public async Task given_projected_points_retrieve_points_transformed()
{
Container.GetService <MockContextRepository>().TryGetAs <MockTileContext>("simple_points", out MockTileContext context);
var raw = new LayerTileCacheAccessor(() => new MockTransformedCacheStorage(), () => new MockRawCacheStorage());
var generator = new Generator(context, raw,
new LayerInitializationFileService(Container.GetService <IFileProvider>()));
var retriever = new TileRetrieverService(raw, context, generator);
var tile = await retriever.GetTile(0, 0, 0);
Assert.IsNotNull(tile);
}
public TileRetrieverService(
LayerTileCacheAccessor cacheAccessor,
ITileContext context, Generator tileGenerator)
{
this.tileGenerator = tileGenerator;
this.cacheAccessor = cacheAccessor;
this.tileContext = context;
this.tileTransform = new Transform(context.Extent, context.Buffer);
if (tileContext == null)
{
throw new NotSupportedException("The TileContext must have a value.");
}
}
public async Task given_feature_in_projected_coords_process_into_basic_tile()
{
Container.GetService <MockContextRepository>().TryGetAs <MockTileContext>("base", out MockTileContext context);
var accessor = new LayerTileCacheAccessor(() => null, () => new MockRawCacheStorage());
var generator = new Generator(context, accessor, new LayerInitializationFileService(Container.GetService <IFileProvider>()));
await generator.GenerateTile(0, 0, 0);
var tile = accessor.GetRawTile(context.Identifier, 0, 0, 0);
Assert.AreEqual(0d, tile.X);
Assert.AreEqual(0d, tile.Y);
Assert.AreEqual(1d, tile.ZoomSquared);
Assert.AreEqual(386, tile.NumberOfPoints);
Assert.AreEqual(6, tile.NumberOfSimplifiedPoints);
Assert.AreEqual(1, tile.NumberOfFeatures);
}
public async Task projected_into_features_initialize_layer_from_features_expect_cached_tile()
{
// Covers the case that the GeoJsonContext is not the context that initializes the TileRetrieverService //
var geoJSON = Container.GetService <IConfigurationStrategy>().GetJson("populated_points_two_US");
var uniqueId = Guid.NewGuid().ToString().Substring(0, 6);
var context = new GeoJsonContext(geoJSON)
{
Identifier = uniqueId,
MaxZoom = 14,
Buffer = 64,
Extent = 4096,
Tolerance = 3
};
var tileContext = new SimpleTileContext()
{
MaxZoom = 14,
Buffer = 64,
Extent = 4096,
Tolerance = 3
};
var accessor = new LayerTileCacheAccessor(() => new MockTransformedCacheStorage(), () => new MockRawCacheStorage());
var generator = new Generator(tileContext, accessor, new LayerInitializationFileService(Container.GetService <IFileProvider>()));
var retriever = new TileRetrieverService(accessor, tileContext, generator);
var pipeline = new DetermineCollectionsTypePipeline()
.ExtendWith(new ParseGeoJsonToFeatures()
.IterateWith(new ProjectGeoJSONToGeometric(
(geoItem) => new WebMercatorProcessor(geoItem)))
.ExtendWith(new GeometricSimplification())
.ExtendWith(new InitializeProjectedFeatures(retriever)));
await pipeline.Process(context);
// Its important that this succeeded //
Assert.IsNotNull(context.Features);
}
public void given_feature_in_projected_coords_process_into_second_level_tile()
{
Container.GetService <MockContextRepository>().TryGetAs <MockTileContext>("base", out MockTileContext context);
var coloradoFeature = Container.GetService <IConfigurationStrategy>().Into <List <Feature> >("colorado_outline_projected");
context.TileFeatures = coloradoFeature;
var accessor = new LayerTileCacheAccessor(() => null, () => new MockRawCacheStorage());
var generator = new Generator(context, accessor, new LayerInitializationFileService(Container.GetService <IFileProvider>()));
generator.SplitTile(context.TileFeatures.ToArray(), zoom: 0, x: 0, y: 0, currentZoom: 1, currentX: 0, currentY: 0);
generator.SplitTile(context.TileFeatures.ToArray(), zoom: 1, x: 0, y: 0, currentZoom: 2, currentX: 0, currentY: 1);
generator.SplitTile(context.TileFeatures.ToArray(), zoom: 2, x: 0, y: 1, currentZoom: 3, currentX: 1, currentY: 3);
var tile = accessor.GetRawTile(context.Identifier, 0, 0, 0);
Assert.AreEqual(0d, tile.X);
Assert.AreEqual(0d, tile.Y);
Assert.AreEqual(1d, tile.ZoomSquared);
Assert.AreEqual(386, tile.NumberOfPoints);
Assert.AreEqual(6, tile.NumberOfSimplifiedPoints);
Assert.AreEqual(1, tile.NumberOfFeatures);
}
public async Task project_raw_points_into_features_initialize_layer_from_features_expect_cached_tile()
{
var geoJSON = Container.GetService <IConfigurationStrategy>().GetJson("populated_points_two_US");
var uniqueId = Guid.NewGuid().ToString().Substring(0, 6);
var context = new GeoJsonContext(geoJSON)
{
Identifier = uniqueId,
MaxZoom = 14,
Buffer = 64,
Extent = 4096,
Tolerance = 3
};
var accessor = new LayerTileCacheAccessor(() => new MockTransformedCacheStorage(), () => new MockRawCacheStorage());
var generator = new Generator(context, accessor, new LayerInitializationFileService(Container.GetService <IFileProvider>()));
var retriever = new TileRetrieverService(accessor, context, generator);
var pipeline = new DetermineCollectionsTypePipeline()
.ExtendWith(new ParseGeoJsonToFeatures()
.IterateWith(new ProjectGeoJSONToGeometric(
(geoItem) => new WebMercatorProcessor(geoItem)))
.ExtendWith(new GeometricSimplification())
.ExtendWith(new InitializeProjectedFeatures(retriever)));
await pipeline.Process(context);
var tile = await retriever.GetTile(1, 0, 0);
Assert.IsNotNull(tile);
var transformed = tile as ITransformedTile;
var featue = transformed.TransformedFeatures.First();
(int X, int Y)coordinates = transformed.TransformedFeatures.First().Coordinates.First();
Assert.AreEqual(1707, coordinates.X);
Assert.AreEqual(3109, coordinates.Y);
}
