def take_student_scores(current_class: Class):
"""
UI function presenting student names from supplied class one at a
time and taking a score for each.
Path objects for each student's avatar are added to a list of avatar
Paths corresponding to scores.
Scores can be int or float, eg 78.5 is valid entry, and are
converted to float (from str) by default.
Return is a dict with scores as keys, lists of Path objects as
values. eg student_scores = {33: [Path_obj1, Path_obj2, Path_obj3,
17: [Path_obj1, Path_obj2, Path_obj3]
}
:param current_class: Class object
:return: dict
"""
student_scores: dict = dict()
for student in current_class.students:
student_score = take_score_entry(student.name)
# add avatar to list of avatars for score
if student_score is not None:
student_avatar_filename = student.avatar_filename
avatar_path = get_avatar_path(current_class.name,
student_avatar_filename)
student_scores[student_score] = student_scores.get(
student_score, []) + [avatar_path]
return student_scores
def take_score_data(class_name: str):
"""
UI function presenting student names from supplied class one at a
time and taking a score for each.
Path objects for each student's avatar are added to a list of avatar
Paths corresponding to scores.
Scores can be int or float, eg 78.5 is valid entry, and are
converted to float (from str) by default.
Return is a dict with scores as keys, lists of Path objects as
values. eg student_scores = {33: [Path_obj1, Path_obj2, Path_obj3,
17: [Path_obj1, Path_obj2, Path_obj3]
}
:param class_name: str
:return: dict
"""
class_data_dict = load_class_data(class_name)
student_scores = {}
print(
f"\nEnter student scores for {class_name}: \n"
f"Type score for each student, or '_' to exclude student, and press enter."
)
for student_name in list(class_data_dict.keys()):
student_avatar_filename = class_data_dict[student_name][0]
avatar_path = get_avatar_path(class_name, student_avatar_filename)
student_score = take_score_entry(student_name)
# add avatar to list of avatars for score
if student_score:
student_scores[student_score] = student_scores.get(
student_score, []) + [avatar_path]
# Newline between last score and 'Please enter a chart name/title: '
print('\n')
return student_scores
def test_get_avatar_path_calls_avatar_path_from_string(
self, mock_avatar_path_from_string):
mock_avatar_path_from_string.return_value = True
assert get_avatar_path(self.my_class_name, self.my_avatar_path)
def test_get_avatar_path_returning_avatar_path_from_string(self):
return_val = Path(self.mock_CLASSLIST_DATA_PATH, self.my_class_name,
'avatars', self.my_avatar_path)
assert get_avatar_path(self.my_class_name,
self.my_avatar_path) == return_val
def test_get_avatar_path_when_None(self):
assert get_avatar_path(self.my_class_name,
None) == self.mock_DEFAULT_AVATAR_PATH
