it['model_id'] for it in data if 'model_id' in it]
flights = {flight.id: flight for flight in Flight.query().filter(Flight.id.in_(ids)).all()}
users = {user.id: user for user in User.query().filter(User.id.in_(user_ids)).all()}
models = {model.id: model for model in AircraftModel.query().filter(AircraftModel.id.in_(model_ids)).all()}
for d in data:
flight = flights.get(d.pop('id'))
if not flight or not flight.is_writable(current_user):
return jsonify(error='unknown-flight'), 422
if 'pilot_id' in d and d['pilot_id'] is not None and d['pilot_id'] not in users:
return jsonify(error='unknown-pilot'), 422
if 'co_pilot_id' in d and d['co_pilot_id'] is not None and d['co_pilot_id'] not in users:
return jsonify(error='unknown-copilot'), 422
if 'model_id' in d and d['model_id'] is not None and d['model_id'] not in models:
parser.add_argument('--force', action='store_true',
help='re-analyse all flights, not just the scheduled ones')
parser.add_argument('ids', metavar='ID', nargs='*', type=int,
help='Any number of flight IDs.')
args = parser.parse_args()
if not to_envvar(args.config):
parser.error('Config file "{}" not found.'.format(args.config))
from skylines.model import Flight
from skylines.worker import tasks
def do(flight_id):
print flight_id
tasks.analyse_flight.delay(flight_id)
if args.force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if args.ids:
for flight_id in args.ids:
do(flight_id)
else:
for flight in Flight.query(needs_analysis=True):
do(flight.id)
parser.add_argument('ids',
metavar='ID',
nargs='*',
type=int,
help='Any number of flight IDs.')
args = parser.parse_args()
if not to_envvar(args.config):
parser.error('Config file "{}" not found.'.format(args.config))
from skylines.model import Flight
from skylines.worker import tasks
def do(flight_id):
print flight_id
tasks.analyse_flight.delay(flight_id)
if args.force:
# invalidate all results
Flight.query().update({'needs_analysis': True})
if args.ids:
for flight_id in args.ids:
do(flight_id)
else:
for flight in Flight.query(needs_analysis=True):
do(flight.id)
def verify():
current_user = User.get(request.user_id)
json = request.get_json()
if json is None:
return jsonify(error="invalid-request"), 400
try:
data = FlightSchema(partial=True).load(json, many=True).data
except ValidationError as e:
return jsonify(error="validation-failed", fields=e.messages), 422
ids = [it.get("id") for it in data]
if not all(ids):
return jsonify(error="id-missing"), 422
user_ids = [it["pilot_id"] for it in data if "pilot_id" in it]
user_ids.extend([it["co_pilot_id"] for it in data if "co_pilot_id" in it])
model_ids = [it["model_id"] for it in data if "model_id" in it]
flights = {
flight.id: flight for flight in Flight.query().filter(Flight.id.in_(ids)).all()
}
users = {user.id: user for user in User.query().filter(User.id.in_(user_ids)).all()}
models = {
model.id: model
for model in AircraftModel.query().filter(AircraftModel.id.in_(model_ids)).all()
}
for d in data:
flight = flights.get(d.pop("id"))
if not flight or not flight.is_writable(current_user):
return jsonify(error="unknown-flight"), 422
if "pilot_id" in d and d["pilot_id"] is not None and d["pilot_id"] not in users:
return jsonify(error="unknown-pilot"), 422
if (
"co_pilot_id" in d
and d["co_pilot_id"] is not None
and d["co_pilot_id"] not in users
):
return jsonify(error="unknown-copilot"), 422
if (
"model_id" in d
and d["model_id"] is not None
and d["model_id"] not in models
):
return jsonify(error="unknown-aircraft-model"), 422
for key in (
"takeoff_time",
"scoring_start_time",
"scoring_end_time",
"landing_time",
):
if key in d:
d[key] = d[key].replace(tzinfo=None)
old_pilot = flight.pilot_id
for key, value in d.items():
setattr(flight, key, value)
if not (
flight.takeoff_time
<= flight.scoring_start_time
<= flight.scoring_end_time
<= flight.landing_time
):
return jsonify(error="invalid-times"), 422
if flight.pilot_id != old_pilot and flight.pilot_id:
flight.club_id = users[flight.pilot_id].club_id
flight.privacy_level = Flight.PrivacyLevel.PUBLIC
flight.time_modified = datetime.utcnow()
db.session.commit()
for flight_id in flights.keys():
try:
tasks.analyse_flight.delay(flight_id)
tasks.find_meetings.delay(flight_id)
except ConnectionError:
current_app.logger.info("Cannot connect to Redis server")
return jsonify()
def update():
current_user = User.get(request.user_id)
if not current_user:
return jsonify(error="invalid-token"), 401
json = request.get_json()
if json is None:
return jsonify(error="invalid-request"), 400
try:
data = CurrentUserSchema(partial=True).load(json).data
except ValidationError as e:
return jsonify(error="validation-failed", fields=e.messages), 422
if "email_address" in data:
email = data.get("email_address")
if email != current_user.email_address and User.exists(
email_address=email):
return jsonify(error="email-exists-already"), 422
current_user.email_address = email
if "first_name" in data:
current_user.first_name = data.get("first_name")
if "last_name" in data:
current_user.last_name = data.get("last_name")
if "distance_unit" in data:
current_user.distance_unit = data.get("distance_unit")
if "speed_unit" in data:
current_user.speed_unit = data.get("speed_unit")
if "lift_unit" in data:
current_user.lift_unit = data.get("lift_unit")
if "altitude_unit" in data:
current_user.altitude_unit = data.get("altitude_unit")
if "tracking_callsign" in data:
current_user.tracking_callsign = data.get("tracking_callsign")
if "tracking_delay" in data:
current_user.tracking_delay = data.get("tracking_delay")
if "password" in data:
if "currentPassword" not in data:
return jsonify(error="current-password-missing"), 422
if not current_user.validate_password(data["currentPassword"]):
return jsonify(error="wrong-password"), 403
current_user.password = data["password"]
current_user.recover_key = None
if "club_id" in data and data["club_id"] != current_user.club_id:
club_id = data["club_id"]
if club_id is not None and not Club.exists(id=club_id):
return jsonify(error="unknown-club"), 422
current_user.club_id = club_id
create_club_join_event(club_id, current_user)
# assign the user's new club to all of his flights that have
# no club yet
flights = Flight.query().join(IGCFile)
flights = flights.filter(
and_(
Flight.club_id == None,
or_(
Flight.pilot_id == current_user.id,
IGCFile.owner_id == current_user.id,
),
))
for flight in flights:
flight.club_id = club_id
db.session.commit()
return jsonify()
