def test_invalidate(self):
"AST is invalidated when set changes"
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
match = s.evaluate({'name': 'Jill'})
assert match == [p2]
p3 = Predicate("name is 'Joe'")
s.add(p3)
assert s.ast == None
match = s.evaluate({'name': 'Joe'})
assert match == [p3]
def test_invalidate(self):
"AST is invalidated when set changes"
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
match = s.evaluate({'name': 'Jill'})
assert match == [p2]
p3 = Predicate("name is 'Joe'")
s.add(p3)
assert s.ast == None
match = s.evaluate({'name': 'Joe'})
assert match == [p3]
def test_samples():
p = os.path.dirname(os.path.abspath(__file__))
fh = open(os.path.join(p, "preds.txt"))
s1 = PredicateSet()
s2 = OptimizedPredicateSet()
match = []
for line, pred in enumerate(fh):
pred = pred.strip()
obj = Predicate(pred)
# Add to the set
s1.add(obj)
s2.add(obj)
# Add to the list of matches
if pred.endswith("true"):
match.append(pred)
# Run the sets
s1_match = s1.evaluate(DOC)
s2_match = s2.evaluate(DOC)
# Ensure both match
match.sort()
s1_match = [p.predicate for p in s1_match]
s1_match.sort()
s2_match = [p.predicate for p in s2_match]
s2_match.sort()
assert s1_match == match
assert s2_match == match
def test_samples():
p = os.path.dirname(os.path.abspath(__file__))
fh = open(os.path.join(p, "preds.txt"))
s1 = PredicateSet()
s2 = OptimizedPredicateSet()
match = []
for line, pred in enumerate(fh):
pred = pred.strip()
obj = Predicate(pred)
# Add to the set
s1.add(obj)
s2.add(obj)
# Add to the list of matches
if pred.endswith("true"):
match.append(pred)
# Run the sets
s1_match = s1.evaluate(DOC)
s2_match = s2.evaluate(DOC)
# Ensure both match
match.sort()
s1_match = [p.predicate for p in s1_match]
s1_match.sort()
s2_match = [p.predicate for p in s2_match]
s2_match.sort()
assert s1_match == match
assert s2_match == match
def test_finalize(self):
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
s.finalize()
match = s.evaluate({'name': 'Jill'})
assert match == [p2]
p3 = Predicate("name is 'Joe'")
with pytest.raises(Exception):
s.add(p3)
def test_finalize(self):
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
s.finalize()
match = s.evaluate({'name': 'Jill'})
assert match == [p2]
p3 = Predicate("name is 'Joe'")
with pytest.raises(Exception):
s.add(p3)
def test_dup(self):
p1 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p1])
match = s.evaluate({'name': 'Jill'})
assert match == [p1]
def test_two(self):
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
match = s.evaluate({'name': 'Jill'})
assert match == [p2]
def test_dup(self):
p1 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p1])
match = s.evaluate({'name': 'Jill'})
assert match == [p1]
def test_two(self):
p1 = Predicate("name is 'Jack'")
p2 = Predicate("name is 'Jill'")
s = OptimizedPredicateSet([p1, p2])
match = s.evaluate({'name': 'Jill'})
assert match == [p2]