def test_getter_valid_strict(self):
"""
Ensure that the Float getter returns an float without error - strict mode
"""
from crushinator.toolkit.probes import Float
probe = Float('probe', strict=True)
for float_ in valid_floats_strict:
probe.value = float_
self.assertTrue(isinstance(probe.value, (float)), "%s is not a float" % float_)
def test_getter_valid(self):
"""
Ensure that the Float getter returns an float without error
given each of the known numeric literals
"""
from crushinator.toolkit.probes import Float
probe = Float('probe')
for float_ in valid_floats_nostrict:
probe.value = float_
self.assertTrue(isinstance(probe.value, (float)), "%s is not a float" % float_)
def test_getter_invalid_strict(self):
"""
Ensure that the Float getter fails when passed integers and strict is false.
"""
from crushinator.toolkit.probes import Float
probe = Float('probe', strict=True)
for float_ in invalid_floats_strict:
probe.value = float_
try:
x = probe.value
except ValueError:
pass
else:
self.fail("%s did not raise ValueError, coverted to %s" % (float_, x))
def test_getter_invalid(self):
"""
Ensure that the Float getter throws a ValueError for any improper values
"""
from crushinator.toolkit.probes import Float
import sys
probe = Float('probe')
for float_ in invalid_floats_nostrict:
probe.value = float_
try:
x = probe.value
except ValueError:
pass
else:
self.fail("%s did not raise ValueError, coverted to %s" % (float_, x))
