def test_bound_filter_lower_not_included(self):
actual = filters.Filter.build_filter(
filters.Bound(dimension='dim', upper='10', upperStrict=True))
expected = {'type': 'bound', 'dimension': 'dim', 'lower': None,
'lowerStrict': False, 'upper': '10', 'upperStrict': True,
'alphaNumeric': False, 'ordering': 'lexicographic'}
assert actual == expected
def test_bound_filter(self):
actual = filters.Filter.build_filter(
filters.Bound(dimension='dim', lower='1', lowerStrict=True,
upper='10', upperStrict=True, ordering="numeric"))
expected = {'type': 'bound', 'dimension': 'dim', 'lower': '1',
'lowerStrict': True, 'upper': '10', 'upperStrict': True,
'alphaNumeric': False, 'ordering': 'numeric'}
assert actual == expected
def test_bound_filter_with_extraction_function(self):
f = filters.Bound(
dimension='d', lower='1', upper='3', upperStrict=True,
extraction_function=dimensions.RegexExtraction('.*([0-9]+)'))
actual = filters.Filter.build_filter(f)
expected = {'type': 'bound', 'dimension': 'd', 'lower': '1',
'lowerStrict': False, 'upper': '3', 'upperStrict': True,
'ordering': 'lexicographic', 'alphaNumeric': False,
'extractionFn': {'type': 'regex', 'expr': '.*([0-9]+)'}}
assert actual == expected
def test_bound_filter_lower_not_included(self):
actual = filters.Filter.build_filter(
filters.Bound(dimension="dim", upper="10", upperStrict=True))
expected = {
"type": "bound",
"dimension": "dim",
"lower": None,
"lowerStrict": False,
"upper": "10",
"upperStrict": True,
"alphaNumeric": False,
"ordering": "lexicographic",
}
assert actual == expected
def test_bound_filter(self):
actual = filters.Filter.build_filter(
filters.Bound(
dimension="dim",
lower="1",
lowerStrict=True,
upper="10",
upperStrict=True,
ordering="numeric",
))
expected = {
"type": "bound",
"dimension": "dim",
"lower": "1",
"lowerStrict": True,
"upper": "10",
"upperStrict": True,
"alphaNumeric": False,
"ordering": "numeric",
}
assert actual == expected
def test_bound_filter_with_extraction_function(self):
f = filters.Bound(
dimension="d",
lower="1",
upper="3",
upperStrict=True,
extraction_function=dimensions.RegexExtraction(".*([0-9]+)"),
)
actual = filters.Filter.build_filter(f)
expected = {
"type": "bound",
"dimension": "d",
"lower": "1",
"lowerStrict": False,
"upper": "3",
"upperStrict": True,
"ordering": "lexicographic",
"alphaNumeric": False,
"extractionFn": {
"type": "regex",
"expr": ".*([0-9]+)"
},
}
assert actual == expected
