/// <summary>
/// If the response status indicates fail because of quota exceeded - mark test as inconclusive.
/// </summary>
public static void NotExceedQuota(TimeZoneResponse response)
{
if (response?.Status == Entities.TimeZone.Response.Status.OVER_QUERY_LIMIT)
{
throw new InconclusiveException(QuotaExceedMessage);
}
}
public async Task <string> ConvertCityToTimeZoneName(string location)
{
TimeZoneResponse response = new TimeZoneResponse();
var plusName = location.Replace(" ", "+");
var address = "http://maps.google.com/maps/api/geocode/json?address=" + plusName + "&sensor=false";
var result = await Global.SendWebRequest(address);
var latLongResult = JsonConvert.DeserializeObject <dynamic>(result);
if (latLongResult.status == "OK")
{
string string1 = latLongResult.results[0].geometry.location.lat.ToString().Replace(",", ".");
string string2 = latLongResult.results[0].geometry.location.lng.ToString().Replace(",", ".");
var timeZoneRespontimeZoneRequest = "https://maps.googleapis.com/maps/api/timezone/json?location=" +
string1 + "," +
string2 +
"&sensor=false×tamp=1362209227";
var timeZoneResponseString = await Global.SendWebRequest(timeZoneRespontimeZoneRequest); //new System.Net.WebClient().DownloadString(timeZoneRespontimeZoneRequest);
var timeZoneResult = JsonConvert.DeserializeObject <dynamic>(timeZoneResponseString);
if (timeZoneResult.status == "OK")
{
response.TimeZoneId = timeZoneResult.timeZoneId;
return(response.TimeZoneId);
}
}
return("error");
}
public async Task Test_SerializationAsync()
{
// Get the client.
ITimeZoneClient client = Fixture.GetRequiredService <ITimeZoneClient>();
// Create the request.
var request = new TimeZoneRequest(
// The White House
38.8977M,
-77.0365M,
// 🎆🎆 July 4th, 2020 🎆🎆
new DateTime(2020, 07, 04)
);
// Execute.
TimeZoneResponse results = await client
.GetTimeZoneAsync(request, default)
.ConfigureAwait(false);
// Create the container.
var expected = new Container <TimeZoneResponse> {
Value = results
};
// Serialize to a string.
string json = JsonSerializer.Serialize(expected);
// Serialize again.
var actual = JsonSerializer.Deserialize <Container <TimeZoneResponse> >(json);
// Compare.
Assert.Equal(expected.Value.Status, actual.Value.Status);
Assert.Equal(expected.Value.TimeZoneId, actual.Value.TimeZoneId);
Assert.Equal(expected.Value.RawOffset, actual.Value.RawOffset);
}
public async Task Test_GetTimeZoneAsync()
{
// Get the client.
ITimeZoneClient client = Fixture.GetRequiredService <ITimeZoneClient>();
// Create the request.
var request = new TimeZoneRequest(
// The White House
38.8977M,
-77.0365M,
// 🎆🎆 July 4th, 2020 🎆🎆
new DateTime(2020, 07, 04)
);
// Execute.
TimeZoneResponse actual = await client
.GetTimeZoneAsync(request, default)
.ConfigureAwait(false);
// Assert.
Assert.Equal(Status.OK, actual.Status);
Assert.Equal(TimeSpan.FromHours(1), actual.DstOffset);
Assert.Equal(TimeSpan.FromHours(-5), actual.RawOffset);
Assert.Equal("America/New_York", actual.TimeZoneId);
Assert.Equal("Eastern Daylight Time", actual.TimeZoneName);
}
public void TimeZone_Correct_OverviewPath()
{
TimeZoneRequest request = new TimeZoneRequest();
request.Location = new Location(55.866413, 12.501063);
request.Language = "en";
TimeZoneResponse result = GoogleMaps.TimeZone.Query(request);
Assert.AreEqual(GoogleMapsApi.Entities.TimeZone.Response.Status.OK, result.Status);
}
public static bool IsSuccess(this TimeZoneResponse timeZoneResponse)
{
switch (timeZoneResponse.Status)
{
case GoogleMapsApi.Entities.TimeZone.Response.Status.OK:
return(true);
default:
return(false);
}
}
public void TimeZone_Correct_OverviewPath()
{
TimeZoneRequest request = new TimeZoneRequest();
request.Location = new Location(55.866413, 12.501063);
request.Language = "en";
TimeZoneResponse result = GoogleMaps.TimeZone.Query(request);
AssertInconclusive.NotExceedQuota(result);
Assert.AreEqual(Status.OK, result.Status);
}
public async Task TimeZone_Correct_OverviewPathAsync()
{
TimeZoneRequest request = new TimeZoneRequest
{
Location = new Location(55.866413, 12.501063),
Language = "en",
ApiKey = ApiKey
};
TimeZoneResponse result = await GoogleMaps.TimeZone.QueryAsync(request);
AssertInconclusive.NotExceedQuota(result);
Assert.AreEqual(Status.OK, result.Status);
}
static private void PrintTZResource(TimeZoneResponse tz)
{
Console.WriteLine($"Name: {tz.GenericName}");
Console.WriteLine($"Windows ID: {tz.WindowsTimeZoneId}");
Console.WriteLine($"IANA ID: {tz.IANATimeZoneId}");
Console.WriteLine($"UTC offset: {tz.UtcOffset}");
Console.WriteLine($"Abbrev: {tz.Abbreviation}");
if (tz.ConvertedTime != null)
{
var ctz = tz.ConvertedTime;
Console.WriteLine($"Local Time: {ctz.LocalTime}");
Console.WriteLine($"TZ Abbr: {ctz.TimeZoneDisplayAbbr} ");
Console.WriteLine($"TZ Name: {ctz.TimeZoneDisplayName}");
Console.WriteLine($"UTC offset: {ctz.UtcOffsetWithDst }");
}
if (tz.DstRule != null)
{
var dst = tz.DstRule;
Console.WriteLine("Start: {0} - {1} - {2} - {3}", dst.DstStartTime, dst.DstStartMonth, dst.DstStartDateRule, dst.DstAdjust1);
Console.WriteLine("End: {0} - {1} - {2} - {3}", dst.DstEndTime, dst.DstEndMonth, dst.DstEndDateRule, dst.DstAdjust2);
}
}
public TimeZoneResponseModel(int cityId, TimeZoneResponse response)
{
CityId = cityId;
TimeZoneId = response.TimeZoneID;
TimeZoneName = response.TimeZoneName;
}
public TimeZoneResponseModel Create(int cityId, TimeZoneResponse response)
{
return(new TimeZoneResponseModel(cityId, response));
}
