def test_schema():
simple_schema = Schema(test=TEXT, user=ID)
names = simple_schema.names()
items = simple_schema.items()
assert len(simple_schema) == 2
assert len(names) == 2
assert 'test' in names
assert 'user' in names
assert len(items) == 2
assert isinstance(simple_schema['test'], TEXT)
assert isinstance(simple_schema['user'], ID)
with pytest.raises(KeyError):
simple_schema['no_item']
for field in simple_schema:
assert isinstance(field, FieldType)
assert 'test' in simple_schema
assert 'text' not in simple_schema
with pytest.raises(FieldConfigurationError):
simple_schema.add("_test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", object)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", str)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", IndexWriter)
with pytest.raises(ValueError):
NUMERIC(num_type=str)
with pytest.raises(NotImplementedError):
FieldType().equals('a', 'b')
with pytest.raises(ValueError):
list(NUMERIC().analyse('notanumber'))
f = NUMERIC(num_type=float)
assert f.equals('1', '1.0')
dt = DATETIME(analyser=DateTimeAnalyser(datetime_formats=['HH:mm DD/MM/YYYY']))
assert dt.value_of('10:05 01/12/2016') == '2016-12-01T10:05:00z'
assert dt.equals('10:05 01/12/2016', '10:05 01/12/2016')
assert dt.gt('10:06 01/12/2016', '10:05 01/12/2016')
assert dt.gte('10:05 01/12/2016', '10:05 01/12/2016')
assert dt.gte('10:05 02/12/2016', '10:05 01/12/2016')
assert dt.lt('01:05 01/12/2016', '10:05 01/12/2016')
assert dt.lte('10:05 01/12/2016', '10:05 01/12/2016')
assert dt.lte('10:05 01/12/2015', '10:05 01/12/2016')
assert list(BOOLEAN().analyse('1'))[0].value is True
def test_schema():
simple_schema = Schema(test=TEXT, user=ID)
names = simple_schema.names()
items = simple_schema.items()
assert len(simple_schema) == 2
assert len(names) == 2
assert "test" in names
assert "user" in names
assert len(items) == 2
assert isinstance(simple_schema["test"], TEXT)
assert isinstance(simple_schema["user"], ID)
with pytest.raises(KeyError):
simple_schema["no_item"]
for field in simple_schema:
assert isinstance(field, FieldType)
assert "test" in simple_schema
assert "text" not in simple_schema
with pytest.raises(FieldConfigurationError):
simple_schema.add("_test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("a test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", object)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", str)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", IndexWriter)
with pytest.raises(ValueError):
NUMERIC(num_type=str)
with pytest.raises(NotImplementedError):
FieldType().equals("a", "b")
with pytest.raises(ValueError):
list(NUMERIC().analyse("notanumber"))
f = NUMERIC(num_type=float)
assert f.equals("1", "1.0")
assert list(BOOLEAN().analyse("1"))[0].value is True
def test_schema():
simple_schema = Schema(test=TEXT, user=ID)
names = simple_schema.names()
items = simple_schema.items()
assert len(simple_schema) == 2
assert len(names) == 2
assert 'test' in names
assert 'user' in names
assert len(items) == 2
assert isinstance(simple_schema['test'], TEXT)
assert isinstance(simple_schema['user'], ID)
with pytest.raises(KeyError):
simple_schema['no_item']
for field in simple_schema:
assert isinstance(field, FieldType)
assert 'test' in simple_schema
assert 'text' not in simple_schema
with pytest.raises(FieldConfigurationError):
simple_schema.add("_test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("test", TEXT)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", object)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", str)
with pytest.raises(FieldConfigurationError):
simple_schema.add("text", IndexWriter)
with pytest.raises(ValueError):
NUMERIC(num_type=str)
with pytest.raises(NotImplementedError):
FieldType().equals('a', 'b')
with pytest.raises(ValueError):
list(NUMERIC().analyse('notanumber'))
f = NUMERIC(num_type=float)
assert f.equals('1', '1.0')
assert list(BOOLEAN().analyse('1'))[0].value is True
