Synchronize pathway with IoT-Pathway (#7998)

Co-authored-by: Manul from Pathway <manul@pathway.com>
GitOrigin-RevId: 1c8111de03da223de47ffdf9997c83d99fdfad5e

docs/2.developers/4.user-guide/30.data-transformation/.iterate/article.py

@@ -175,7 +175,7 @@ def cc(vertices: pw.Table, edges: pw.Table) -> pw.Table:
 
 # %% [markdown]
 
-# In an iteration step, the `edges` table is joined with the `vertices` table to get the representatives of neighbors in the graph. Then `groupby` is performed on `edges_with_repr` to get a minimal representative for each vertex. A new ID is assigned based on column `a` - vertex label. It is assigned in exactly the same way it is done above when creating a table. It allows you to have the same set of keys in the `vertices_updated` table as in the `vertices` table. However, Pathway is not that clever to deduce that the keys are exactly the same in these two tables. That's why it has to be additionaly told they are the same, by using [`with_universe_of`](/developers/api-docs/pathway-table#pathway.Table.with_universe_of).
+# In an iteration step, the `edges` table is joined with the `vertices` table to get the representatives of neighbors in the graph. Then `groupby` is performed on `edges_with_repr` to get a minimal representative for each vertex. A new ID is assigned based on column `a` - vertex label. It is assigned in exactly the same way it is done above when creating a table. It allows you to have the same set of keys in the `vertices_updated` table as in the `vertices` table. However, Pathway is not that clever to deduce that the keys are exactly the same in these two tables. That's why it has to be additionally told they are the same, by using [`with_universe_of`](/developers/api-docs/pathway-table#pathway.Table.with_universe_of).
 
 # Preserving the set of keys is important in `iterate`. The iteration can stop only stop if there are no updates in any of the records. The records correspondence between iterations is determined using their IDs. If a record with one ID disappears and a record with a new ID appears, Pathway decides that something is still changing and the computation has to continue (even if the contents of the two rows are the same). It is possible to change the set of keys used in `iterate` but in the end the set of keys has to stop changing anyway. You can see that in the next example on computing shortest distances in a graph.