package ocssapi import ( "context" "time" "git.coopgo.io/coopgo-platform/carpool-service/interoperability/ocss" "github.com/paulmach/orb" "github.com/rs/zerolog/log" ) func (s *OCSSApiService) GetDriverJourneys(ctx context.Context, departureLat float64, departureLng float64, arrivalLat float64, arrivalLng float64, departureDate time.Time, timeDelta *time.Duration, departureRadius *float64, arrivalRadius *float64, count *int64) ([]ocss.DriverJourney, error) { departure := orb.Point{departureLng, departureLat} arrival := orb.Point{arrivalLng, arrivalLat} td := 900 * time.Second if timeDelta != nil { td = *timeDelta } minDate := departureDate.Add(-td * time.Second) maxDate := departureDate.Add(td * time.Second) journeys, err := s.Handler.GetDriverJourneys(departure, arrival, departureRadius, arrivalRadius, minDate, maxDate, count) if err != nil { return nil, err } results := []ocss.DriverJourney{} for _, j := range journeys { properties := j.Route.ExtraMembers["properties"].(map[string]any) usermap := properties["user"].(map[string]any) journeyId := j.ID driverDepartureLat := j.Route.Features[0].Point().Lat() driverDepartureLng := j.Route.Features[0].Point().Lon() driverArrivalLat := j.Route.Features[1].Point().Lat() driverArrivalLng := j.Route.Features[1].Point().Lon() driverDepartureDate := ocss.JSONTime(j.DepartureDate) duration := time.Duration(0) var distance *int64 if len(j.Itinerary.Legs) > 2 { duration = j.Itinerary.Legs[1].Duration dist := int64(j.Itinerary.Legs[1].Distance) distance = &dist } results = append(results, ocss.DriverJourney{ DriverTrip: ocss.DriverTrip{ Driver: ocss.User{ ID: usermap["id"].(string), Operator: usermap["operator"].(string), Alias: usermap["alias"].(string), }, Trip: ocss.Trip{ Operator: "ridygo.fr", PassengerPickupLat: departureLat, PassengerPickupLng: departureLng, PassengerDropLat: arrivalLat, PassengerDropLng: arrivalLng, DriverDepartureLat: &driverDepartureLat, DriverDepartureLng: &driverDepartureLng, DriverArrivalLat: &driverArrivalLat, DriverArrivalLng: &driverArrivalLng, Duration: duration, Distance: distance, }, }, JourneySchedule: ocss.JourneySchedule{ ID: &journeyId, PassengerPickupDate: ocss.JSONTime(j.DepartureDate.Add(j.Itinerary.Legs[0].Duration)), DriverDepartureDate: &driverDepartureDate, Type: ocss.Planned, }, // Price: &ocss.Price{ // Amount: , // Currency: "EUR", // }, }) } return results, nil } func (s *OCSSApiService) GetPassengerJourneys(ctx context.Context, departureLat float64, departureLng float64, arrivalLat float64, arrivalLng float64, departureDate time.Time, timeDelta *time.Duration, departureRadius *float64, arrivalRadius *float64, count *int64) ([]ocss.PassengerJourney, error) { departure := orb.Point{departureLng, departureLat} arrival := orb.Point{arrivalLng, arrivalLat} td := 900 * time.Second if timeDelta != nil { td = *timeDelta } minDate := departureDate.Add(-td * time.Second) maxDate := departureDate.Add(td * time.Second) journeys, err := s.Handler.GetPassengerJourneys(departure, arrival, departureRadius, arrivalRadius, minDate, maxDate, count) if err != nil { return nil, err } results := []ocss.PassengerJourney{} for _, j := range journeys { properties := j.Route.ExtraMembers["properties"].(map[string]any) usermap := properties["user"].(map[string]any) journeyId := j.ID passengerDepartureLat := j.Route.Features[0].Point().Lat() passengerDepartureLng := j.Route.Features[0].Point().Lon() passengerArrivalLat := j.Route.Features[1].Point().Lat() passengerArrivalLng := j.Route.Features[1].Point().Lon() passengerDepartureDate := ocss.JSONTime(j.DepartureDate) driverDepartureDate := ocss.JSONTime(j.DepartureDate.Add(-j.Itinerary.Legs[0].Duration)) duration := time.Duration(0) var distance *int64 log.Debug().Any("itinerary", j.Itinerary).Msg("debug itinerary") if len(j.Itinerary.Legs) > 2 { duration = j.Itinerary.Legs[1].Duration / time.Second dist := int64(j.Itinerary.Legs[1].Distance) distance = &dist } results = append(results, ocss.PassengerJourney{ PassengerTrip: ocss.PassengerTrip{ Passenger: ocss.User{ ID: usermap["id"].(string), Operator: usermap["operator"].(string), Alias: usermap["alias"].(string), }, Trip: ocss.Trip{ Operator: "ridygo.fr", PassengerPickupLat: passengerDepartureLat, PassengerPickupLng: passengerDepartureLng, PassengerDropLat: passengerArrivalLat, PassengerDropLng: passengerArrivalLng, DriverDepartureLat: &departureLat, DriverDepartureLng: &departureLng, DriverArrivalLat: &arrivalLat, DriverArrivalLng: &arrivalLng, Duration: duration, Distance: distance, }, }, JourneySchedule: ocss.JourneySchedule{ ID: &journeyId, PassengerPickupDate: passengerDepartureDate, DriverDepartureDate: &driverDepartureDate, Type: ocss.Planned, }, }) } return results, nil } func (s *OCSSApiService) GetDriverRegularTrips(ctx context.Context, departureLat float64, departureLng float64, arrivalLat float64, arrivalLng float64, departureTimeOfDay string, departureWeekDays *[]string, timeDelta *time.Duration, departureRadius *float64, arrivalRadius *float64, minDepartureDate *time.Time, maxDepartureDate *time.Time, count *int64) ([]ocss.DriverTrip, error) { return []ocss.DriverTrip{}, nil } func (s *OCSSApiService) GetPassengerRegularTrips(ctx context.Context, departureLat float64, departureLng float64, arrivalLat float64, arrivalLng float64, departureTimeOfDay string, departureWeekDays *[]string, timeDelta *time.Duration, departureRadius *float64, arrivalRadius *float64, minDepartureDate *time.Time, maxDepartureDate *time.Time, count *int64) ([]ocss.PassengerTrip, error) { return []ocss.PassengerTrip{}, nil }