def is_invalid_param(rate, delay, packet_loss, packet_duplicate, corrupt,
reordering):
param_value_list = [
delay,
packet_loss,
packet_duplicate,
corrupt,
reordering,
]
print(param_value_list)
is_invalid = all([
not RealNumber(param_value).is_type() or param_value <= 0
for param_value in param_value_list
])
try:
Humanreadable(rate, kilo_size=1000).to_bit()
except (TypeError, ValueError):
pass
else:
is_invalid = False
return is_invalid
def is_invalid_param(rate, delay, loss, corrupt):
params = [
delay,
loss,
corrupt,
]
is_invalid = all(
[not FloatType(param).is_type() or param == 0 for param in params])
try:
Humanreadable(rate, kilo_size=1000).to_no_prefix_value()
except ValueError:
pass
else:
is_invalid = False
return is_invalid
def test_normal(self, value, kilo_size, expected):
assert Humanreadable(value, kilo_size).to_kilo_bit() == expected
def test_exception(self, value, kilo_size, exception):
with pytest.raises(exception):
Humanreadable(value, kilo_size).to_bit()
def test_normal(self, value, kilo_size, expected):
assert Humanreadable(value, kilo_size).to_no_prefix_value() == expected
def test_normal(self, value, kilo_size, expected):
assert Humanreadable(kilo_size).humanreadable_to_kilobyte(
value) == expected