def test_bandwidth_converter_raise_time():
with pytest.raises(ValueError, match=r"invalid time. It must be.*"):
bytesconv.bandwidth_converter(10,
from_unit="bps",
to_unit="KB",
from_time="XXX")
with pytest.raises(ValueError, match=r"invalid time. It must be.*"):
bytesconv.bandwidth_converter(10,
from_unit="bps",
to_unit="KB",
to_time="XXX")
def test_bandwidth_converter_bits_to_bytes_binary(number, f_unit, t_unit,
f_time, t_time, result):
"""Convert from bits to bytes (binary)."""
x = bytesconv.bandwidth_converter(number,
from_unit=f_unit,
to_unit=t_unit,
from_time=f_time,
to_time=t_time)
assert (round(x[0], 1), x[1]) == (result, "{}/{}".format(t_unit, t_time))
def test_bandwidth_converter_bits_to_bytes_decimal(number, f_unit, t_unit,
f_time, t_time, result):
"""Convert from bits to bytes (Decimal)."""
assert bytesconv.bandwidth_converter(
number,
from_unit=f_unit,
to_unit=t_unit,
from_time=f_time,
to_time=t_time) == (result, "{}/{}".format(t_unit, t_time))
def test_bandwidth_converter_bytes_dec_to_bytes_dec(number, f_unit, t_unit,
f_time, t_time, result):
"""Convert bytes decimal to bytes decimal."""
x = bytesconv.bandwidth_converter(number,
from_unit=f_unit,
to_unit=t_unit,
from_time=f_time,
to_time=t_time)
assert (round(x[0], 2), x[1]) == (result, "{}/{}".format(t_unit, t_time))