def test_default():
keys = ['nick', 'goss']
values = ['python', 'nodejs']
expected = {'nick': 'python', 'goss': 'nodejs'}
assert create_dict(keys, values) == expected
def test_check_types(keys, values):
with pytest.raises(TypeError):
create_dict(keys, values)
def test_fill_none():
keys = ['nick', 'goss', 'pasha']
values = ['python', 'nodejs']
expected = {'nick': 'python', 'goss': 'nodejs', 'pasha': None}
assert create_dict(keys, values) == expected
def test_skip_values(extra_values):
keys = ['nick', 'goss']
values = ['python', 'nodejs'] + extra_values
expected = {'nick': 'python', 'goss': 'nodejs'}
assert create_dict(keys, values) == expected
win = tkinter.Tk()
win.attributes("-alpha", 0.4)
win.wm_attributes('-topmost', 1)
win.title("Majsoul helper")
win.geometry("700x200")
title_label = tkinter.Label(win, text="No data")
title_label.pack()
sim_label = tkinter.Label(win, text="")
sim_label.pack()
state_label = tkinter.Label(win, text="")
state_label.pack()
info_label = tkinter.Label(win, text="")
info_label.pack()
hash_dict = create_dict()
driver = web_init()
def calculate():
names, sims = shot_and_judge(hash_dict)
# names = ["3s", "4s"]
link = card_sequence_to_link(names)
if len(names) % 3 == 2:
cards = ""
for name in names:
cards += name
title_label['text'] = cards