def test_family_mapping():
elem_kwargs = {}
for family_name in _CLASS_MAP:
elem_kwargs['FamName'] = family_name
assert find_class(elem_kwargs) is _CLASS_MAP[family_name]
elem_kwargs['FamName'] = family_name.upper()
assert find_class(elem_kwargs) is _CLASS_MAP[family_name]
def test_no_pass_method_warns_correctly():
elem_kwargs = {}
with pytest.warns(at.AtWarning):
find_class(elem_kwargs, quiet=False)
with pytest.warns(None) as record:
find_class(elem_kwargs, quiet=True)
assert len(record) is 0
def test_invalid_pass_method_warns_correctly():
elem_kwargs = {'PassMethod': 'invalid'}
with pytest.warns(at.AtWarning):
find_class(elem_kwargs, quiet=False)
with pytest.warns(None) as record:
find_class(elem_kwargs, quiet=True)
assert len(record) == 0
def test_invalid_class_warns_correctly():
elem_kwargs = {'Class': 'Invalid'}
with pytest.warns(at.AtWarning):
find_class(elem_kwargs, quiet=False)
with pytest.warns(None) as record:
find_class(elem_kwargs, quiet=True)
assert len(record) is 0
def test_class_mapping():
elem_kwargs = {'FamName': 'fam'}
for class_name in _CLASS_MAP:
elem_kwargs['Class'] = class_name
assert find_class(elem_kwargs) is _CLASS_MAP[class_name]
elem_kwargs['Class'] = class_name.upper()
assert find_class(elem_kwargs) is _CLASS_MAP[class_name]
def test_find_RingParam():
elem_kwargs = {'Periodicity': 1, 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is RingParam
def test_find_Marker(elem_kwargs):
assert find_class(elem_kwargs, True) is elements.Marker
def test_find_ThinMultipole(elem_kwargs):
assert find_class(elem_kwargs, True) is elements.ThinMultipole
def test_find_Octupole():
elem_kwargs = {'PolynomB': [0, 0, 0, 1], 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.Octupole
def test_find_Drift():
elem_kwargs = {'Length': 1, 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.Drift
def test_find_Quadrupole(elem_kwargs):
assert find_class(elem_kwargs, True) is elements.Quadrupole
def test_find_M66():
elem_kwargs = {'M66': numpy.eye(6), 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.M66
def test_find_Corrector():
elem_kwargs = {'KickAngle': [0, 0], 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.Corrector
def test_find_Dipole(elem_kwargs):
assert find_class(elem_kwargs, True) is elements.Dipole
def test_find_Monitor():
elem_kwargs = {'GCR': [1, 1, 0, 0], 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.Monitor
def test_find_RFCavity(elem_kwargs):
assert find_class(elem_kwargs, True) is elements.RFCavity
def test_find_Aperture():
elem_kwargs = {'Limits': [-0.5, 0.5, -0.5, 0.5], 'FamName': 'fam'}
assert find_class(elem_kwargs, True) is elements.Aperture
def test_PassMethod_mapping():
elem_kwargs = {'FamName': 'fam'}
for pass_method in _PASS_MAP.keys():
elem_kwargs['PassMethod'] = pass_method
assert find_class(elem_kwargs) == _PASS_MAP[pass_method]