/// <summary>
/// Gets the time series.
/// </summary>
/// <returns>The time series.</returns>
///
public CTimeSeries GetTimeSeries(CTimeSeriesRequest Request)
{
var Result = QueryTimeSeries(Request.GetURL());
var Json = Result.Result;
//Console.WriteLine(Json);
CTimeSeriesFromJson Deserialized = null;
if (Json != null)
{
// Remove some text to make it easier for the JSON parser.
Json = Json.Replace("{\"dataset_data\":", "");
Json = Json.Remove(Json.Length - 1);
Deserialized = JsonConvert.DeserializeObject <CTimeSeriesFromJson>(Json);
}
if (Deserialized == null)
{
return(new CTimeSeries(Request));
}
else
{
return(SCTimeSeriesUtilities.ConvertToTimeSeries(Deserialized, Request));
}
}
internal static CTimeSeries ConvertToTimeSeries(CTimeSeriesFromJson FromJson, CTimeSeriesRequest Request)
{
CTimeSeries Result = new CTimeSeries(Request);
// Setup the meta data if any.
Result.Meta = ConvertToMeta(FromJson);
// Handle the data
// We create a CTimeSeriesData object foreach list.
foreach (var TheList in FromJson.data)
{
//SCListUtilities.Print<string>(TheList);
Result.Data.Add(SCTimeSeriesUtilities.ParseFromStringList(TheList));
}
return(Result);
}
internal static CTimeSeriesMeta ConvertToMeta(CTimeSeriesFromJson FromJson)
{
CTimeSeriesMeta Result = new CTimeSeriesMeta();
Result.Name = FromJson.name;
Result.Description = FromJson.description;
Result.ColumnNames = FromJson.column_names;
Result.Frequency = FromJson.frequency;
Result.Type = FromJson.type;
Result.RefreshedAt = FromJson.refreshed_at;
Result.NewestAvailableDate = FromJson.newest_available_date;
Result.OldestAvailableDate = FromJson.oldest_available_date;
if (FromJson.premium != null)
{
Result.IsPremium = (FromJson.premium.Trim().ToLower() == "true");
}
return(Result);
}
