def test_subset_of_and_or():
"""Ordinary subset ("and", "or")"""
cases = [[F.al('ac'), F.samjna('dhatu'), F.upadha('Yam')]]
for filters in cases:
intersection = F.Filter._and(*filters)
for f in filters:
assert intersection.subset_of(f)
union = F.Filter._or(*filters)
for f in filters:
assert f.subset_of(union)
def test_samjna():
cases = [(
['anga'],
'nara grAma vIra',
'nara grAma vIra',
)]
for pattern, yes, no in cases:
f = F.samjna(*pattern)
for y in yes.split():
assert f.allows([Upadesha.as_anga(y)], 0)
for n in no.split():
assert not f.allows([Pratyaya(n)], 0)
def test_subset_of_and_or():
"""Ordinary subset ("and", "or")"""
cases = [
[F.al('ac'), F.samjna('dhatu'), F.upadha('Yam')]
]
for filters in cases:
intersection = F.Filter._and(*filters)
for f in filters:
assert intersection.subset_of(f)
union = F.Filter._or(*filters)
for f in filters:
assert f.subset_of(union)
def test_samjna():
cases = [
(['anga'],
'nara grAma vIra',
'nara grAma vIra',
)
]
for pattern, yes, no in cases:
f = F.samjna(*pattern)
for y in yes.split():
assert f.allows([Upadesha.as_anga(y)], 0)
for n in no.split():
assert not f.allows([Pratyaya(n)], 0)
def test_subset_of_inference():
"""Inferential subset"""
bhu = F.dhatu('BU')
dhatu = F.samjna('dhatu')
assert bhu.subset_of(dhatu)
def test_subset_of_inference():
"""Inferential subset"""
bhu = F.dhatu('BU')
dhatu = F.samjna('dhatu')
assert bhu.subset_of(dhatu)