def get_grades_details(username,password,semester):
dt = datetime.datetime.now()
time = dt.strftime("%A, %d. %B %Y %I:%M%p")
log = "grades" + str(username) +" " + str(semester) +" =>" + str(time)
with open("logs.txt", "a") as myfile:
myfile.write(log)
return get_grades(username,password,int(semester))
def get_positif_cdc_grades():
a = Allosession()
resss = list()
for x in a.all_films:
resss.append({**x, **get_grades(x['code'])})
positif_cdc_grades = [{
"name": j["name"],
"Positif": access_key_or_zero("Positif", j),
"CdC": access_key_or_zero("Cahiers du cinéma", j)
} for j in resss]
return [[[
film['name'] for film in positif_cdc_grades
if film["Positif"] == n and film["CdC"] == m
] for m in range(6)] for n in range(6)]
def get_grades_details(username,password,semester):
return get_grades(username,password,int(semester))
def test_get_averages():
grades = get_grades('grades.txt')
avgs = get_averages(grades)
assert avgs == [('bob', 85.33333333333333), ('sara', 98.0), ('sue', 83.5)]
def test_get_grades():
grades = get_grades('grades.txt')
d = {'bob': [78.0, 88.0, 90.0], 'sara': [98.0], 'sue': [72.0, 95.0]}
assert grades == d
def test_rank_scores():
grades = get_grades('grades.txt')
avgs = get_averages(grades)
rank = rank_scores(avgs)
assert rank == [('sara', 98.0), ('bob', 85.33333333333333), ('sue', 83.5)]
