def test_recreation(self):
header = HeaderCreator([self.ref1, self.ref2])
parser = HeaderParser(unicode(header), parse_meta=False)
self._process = None
parser.parse(callback=self._cb_test)
self.assertFalse(self._process is None)
prefl = parser.refls[0]
for key, value in self.ref1.options.items():
if key == "normalization":
continue
if type(value) in (float, float32, float64):
value = float("%g" % value)
self.assertEqual(prefl.options[key], value, "Refl option %s %s vs. %s" % (key, prefl.options[key], value))
prro = prefl.read_options
for key, value in self.ds[0].read_options.items():
if type(value) in (float, float32, float64):
value = float("%g" % value)
self.assertEqual(prro[key], value, "Reader option %s %s vs. %s" % (key, prro[key], value))
def test_recreation_event(self):
ds = NXSData(TEST_EVENT)
ref = Reflectivity(ds[0])
ref2 = Reflectivity(ds[0], normalization=ref)
header = HeaderCreator([ref2, self.ref1, self.ref2])
parser = HeaderParser(unicode(header), parse_meta=False)
parser.parse()
prefl = parser.refls[0]
for key, value in self.ref1.options.items():
if key == "normalization":
continue
if type(value) in (float, float32, float64):
value = float("%g" % value)
self.assertEqual(prefl.options[key], value, "Refl option %s %s vs. %s" % (key, prefl.options[key], value))
prro = prefl.read_options
for key, value in self.ds[0].read_options.items():
if type(value) in (float, float32, float64):
value = float("%g" % value)
self.assertEqual(prro[key], value, "Reader option %s %s vs. %s" % (key, prro[key], value))
