def get_decimal_to_binary_question() -> Question:
"""Get a decimal to binary question.
:return: a Question object
"""
number = generate_number()
return Question(number, to_binary(number), f'Convert {number} to binary')
def get_binary_to_decimal_question() -> Question:
"""Get a binary to decimal question.
:return: a Question object
"""
answer = generate_number()
number = to_binary(answer)
return Question(number, answer, f'Convert {number} to decimal')
def test_generate_number_custom_max_and_min(self):
"""Tests the generate_number function with both a custom min
and custom max value.
"""
for i in range(100):
actual = generate_number(min=500, max=505)
expected_min = 500
expected_max = 505
assert actual >= expected_min and actual <= expected_max
def test_generate_number_custom_min(self):
"""Tests the generate_number function with a custom min
value.
"""
for i in range(100):
actual = generate_number(min=245)
expected_min = 245
expected_max = 255
assert actual >= expected_min and actual <= expected_max
def test_generate_number_custom_max(self):
"""Tests the generate_number function with a custom max
value.
"""
for i in range(100):
actual = generate_number(max=10)
expected_min = 0
expected_max = 10
assert actual >= expected_min and actual <= expected_max
def test_generate_number(self):
"""Test the generate_number function with default
arguments.
"""
for i in range(100):
actual = generate_number()
expected_min = 0
expected_max = 255
assert actual >= expected_min and actual <= expected_max
def test_generate_number_ignore_list(self):
"""Tests the generate_number function with an ignore list."""
for i in range(100):
actual = generate_number(max=5, ignore=[1, 2, 3, 4])
assert actual == 0 or actual == 5