def testUnregister(self):
self.subtitle(named, 'ing %s ' % ('unregister',))
from pygeodesy import Conics, Ellipsoids, RefFrames, Transforms
self.test('Conics', len(Conics), 8)
for n, c in tuple(Conics.items()):
c.unregister() # coverage _NamedEnum.unregister
self.test('Conics.' + n + '.unregister', getattr(Conics, n, None), None)
self.test('Conics', len(Conics), 0)
self.test('Datums', len(Datums), 18)
for n, d in tuple(Datums.items()):
Datums.unregister(d) # coverage _NamedEnum.unregister
self.test('Datums.unregister(%s)' % (n,), getattr(Datums, n, None), None)
self.test('Datums', len(Datums), 0)
self.test('Ellipsoids', len(Ellipsoids), 41)
for n, e in tuple(Ellipsoids.items()):
e.unregister() # coverage _NamedEnum.unregister
self.test('Ellipsoids.' + n + '.unregister', getattr(Ellipsoids, n, None), None)
self.test('Ellipsoids', len(Ellipsoids), 0)
self.test('RefFrames', len(RefFrames), 12)
for n, r in tuple(RefFrames.items()):
r.unregister() # coverage _NamedEnum.unregister
self.test('RefFrames.' + n + '.unregister', getattr(RefFrames, n, None), None)
self.test('RefFrames', len(RefFrames), 0)
self.test('Transforms', len(Transforms), 18)
for n, x in tuple(Transforms.items()):
x.unregister() # coverage _NamedEnumItem.unregister
self.test('Transforms.' + n + '.unregister', getattr(Transforms, n, None), None)
self.test('Transforms', len(Transforms), 0)
t.testNamedTuples(ecef)
t.testNamedTuples(elliptic)
t.testNamedTuples(frechet)
t.testNamedTuples(hausdorff)
# test __doc__ strings in all pygeodesy modules
for m in glob(os_path.join(PyGeodesy_dir, 'pygeodesy', '*.py')):
with open(m, 'rb') as f:
py = f.read()
if isinstance(py, bytes): # Python 3+
py = py.decode('utf-8')
t.testNamed__doc__(m[len(PyGeodesy_dir):], py)
t.testNamed_xtend(named)
for n, d in tuple(Datums.items()):
Datums.unregister(d) # coverage _NamedEnum.unregister
t.test('unregister(%s)' % (n,), getattr(Datums, n, None), None)
t.test('Datums', len(Datums), 0)
for n, e in tuple(Transforms.items()):
e.unregister() # coverage _NamedEnumItem.unregister
t.test(n + '.unregister', getattr(Transforms, n, None), None)
t.test('Transforms', len(Transforms), 0)
Nd = named.Neighbors8Dict # coverage
nd = Nd(**dict((t, t) for t in (Nd._Keys_ + ('name',))))
t.test('nd.name', nd.name, 'name')
t.test('nd.named', nd.named, 'name')
del nd.name
t.test('nd.named', nd.named, Nd.__name__)