def main():
value = 5.0
cysqrtm_result = cyforksqrt.sqrtm(value)
cysqrtm_time = timeit.timeit("cyforksqrt.sqrtm(" + str(value) + ")",
setup="import cyforksqrt")
print_results("cyforksqrt.sqrtm", cysqrtm_result, cysqrtm_time)
cysqrt2_result = cyforksqrt.sqrt2(value)
cysqrt2_time = timeit.timeit("cyforksqrt.sqrt2(" + str(value) + ")",
setup="import cyforksqrt")
print_results("cyforksqrt.sqrt2", cysqrt2_result, cysqrt2_time)
forksqrt2_result = forksqrt.sqrt2(value, False)
forksqrt2_time = timeit.timeit("forksqrt.sqrt2(" + str(value) + ", False)",
setup="import forksqrt")
print_results("forksqrt.sqrt2", forksqrt2_result, forksqrt2_time)
mathsqrt_result = math.sqrt(value)
mathsqrt_time = timeit.timeit("math.sqrt(" + str(value) + ")",
setup="import math")
print_results("math.sqrt", mathsqrt_result, mathsqrt_time)
def test_sqr2_neg_val():
sqrt2(Decimal(-5))
def test_sqrt2():
for i in range(1, 100):
assert round(float(sqrt2(i)), 15) == round(math.sqrt(i), 15)
def test_sqrt2_char():
sqrt2("hello")
def test_sqrt2_neg_val():
forksqrt.sqrt2(-10, False)
def test_sqrt2():
assert float(forksqrt.sqrt2(5, False)) == float('{:.14f}'.format(
math.sqrt(5)))
def test_sqrt2_char():
forksqrt.sqrt2('Kohlefaser', False)
