def test_Parameters_check_missing(self):
p = Parameters()
self.assertRaises(Exception, lambda: p.check())
p = Parameters(strict=False)
p.check() # should not raise
def test_Parameters_check_extra(self):
p = Parameters(xyz=10, **self.vals)
self.assertRaises(Exception, lambda: p.check())
p = Parameters(strict=False, xyz=10, **self.vals)
p.check() # should not raise
def test_Parameters_invalid_KeyError(self):
"""even if the value is present, if it's not a valid property, raise KeyError"""
p = Parameters(xyz=10, strict=True, **self.vals)
self.assertRaises(Exception, lambda: p.check())
def test_Parameters_check(self):
p = Parameters(**self.vals)
p.check() # should not raise
def test_Parameters_check_extra(self):
p = Parameters(xyz=10, **self.vals)
self.assertRaises(Exception, lambda: p.check())
def test_Parameters_check(self):
"""
Specifying all of the gecko and comm parameters doesn't result in an error.
"""
p = Parameters(**self.vals)
p.check() # should not raise
def test_Parameters_check_missing(self):
p = Parameters()
self.assertRaises(Exception, lambda: p.check())
def test_Parameters_check(self):
"""
Specifying all of the gecko and comm parameters doesn't result in an error.
"""
p = Parameters(**self.vals)
p.check() # should not raise
def test_Parameters_check_extra(self):
p = Parameters(xyz=10, **self.vals)
self.assertRaises(ParameterMismatch, lambda: p.check())
p = Parameters(strict=False, xyz=10, **self.vals)
p.check() # should not raise
def test_Parameters_check_missing(self):
p = Parameters()
self.assertRaises(ParameterMismatch, lambda: p.check())
p = Parameters(strict=False)
p.check() # should not raise
def test_Parameters_check(self):
p = Parameters(**self.vals)
p.check() # should not raise
