python: update deprecated predicate names

docs/codeql/codeql-language-guides/using-api-graphs-in-python.rst

@@ -31,16 +31,16 @@ following snippet demonstrates.
 
 This query selects the API graph node corresponding to the ``re`` module. This node represents the fact that the ``re`` module has been imported rather than a specific location in the program where the import happens. Therefore, there will be at most one result per project, and it will not have a useful location, so you'll have to click `Show 1 non-source result` in order to see it.
 
-To find where the ``re`` module is referenced in the program, you can use the ``getAUse`` method. The following query selects all references to the ``re`` module in the current database.
+To find where the ``re`` module is referenced in the program, you can use the ``getAValueReachableFromSource`` method. The following query selects all references to the ``re`` module in the current database.
 
 .. code-block:: ql
 
     import python
     import semmle.python.ApiGraphs
 
-    select API::moduleImport("re").getAUse()
+    select API::moduleImport("re").getAValueReachableFromSource()
 
-Note that the ``getAUse`` method accounts for local flow, so that ``my_re_compile``
+Note that the ``getAValueReachableFromSource`` method accounts for local flow, so that ``my_re_compile``
 in the following snippet is
 correctly recognized as a reference to the ``re.compile`` function.
 
@@ -53,7 +53,7 @@ correctly recognized as a reference to the ``re.compile`` function.
     r = my_re_compile(".*")
 
 If you only require immediate uses, without taking local flow into account, then you can use
-the ``getAnImmediateUse`` method instead.
+the ``asSource`` method instead.
 
 Note that the given module name *must not* contain any dots. Thus, something like
 ``API::moduleImport("flask.views")`` will not do what you expect. Instead, this should be decomposed
@@ -71,7 +71,7 @@ the above ``re.compile`` example, you can now find references to ``re.compile``.
     import python
     import semmle.python.ApiGraphs
 
-    select API::moduleImport("re").getMember("compile").getAUse()
+    select API::moduleImport("re").getMember("compile").getAValueReachableFromSource()
 
 In addition to ``getMember``, you can use the ``getUnknownMember`` method to find references to API
 components where the name is not known statically. You can use the ``getAMember`` method to
@@ -89,12 +89,12 @@ where the return value of ``re.compile`` is used:
     import python
     import semmle.python.ApiGraphs
 
-    select API::moduleImport("re").getMember("compile").getReturn().getAUse()
+    select API::moduleImport("re").getMember("compile").getReturn().getAValueReachableFromSource()
 
 Note that this includes all uses of the result of ``re.compile``, including those reachable via
-local flow. To get just the *calls* to ``re.compile``, you can use ``getAnImmediateUse`` instead of
-``getAUse``. As this is a common occurrence, you can use ``getACall`` instead of
-``getReturn`` followed by ``getAnImmediateUse``.
+local flow. To get just the *calls* to ``re.compile``, you can use ``asSource`` instead of
+``getAValueReachableFromSource``. As this is a common occurrence, you can use ``getACall`` instead of
+``getReturn`` followed by ``asSource``.
 
 Note that the API graph does not distinguish between class instantiations and function calls. As far
 as it's concerned, both are simply places where an API graph node is called.
@@ -122,7 +122,7 @@ all subclasses of ``View``, you must explicitly include the subclasses of ``Meth
         API::moduleImport("flask").getMember("views").getMember(["View", "MethodView"]).getASubclass*()
     }
 
-    select viewClass().getAUse()
+    select viewClass().getAValueReachableFromSource()
 
 Note the use of the set literal ``["View", "MethodView"]`` to match both classes simultaneously.