def get_workout(self, guitar: dict = None) -> workout.WorkOut:
""" Returns a new workout containing all practices """
exercises = []
practice_objects = Inspector.get_classes_in_container(
Container(["practice"]), ["abstract"], [
"AbstractPractice", "AbstractUrlList", "PracticeCategory",
"PracticeCategoryGroup", "Position", "Guitar",
"SupportPractice", "Accent"
])
AllPractices._delete_duplicates(practice_objects)
if "only_select" in self._config["practice_selection"]:
only_select = self._config["practice_selection"]["only_select"]
if only_select != "":
for practice_object in practice_objects:
if practice_object.__module__ == only_select:
random_step_count = self._get_random_step_count()
produced_exercise = practice_object().get_exercise(
random_step_count, guitar)
exercises.append(produced_exercise)
output = workout.WorkOut(exercises)
return output
while len(practice_objects) > 0:
random_practice_index = random.randint(0,
len(practice_objects) - 1)
practice_object = practice_objects[random_practice_index]
random_step_count = self._get_random_step_count()
produced_exercise = practice_object().get_exercise(
random_step_count, guitar)
if produced_exercise is not None:
exercises.append(produced_exercise)
practice_objects.pop(random_practice_index)
output = workout.WorkOut(exercises)
return output
def _test_gcic(self):
print("Testing get_classes_in_container")
classes = Inspector.get_classes_in_container(self._container)
for class_name in classes:
print("- Found class: " + class_name.__module__)