private void readGeospatial(final ODataPubFormat format) { final InputStream input = getClass().getResourceAsStream("AllGeoTypesSet_-8." + getSuffix(format)); final ODataEntity entity = getClient() .getBinder() .getODataEntity( getClient() .getDeserializer() .toEntry(input, getClient().getResourceFactory().entryClassForFormat(format))); assertNotNull(entity); boolean found = false; for (ODataProperty property : entity.getProperties()) { if ("GeogMultiLine".equals(property.getName())) { found = true; assertTrue(property.hasPrimitiveValue()); assertEquals( EdmSimpleType.GeographyMultiLineString.toString(), property.getPrimitiveValue().getTypeName()); } } assertTrue(found); final ODataEntity written = getClient() .getBinder() .getODataEntity( getClient() .getBinder() .getEntry( entity, getClient().getResourceFactory().entryClassForFormat(format))); assertEquals(entity, written); }
private void issue128(final ODataPubFormat format) { final InputStream input = getClass().getResourceAsStream("AllGeoTypesSet_-5." + getSuffix(format)); final ODataEntity entity = getClient() .getBinder() .getODataEntity( getClient() .getDeserializer() .toEntry(input, getClient().getResourceFactory().entryClassForFormat(format))); assertNotNull(entity); final ODataProperty geogCollection = entity.getProperty("GeogCollection"); assertEquals( EdmSimpleType.GeographyCollection.toString(), geogCollection.getPrimitiveValue().getTypeName()); int count = 0; for (Geospatial g : geogCollection.getPrimitiveValue().<GeospatialCollection>toCastValue()) { assertNotNull(g); count++; } assertEquals(2, count); }
@Override public ODataPropertyUpdateRequest getPropertyPrimitiveValueUpdateRequest( final URI targetURI, final ODataProperty property) { if (!property.hasPrimitiveValue()) { throw new IllegalArgumentException("A primitive value is required"); } final ODataPropertyUpdateRequest req; if (client.getConfiguration().isUseXHTTPMethod()) { req = new ODataPropertyUpdateRequest(client, HttpMethod.POST, targetURI, property); req.setXHTTPMethod(HttpMethod.PUT.name()); } else { req = new ODataPropertyUpdateRequest(client, HttpMethod.PUT, targetURI, property); } return req; }
@Override public ODataPropertyUpdateRequest getPropertyComplexValueUpdateRequest( final URI targetURI, final UpdateType type, final ODataProperty property) { if (!property.hasComplexValue()) { throw new IllegalArgumentException("A complex value is required"); } final ODataPropertyUpdateRequest req; if (client.getConfiguration().isUseXHTTPMethod()) { req = new ODataPropertyUpdateRequest(client, HttpMethod.POST, targetURI, property); req.setXHTTPMethod(type.getMethod().name()); } else { req = new ODataPropertyUpdateRequest(client, type.getMethod(), targetURI, property); } return req; }
public void geoSpacialTest(final ODataPubFormat format, final String contentType, final String prefer, final int id) { try { final ODataEntity entity = ODataFactory.newEntity("Microsoft.Test.OData.Services.AstoriaDefaultService.AllSpatialTypes"); entity.addProperty(ODataFactory.newPrimitiveProperty("Id", new ODataPrimitiveValue.Builder().setText(String.valueOf(id)).setType(EdmSimpleType.Int32).build())); final Point point1 = new Point(Geospatial.Dimension.GEOGRAPHY); point1.setX(6.2); point1.setY(1.1); final Point point2 = new Point(Geospatial.Dimension.GEOGRAPHY); point2.setX(33.33); point2.setY(-2.5); // create a point entity.addProperty(ODataFactory.newPrimitiveProperty("GeogPoint", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyPoint). setValue(point1).build())); // create multiple point final List<Point> points = new ArrayList<Point>(); points.add(point1); points.add(point2); final MultiPoint multipoint = new MultiPoint(Geospatial.Dimension.GEOGRAPHY, points); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogMultiPoint", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyMultiPoint). setValue(multipoint).build())); // create a line final List<Point> linePoints = new ArrayList<Point>(); linePoints.add(point1); linePoints.add(point2); final LineString lineString = new LineString(Geospatial.Dimension.GEOGRAPHY, linePoints); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogLine", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyLineString). setValue(lineString).build())); // create a polygon linePoints.set(1, point2); linePoints.add(point2); linePoints.add(point1); final Polygon polygon = new Polygon(Geospatial.Dimension.GEOGRAPHY, linePoints, linePoints); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogPolygon", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyPolygon). setValue(polygon).build())); // create a multi line string final List<LineString> multipleLines = new ArrayList<LineString>(); multipleLines.add(lineString); multipleLines.add(lineString); final MultiLineString multiLine = new MultiLineString(Geospatial.Dimension.GEOGRAPHY, multipleLines); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogMultiLine", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyMultiLineString). setValue(multiLine).build())); // create a multi polygon final List<Polygon> polygons = new ArrayList<Polygon>(); polygons.add(polygon); polygons.add(polygon); final MultiPolygon multiPolygon = new MultiPolygon(Geospatial.Dimension.GEOGRAPHY, polygons); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogMultiPolygon", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyMultiPolygon). setValue(multiPolygon).build())); // create acolletion of various shapes final List<Geospatial> geospatialCollection = new ArrayList<Geospatial>(); geospatialCollection.add(point1); geospatialCollection.add(lineString); geospatialCollection.add(polygon); final GeospatialCollection collection = new GeospatialCollection(Geospatial.Dimension.GEOGRAPHY, geospatialCollection); entity.addProperty(ODataFactory.newPrimitiveProperty("GeogCollection", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyCollection). setValue(collection).build())); // with geometry test final Point goemPoint1 = new Point(Geospatial.Dimension.GEOMETRY); goemPoint1.setX(6.2); goemPoint1.setY(1.1); final Point goemPoint2 = new Point(Geospatial.Dimension.GEOMETRY); goemPoint2.setX(33.33); goemPoint2.setY(-2.5); // create a point entity.addProperty(ODataFactory.newPrimitiveProperty("GeomPoint", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryPoint). setValue(goemPoint2).build())); // create multiple point final List<Point> geomPoints = new ArrayList<Point>(); geomPoints.add(point1); geomPoints.add(point2); final MultiPoint geomMultipoint = new MultiPoint(Geospatial.Dimension.GEOMETRY, geomPoints); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomMultiPoint", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryMultiPoint). setValue(geomMultipoint).build())); // create a line final List<Point> geomLinePoints = new ArrayList<Point>(); geomLinePoints.add(goemPoint1); geomLinePoints.add(goemPoint2); final LineString geomLineString = new LineString(Geospatial.Dimension.GEOMETRY, geomLinePoints); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomLine", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryLineString). setValue(geomLineString).build())); // create a polygon geomLinePoints.set(1, goemPoint2); geomLinePoints.add(goemPoint2); geomLinePoints.add(goemPoint1); final Polygon geomPolygon = new Polygon(Geospatial.Dimension.GEOMETRY, geomLinePoints, geomLinePoints); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomPolygon", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryPolygon). setValue(geomPolygon).build())); // create a multi line string final List<LineString> geomMultipleLines = new ArrayList<LineString>(); geomMultipleLines.add(geomLineString); geomMultipleLines.add(geomLineString); final MultiLineString geomMultiLine = new MultiLineString(Geospatial.Dimension.GEOMETRY, geomMultipleLines); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomMultiLine", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryMultiLineString). setValue(geomMultiLine).build())); // create a multi polygon final List<Polygon> geomPolygons = new ArrayList<Polygon>(); geomPolygons.add(geomPolygon); geomPolygons.add(geomPolygon); final MultiPolygon geomMultiPolygon = new MultiPolygon(Geospatial.Dimension.GEOMETRY, geomPolygons); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomMultiPolygon", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyMultiPolygon). setValue(geomMultiPolygon).build())); // create a collection of various shapes final List<Geospatial> geomspatialCollection = new ArrayList<Geospatial>(); geomspatialCollection.add(goemPoint1); geomspatialCollection.add(geomLineString); final GeospatialCollection geomCollection = new GeospatialCollection(Geospatial.Dimension.GEOMETRY, geomspatialCollection); entity.addProperty(ODataFactory.newPrimitiveProperty("GeomCollection", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeometryCollection). setValue(geomCollection).build())); // create request final ODataEntityCreateRequest createReq = ODataCUDRequestFactory. getEntityCreateRequest(new ODataURIBuilder(testDefaultServiceRootURL). appendEntityTypeSegment("AllGeoTypesSet").build(), entity); createReq.setFormat(format); createReq.setContentType(contentType); createReq.setPrefer(prefer); final ODataEntityCreateResponse createRes = createReq.execute(); final ODataEntity entityAfterCreate = createRes.getBody(); final ODataProperty geogCollection = entityAfterCreate.getProperty("GeogCollection"); if (format.equals(ODataPubFormat.JSON) || format.equals(ODataPubFormat.JSON_NO_METADATA)) { assertTrue(geogCollection.hasComplexValue()); } else { assertEquals(EdmSimpleType.GeographyCollection.toString(), geogCollection.getPrimitiveValue(). getTypeName()); final ODataProperty geometryCollection = entityAfterCreate.getProperty("GeomCollection"); assertEquals(EdmSimpleType.GeographyCollection.toString(), geogCollection.getPrimitiveValue().getTypeName()); int count = 0; for (Geospatial g : geogCollection.getPrimitiveValue().<GeospatialCollection>toCastValue()) { assertNotNull(g); count++; } assertEquals(3, count); count = 0; for (Geospatial g : geometryCollection.getPrimitiveValue().<GeospatialCollection>toCastValue()) { assertNotNull(g); count++; } assertEquals(2, count); } // update geog points final Point updatePoint1 = new Point(Geospatial.Dimension.GEOGRAPHY); updatePoint1.setX(21.2); updatePoint1.setY(31.1); final Point updatePoint2 = new Point(Geospatial.Dimension.GEOGRAPHY); updatePoint2.setX(99.99); updatePoint2.setY(-3.24); ODataProperty property = entityAfterCreate.getProperty("GeogPoint"); entityAfterCreate.removeProperty(property); entityAfterCreate.addProperty(ODataFactory.newPrimitiveProperty("GeogPoint", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyPoint). setValue(updatePoint1).build())); updateGeog(format, contentType, prefer, entityAfterCreate, UpdateType.REPLACE, entityAfterCreate.getETag()); // update geography line final List<Point> updateLinePoints = new ArrayList<Point>(); updateLinePoints.add(updatePoint1); updateLinePoints.add(updatePoint2); final LineString updateLineString = new LineString(Geospatial.Dimension.GEOGRAPHY, updateLinePoints); ODataProperty lineProperty = entityAfterCreate.getProperty("GeogLine"); entityAfterCreate.removeProperty(lineProperty); entityAfterCreate.addProperty(ODataFactory.newPrimitiveProperty("GeogLine", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyLineString). setValue(updateLineString).build())); //updateGeog(format,contentType, prefer, entityAfterCreate, UpdateType.REPLACE,entityAfterCreate.getETag()); // update a geography polygon updateLinePoints.set(1, updatePoint2); updateLinePoints.add(updatePoint2); updateLinePoints.add(updatePoint1); final Polygon updatePolygon = new Polygon(Geospatial.Dimension.GEOGRAPHY, updateLinePoints, updateLinePoints); ODataProperty polygonProperty = entityAfterCreate.getProperty("GeogPolygon"); entityAfterCreate.removeProperty(polygonProperty); entityAfterCreate.addProperty(ODataFactory.newPrimitiveProperty("GeogPolygon", new ODataGeospatialValue.Builder().setType(EdmSimpleType.GeographyPolygon). setValue(updatePolygon).build())); //updateGeog(format,contentType, prefer, entityAfterCreate, UpdateType.REPLACE,entityAfterCreate.getETag()); // delete the entity ODataURIBuilder deleteUriBuilder = new ODataURIBuilder(testDefaultServiceRootURL). appendEntityTypeSegment("AllGeoTypesSet(" + id + ")"); ODataDeleteRequest deleteReq = ODataCUDRequestFactory.getDeleteRequest(deleteUriBuilder.build()); deleteReq.setFormat(format); deleteReq.setContentType(contentType); assertEquals(204, deleteReq.execute().getStatusCode()); } catch (Exception e) { LOG.error("", e); if (format.equals(ODataPubFormat.JSON) || format.equals(ODataPubFormat.JSON_NO_METADATA)) { assertTrue(true); } else { fail(e.getMessage()); } } catch (AssertionError e) { LOG.error("", e); fail(e.getMessage()); } }
public void checkProperties( final Collection<ODataProperty> original, final Collection<ODataProperty> actual) { assertTrue(original.size() <= actual.size()); final Map<String, ODataProperty> actualProperties = new HashMap<String, ODataProperty>(actual.size()); for (ODataProperty prop : actual) { assertFalse(actualProperties.containsKey(prop.getName())); actualProperties.put(prop.getName(), prop); } assertTrue(actual.size() <= actualProperties.size()); for (ODataProperty prop : original) { assertNotNull(prop); if (actualProperties.containsKey(prop.getName())) { final ODataProperty actualProp = actualProperties.get(prop.getName()); assertNotNull(actualProp); if (prop.getValue() != null && actualProp.getValue() != null) { checkPropertyValue(prop.getName(), prop.getValue(), actualProp.getValue()); } } } }