gen_func -> executable_generator_func

Change-Id: I7c23fa8eac6d0b04cc7a480ac6a81cf4cb29f308

Author: mpharrigan

recirq/algorithmic_benchmark_library.py

@@ -23,7 +23,8 @@ class AlgorithmicBenchmark:
             for this AlgorithmicBenchmark lives.
         spec_class: The ExecutableSpec subclass for this AlgorithmicBenchmark.
         data_class: The class which can contain ETL-ed data for this AlgorithmicBenchmark.
-        gen_func: The function that returns a QuantumExecutableGroup for a given Config.
+        executable_generator_func: The function that returns a QuantumExecutableGroup for a
+            given Config.
         configs: A list of available `BenchmarkConfig` for this benchmark.
     """
 
@@ -32,15 +33,15 @@ class AlgorithmicBenchmark:
     executable_family: str
     spec_class: Type[ExecutableSpec]
     data_class: Type
-    gen_func: Callable[[...], QuantumExecutableGroup]
+    executable_generator_func: Callable[[...], QuantumExecutableGroup]
     configs: List['BenchmarkConfig']
 
     def as_strings(self):
         """Get values of this class as strings suitable for printing."""
         ret = {k: str(v) for k, v in dataclasses.asdict(self).items()}
         ret['spec_class'] = self.spec_class.__name__
         ret['data_class'] = self.data_class.__name__
-        ret['gen_func'] = self.gen_func.__name__
+        ret['executable_generator_func'] = self.executable_generator_func.__name__
         return ret
 
 

recirq/algorithmic_benchmark_library_test.py

@@ -43,7 +43,7 @@ def test_classes_and_funcs(algo):
     mod = import_module(algo.executable_family)
     assert algo.spec_class == getattr(mod, algo.spec_class.__name__)
     assert algo.data_class == getattr(mod, algo.data_class.__name__)
-    assert algo.gen_func == getattr(mod, algo.gen_func.__name__)
+    assert algo.executable_generator_func == getattr(mod, algo.executable_generator_func.__name__)
 
 
 def test_globally_unique_executable_family():