just some test changes

src/workbench/algorithms/graph/light/proximity_graph.py

@@ -44,6 +44,7 @@ def _build_graph(self, store_features: bool) -> None:
         """
         # Retrieve all neighbors and their distances
         id_column = self.proximity.id_column
+        log.info("Retrieving all neighbors...")
         all_neighbors_df = self.proximity.all_neighbors()
 
         # Add nodes with attributes (features)
@@ -174,7 +175,7 @@ def get_neighborhood(self, node_id: Union[str, int], radius: int = 1) -> nx.Grap
 
     fs = FeatureSet("aqsol_mol_descriptors")
     df = fs.pull_dataframe()
-    df = df.sample(100)
+    df = df.sample(1000)
     df = compute_morgan_fingerprints(df)
 
     # Build a graph using FingerprintProximity

src/workbench/api/graph_store.py

@@ -128,7 +128,7 @@ def delete(self, location: str):
         d["weight"] = 1.0
 
     # Store the graph
-    graph_store.upsert("test_graph", G)
+    graph_store.upsert("test/test_graph", G)
 
     # Get a summary of the graphs
     print("Graph Store Summary:")
@@ -139,19 +139,19 @@ def delete(self, location: str):
     print(graph_store.details())
 
     # Last modified date
-    print("Last modified:", graph_store.last_modified("test_graph"))
+    print("Last modified:", graph_store.last_modified("test/test_graph"))
 
     # List all graphs
     print("List all graphs in the store:")
     print(graph_store.list())
 
     # Retrieve and display the graph
-    retrieved_graph = graph_store.get("test_graph")
+    retrieved_graph = graph_store.get("test/test_graph")
     print("Retrieved Graph Edges:", retrieved_graph.edges(data=True))
 
     # Check if the graph exists
-    print("Graph exists:", graph_store.check("test_graph"))
+    print("Graph exists:", graph_store.check("test/test_graph"))
 
     # Delete the graph
-    graph_store.delete("test_graph")
-    print("Graph exists after deletion:", graph_store.check("test_graph"))
+    graph_store.delete("test/test_graph")
+    print("Graph exists after deletion:", graph_store.check("test/test_graph"))