public async Task <FeatureCollection> GetSearchResults(string term, string language = null)
{
var coordinates = GetCoordinates(term.Trim());
if (coordinates != null)
{
return(GetFeatureCollectionFromCoordinates(term, coordinates));
}
var fieldName = string.IsNullOrWhiteSpace(language) ? "name" : "name:" + language;
if (term.Count(c => c == ',') == 1)
{
var splitted = term.Split(',');
var place = splitted.Last().Trim();
term = splitted.First().Trim();
var placesFeatures = await _elasticSearchGateway.SearchPlaces(place, fieldName);
if (placesFeatures.Any())
{
var envolope = placesFeatures.First().Geometry.EnvelopeInternal;
var featuresWithinPlaces = await _elasticSearchGateway.SearchByLocation(
new Coordinate(envolope.MaxX, envolope.MaxY), new Coordinate(envolope.MinX, envolope.MinY), term, fieldName);
return(new FeatureCollection(new Collection <IFeature>(featuresWithinPlaces.OfType <IFeature>().ToList())));
}
}
var features = await _elasticSearchGateway.Search(term, fieldName);
return(new FeatureCollection(new Collection <IFeature>(features.OfType <IFeature>().ToList())));
}
public async Task <IEnumerable <SearchResultsPointOfInterest> > GetSearchResults(string term, string language)
{
var coordinates = GetCoordinates(term.Trim());
if (coordinates != null)
{
return(new[] { ConvertFromCoordinates(term, coordinates) });
}
if (term.Count(c => c == ',') == 1)
{
var splitted = term.Split(',');
var place = splitted.Last().Trim();
term = splitted.First().Trim();
var placesFeatures = await _elasticSearchGateway.SearchPlaces(place, language);
if (placesFeatures.Any())
{
var envolope = placesFeatures.First().Geometry.EnvelopeInternal;
var featuresWithinPlaces = await _elasticSearchGateway.SearchByLocation(
new Coordinate(envolope.MaxX, envolope.MaxY), new Coordinate(envolope.MinX, envolope.MinY), term, language);
return(await Task.WhenAll(featuresWithinPlaces.OfType <IFeature>().ToList().Select(f => ConvertFromFeature(f, language))));
}
}
var features = await _elasticSearchGateway.Search(term, language);
return(await Task.WhenAll(features.OfType <IFeature>().ToList().Select(f => ConvertFromFeature(f, language))));
}
public void GetSearchResults_WithPlaceNameThatDoNotExist_ShouldReturnRegularResults()
{
var place = "place";
var searchTerm = "searchTerm, " + place;
var featureLocation = new Coordinate(0.5, 0.5);
var featureInPlace = new Feature(new Point(featureLocation), new AttributesTable
{
{ FeatureAttributes.NAME, "name" },
{
FeatureAttributes.GEOLOCATION,
new AttributesTable {
{ FeatureAttributes.LAT, featureLocation.Y }, { FeatureAttributes.LON, featureLocation.X }
}
},
{ FeatureAttributes.POI_CATEGORY, Categories.HISTORIC },
{ FeatureAttributes.POI_SOURCE, Sources.OSM },
{ FeatureAttributes.ICON, string.Empty },
{ FeatureAttributes.ICON_COLOR, "black" },
{ FeatureAttributes.ID, "id" }
});
featureInPlace.SetTitles();
var featuresInsidePlace = new List <Feature> {
featureInPlace
};
_elasticSearchGateway.SearchPlaces(place, Languages.ENGLISH).Returns(new List <Feature>());
_elasticSearchGateway.Search("searchTerm", Languages.ENGLISH).Returns(new List <Feature> {
featureInPlace
});
_elasticSearchGateway.GetContainers(featureLocation).Returns(new List <Feature>());
var results = _controller.GetSearchResults(searchTerm, Languages.ENGLISH).Result.ToList();
Assert.IsNotNull(results);
Assert.AreEqual(featuresInsidePlace.Count, results.Count);
Assert.IsFalse(results.First().DisplayName.Contains(place));
}