static void Main(string[] args)
{
Console.WriteLine("Starting");
Random r = new Random();
Random e = new Random();
MapsAPI maps = new MapsAPI();
// r.Next(Order.Places.Count-1)
Order balls = new Order(Order.SomePlaces[r.Next( Order.SomePlaces.Count - 1)],
Order.OtherPlaces[e.Next(Order.OtherPlaces.Count - 1)], 4);
Thread.Sleep(500);
Order paddle = new Order(Order.SomePlaces[r.Next( Order.SomePlaces.Count )],
Order.OtherPlaces[e.Next(Order.OtherPlaces.Count)], 4, 2);
Order paddles = new Order(Order.SomePlaces[r.Next(Order.SomePlaces.Count )],
Order.OtherPlaces[e.Next( Order.OtherPlaces.Count)], 30);
maps.goToPlace(paddle.Destination);
Console.WriteLine($"Origin: {paddle.Origin} \tDestination: {paddle.Destination}\tDist: {paddle.Distance} Price:{paddle.Price}" );
Console.WriteLine($"Origin: {paddles.Origin}\t Destination: {paddles.Destination}\tDist: {paddles.Distance}\t Price:{paddles.Price}");
Console.ReadKey();
}
static void Main(string[] args)
{
Console.WriteLine("Starting");
Random r = new Random();
Random e = new Random();
MapsAPI maps = new MapsAPI();
// r.Next(Order.Places.Count-1)
Order balls = new Order("paddy+lane+ontario+ny", "Cincinnati", 5);
Order paddle = new Order(Order.SomePlaces[r.Next(Order.SomePlaces.Count - 1)],
Order.OtherPlaces[e.Next(Order.OtherPlaces.Count - 1)], 4);
Console.WriteLine($"Origin: {paddle.Origin} \tDestination: {paddle.Destination}\tDist: {paddle.Distance} Price:{paddle.Price}");
Console.WriteLine($"Origin: {balls.Origin}\t Destination: {balls.Destination}\tDist: {balls.Distance}\t Price:{balls.Price}");
Console.ReadKey();
}
static void Main(string[] args)
{
//Static class use (Directions)
DirectionsRequest directionsRequest = new DirectionsRequest()
{
Origin = "NYC, 5th and 39",
Destination = "Philladephia, Chesnut and Wallnut",
};
DirectionsResponse directions = MapsAPI.GetDirections(directionsRequest);
Console.WriteLine(directions);
//Instance class use (Geocode)
GeocodingRequest geocodeRequest = new GeocodingRequest()
{
Address = "new york city",
};
GeocodingEngine geocodingEngine = new GeocodingEngine();
GeocodingResponse geocode = geocodingEngine.GetGeocode(geocodeRequest);
Console.WriteLine(geocode);
// Static maps API - get static map of with the path of the directions request
StaticMapsEngine staticMapGenerator = new StaticMapsEngine();
//Path from previos directions request
IEnumerable <Step> steps = directions.Routes.First().Legs.First().Steps;
// All start locations
IList <ILocation> path = steps.Select(step => step.StartLocation).ToList <ILocation>();
// also the end location of the last step
path.Add(steps.Last().EndLocation);
string url = staticMapGenerator.GenerateStaticMapURL(new StaticMapRequest(new Location(40.38742, -74.55366), 9, new ImageSize(800, 400))
{
Pathes = new List <Path>()
{
new Path()
{
Style = new PathStyle()
{
Color = "red"
},
Locations = path
}
}
});
Console.WriteLine("Map with path: " + url);
//Instance class - Async! (Elevation)
ElevationRequest elevationRequest = new ElevationRequest()
{
Locations = new Location[] { new Location(54, 78) },
};
ElevationEngine elevationEngine = new ElevationEngine();
elevationEngine.BeginGetElevation(elevationRequest,
ar =>
{
ElevationResponse elevation = elevationEngine.EndGetElevation(ar);
Console.WriteLine(elevation);
},
null);
Console.WriteLine("Finised! (But wait .. async elevation request should get response soon)");
Console.ReadKey();
}
public Location[] GetLocationInfo(LatLong location, string dataSourceName, GetInfoOptions options)
{
var response = MapsAPI.GetGeocode(
new GeocodingRequest
{
Location = new GoogleMapsApi.Entities.Common.Location(location.Latitude, location.Longitude),
Language = "pl"
});
if (response.Status != Status.OK)
{
throw new Exception(response.Status.ToString());
}
Thread.Sleep(250);
FindHeader.Original = JsonConvert.SerializeObject(
response.Results
.GroupBy(r => string.Join(", ", r.Types))
.ToDictionary(
rg => rg.Key,
rg => rg.Select(
r => r.AddressComponents
.GroupBy(c => string.Join(", ", c.Types))
.ToDictionary(
cg => cg.Key,
cg => cg.Select(
c => string.Format("{0} ({1})", c.ShortName, c.LongName)
)
)
)
),
Formatting.Indented);
Debug.WriteLine(FindHeader.Original);
var country = response.Results.GetType("country");
var admin1 = response.Results.GetType("administrative_area_level_1");
var admin2 = response.Results.GetType("administrative_area_level_2");
var admin3 = response.Results.GetType("administrative_area_level_3");
var neighborhood = response.Results.GetType("neighborhood");
var street = response.Results.GetType("street_address");
var route = response.Results.GetType("route");
// ReSharper disable ConstantNullCoalescingCondition
var result = new Location
{
Entity = new Entity {
DisplayName = "",
},
Address = new Address
{
CountryRegion = null
?? country.GetComponent("country")
?? street.GetComponent("country")
?? route.GetComponent("country"),
Subdivision = null
?? admin1.GetComponent("administrative_area_level_1")
?? street.GetComponent("administrative_area_level_1")
?? route.GetComponent("administrative_area_level_1"),
PrimaryCity = null
?? street.GetComponent("locality")
?? route.GetComponent("locality"),
AddressLine = new[]
{
null
?? street.GetComponent("route")
?? route.GetComponent("route"),
null
?? street.GetComponent("sublocality")
?? route.GetComponent("sublocality")
?? neighborhood.GetComponent("sublocality")
?? admin3.GetComponent("administrative_area_level_3")
}.JoinNotEmpty(", "),
FormattedAddress = null
?? street.GetComponent("formatted_address")
?? route.GetComponent("formatted_address")
}
};
// ReSharper restore ConstantNullCoalescingCondition
if (result.Address.Subdivision == null)
{
result.Address.Subdivision = result.Address.CountryRegion;
}
return(new[] { result });
}
