def test_visit_in(self):
parser = DataQueryParser()
ast1 = parser.parse('"hello" IN "hello world"')
ast2 = parser.parse('"hello1" IN "hello world"')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
def test_visit_lt(self):
parser = DataQueryParser()
ast1 = parser.parse('12 < 23')
ast2 = parser.parse('12 < 3')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
def test_visit_bool(self):
parser = DataQueryParser()
ast1 = parser.parse('TRUE')
ast2 = parser.parse('FALSE')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
def test_visit_match(self):
parser = DataQueryParser()
ast1 = parser.parse(r'"hello world" MATCH /.*world.*/')
ast2 = parser.parse(r'"hello world" MATCH /hello1/')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
def test_parse_key(self):
parser = DataQueryParser()
result = parser.parse('key1')
self.assertIsInstance(result, KeyExpression)
self.assertEqual(result.value, 'key1')
with self.assertRaises(DQSyntaxError):
result = parser.parse('key1.key2.key3')
def test_visit_contains(self):
parser = DataQueryParser()
ast1 = parser.parse('"hello world" CONTAINS "world"')
ast2 = parser.parse('"hello world" CONTAINS "hello1"')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
def test_parse_backtick_key(self):
parser = DataQueryParser()
result = parser.parse('`key1`')
self.assertIsInstance(result, KeyExpression)
self.assertEqual(result.value, 'key1')
result = parser.parse('`key1.key2.key3`')
self.assertIsInstance(result, KeyExpression)
self.assertEqual(result.value, 'key1.key2.key3')
def test_visit_like(self):
parser = DataQueryParser()
ast1 = parser.parse('"hello world" LIKE "*world"')
ast2 = parser.parse('"hello world" LIKE "hello?world"')
ast3 = parser.parse('"hello world" LIKE "*admin*"')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), True)
self.assertEqual(ast3.accept(dqv), False)
def test_visit_key(self):
parser = DataQueryParser()
ast1 = parser.parse('hello')
ast2 = parser.parse('world')
ast3 = parser.parse('`qwerty.x`')
dqv = DataQueryVisitor(ast1)
dqv.data = {'hello': 'world', 'qwerty': {'x': 42}}
self.assertEqual(ast1.accept(dqv).values, ["world"])
self.assertEqual(ast2.accept(dqv).values, [])
self.assertEqual(ast3.accept(dqv).values, [42])
def test_visit_gte(self):
parser = DataQueryParser()
ast1 = parser.parse('23 >= 12')
ast2 = parser.parse('3 >= 12')
ast3 = parser.parse('12 >= 12')
dqv = DataQueryVisitor(ast1)
self.assertEqual(ast1.accept(dqv), True)
self.assertEqual(ast2.accept(dqv), False)
self.assertEqual(ast3.accept(dqv), True)
def test_visit_binary_ops(self):
parser = DataQueryParser()
ast = parser.parse('12 == 45')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('hello == 3')
visitor = KeyExistenceValidatorVisitor(ast)
self.assertTrue(visitor.evaluate())
ast = parser.parse('3 == hello')
visitor = KeyExistenceValidatorVisitor(ast)
self.assertTrue(visitor.evaluate())
def test_visit_not(self):
parser = DataQueryParser()
ast = parser.parse('NOT 3')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('NOT False')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('NOT hello')
visitor = KeyExistenceValidatorVisitor(ast)
self.assertTrue(visitor.evaluate())
def test_visit_or(self):
parser = DataQueryParser()
ast = parser.parse('12 OR 45')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('hello OR 45')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('hello == 3 OR 45')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('hello == 3 OR world > 3')
visitor = KeyExistenceValidatorVisitor(ast)
self.assertTrue(visitor.evaluate())
def test_visit_values(self):
parser = DataQueryParser()
ast = parser.parse('12')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('"hello"')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('NONE')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('True')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse('NOW')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
ast = parser.parse(r'/\d+/')
visitor = KeyExistenceValidatorVisitor(ast)
with self.assertRaises(DQValidationError):
visitor.evaluate()
def test_parse_array(self):
parser = DataQueryParser()
result = parser.parse('[34, 11, "hello", "world"]')
result_types = [
NumberExpression, NumberExpression, StringExpression,
StringExpression
]
for val, t in zip(result.value, result_types):
self.assertIsInstance(val, t)
self.assertEqual(result.value[0].value, '34')
self.assertEqual(result.value[1].value, '11')
self.assertEqual(result.value[2].value, 'hello')
self.assertEqual(result.value[3].value, 'world')
def test_visit_regexp(self):
parser = DataQueryParser()
ast = parser.parse(r'/[abcd]+\d\s*finish/')
dqv = DataQueryVisitor(ast)
self.assertEqual(ast.accept(dqv).pattern, r'[abcd]+\d\s*finish')
def test_parse_empty(self):
parser = DataQueryParser()
result = parser.parse('')
self.assertIsNone(result)
def test_visit_array(self):
parser = DataQueryParser()
ast = parser.parse('[12, "hello"]')
dqv = DataQueryVisitor(ast)
self.assertEqual(ast.accept(dqv), [12, 'hello'])
def test_visit_string(self):
parser = DataQueryParser()
ast = parser.parse('"hello"')
dqv = DataQueryVisitor(ast)
self.assertEqual(ast.accept(dqv), 'hello')
def test_parse_number(self):
parser = DataQueryParser()
result = parser.parse('35')
self.assertIsInstance(result, NumberExpression)
self.assertEqual(result.value, '35')
def test_visit_now(self):
parser = DataQueryParser()
ast = parser.parse('NOW')
dqv = DataQueryVisitor(ast)
self.assertIsInstance(ast.accept(dqv), datetime)
def test_visit_empty(self):
parser = DataQueryParser()
ast = parser.parse('')
dqv = DataQueryVisitor(ast)
self.assertFalse(dqv.evaluate({}))
def test_visit_none(self):
parser = DataQueryParser()
ast = parser.parse('NONE')
dqv = DataQueryVisitor(ast)
self.assertEqual(ast.accept(dqv), None)
def test_parse_bool(self):
parser = DataQueryParser()
result = parser.parse('FALSE')
self.assertIsInstance(result, BooleanExpression)
self.assertEqual(result.value, 'FALSE')
def test_parse_now(self):
parser = DataQueryParser()
result = parser.parse('NOW')
self.assertIsInstance(result, NowExpression)
self.assertEqual(result.value, 'NOW')
def test_parse_regexp(self):
parser = DataQueryParser()
result = parser.parse(r'/\d+/')
self.assertIsInstance(result, RegexpExpression)
self.assertEqual(result.value, r'\d+')
def test_parse_not_expr(self):
parser = DataQueryParser()
result = parser.parse('NOT "hello" IN "hello world"')
self.assertIsInstance(result, NotExpression)
self.assertEqual(result.value.left.value, 'hello')
self.assertEqual(result.value.right.value, 'hello world')
def test_parse_equal(self):
parser = DataQueryParser()
result = parser.parse('35 == 13')
self.assertIsInstance(result, EqualExpression)
self.assertEqual(result.left.value, '35')
self.assertEqual(result.right.value, '13')
def test_visit_number(self):
parser = DataQueryParser()
ast = parser.parse('12')
dqv = DataQueryVisitor(ast)
self.assertEqual(ast.accept(dqv), 12)
def test_parse_match(self):
parser = DataQueryParser()
result = parser.parse(r'"hello world" MATCH /$hello.*/')
self.assertIsInstance(result, MatchExpression)
self.assertEqual(result.left.value, 'hello world')
self.assertEqual(result.right.value, r'$hello.*')