public bool PVCoordinate_OperatorNotEquals_ReturnsValueEquality(PVCoordinate coordinate1, PVCoordinate coordinate2)
{
return(coordinate1 != coordinate2);
}
public bool PVCoordinate_GetHashCode_ReturnsEqualHashesForEqualValues(PVCoordinate coordinate1, PVCoordinate coordinate2)
{
return(coordinate1.GetHashCode() == coordinate2.GetHashCode());
}
public bool PVCoordinate_EqualsByObject_ReturnsValueEquality(PVCoordinate coordinate1, object coordinate2)
{
return(coordinate1.Equals(coordinate2));
}
public bool PVCoordinate_EqualsByType_ReturnsValueEquality(PVCoordinate coordinate1, PVCoordinate coordinate2)
{
return(coordinate1.Equals(coordinate2));
}
/// <inheritdoc />
public Task <PVOutputArrayResponse <IInsolation> > GetInsolationForLocationAsync(PVCoordinate coordinate, DateTime?date = null, CancellationToken cancellationToken = default)
{
var loggingScope = new Dictionary <string, object>()
{
[LoggingEvents.RequestId] = LoggingEvents.InsolationService_GetInsolationForLocation,
[LoggingEvents.Parameter_Coordinate] = coordinate,
[LoggingEvents.Parameter_Date] = date
};
var handler = new RequestHandler(Client);
var response = handler.ExecuteArrayRequestAsync <IInsolation>(new InsolationRequest {
Coordinate = coordinate, Date = date
}, loggingScope, cancellationToken);
return(response);
}
/// <inheritdoc />
public Task <PVOutputArrayResponse <ISystemSearchResult> > SearchByDistanceAsync(PVCoordinate coordinate, int kilometers, CancellationToken cancellationToken = default)
{
var loggingScope = new Dictionary <string, object>()
{
[LoggingEvents.RequestId] = LoggingEvents.SearchService_SearchByDistance,
[LoggingEvents.Parameter_Search_Kilometers] = kilometers,
[LoggingEvents.Parameter_Coordinate] = coordinate
};
Guard.Argument(kilometers, nameof(kilometers)).InRange(1, 25);
string query = $"{kilometers:##}km";
var handler = new RequestHandler(Client);
return(handler.ExecuteArrayRequestAsync <ISystemSearchResult>(new SearchRequest {
SearchQuery = query, Coordinate = coordinate
}, loggingScope, cancellationToken));
}
