Fixed TODO comments

Signed-off-by: Maria Teresa Ortega <teresa.ortega0903@gmail.com>

Author: teresa-ortega

src/lambkin/common/named_product.py

@@ -24,7 +24,7 @@
 def named_product(**parameters):
     """Generate all combinations of named parameters.
 
-    Takes keyword arguments where each value is a list of options
+    Takes parameters where each value is a list of options
     and returns a list of dictionaries representing every possible
     combination, one dictionary per benchmark run configuration.
 
@@ -44,7 +44,7 @@ def named_product(**parameters):
     # values = ( [likelihood_field,beam],[1, 10, 1000, 2000] )
     values = list(parameters.values())
 
-    # TO_DO: Empty list exception
+    # TODO(teresa-ortega): Empty list exception
 
     # Make combinations
     combinations = itertools.product(*values)
@@ -55,6 +55,6 @@ def named_product(**parameters):
         # Re-attach the parameter labels to the generated values.
         # zip() pairs keys with values; dict() creates the mapping.
         variant = dict(zip(keys, combination, strict=True))
-        # TO_DO : combination fails
+        # TODO(teresa-ortega) : combination fails
         variants.append(variant)
     return variants

test/common/test_named_product.py

@@ -22,7 +22,7 @@
 @pytest.mark.parametrize(
     "parameters, expected_combinations , expected_len",
     [
-        (  # Two parameters with 2 values each → 2×2 = 4 combinations
+        (  # Two parameters with 2 values each -> 2×2 = 4 combinations
             {"sensor_model": ["likelihood_field", "beam"], "num_particles": [1, 10]},
             [
                 {"sensor_model": "likelihood_field", "num_particles": 1},
@@ -32,21 +32,21 @@
             ],
             4,
         ),
-        (  # Single parameter with 2 values → 2 combinations
+        (  # Single parameter with 2 values -> 2 combinations
             {"sensor_model": ["likelihood_field", "beam"]},
             [
                 {"sensor_model": "likelihood_field"},
                 {"sensor_model": "beam"},
             ],
             2,
         ),
-        (  # No parameters at all → 1 combination: a single empty dict
+        (  # No parameters at all -> 1 combination: a single empty dict
             {},
             [{}],
             1,
         ),
-        (  # One parameter with an empty list → no combinations can be formed
-            # TO_DO: if the user introduce a empty list -> Exception
+        (  # One parameter with an empty list -> no combinations can be formed
+            # TODO(teresa-ortega): if the user introduce a empty list -> Exception
             {"sensor_model": [], "num_particles": [1]},
             [],
             0,