Files
api/src/graphql_schema/entities/resolvers/flight_plan.py
T

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5.3 KiB
Python

import asyncio
from typing import Optional
from sqlalchemy import delete, select
from sqlalchemy.dialects.mysql import insert
from database import models
from database.models import flight_plan_has_copilot
from database.transaction import get_session
from graphql_schema.entities.helpers.combobox import handle_combobox_save
from graphql_schema.entities.resolvers.base import BaseMutationResolver, BaseQueryResolver
from graphql_schema.entities.resolvers.flight import handle_aircraft_save
from graphql_schema.entities.types.mutation_input import CreateFlightPlanInput, EditFlightPlanInput
from graphql_schema.entities.types.types import FlightPlan
from utils.str_utils import random_str
class FlightPlanQueryResolver(BaseQueryResolver):
def __init__(self):
super().__init__(graphql_type=FlightPlan, model=models.FlightPlan)
def get_query(
self,
user_id: Optional[int] = None,
only_public: Optional[bool] = False,
object_id: Optional[int] = None,
*args,
**kwargs
):
filters = {"object_id": object_id} if object_id else {}
query = super().get_query(
user_id,
**filters,
order_by=[models.FlightPlan.planned_takeoff_datetime.desc(), models.FlightPlan.id.desc()],
only_public=only_public,
only_my=not only_public
)
if kwargs.get('username'):
query = (
query.join(models.FlightPlan.created_by)
.filter(models.User.public_username == kwargs['username'])
)
return query
class FlightPlanMutationResolver(BaseMutationResolver):
def __init__(self):
super().__init__(graphql_type=FlightPlan, model=models.FlightPlan)
@staticmethod
async def save_markers(db, flight_plan: models.FlightPlan, markers: list):
position = 0
for marker in markers:
if marker.type == 'poi':
assert bool(marker.point_of_interest_id)
if marker.type == 'airport':
assert bool(marker.airport_id)
await models.FlightPlanMarker.create(db, data={
"position": position,
"flight_plan_id": flight_plan.id,
"airport_id": marker.airport_id,
"point_of_interest_id": marker.point_of_interest_id,
"type": marker.type,
"name": marker.name,
"gps_latitude": marker.gps_latitude,
"gps_longitude": marker.gps_longitude
})
position += 1
@staticmethod
async def reset_plan_markers(db, flight_plan: models.FlightPlan):
await db.execute(
delete(models.FlightPlanMarker)
.filter(models.FlightPlanMarker.flight_plan_id == flight_plan.id)
)
async def create(self, context, data: CreateFlightPlanInput) -> FlightPlan:
input_data = data.to_dict()
input_data['created_by_id'] = context.user_id
async with get_session() as db:
flight_plan = await self._do_create(db, data=input_data)
await self.save_markers(db, flight_plan, data.markers)
return flight_plan
async def save_copilots(self, db, flight_plan_id: int, copilots: list, user_id: int):
await db.execute(delete(flight_plan_has_copilot).filter_by(flight_plan_id=flight_plan_id))
copilots = await asyncio.gather(*[
handle_combobox_save(db, models.Copilot, copilot, user_id) for copilot in copilots
])
for copilot_id in copilots:
await db.execute(insert(flight_plan_has_copilot).values(
flight_plan_id=flight_plan_id,
copilot_id=copilot_id,
token=random_str(64)
))
async def update(self, id: int, data: EditFlightPlanInput, user_id: int) -> FlightPlan:
input_data = data.to_dict()
async with get_session() as db:
flight_plan_model = await self._get_one(db, id=id, created_by_id=user_id)
if data.aircraft is not None:
input_data['aircraft_id'] = await handle_aircraft_save(db, user_id, data.aircraft)
if data.markers is not None:
await self.reset_plan_markers(db, flight_plan_model)
await self.save_markers(db, flight_plan_model, data.markers)
if flight_plan_model.is_default_name:
if data.markers:
markers = data.markers
else:
markers = (await db.scalars(select(models.FlightPlanMarker).filter(models.FlightPlanMarker.flight_plan_id == id))).all()
used_markers = evenly_spaced_elements(markers, 5)
input_data['name'] = " - ".join(m.name for m in used_markers)
if data.copilots is not None:
await self.save_copilots(
db,
flight_plan_id=id,
copilots=data.copilots,
user_id=user_id
)
flight_plan = await self._do_update(db, obj=flight_plan_model, data=input_data)
return flight_plan
def evenly_spaced_elements(lst: list, count: int) -> list:
if count > len(lst):
return lst
interval = (len(lst) - 1) / (count - 1) if count > 1 else 0
return [lst[int(round(i * interval))] for i in range(count)]