public override Task <TollGeolocationStatus> CheckStatus()
{
Log.LogMessage(string.Format($"TRY TO FIND TOLLPOINT ENTRANCES FROM {SettingsService.WaypointLargeRadius * 1000} m"));
var location = GeoWatcher.Location;
var waypoints = GeoDataService.FindNearestEntranceTollPoints(location);
WaypointChecker.SetTollPointsInRadius(waypoints);
WaypointChecker.SetIgnoredChoiceTollPoint(null);
if (waypoints.Count == 0)
{
GeoWatcher.StopUpdatingHighAccuracyLocation();
Log.LogMessage($"No waypoint founded for location {GeoWatcher.Location}");
return(Task.FromResult(TollGeolocationStatus.NotOnTollRoad));
}
else
{
foreach (var item in WaypointChecker.TollPointsInRadius)
{
Log.LogMessage($"FOUNDED WAYPOINT : {item.Name}, DISTANCE {item.Distance}");
}
GeoWatcher.StartUpdatingHighAccuracyLocation();
return(Task.FromResult(TollGeolocationStatus.NearTollRoadEntrance));
}
}
public override Task <TollGeoStatusResult> CheckStatus(TollGeoStatusResult tollGeoStatus)
{
Log.LogMessage(string.Format($"TRY TO FIND TOLLPOINT ENTRANCES FROM {SettingsService.WaypointLargeRadius * 1000} m"));
if (tollGeoStatus?.TollPointWithDistance == null)
{
#if REALEASE
GeoWatcher.StopUpdatingHighAccuracyLocation();
#endif
Log.LogMessage($"No waypoint founded for location {GeoWatcher.Location}");
return(Task.FromResult(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NotOnTollRoad
}));
}
else
{
foreach (var item in WaypointChecker.TollPointsInRadius)
{
Log.LogMessage($"FOUNDED WAYPOINT : {item.Name}, DISTANCE {item.Distance}");
}
#if REALEASE
GeoWatcher.StartUpdatingHighAccuracyLocation();
#endif
return(Task.FromResult(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NearTollRoadEntrance,
IsNeedToDoubleCheck = false
}));
}
}
public async override Task <TollGeolocationStatus> CheckStatus()
{
var location = GeoWatcher.Location;
var waypoints = GeoDataService.FindNearestEntranceTollPoints(location);
WaypointChecker.SetTollPointsInRadius(waypoints);
if (waypoints.Count == 0)
{
return(TollGeolocationStatus.NotOnTollRoad);
}
var insideTollPoint = WaypointChecker.DetectWeAreInsideSomeTollPoint(location);
if (insideTollPoint != null)
{
double radius = insideTollPoint.Radius != 0 ? insideTollPoint.Radius / 1000 : SettingsService.WaypointSmallRadius * 1000;
Log.LogMessage($"We are inside tollpoint {radius} radius");
WaypointChecker.SetIgnoredChoiceTollPoint(insideTollPoint);
if (WaypointChecker.TollPointsInRadius.Count == 1)
{
GeoWatcher.StopUpdatingHighAccuracyLocation();
}
if (await SpeechToTextService.AskQuestion($"Are you entering {insideTollPoint.Name} tollroad?"))
{
WaypointChecker.SetEntrance(insideTollPoint);
if (insideTollPoint.WaypointAction == WaypointAction.Bridge)
{
WaypointChecker.SetExit(insideTollPoint);
WaypointChecker.SetTollPointsInRadius(null);
await NotifyService.Notify("Bill was created");
WaypointChecker.ClearData();
return(TollGeolocationStatus.NotOnTollRoad);
}
else
{
return(TollGeolocationStatus.OnTollRoad);
}
}
else
{
return(TollGeolocationStatus.NotOnTollRoad);
}
}
else
{
return(TollGeolocationStatus.NearTollRoadEntrance);
}
}
public override Task <TollGeoStatusResult> CheckStatus(TollGeoStatusResult tollGeoStatus)
{
Log.LogMessage(string.Format($"TRY TO FIND TOLLPOINT EXITS FROM {SettingsService.WaypointLargeRadius * 1000} m"));
WaypointChecker.SetIgnoredChoiceTollPoint(null);
if (tollGeoStatus?.TollPointWithDistance == null)
{
#if REALEASE
GeoWatcher.StopUpdatingHighAccuracyLocation();
#endif
Log.LogMessage($"No waypoint founded for location {GeoWatcher.Location}");
return(Task.FromResult(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.OnTollRoad,
IsNeedToDoubleCheck = true
}));
}
return(null);
}
protected Task <TollGeoStatusResult> CheckNearestPoint(TollGeolocationStatus tollGeoStatus, List <TollPointWithDistance> tollPoints = null)
{
var location = GeoWatcher.Location;
var nearestWaypoints = GeoDataService.FindNearestTollPoints(location);
if (nearestWaypoints?.Count == 0)
{
#if REALEASE
GeoWatcher.StopUpdatingHighAccuracyLocation();
#endif
Log.LogMessage($"No waypoint founded for location {GeoWatcher.Location}");
SetTollStatusWithDistance(location, Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus == TollGeolocationStatus.OnTollRoad
? Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus
: TollGeolocationStatus.NotOnTollRoad);
shouldContinueCheckStatus = false;
return(Task.FromResult(new TollGeoStatusResult()
{
TollPointWithDistance = null,
Location = location,
TollGeolocationStatus = tollGeolocationStatus,
IsNeedToDoubleCheck = shouldContinueCheckStatus
}));
}
WaypointChecker.SetTollPointsInRadius(nearestWaypoints);
WaypointChecker.SetIgnoredChoiceTollPoint(null);
var tollPointInRadius = WaypointChecker.TollPointsInRadius[firstElement];
foreach (var item in WaypointChecker.TollPointsInRadius)
{
Log.LogMessage($"FOUNDED WAYPOINT : {item.Name}, DISTANCE {item.Distance}");
}
#if REALEASE
GeoWatcher.StartUpdatingHighAccuracyLocation();
#endif
switch (tollPointInRadius.WaypointAction)
{
case WaypointAction.Entrance:
if (tollGeoStatus == TollGeolocationStatus.OnTollRoad)
{
tollGeolocationStatus = TollGeolocationStatus.OnTollRoad;
shouldContinueCheckStatus = false;
}
else if (Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus == TollGeolocationStatus.NotOnTollRoad ||
Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus == TollGeolocationStatus.SearchingNearestTollPoint)
{
SetTollStatusWithDistance(location, TollGeolocationStatus.NearTollRoadEntrance);
}
break;
case WaypointAction.Bridge:
SetTollStatusWithDistance(location, TollGeolocationStatus.NearTollRoadEntrance);
break;
case WaypointAction.Exit:
if (Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus == TollGeolocationStatus.OnTollRoad)
{
SetTollStatusWithDistance(location, TollGeolocationStatus.NearTollRoadExit);
}
else
{
tollGeolocationStatus = tollGeoStatus;
shouldContinueCheckStatus = false;
}
break;
}
return(Task.FromResult(new TollGeoStatusResult()
{
TollPointWithDistance = tollPointInRadius,
Location = location,
TollGeolocationStatus = tollGeolocationStatus,
IsNeedToDoubleCheck = shouldContinueCheckStatus
}));
}
public async override Task <TollGeoStatusResult> CheckStatus(TollGeoStatusResult tollGeoStatus)
{
if (tollGeoStatus?.TollPointWithDistance == null)
{
return new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NotOnTollRoad
}
}
;
var insideTollPoint = WaypointChecker.DetectWeAreInsideSomeTollPoint(tollGeoStatus.Location);
if (insideTollPoint != null)
{
double radius = insideTollPoint.Radius != 0 ? insideTollPoint.Radius / 1000 : SettingsService.WaypointSmallRadius * 1000;
Log.LogMessage($"We are inside tollpoint {radius} radius");
WaypointChecker.SetIgnoredChoiceTollPoint(insideTollPoint);
#if REALEASE
if (WaypointChecker.TollPointsInRadius.Count == 1)
{
GeoWatcher.StopUpdatingHighAccuracyLocation();
}
#endif
if (await SpeechToTextService.AskQuestionAsync($"Are you entering {insideTollPoint.Name} tollroad?"))
{
WaypointChecker.SetEntrance(insideTollPoint);
if (insideTollPoint.WaypointAction == WaypointAction.Bridge)
{
WaypointChecker.SetExit(insideTollPoint);
SaveTripProgress();
WaypointChecker.SetTollPointsInRadius(null);
await NotifyService.NotifyAsync("Bill was created");
WaypointChecker.ClearData();
return(new TollGeoStatusResult()
{
TollGeolocationStatus = Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus == TollGeolocationStatus.OnTollRoad
? Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus
: TollGeolocationStatus.NotOnTollRoad
});
}
else
{
Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus = TollGeolocationStatus.OnTollRoad;
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.OnTollRoad
});
}
}
else
{
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NotOnTollRoad
});
}
}
else
{
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NearTollRoadEntrance
});
}
}
public override async Task <TollGeolocationStatus> CheckStatus()
{
var location = GeoWatcher.Location;
var waypoints = GeoDataService.FindNearestExitTollPoints(location);
WaypointChecker.SetTollPointsInRadius(waypoints);
if (waypoints.Count == 0)
{
return(TollGeolocationStatus.OnTollRoad);
}
var insideTollPoint = WaypointChecker.DetectWeAreInsideSomeTollPoint(location);
if (insideTollPoint != null)
{
double radius = insideTollPoint.Radius != 0 ? insideTollPoint.Radius / 1000 : SettingsService.WaypointSmallRadius * 1000;
Log.LogMessage($"We are inside tollpoint {radius} radius");
WaypointChecker.SetIgnoredChoiceTollPoint(insideTollPoint);
if (WaypointChecker.TollPointsInRadius.Count == 1)
{
GeoWatcher.StopUpdatingHighAccuracyLocation();
}
if (await SpeechToTextService.AskQuestion($"Are you exiting from {insideTollPoint.Name} tollroad?"))
{
WaypointChecker.SetExit(insideTollPoint);
WaypointChecker.SetTollPointsInRadius(null);
WaypointChecker.SetIgnoredChoiceTollPoint(null);
if (WaypointChecker.Exit != null)
{
await NotifyService.Notify("Bill was created");
var duration = WaypointChecker.TripDuration;
if (duration.Hours > 0)
{
await NotifyService.Notify($"Trip duration is {duration.Hours} hours {duration.Minutes} minutes {duration.Seconds} seconds");
}
else
{
await NotifyService.Notify($"Trip duration is {duration.Minutes} minutes {duration.Seconds} seconds");
}
WaypointChecker.ClearData();
}
else
{
await NotifyService.Notify("Bill was not created. You didn't enter any exit");
}
return(TollGeolocationStatus.NotOnTollRoad);
}
else
{
return(TollGeolocationStatus.OnTollRoad);
}
}
else
{
return(TollGeolocationStatus.NearTollRoadExit);
}
}
public override async Task <TollGeoStatusResult> CheckStatus(TollGeoStatusResult tollGeoStatus)
{
if (tollGeoStatus?.TollPointWithDistance == null)
{
return new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.OnTollRoad
}
}
;
var insideTollPoint = WaypointChecker.DetectWeAreInsideSomeTollPoint(tollGeoStatus.Location);
if (insideTollPoint != null)
{
double radius = insideTollPoint.Radius != 0 ? insideTollPoint.Radius / 1000 : SettingsService.WaypointSmallRadius * 1000;
Log.LogMessage($"We are inside tollpoint {radius} radius");
WaypointChecker.SetIgnoredChoiceTollPoint(insideTollPoint);
#if REALEASE
if (WaypointChecker.TollPointsInRadius.Count == 1)
{
GeoWatcher.StopUpdatingHighAccuracyLocation();
}
#endif
if (await SpeechToTextService.AskQuestionAsync($"Are you exiting from {insideTollPoint.Name} tollroad?"))
{
WaypointChecker.SetExit(insideTollPoint);
SaveTripProgress();
WaypointChecker.SetTollPointsInRadius(null);
WaypointChecker.SetIgnoredChoiceTollPoint(null);
if (WaypointChecker.Exit != null)
{
await NotifyService.NotifyAsync("Bill was created");
var duration = WaypointChecker.TripDuration;
if (duration.Hours > 0)
{
await NotifyService.NotifyAsync($"Trip duration is {duration.Hours} hours {duration.Minutes} minutes {duration.Seconds} seconds");
}
else
{
await NotifyService.NotifyAsync($"Trip duration is {duration.Minutes} minutes {duration.Seconds} seconds");
}
Mvx.Resolve <IStoredSettingsService>().CurrentRoadStatus = TollGeolocationStatus.NotOnTollRoad;
WaypointChecker.ClearData();
}
else
{
await NotifyService.NotifyAsync("Bill was not created. You didn't enter any exit");
}
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NotOnTollRoad
});
}
else
{
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.OnTollRoad
});
}
}
else
{
return(new TollGeoStatusResult()
{
TollGeolocationStatus = TollGeolocationStatus.NearTollRoadExit
});
}
}