def test_goodKeys_dict(self):
"""Verify a complete set of keys is returned from getCommonKeys"""
d0 = {1: None, '2': None, (1, 2, 3): "tuple"}
expected = set(d0.keys())
actual = getCommonKeys(d0, d0, 'identical dictionary')
self.assertSetEqual(expected, actual, msg="Passed two dictionaries")
actual = getCommonKeys(d0, expected, 'dictionary and set')
self.assertSetEqual(expected, actual, msg="Passed dictionary and set")
def test_getKeys_missing(self):
"""Verify that missing keys are properly notified."""
log = []
d0 = {1, 2, 3}
emptyS = set()
desc0 = "xObj0x"
desc1 = "xObj1x"
common = getCommonKeys(d0,
emptyS,
'missing keys',
desc0,
desc1,
herald=log.append)
self.assertSetEqual(emptyS, common)
self.assertEqual(len(log), 1, msg="Failed to append warning message")
warnMsg = log[0]
self.assertIsInstance(warnMsg, str, msg="Log messages is not string")
for desc in (desc0, desc1):
errMsg = "Description {} missing from warning message\n{}"
self.assertIn(desc, warnMsg, msg=errMsg.format(desc, warnMsg))
def compareMetadata(self, other, header=False):
"""
Return True if the metadata (settings) are identical.
Parameters
----------
other: :class:`ResultsReader`
Class against which to compare
{header}
Returns
-------
bool:
If the metadata are identical
Raises
------
{compTypeErr}
"""
self._checkCompareObj(other)
if header:
self._compareLogPreMsg(other, quantity='metadata')
myKeys = set(self.metadata.keys())
otherKeys = set(other.metadata.keys())
similar = not any(myKeys.symmetric_difference(otherKeys))
commonKeys = getCommonKeys(myKeys, otherKeys, 'metadata')
skips = commonKeys.intersection(self.__METADATA_COMP_SKIPS)
if any(skips):
info("The following items will be skipped in the comparison\n\t{}".
format(', '.join(sorted(skips))))
for key in sorted(commonKeys):
if key in self.__METADATA_COMP_SKIPS:
continue
selfV = self.metadata[key]
otherV = other.metadata[key]
similar &= logDirectCompare(selfV, otherV, 0., 0., key)
return similar
