def test_ensure_workspace_exists(self):
ws_name = 'nonexistent-workspace'
ws_namespace_uri = 'http://nonamespace.com'
# Ensure that the workspace doesn't exist
ws1 = gs_catalog.get_workspace(ws_name)
if ws1 is not None:
gs_catalog.delete(ws1)
ensure_workspace_exists(gs_catalog, ws_name, ws_namespace_uri)
# Check that the workspace now exists
ws2 = gs_catalog.get_workspace(ws_name)
self.assertNotEqual(ws2, None)
# Run again to ensure a preexisting workspace doesn't throw any exceptions
ensure_workspace_exists(gs_catalog, ws_name, ws_namespace_uri)
gs_catalog.delete(ws2)
def test_ensure_workspace_exists(self):
ws_name = 'nonexistent-workspace'
ws_namespace_uri = 'http://nonamespace.com'
# Ensure that the workspace doesn't exist
ws1 = gs_catalog.get_workspace(ws_name)
if ws1 is not None:
gs_catalog.delete(ws1)
ensure_workspace_exists(gs_catalog, ws_name, ws_namespace_uri)
# Check that the workspace now exists
ws2 = gs_catalog.get_workspace(ws_name)
self.assertNotEqual(ws2, None)
# Run again to ensure a preexisting workspace doesn't throw any exceptions
ensure_workspace_exists(gs_catalog, ws_name, ws_namespace_uri)
gs_catalog.delete(ws2)
def get_geoserver_cascading_workspace(create=True):
"""Return the geoserver workspace used for cascaded services
The workspace can be created it if needed.
"""
name = getattr(settings, "CASCADE_WORKSPACE", "cascaded-services")
workspace = catalog.get_workspace(name)
if workspace is None and create:
uri = f"http://www.geonode.org/{name}"
workspace = catalog.create_workspace(name, uri)
return workspace
