func UnregisterFlightLoopCallback(flightLoop FlightLoopFunc, ref interface{}) {
for key, data := range callbacks {
if data.funcPointerAsString == fmt.Sprint(flightLoop) && data.flightLoopData.Ref == ref {
C.XPLMUnregisterFlightLoopCallback(C.XPLMFlightLoop_f(unsafe.Pointer(C.flightLoop)), unsafe.Pointer(data.flightLoopData))
delete(callbacks, key)
}
}
}
func CreateFlightLoop(data *CreateFlightLoopData) FlightLoopId {
id := C.CString(goplane.IdGenerator())
cRegData := C.XPLMCreateFlightLoop_t{}
cRegData.structSize = C.int(unsafe.Sizeof(cRegData))
cRegData.phase = C.XPLMFlightLoopPhaseType(data.Phase)
cRegData.callbackFunc = C.XPLMFlightLoop_f(unsafe.Pointer(C.flightLoop))
cRegData.refcon = unsafe.Pointer(id)
callbacks[id] = regData{fmt.Sprint(data.Callback), data}
flightLoopId := FlightLoopId(C.XPLMCreateFlightLoop(&cRegData))
return flightLoopId
}
func SetFlightLoopCallbackInterval(flightLoop FlightLoopFunc, interval float32, relativeToNow bool, ref interface{}) {
cRelativeToNow := 0
if relativeToNow {
cRelativeToNow = 1
}
for key, current := range callbacks {
if current.funcPointerAsString == fmt.Sprint(flightLoop) {
current.flightLoopData.Ref = ref
C.XPLMSetFlightLoopCallbackInterval(C.XPLMFlightLoop_f(C.flightLoop), C.float(interval), C.int(cRelativeToNow), unsafe.Pointer(key))
}
}
}
func RegisterFlightLoopCallback(flightLoop FlightLoopFunc, interval float32, ref interface{}) {
data := regData{fmt.Sprint(flightLoop), &CreateFlightLoopData{FlightLoop_Phase_BeforeFlightModel, flightLoop, ref}}
id := C.CString(goplane.IdGenerator())
callbacks[id] = data
C.XPLMRegisterFlightLoopCallback(C.XPLMFlightLoop_f(unsafe.Pointer(C.flightLoop)), C.float(interval), unsafe.Pointer(id))
}