def test_invert(io_reader, data, kind, convert, extract_path):
matcher = ~streamson.DepthMatcher("2")
buff_handler = BufferHandler(use_path=extract_path)
handler = PythonConverterHandler(
convert, extract_path) + buff_handler if convert else buff_handler
if kind == Kind.ITER:
extracted = streamson.extract_iter((e for e in data),
[(matcher, handler)], extract_path)
elif kind == Kind.FD:
extracted = streamson.extract_fd(io_reader, [(matcher, handler)], 5,
extract_path)
output = Output(extracted).generator()
assert next(output) == (
"" if extract_path else None,
b'{"users": ["john", "carl", "bob"], "groups": ["admins", "users"]}',
)
with pytest.raises(StopIteration):
next(output)
convert = convert if convert else (lambda x: x)
assert buff_handler.pop_front() == (
"" if extract_path else None,
[
e for e in convert(
b'{"users": ["john", "carl", "bob"], "groups": ["admins", "users"]}'
)
],
)
assert buff_handler.pop_front() is None
def test_simple(io_reader, data, kind, convert, extract_path):
matcher = streamson.SimpleMatcher('{"users"}[]')
buff_handler = BufferHandler(use_path=extract_path)
handler = PythonConverterHandler(
convert, extract_path) + buff_handler if convert else buff_handler
if kind == Kind.ITER:
extracted = streamson.extract_iter((e for e in data),
[(matcher, handler)], extract_path)
elif kind == Kind.FD:
extracted = streamson.extract_fd(io_reader, [(matcher, handler)], 5,
extract_path)
output = Output(extracted).generator()
assert next(output) == ('{"users"}[0]' if extract_path else None,
b'"john"')
assert next(output) == ('{"users"}[1]' if extract_path else None,
b'"carl"')
assert next(output) == ('{"users"}[2]' if extract_path else None, b'"bob"')
with pytest.raises(StopIteration):
next(output)
convert = convert if convert else (lambda x: x)
assert buff_handler.pop_front() == ('{"users"}[0]' if extract_path else
None, [e for e in convert(b'"john"')])
assert buff_handler.pop_front() == ('{"users"}[1]' if extract_path else
None, [e for e in convert(b'"carl"')])
assert buff_handler.pop_front() == ('{"users"}[2]' if extract_path else
None, [e for e in convert(b'"bob"')])
assert buff_handler.pop_front() is None
def test_simple(io_reader, data, kind, convert):
matcher = streamson.SimpleMatcher('{"users"}[]')
buff_handler = BufferHandler()
handler = PythonConverterHandler(
convert) + buff_handler if convert else buff_handler
if kind == Kind.ITER:
filtered = streamson.filter_iter((e for e in data),
[(matcher, handler)])
elif kind == Kind.FD:
filtered = streamson.filter_fd(io_reader, [(matcher, handler)], 5)
output = Output(filtered).generator()
assert next(output) == (None,
b'{"users": [], "groups": ["admins", "users"]}')
with pytest.raises(StopIteration):
next(output)
convert = convert if convert else (lambda x: x)
assert buff_handler.pop_front() == ('{"users"}[0]',
[e for e in convert(b'"john"')])
assert buff_handler.pop_front() == ('{"users"}[1]',
[e for e in convert(b'"carl"')])
assert buff_handler.pop_front() == ('{"users"}[2]',
[e for e in convert(b'"bob"')])
assert buff_handler.pop_front() is None
async def test_depth(make_async_gen, convert, extract_path):
matcher = streamson.DepthMatcher("1")
buff_handler = BufferHandler(use_path=extract_path)
handler = PythonConverterHandler(
convert, extract_path) + buff_handler if convert else buff_handler
async_out = streamson.extract_async(make_async_gen()(),
[(matcher, handler)], extract_path)
res = []
async for rec in async_out:
res.append(rec)
output = list(Output(e for e in res).generator())
assert len(output) == 1
assert output[0] == (
'{"users"}' if extract_path else None,
b'["john", "carl", "bob"]',
)
convert = convert if convert else (lambda x: x)
assert buff_handler.pop_front() == (
'{"users"}' if extract_path else None,
[e for e in convert(b'["john", "carl", "bob"]')],
)
assert buff_handler.pop_front() is None
async def test_simple(make_async_gen, convert, extract_path):
matcher = streamson.SimpleMatcher('{"users"}[]')
buff_handler = BufferHandler(use_path=extract_path)
handler = PythonConverterHandler(
convert, extract_path) + buff_handler if convert else buff_handler
async_out = streamson.extract_async(make_async_gen()(),
[(matcher, handler)], extract_path)
res = []
async for rec in async_out:
res.append(rec)
output = list(Output(e for e in res).generator())
assert len(output) == 3
assert output[0] == ('{"users"}[0]' if extract_path else None, b'"john"')
assert output[1] == ('{"users"}[1]' if extract_path else None, b'"carl"')
assert output[2] == ('{"users"}[2]' if extract_path else None, b'"bob"')
convert = convert if convert else (lambda x: x)
assert buff_handler.pop_front() == (
'{"users"}[0]' if extract_path else None,
[e for e in convert(b'"john"')],
)
assert buff_handler.pop_front() == (
'{"users"}[1]' if extract_path else None,
[e for e in convert(b'"carl"')],
)
assert buff_handler.pop_front() == (
'{"users"}[2]' if extract_path else None,
[e for e in convert(b'"bob"')],
)
assert buff_handler.pop_front() is None
async def test_simple(make_async_gen, extract_path):
handler = BufferHandler(use_path=extract_path)
matcher = streamson.SimpleMatcher('{"users"}[]')
async_out = streamson.trigger_async(make_async_gen()(),
[(matcher, handler)])
output_data = b""
async for rec in async_out:
output_data += rec
assert output_data == b'{"users": ["john", "carl", "bob"]}'
assert handler.pop_front() == ('{"users"}[0]' if extract_path else None,
[e for e in b'"john"'])
assert handler.pop_front() == ('{"users"}[1]' if extract_path else None,
[e for e in b'"carl"'])
assert handler.pop_front() == ('{"users"}[2]' if extract_path else None,
[e for e in b'"bob"'])
def test_nested(io_reader, data, kind, extract_path):
handler = BufferHandler(use_path=extract_path)
matcher = streamson.SimpleMatcher('{"users"}') | streamson.SimpleMatcher(
'{"users"}[0]')
output_data = b""
if kind == Kind.ITER:
for e in streamson.trigger_iter((e for e in data),
[(matcher, handler)]):
output_data += e
elif kind == Kind.FD:
for e in streamson.trigger_fd(io_reader, [(matcher, handler)], 5):
output_data += e
assert output_data == b'{"users": ["john", "carl", "bob"], "groups": ["admins", "users"]}'
assert handler.pop_front() == ('{"users"}[0]' if extract_path else None,
[e for e in b'"john"'])
assert handler.pop_front() == ('{"users"}' if extract_path else None,
[e for e in b'["john", "carl", "bob"]'])
assert handler.pop_front() is None