server

type ACIDSpecifier struct {
	ControllerToken string
	ACID            sim.ACID
}

type AcceptHandoffArgs ACIDSpecifier

type ActivateFlightPlanArgs struct {
	ControllerToken     string
	TrackCallsign       av.ADSBCallsign
	FpACID              sim.ACID
	FlightPlanSpecifier *sim.STARSFlightPlanSpecifier
}

type ActiveSim struct {
	// contains filtered or unexported fields
}

type AircraftCommandsArgs struct {
	ControllerToken string
	Callsign        av.ADSBCallsign
	Commands        string
}

type AircraftCommandsResult struct {
	ErrorMessage   string
	RemainingInput string
}

type AircraftSpecifier struct {
	ControllerToken string
	Callsign        av.ADSBCallsign
}

type AssociateFlightPlanArgs struct {
	ControllerToken     string
	Callsign            av.ADSBCallsign
	FlightPlanSpecifier sim.STARSFlightPlanSpecifier
}

type CancelHandoffArgs ACIDSpecifier

type ChangeControlPositionArgs struct {
	ControllerToken string
	TCP             string
	KeepTracks      bool
}

type Configuration struct {
	ScenarioConfigs  map[string]*SimScenarioConfiguration
	ControlPositions map[string]*av.Controller
	DefaultScenario  string
}

type ConnectResult struct {
	Configurations map[string]map[string]*Configuration
	RunningSims    map[string]*RemoteSim
}

type Connection struct {
	SimState sim.State
	SimProxy *proxy
}

type ConnectionManager struct {
	LocalServer  *Server
	RemoteServer *Server
	// contains filtered or unexported fields
}

type ControlClient struct {
	SessionStats SessionStats

	// This is all read-only data that we expect other parts of the system
	// to access directly.
	State sim.State
	// contains filtered or unexported fields
}

type CreateArrivalArgs struct {
	ControllerToken string
	Group           string
	Airport         string
}

type CreateDepartureArgs struct {
	ControllerToken string
	Airport         string
	Runway          string
	Category        string
	Rules           av.FlightRules
}

type CreateFlightPlanArgs struct {
	ControllerToken     string
	FlightPlanSpecifier sim.STARSFlightPlanSpecifier
}

type CreateOverflightArgs struct {
	ControllerToken string
	Group           string
}

type CreateRestrictionAreaResultArgs struct {
	Index       int
	StateUpdate sim.StateUpdate
}

type DeleteAircraftArgs AircraftSpecifier

type DeleteAircraftListArgs struct {
	ControllerToken string
	Aircraft        []sim.Aircraft
}

type DeleteFlightPlanArgs ACIDSpecifier

type Dispatcher struct {
	// contains filtered or unexported fields
}

type ForceQLArgs struct {
	ControllerToken string
	ACID            sim.ACID
	Controller      string
}

type GlobalMessageArgs struct {
	ControllerToken string
	Message         string
}

type HandoffArgs struct {
	ControllerToken string
	ACID            sim.ACID
	ToTCP           string
}

type HeldDepartureArgs AircraftSpecifier

type HumanController struct {
	// contains filtered or unexported fields
}

type LaunchAircraftArgs struct {
	ControllerToken string
	Aircraft        sim.Aircraft
	DepartureRunway string
}

type ModifyFlightPlanArgs struct {
	ControllerToken     string
	FlightPlanSpecifier sim.STARSFlightPlanSpecifier
	ACID                sim.ACID
}

type NewSimConfiguration struct {
	// FIXME: unify Password/RemoteSimPassword, SelectedRemoteSim / NewSimName, etc.
	NewSimType   int32
	NewSimName   string
	GroupName    string
	ScenarioName string

	SelectedRemoteSim         string
	SelectedRemoteSimPosition string

	Scenario *SimScenarioConfiguration

	TFRs []av.TFR

	TRACONName        string
	RequirePassword   bool
	Password          string // for create remote only
	RemoteSimPassword string // for join remote only

	LiveWeather bool

	InstructorAllowed bool
	Instructor        bool
}

type NewSimResult struct {
	SimState        *sim.State
	ControllerToken string
}

type PendingCall struct {
	Call      *rpc.Call
	IssueTime time.Time
	Callback  func(*sim.EventStream, *sim.State, error)
}

type PointOutArgs struct {
	ControllerToken string
	ACID            sim.ACID
	Controller      string
}

type RPCClient struct {
	*rpc.Client
}

type RemoteSim struct {
	GroupName          string
	ScenarioName       string
	PrimaryController  string
	RequirePassword    bool
	InstructorAllowed  bool
	AvailablePositions map[string]av.Controller
	CoveredPositions   map[string]av.Controller
}

type RepositionTrackArgs struct {
	ControllerToken string
	ACID            sim.ACID        // from
	Callsign        av.ADSBCallsign // to
	Position        math.Point2LL   // to
}

type RestrictionAreaArgs struct {
	ControllerToken string
	Index           int
	RestrictionArea av.RestrictionArea
}

type Scenario struct {
	SoloController      string                   `json:"solo_controller"`
	SplitConfigurations av.SplitConfigurationSet `json:"multi_controllers"`
	DefaultSplit        string                   `json:"default_split"`
	Wind                av.Wind                  `json:"wind"`
	VirtualControllers  []string                 `json:"controllers"`

	// Map from inbound flow names to a map from airport name to default rate,
	// with "overflights" a special case to denote overflights
	InboundFlowDefaultRates map[string]map[string]int `json:"inbound_rates"`
	// Temporary backwards compatibility
	ArrivalGroupDefaultRates map[string]map[string]int `json:"arrivals"`

	Airspace map[string][]string `json:"airspace"`

	DepartureRunways []sim.DepartureRunway `json:"departure_runways,omitempty"`
	ArrivalRunways   []sim.ArrivalRunway   `json:"arrival_runways,omitempty"`

	Center       math.Point2LL `json:"-"`
	CenterString string        `json:"center"`
	Range        float32       `json:"range"`
	DefaultMaps  []string      `json:"default_maps"`
	VFRRateScale *float32      `json:"vfr_rate_scale"`
}

type ScenarioGroup struct {
	TRACON             string                     `json:"tracon"`
	Name               string                     `json:"name"`
	Airports           map[string]*av.Airport     `json:"airports"`
	Fixes              map[string]math.Point2LL   `json:"-"`
	FixesStrings       util.OrderedMap            `json:"fixes"`
	Scenarios          map[string]*Scenario       `json:"scenarios"`
	DefaultScenario    string                     `json:"default_scenario"`
	ControlPositions   map[string]*av.Controller  `json:"control_positions"`
	Airspace           av.Airspace                `json:"airspace"`
	InboundFlows       map[string]*av.InboundFlow `json:"inbound_flows"`
	VFRReportingPoints []av.VFRReportingPoint     `json:"vfr_reporting_points"`

	PrimaryAirport string `json:"primary_airport"`

	ReportingPointStrings []string            `json:"reporting_points"`
	ReportingPoints       []av.ReportingPoint // not in JSON

	NmPerLatitude           float32 // Always 60
	NmPerLongitude          float32 // Derived from Center
	MagneticVariation       float32
	MagneticAdjustment      float32                     `json:"magnetic_adjustment"`
	STARSFacilityAdaptation sim.STARSFacilityAdaptation `json:"stars_config"`
}

type Server struct {
	*RPCClient
	// contains filtered or unexported fields
}

type SessionStats struct {
	Departures    int
	Arrivals      int
	IntraFacility int
	Overflights   int

	SignOnTime time.Time
	// contains filtered or unexported fields
}

type SetLaunchConfigArgs struct {
	ControllerToken string
	Config          sim.LaunchConfig
}

type SetSimRateArgs struct {
	ControllerToken string
	Rate            float32
}

type SimBroadcastMessage struct {
	Password string
	Message  string
}

type SimManager struct {
	// contains filtered or unexported fields
}

type SimScenarioConfiguration struct {
	SelectedController  string
	SelectedSplit       string
	SplitConfigurations av.SplitConfigurationSet
	PrimaryAirport      string

	Wind         av.Wind
	LaunchConfig sim.LaunchConfig

	DepartureRunways []sim.DepartureRunway
	ArrivalRunways   []sim.ArrivalRunway
}

type VideoMapsArgs struct {
	ControllerToken string
	Filename        string
}