private static void GetRainMeasurements()
{
var timeBetweenMeasurements = new TimeSpan(0, 0, 1, 0);
var publicDataService = new PublicDataService(_authenticationToken);
double latitute = Convert.ToDouble(ConfigurationManager.AppSettings["Latitude"]);
double longitude = Convert.ToDouble(ConfigurationManager.AppSettings["Longitude"]);
var center = new LatLongPoint(latitute, longitude);
LocationBoundry boundry = LocationBoundry.ComputeBoundry(center);
Console.WriteLine("Count\tWith gauge\tWith Rain\tAverage\tMin\tMax\t");
do
{
// Get the public data
PublicData publicData = publicDataService.Get(boundry);
// The total number of stations returned in the geographic area.
int totalNumberOfStations = publicData.Stations.Count();
// The stations that have a rain gauge.
var rainStations = GetStationsWithRainSensors(publicData);
int numberOfStationsWithRainGauge = rainStations.Count();
// Stations where the rain gauge is reporting a level above the threshold.
var stationsWithRain = rainStations.Where(x => x.Value > RainingThreshold).ToList();
ShowComputedStatistics(totalNumberOfStations, numberOfStationsWithRainGauge, stationsWithRain);
WaitForNextMeasurementTime(timeBetweenMeasurements);
} while (!CancellationToken.IsCancellationRequested);
}
private static void GetRainMeasurements()
{
var timeBetweenMeasurements = new TimeSpan(0, 0, 1, 0);
var publicDataService = new PublicDataService(_authenticationToken, new HttpWrapper());
var boundry = GetLocationBoundry();
Console.WriteLine("Count\tWith gauge\tWith Rain\tAverage\tMin\tMax\t");
do
{
if (_authenticationToken.IsCloseToExpiry())
{
RefreshToken();
}
// Get the public data
PublicData publicData = publicDataService.Get(boundry).Result;
// The total number of stations returned in the geographic area.
int totalNumberOfStations = publicData.Stations.Count();
Trace.WriteLine("Total number of stations: " + totalNumberOfStations);
// The stations that have a rain gauge.
var rainStations = GetStationsWithRainSensors(publicData);
int numberOfStationsWithRainGauge = rainStations.Count();
Trace.WriteLine("Number of stations with rain gauge: " + numberOfStationsWithRainGauge);
// Stations where the rain gauge is reporting a level above the threshold.
var stationsWithRain = rainStations.Where(x => x.Value > RainingThreshold).ToList();
ShowComputedStatistics(totalNumberOfStations, numberOfStationsWithRainGauge, stationsWithRain);
WaitForNextMeasurementTime(timeBetweenMeasurements);
} while (!CancellationToken.IsCancellationRequested);
}
public IEnumerable <Term> GetAllServiceResultReceiptMethods(string ns)
{
var publicDataService = new PublicDataService();
IEnumerable <Term> terms = publicDataService.GetServiceResultReceiptMethods(ns);
return(terms);
}
public IEnumerable <Term> GetServiceTermTypesPerNamespace(string ns)
{
var publicDataService = new PublicDataService();
IEnumerable <Term> terms = publicDataService.GetServiceTermTypes(ns);
return(terms);
}
public Entity GetElectronicServiceProviderType()
{
var publicDataService = new PublicDataService();
Entity entity = publicDataService.GetServiceProviderData();
return(entity);
}
[TestCase(49.281974, -123.117857)] // Vancouver, BC, Canada
public void DifferentLocations(double latitute, double longitude)
{
// Arrange
var publicDataService = new PublicDataService(_authenticationToken, new HttpWrapper());
var center = new LatLongPoint(latitute, longitude);
LocationBoundry boundry = LocationBoundry.ComputeBoundry(center, 10);
// Act
PublicData publicData = publicDataService.Get(boundry).Result;
// Assert
Assert.IsNotNull(publicData);
ShowStationInfo(publicData.Stations, center);
ShowRainInfo(publicData);
}
public void GetPublicData()
{
// Arrange
var publicDataService = new PublicDataService(_authenticationToken, new HttpWrapper());
// home
double latitute = Convert.ToDouble(ConfigurationManager.AppSettings["Latitude"]);
double longitude = Convert.ToDouble(ConfigurationManager.AppSettings["Longitude"]);
var center = new LatLongPoint(latitute, longitude);
LocationBoundry boundry = LocationBoundry.ComputeBoundry(center, 10);
// Act
PublicData publicData = publicDataService.Get(boundry).Result;
// Assert
Assert.IsNotNull(publicData);
ShowStationInfo(publicData.Stations, center);
ShowRainInfo(publicData);
}
public void GetPublicData()
{
// Arrange
var publicDataService = new PublicDataService(_authenticationToken);
double latitute = Convert.ToDouble(ConfigurationManager.AppSettings["Latitude"]);
double longitude = Convert.ToDouble(ConfigurationManager.AppSettings["Longitude"]);
var center = new LatLongPoint(latitute, longitude);
LocationBoundry boundry = LocationBoundry.ComputeBoundry(center);
// Act
PublicData publicData = publicDataService.Get(boundry);
// Assert
Assert.IsNotNull(publicData);
IList <SensorMeasurement> rainStations = new List <SensorMeasurement>();
foreach (var station in publicData.Stations)
{
var rainMeasurement = station.Measurements.FirstOrDefault(y => y is RainMeasurement);
if (rainMeasurement != null)
{
rainStations.Add(rainMeasurement);
}
}
Trace.WriteLine("All Stations: ");
ShowComputedStatistics(rainStations);
Trace.WriteLine("Stations with Rain: ");
var stationsWithRain = rainStations.Where(x => x.Value > 0.1M).ToList();
ShowComputedStatistics(stationsWithRain);
}
