public async Task <JObject> Parks([FromUri] double lat, [FromUri] double lng)
{
maps mp = new maps();
Response Response = new Response();
Response = await mp.GetNearByPlaces(lat, lng, "parking", 10000);
JObject Error = new JObject();
if (Response.Code == 200)
{
Error.Add("Code", Response.Code);
Error.Add("Message", "Success");
ParkingYard Yard = new ParkingYard();
JArray jarr = JArray.Parse(Response.Data);
for (int count = 0; count < jarr.Count; count++)
{
Yard.Image = jarr[count]["place image"].ToString();
Yard.Name = jarr[count]["name"].ToString();
Yard.Place_ID = jarr[count]["place_id"].ToString();
Yard.Reference = jarr[count]["reference"].ToString();
ParkingYard.YardLocation YardLocation = new ParkingYard.YardLocation();
YardLocation.Name = jarr[count]["vicinity"].ToString();
YardLocation.Latitude = Convert.ToDouble(jarr[count]["geometry"]["location"]["lat"]);
YardLocation.Longitude = Convert.ToDouble(jarr[count]["geometry"]["location"]["lng"]);
Yard.Location = YardLocation;
ParkRepo = new ParkRepository();
if (await ParkRepo.CreateParkingYard(Yard))
{
Response.Message = "Parking Created Successfully";
}
else
{
Response.Message = "Parking Already exists";
}
JObject Parking = new JObject();
ParkingYard py = ParkRepo.GetParkingYard(Yard.Place_ID);
JObject Space = new JObject();
Space.Add("space id", py.Spaces.Space_ID);
Space.Add("space count", py.Spaces.Count);
Space.Add("used spaces", py.Spaces.UsedSpaces);
JObject Location = new JObject();
Location.Add("id", py.Location.id);
Location.Add("name", py.Location.Name);
Parking.Add("park_id", py.id);
Parking.Add("Space", Space);
Parking.Add("Location", Location);
JObject FinalJarr = (JObject)jarr[count];
FinalJarr.Add("Park Data", Parking);
jarr[count] = FinalJarr;
}
// JArray FinalJSONArray = (JArray)jarr;
Error.Add("values", jarr);
}
else
{
Error.Add("Code", Response.Code);
Error.Add("Message", Response.Message);
Error.Add("Values", Response.Data);
}
return(Error);
}
