class CatalogTests(unittest.TestCase): def setUp(self): self.cat = Catalog(GSPARAMS['GSURL'], username=GSPARAMS['GSUSER'], password=GSPARAMS['GSPASSWORD']) self.gs_version = self.cat.get_short_version() def testGSVersion(self): version = self.cat.get_version() pat = re.compile('\d\.\d+') self.assertTrue(pat.match('2.2.x')) self.assertTrue(pat.match('2.3.2')) self.assertTrue(pat.match('2.3-SNAPSHOT')) self.assertTrue(pat.match(version)) def testWorkspaces(self): self.assertEqual(7, len(self.cat.get_workspaces())) # marking out test since geoserver default workspace is not consistent # self.assertEqual("cite", self.cat.get_default_workspace().name) self.assertEqual("topp", self.cat.get_workspaces(names="topp")[-1].name) self.assertEqual(2, len(self.cat.get_workspaces(names=['topp', 'sde']))) self.assertEqual(2, len(self.cat.get_workspaces(names='topp, sde'))) self.assertEqual("topp", self.cat.get_workspace("topp").name) self.assertIsNone(self.cat.get_workspace("blahblah-")) def testStores(self): self.assertEqual(0, len(self.cat.get_stores(names="nonexistentstore"))) topp = self.cat.get_workspaces("topp")[0] sf = self.cat.get_workspaces("sf")[0] self.assertEqual(9, len(self.cat.get_stores())) self.assertEqual(2, len(self.cat.get_stores(workspaces=topp))) self.assertEqual(2, len(self.cat.get_stores(workspaces=sf))) self.assertEqual(2, len(self.cat.get_stores(workspaces='sf'))) self.assertEqual(2, len(self.cat.get_stores(names='states_shapefile, sfdem'))) self.assertEqual(2, len(self.cat.get_stores(names=['states_shapefile', 'sfdem']))) self.assertEqual("states_shapefile", self.cat.get_stores(names="states_shapefile", workspaces=topp.name)[0].name) self.assertEqual("states_shapefile", self.cat.get_stores(names="states_shapefile")[0].name) self.assertEqual("sfdem", self.cat.get_stores(names="sfdem", workspaces=sf.name)[0].name) self.assertEqual("sfdem", self.cat.get_stores(names="sfdem")[0].name) self.assertEqual("sfdem", self.cat.get_store("sfdem").name) self.assertIsNone(self.cat.get_store("blah+blah-")) def testResources(self): topp = self.cat.get_workspaces("topp")[0] sf = self.cat.get_workspaces("sf")[0] states = self.cat.get_stores(names="states_shapefile", workspaces=topp.name)[0] sfdem = self.cat.get_stores(names="sfdem", workspaces=sf.name)[0] self.assertEqual(19, len(self.cat.get_resources())) self.assertEqual(2, len(self.cat.get_resources(stores=[states.name, sfdem.name]))) self.assertEqual(11, len(self.cat.get_resources(workspaces=[topp.name, sf.name]))) self.assertEqual("states", self.cat.get_resources(names="states", stores=states.name)[0].name) self.assertEqual("states", self.cat.get_resources(names="states", workspaces=topp.name)[0].name) self.assertEqual("states", self.cat.get_resources(names="states")[0].name) self.assertEqual("states", self.cat.get_resource("states").name) self.assertIsNone(self.cat.get_resource("blah+1blah-2")) states = self.cat.get_resources(names="states")[0] fields = [ states.title, states.abstract, states.native_bbox, states.latlon_bbox, states.projection, states.projection_policy ] self.assertFalse(None in fields, str(fields)) self.assertFalse(len(states.keywords) == 0) self.assertFalse(len(states.attributes) == 0) self.assertTrue(states.enabled) self.assertEqual("sfdem", self.cat.get_resources(names="sfdem", stores=sfdem.name)[0].name) self.assertEqual("sfdem", self.cat.get_resources(names="sfdem", workspaces=sf.name)[0].name) self.assertEqual("sfdem", self.cat.get_resources(names="sfdem")[0].name) def testResourcesUpdate(self): res_dest = self.cat.get_resources() count = 0 for rd in res_dest: # only wms layers if rd.resource_type != "wmsLayer": continue # looking for same name ro = self.cat.get_resources(names=rd.name) if ro is not None: rd.title = ro.title rd.abstract = ro.abstract rd.keywords = ro.keywords rd.projection = ro.projection rd.native_bbox = ro.native_bbox rd.latlon_bbox = ro.latlon_bbox rd.projection_policy = ro.projection_policy rd.enabled = ro.enabled rd.advertised = ro.advertised rd.metadata_links = ro.metadata_links or None self.cat.save(rd) self.cat.reload() count += 1 def testLayers(self): if self.gs_version >= "2.13": expected = set([ 'sf:roads', 'sf:sfdem', 'nurc:mosaic', 'tiger:giant_polygon', 'sf:bugsites', 'topp:states', 'sf:streams', 'tiger:poly_landmarks', 'tiger:poi', 'topp:tasmania_water_bodies', 'tiger:tiger_roads', 'topp:tasmania_roads', 'nurc:Pk50095', 'topp:tasmania_cities', 'nurc:Img_Sample', 'sf:restricted', 'nurc:Arc_Sample', 'sf:archsites', 'topp:tasmania_state_boundaries' ]) else: expected = set([ "Arc_Sample", "Pk50095", "Img_Sample", "mosaic", "sfdem", "bugsites", "restricted", "streams", "archsites", "roads", "tasmania_roads", "tasmania_water_bodies", "tasmania_state_boundaries", "tasmania_cities", "states", "poly_landmarks", "tiger_roads", "poi", "giant_polygon" ]) actual = set(l.name for l in self.cat.get_layers()) missing = expected - actual extras = actual - expected message = "Actual layer list did not match expected! (Extras: %s) (Missing: %s)" % (extras, missing) self.assert_(len(expected ^ actual) == 0, message) states = self.cat.get_layer("states") self.assert_("states", states.name) self.assert_(isinstance(states.resource, ResourceInfo)) self.assertEqual(set(s.name for s in states.styles), set(['pophatch', 'polygon'])) self.assertEqual(states.default_style.name, "population") def testLayerGroups(self): expected = set(["tasmania", "tiger-ny", "spearfish"]) actual = set(l.name for l in self.cat.get_layergroups(names=["tasmania", "tiger-ny", "spearfish"])) missing = expected - actual extras = actual - expected message = "Actual layergroup list did not match expected! (Extras: %s) (Missing: %s)" % (extras, missing) self.assert_(len(expected ^ actual) == 0, message) tas = self.cat.get_layergroups(names="tasmania")[0] self.assert_("tasmania", tas.name) self.assert_(isinstance(tas, LayerGroup)) if self.gs_version >= "2.13": self.assertEqual(tas.layers, [ 'topp:tasmania_state_boundaries', 'topp:tasmania_water_bodies', 'topp:tasmania_roads', 'topp:tasmania_cities' ], tas.layers) else: self.assertEqual(tas.layers, [ 'tasmania_state_boundaries', 'tasmania_water_bodies', 'tasmania_roads', 'tasmania_cities' ], tas.layers) self.assertEqual(tas.styles, [None, None, None, None], tas.styles) # Try to create a new Layer Group into the "topp" workspace self.assert_(self.cat.get_workspaces("topp")[0] is not None) tas2 = self.cat.create_layergroup("tasmania_reloaded", tas.layers, workspace = "topp") self.cat.save(tas2) self.assertEqual(1, len(self.cat.get_layergroups(names='tasmania_reloaded', workspaces="topp"))) tas2 = self.cat.get_layergroups(names='tasmania_reloaded', workspaces="topp")[0] self.assert_("tasmania_reloaded", tas2.name) self.assert_(isinstance(tas2, LayerGroup)) self.assertEqual(tas2.workspace, "topp", tas2.workspace) if self.gs_version >= "2.13": self.assertEqual(tas2.layers, [ 'topp:tasmania_state_boundaries', 'topp:tasmania_water_bodies', 'topp:tasmania_roads', 'topp:tasmania_cities' ], tas2.layers) else: self.assertEqual(tas2.layers, [ 'tasmania_state_boundaries', 'tasmania_water_bodies', 'tasmania_roads', 'tasmania_cities' ], tas2.layers) self.assertEqual(tas2.styles, [None, None, None, None], tas2.styles) def testStyles(self): self.assertEqual("population", self.cat.get_styles("population")[0].name) self.assertEqual("popshade.sld", self.cat.get_styles("population")[0].filename) self.assertEqual("population", self.cat.get_styles("population")[0].sld_name) self.assertEqual("population", self.cat.get_style("population").sld_name) self.assertIsNone(self.cat.get_style("blah+#5blah-")) self.assertEqual(0, len(self.cat.get_styles('non-existing-style'))) def testEscaping(self): # GSConfig is inconsistent about using exceptions vs. returning None # when a resource isn't found. # But the basic idea is that none of them should throw HTTP errors from # misconstructed URLS self.cat.get_styles("best style ever") self.cat.get_workspaces("best workspace ever") self.assertEqual(0, len(self.cat.get_stores(workspaces="best workspace ever", names="best store ever"))) self.cat.get_layer("best layer ever") self.cat.get_layergroups("best layergroup ever") def testUnicodeUrl(self): """ Tests that the geoserver.support.url function support unicode strings. """ # Test the url function with unicode seg = ['workspaces', 'test', 'datastores', u'operaci\xf3n_repo', 'featuretypes.xml'] u = build_url(base=self.cat.service_url, seg=seg) self.assertEqual(u, self.cat.service_url + "/workspaces/test/datastores/operaci%C3%B3n_repo/featuretypes.xml") # Test the url function with normal string seg = ['workspaces', 'test', 'datastores', 'test-repo', 'featuretypes.xml'] u = build_url(base=self.cat.service_url, seg=seg) self.assertEqual(u, self.cat.service_url + "/workspaces/test/datastores/test-repo/featuretypes.xml")
class GeoServer(Server): """ Represents a server running GeoServer [1], an application that provides access to layers. This class provides a concrete implementation of the more generic Server component (which is intentionally generic). Currently the Server class does not dictate an interface for accessing resources but this class aims to present GeoServer specific components (such as workspaces) as generic components (such as namespaces). GeoServer instances typically represent individual instances (i.e. hosts are servers) rather than a wider and more abstract platform offered by a service provider. Information on layers and other resources are fetched using a combination of the GeoServer specific administrative API [2] accessed through geoserver-restconfig [3] and OGC services accessed through OWSLib [4] (and currently limited to WMS and WFS). [1] https://geoserver.readthedocs.io/en/latest/ [2] https://geoserver.readthedocs.io/en/latest/rest/index.html [3] https://pypi.org/project/geoserver-restconfig [4] https://pypi.org/project/OWSLib/ """ def __init__( self, server_id: str, label: str, hostname: str, port: str, api_path: str, wms_path: str, wfs_path: str, username: str, password: str, ): """ :param server_id: unique identifier, typically a ULID (Universally Unique Lexicographically Sortable Identifier) :param label: a human readable, well-known, identifier for the server - typically based on the hostname :param hostname: servers fully qualified hostname :param port: port on which GeoServer is running (usually '80' or '8080') :param api_path: URL path, relative to the root of the server, to the GeoServer API (usually '/geoserver/rest') :param wms_path: URL path, relative to the root of the server, to the GeoServer WMS endpoint (usually '/geoserver/ows?service=wms&version=1.3.0&request=GetCapabilities') :param wfs_path: URL path, relative to the root of the server, to the GeoServer WFS endpoint (usually '/geoserver/ows?service=wfs&version=2.0.0&request=GetCapabilities') :param username: username for account to use for GeoServer API :param password: password for account to use for GeoServer API """ endpoint = build_base_data_source_endpoint(data_source={ "hostname": hostname, "port": port }) self.client = Catalogue(service_url=f"{endpoint}{api_path}", username=username, password=password) self.wms = WebMapService(url=f"{endpoint}{wms_path}", version="1.3.0", username=username, password=password) self.wfs = WebFeatureService(url=f"{endpoint}{wfs_path}", version="2.0.0", username=username, password=password) super().__init__( server_id=server_id, label=label, hostname=hostname, server_type=ServerType.GEOSERVER.value, version=self._get_geoserver_version(), ) def get_namespaces(self) -> List[str]: """ Gets all GeoServer workspace names as Namespace labels :return: list of Namespace labels """ workspaces = [] for workspace in self.client.get_workspaces(): workspaces.append(workspace.name) return workspaces def get_namespace(self, namespace_reference: str) -> Dict[str, str]: """ Gets a specific workspace as a Namespace Note: GeoServer workspaces do not support the concept of a title, a static substitute value is therefore used Note: GeoServer workspaces do support the concept of a namespace, but it is not yet implemented [#28] :param namespace_reference: Namespace (workspace) label (name) :return: dictionary of Namespace information that can be made into a Namespace object """ workspace = self.client.get_workspace(name=namespace_reference) if workspace is None: raise KeyError( f"Namespace [{namespace_reference}] not found in server [{self.label}]" ) return {"label": workspace.name, "title": "-", "namespace": "-"} def get_repositories(self) -> List[Tuple[str, str]]: """ Gets all GeoServer store names as Repository labels :return: list of Repository:Namespace label tuples """ stores = [] # Passing workspaces here is a workaround for a bug in the get stores method where workspaces aren't specified. # The method says all workspaces should be checked but the logic to do this is in the wrong place so none are. for store in self.client.get_stores( workspaces=self.client.get_workspaces()): stores.append((store.name, store.workspace.name)) return stores def get_repository(self, repository_reference: str, namespace_reference: str) -> Dict[str, str]: """ Gets a specific store as a Repository If a Namespace (workspace) label is specified the Repository must exist within that Namespace. GeoServer store types are sometimes unsuitable or non-standard and so need to be mapped to a conventional value. in the RepositoryType enum using the GeoServerRepositoryType enum. Note: GeoServer stores do not support the concept of a title, a static substitute value is therefore used Note: Names (labels) will be returned for related components instead of identifiers or complete objects [#33] :param repository_reference: Repository (store) label (name) :param namespace_reference: Namespace (store) label (name) :return: dictionary of repository information that can be made into a Repository object """ _store = self.client.get_store(name=repository_reference, workspace=namespace_reference) if _store is None: raise KeyError( f"Repository [{repository_reference}] not found in server [{self.label}]" ) store = { "label": _store.name, "title": "-", "repository_type": RepositoryType[GeoServerRepositoryType(str( _store.type).lower()).name].value, "namespace_label": _store.workspace.name, } if hasattr(_store, "description") and _store.description is not None: store["title"] = _store.description if (store["repository_type"] == RepositoryType.POSTGIS.value or store["repository_type"] == RepositoryType.ORACLE.value): store["hostname"] = _store.connection_parameters["host"] store["database"] = _store.connection_parameters["database"] store["schema"] = _store.connection_parameters["schema"] return store def get_styles(self) -> List[Tuple[str, Optional[str]]]: """ Gets all GeoServer style names as Style labels Python's None value will be used to represent the Namespace of global styles (i.e that don't have a Namespace (workspace)). :return: list of Style:Namespace label tuples """ styles = [] for _style in self.client.get_styles(): styles.append((_style.name, _style.workspace)) return styles def get_style(self, style_reference: str, namespace_reference: str = None) -> Dict[str, str]: """ Gets a specific style as a Style If a Namespace (workspace) label is specified the Style must exist within that Namespace. Note: GeoServer styles do support the concept of a title, but it is not exposed through the admin API so a static substitute value is therefore used Note: Names (labels) will be returned for related components instead of identifiers or complete objects [#33] :param style_reference: Style (style) label (name) :param namespace_reference: Namespace (store) label (name) :return: dictionary of style information that can be made into a Style object """ _style = self.client.get_style(name=style_reference, workspace=namespace_reference) _type = str(_style.style_format).lower() if _type == "sld10": _type = "sld" style = { "label": _style.name, "title": "-", "style_type": _type, } if hasattr(_style, "workspace") and _style.workspace is not None: style["namespace_label"] = _style.workspace return style def get_layers(self) -> List[str]: """ Gets all GeoServer layer names as Layer labels :return: list of Layer labels """ layers = [] for _layer in self.client.get_layers(): layers.append(_layer.name) return layers def get_layer( self, layer_reference: str ) -> Dict[str, Union[Optional[str], List[str], List[Tuple[ str, Optional[str]]]]]: """ Gets a specific layer as a Layer Note: Names (labels) will be returned for related components instead of identifiers or complete objects [#33] :param layer_reference: Layer (layer) label (name) :return: dictionary of layer information that can be made into a Layer object """ _layer = self.client.get_layer(name=layer_reference) layer = { "label": _layer.resource.name, "title": _layer.resource.title, "layer_type": str(_layer.type).lower(), "geometry_type": None, "services": [], "table_view": None, "namespace_label": _layer.resource.workspace.name, "repository_label": _layer.resource.store.name, "style_labels": [(_layer.default_style.name, _layer.default_style.workspace)], } if layer_reference in list( self.wms.contents ) or f"{_layer.resource.workspace.name}:{layer_reference}" in list( self.wms.contents): layer["services"].append(LayerService.WMS.value) if layer_reference in list( self.wfs.contents ) or f"{_layer.resource.workspace.name}:{layer_reference}" in list( self.wfs.contents): layer["services"].append(LayerService.WFS.value) # WFS lookups don't seem to mind if the layer is namespaced or not _properties = self.wfs.get_schema(layer_reference) if "geometry" in _properties and isinstance( _properties["geometry"], str): try: layer["geometry_type"] = LayerGeometry[ GeoServerLayerGeometry(str( _properties["geometry"])).name].value except ValueError: raise ValueError( f"Geometry [{_properties['geometry']}] for layer {layer_reference} not mapped to " f"LayerGeometry enum.") elif "properties" in _properties: for geometry_column_name in GeoServerGeometryColumnNames: if geometry_column_name.value in _properties[ "properties"].keys(): try: layer["geometry_type"] = LayerGeometry[ GeoPropertyGeoServerLayerGeom( str(_properties["properties"][ geometry_column_name.value]) ).name].value except ValueError: raise ValueError( f"Geometry [{_properties['properties'][geometry_column_name.value]}] for layer " f"{layer_reference} in column '{geometry_column_name.value}' not mapped to " f"LayerGeometry enum.") if (str(_layer.resource.store.type).lower() == RepositoryType.POSTGIS.value or str(_layer.resource.store.type).lower() == RepositoryType.ORACLE.value): layer["table_view"] = _layer.resource.native_name return layer def get_layer_groups(self) -> List[Tuple[str, Optional[str]]]: """ Gets all GeoServer layer group names as LayerGroup labels Python's None value will be used to represent the Namespace of global layer groups (i.e that don't have a Namespace (workspace)). :return: list of LayerGroup:Namespace label tuples """ layer_groups = [] for _layer_group in self.client.get_layergroups( workspaces=self.client.get_workspaces()): layer_groups.append((_layer_group.name, _layer_group.workspace)) return layer_groups def get_layer_group( self, layer_group_reference: str, namespace_reference: str ) -> Dict[str, Union[Optional[str], List[str], List[Tuple[ str, Optional[str]]]]]: """ Gets a specific layer group as a LayerGroup If a Namespace (workspace) label is specified the LayerGroup must exist within that Namespace. Note: Names (labels) will be returned for related components instead of identifiers or complete objects [#33] :param layer_group_reference: LayerGroup (layer group) label (name) :param namespace_reference: Namespace (store) label (name) :return: dictionary of layer group information that can be made into a LayerGroup object """ _layer_group = self.client.get_layergroup( name=layer_group_reference, workspace=namespace_reference) layer_group = { "label": _layer_group.name, "title": _layer_group.title, "services": [], "namespace_label": _layer_group.workspace, "layer_labels": [], "style_labels": [], } for layer_label in _layer_group.layers: layer_label = layer_label.split(":") if len(layer_label) == 2: layer_group["layer_labels"].append( (layer_label[1], layer_label[0])) elif len(layer_label) == 1: layer_group["layer_labels"].append((layer_label[0], None)) if f"{namespace_reference}:{layer_group_reference}" in list( self.wms.contents): layer_group["services"].append(LayerService.WMS.value) if f"{namespace_reference}:{layer_group_reference}" in list( self.wfs.contents): layer_group["services"].append(LayerService.WFS.value) _properties = self.wfs.get_schema( f"{namespace_reference}:{layer_group_reference}") try: layer_group["geometry_type"] = LayerGeometry[ GeoServerLayerGeometry(str( _properties["geometry"])).name].value except ValueError: raise ValueError( f"Geometry [{_properties['geometry']}] not mapped to LayerGeometry enum." ) for style_label in _layer_group.styles: if style_label is not None: style_label = style_label.split(":") if len(style_label) == 2 and ( style_label[1], style_label[0]) not in layer_group["style_labels"]: layer_group["style_labels"].append( (style_label[1], style_label[0])) if len(style_label) == 1 and ( style_label[0], None) not in layer_group["style_labels"]: layer_group["style_labels"].append((style_label[0], None)) return layer_group def _get_geoserver_version(self) -> str: """ Gets the GeoServer version :return: GeoServer version string """ return self.client.get_version()
class CatalogTests(unittest.TestCase): def setUp(self): self.cat = Catalog(GSPARAMS['GSURL'], username=GSPARAMS['GSUSER'], password=GSPARAMS['GSPASSWORD']) self.gs_version = self.cat.get_short_version() def testGSVersion(self): version = self.cat.get_version() pat = re.compile('\d\.\d+') self.assertTrue(pat.match('2.2.x')) self.assertTrue(pat.match('2.3.2')) self.assertTrue(pat.match('2.3-SNAPSHOT')) self.assertTrue(pat.match(version)) def testWorkspaces(self): self.assertEqual(7, len(self.cat.get_workspaces())) # marking out test since geoserver default workspace is not consistent # self.assertEqual("cite", self.cat.get_default_workspace().name) self.assertEqual("topp", self.cat.get_workspaces(names="topp")[-1].name) self.assertEqual(2, len(self.cat.get_workspaces(names=['topp', 'sde']))) self.assertEqual(2, len(self.cat.get_workspaces(names='topp, sde'))) self.assertEqual("topp", self.cat.get_workspace("topp").name) self.assertIsNone(self.cat.get_workspace("blahblah-")) def testStores(self): self.assertEqual(0, len(self.cat.get_stores(names="nonexistentstore"))) topp = self.cat.get_workspaces("topp")[0] sf = self.cat.get_workspaces("sf")[0] self.assertEqual(9, len(self.cat.get_stores())) self.assertEqual(2, len(self.cat.get_stores(workspaces=topp))) self.assertEqual(2, len(self.cat.get_stores(workspaces=sf))) self.assertEqual(2, len(self.cat.get_stores(workspaces='sf'))) self.assertEqual( 2, len(self.cat.get_stores(names='states_shapefile, sfdem'))) self.assertEqual( 2, len(self.cat.get_stores(names=['states_shapefile', 'sfdem']))) self.assertEqual( "states_shapefile", self.cat.get_stores(names="states_shapefile", workspaces=topp.name)[0].name) self.assertEqual("states_shapefile", self.cat.get_stores(names="states_shapefile")[0].name) self.assertEqual( "sfdem", self.cat.get_stores(names="sfdem", workspaces=sf.name)[0].name) self.assertEqual("sfdem", self.cat.get_store("sfdem", workspace="sf").name) self.assertIsNone(self.cat.get_store("blah+blah-")) def testResources(self): topp = self.cat.get_workspaces("topp")[0] sf = self.cat.get_workspaces("sf")[0] states = self.cat.get_stores(names="states_shapefile", workspaces=topp.name)[0] sfdem = self.cat.get_stores(names="sfdem", workspaces=sf.name)[0] self.assertEqual(19, len(self.cat.get_resources())) self.assertEqual( 2, len( self.cat.get_resources(stores=[states.name, sfdem.name], workspaces=[topp.name, sf.name]))) self.assertEqual( 11, len(self.cat.get_resources(workspaces=[topp.name, sf.name]))) self.assertEqual( "states", self.cat.get_resources(names="states", stores=states.name, workspaces=topp.name)[0].name) self.assertEqual( "states", self.cat.get_resources(names="states", workspaces=topp.name)[0].name) self.assertEqual( "states", self.cat.get_resource("states", workspace=topp.name).name) self.assertIsNone(self.cat.get_resource("blah+1blah-2")) states = self.cat.get_resources(names="states", workspaces=topp.name)[0] fields = [ states.title, states.abstract, states.native_bbox, states.latlon_bbox, states.projection, states.projection_policy ] self.assertFalse(None in fields, str(fields)) self.assertFalse(len(states.keywords) == 0) self.assertFalse(len(states.attributes) == 0) self.assertTrue(states.enabled) self.assertEqual( "sfdem", self.cat.get_resources(names="sfdem", stores=sfdem.name, workspaces=sf.name)[0].name) self.assertEqual( "sfdem", self.cat.get_resources(names="sfdem", workspaces=sf.name)[0].name) def testResourcesUpdate(self): res_dest = self.cat.get_resources() count = 0 for rd in res_dest: # only wms layers if rd.resource_type != "wmsLayer": continue # looking for same name ro = self.cat.get_resources(names=rd.name) if ro is not None: rd.title = ro.title rd.abstract = ro.abstract rd.keywords = ro.keywords rd.projection = ro.projection rd.native_bbox = ro.native_bbox rd.latlon_bbox = ro.latlon_bbox rd.projection_policy = ro.projection_policy rd.enabled = ro.enabled rd.advertised = ro.advertised rd.metadata_links = ro.metadata_links or None self.cat.save(rd) self.cat.reload() count += 1 def testLayers(self): if self.gs_version >= "2.13": expected = set([ 'sf:roads', 'sf:sfdem', 'nurc:mosaic', 'tiger:giant_polygon', 'sf:bugsites', 'topp:states', 'sf:streams', 'tiger:poly_landmarks', 'tiger:poi', 'topp:tasmania_water_bodies', 'tiger:tiger_roads', 'topp:tasmania_roads', 'nurc:Pk50095', 'topp:tasmania_cities', 'nurc:Img_Sample', 'sf:restricted', 'nurc:Arc_Sample', 'sf:archsites', 'topp:tasmania_state_boundaries' ]) else: expected = set([ "Arc_Sample", "Pk50095", "Img_Sample", "mosaic", "sfdem", "bugsites", "restricted", "streams", "archsites", "roads", "tasmania_roads", "tasmania_water_bodies", "tasmania_state_boundaries", "tasmania_cities", "states", "poly_landmarks", "tiger_roads", "poi", "giant_polygon" ]) actual = set(l.name for l in self.cat.get_layers()) missing = expected - actual extras = actual - expected message = "Actual layer list did not match expected! (Extras: %s) (Missing: %s)" % ( extras, missing) self.assert_(len(expected ^ actual) == 0, message) states = self.cat.get_layer("states") self.assert_("states", states.name) self.assert_(isinstance(states.resource, ResourceInfo)) self.assertEqual(set(s.name for s in states.styles), set(['pophatch', 'polygon'])) self.assertEqual(states.default_style.name, "population") def testLayerGroups(self): expected = set(["tasmania", "tiger-ny", "spearfish"]) actual = set(l.name for l in self.cat.get_layergroups( names=["tasmania", "tiger-ny", "spearfish"])) missing = expected - actual extras = actual - expected message = "Actual layergroup list did not match expected! (Extras: %s) (Missing: %s)" % ( extras, missing) self.assert_(len(expected ^ actual) == 0, message) tas = self.cat.get_layergroups(names="tasmania")[0] self.assert_("tasmania", tas.name) self.assert_(isinstance(tas, LayerGroup)) if self.gs_version >= "2.13": self.assertEqual(tas.layers, [ 'topp:tasmania_state_boundaries', 'topp:tasmania_water_bodies', 'topp:tasmania_roads', 'topp:tasmania_cities' ], tas.layers) else: self.assertEqual(tas.layers, [ 'tasmania_state_boundaries', 'tasmania_water_bodies', 'tasmania_roads', 'tasmania_cities' ], tas.layers) self.assertEqual(tas.styles, [None, None, None, None], tas.styles) # Try to create a new Layer Group into the "topp" workspace self.assert_(self.cat.get_workspaces("topp")[0] is not None) tas2 = self.cat.create_layergroup("tasmania_reloaded", tas.layers, workspace="topp") self.cat.save(tas2) self.assertEqual( 1, len( self.cat.get_layergroups(names='tasmania_reloaded', workspaces="topp"))) tas2 = self.cat.get_layergroups(names='tasmania_reloaded', workspaces="topp")[0] self.assert_("tasmania_reloaded", tas2.name) self.assert_(isinstance(tas2, LayerGroup)) self.assertEqual(tas2.workspace, "topp", tas2.workspace) if self.gs_version >= "2.13": self.assertEqual(tas2.layers, [ 'topp:tasmania_state_boundaries', 'topp:tasmania_water_bodies', 'topp:tasmania_roads', 'topp:tasmania_cities' ], tas2.layers) else: self.assertEqual(tas2.layers, [ 'tasmania_state_boundaries', 'tasmania_water_bodies', 'tasmania_roads', 'tasmania_cities' ], tas2.layers) self.assertEqual(tas2.styles, [None, None, None, None], tas2.styles) def testStyles(self): self.assertEqual("population", self.cat.get_styles("population")[0].name) self.assertEqual("popshade.sld", self.cat.get_styles("population")[0].filename) self.assertEqual("population", self.cat.get_styles("population")[0].sld_name) self.assertEqual("population", self.cat.get_style("population").sld_name) self.assertIsNone(self.cat.get_style("blah+#5blah-")) self.assertEqual(0, len(self.cat.get_styles('non-existing-style'))) def testEscaping(self): # GSConfig is inconsistent about using exceptions vs. returning None # when a resource isn't found. # But the basic idea is that none of them should throw HTTP errors from # misconstructed URLS self.cat.get_styles("best style ever") self.cat.get_workspaces("best workspace ever") self.assertEqual( 0, len( self.cat.get_stores(workspaces="best workspace ever", names="best store ever"))) self.cat.get_layer("best layer ever") self.cat.get_layergroups("best layergroup ever") def testUnicodeUrl(self): """ Tests that the geoserver.support.url function support unicode strings. """ # Test the url function with unicode seg = [ 'workspaces', 'test', 'datastores', u'operaci\xf3n_repo', 'featuretypes.xml' ] u = build_url(base=self.cat.service_url, seg=seg) self.assertEqual( u, self.cat.service_url + "/workspaces/test/datastores/operaci%C3%B3n_repo/featuretypes.xml") # Test the url function with normal string seg = [ 'workspaces', 'test', 'datastores', 'test-repo', 'featuretypes.xml' ] u = build_url(base=self.cat.service_url, seg=seg) self.assertEqual( u, self.cat.service_url + "/workspaces/test/datastores/test-repo/featuretypes.xml")