def urlsplit(url):
"""Similar to stdlib urlparse.urlsplit, but splits the url into more parts.
url -- string url to be parsed.
return -- a yelp.uri.SplitResult
"""
url = _urlparse.urlsplit(
from_bytes(url) if isinstance(url, six.binary_type) else url
)
nl = netlocsplit(url.netloc)
return SplitResult(url.scheme, nl.username, nl.password, nl.hostname, nl.port, url.path, url.query, url.fragment)
def urlsplit(url):
"""Similar to stdlib urlparse.urlsplit, but splits the url into more parts.
url -- string url to be parsed.
return -- a yelp.uri.SplitResult
"""
url = _urlparse.urlsplit(
from_bytes(url) if isinstance(url, six.binary_type) else url)
nl = netlocsplit(url.netloc)
return SplitResult(url.scheme, nl.username, nl.password, nl.hostname,
nl.port, url.path, url.query, url.fragment)
def _encode(string, encoding='UTF-8', expected='', quoted=True):
if string is None:
return string
string = from_bytes(string)
if encoding:
string = string.encode(encoding)
if quoted:
string = quote(string, expected)
string = string.decode('ASCII')
return string
def _encode(string, encoding='UTF-8', expected='', quoted=True):
if string is None:
return string
string = from_bytes(string)
if encoding:
string = string.encode(encoding)
if quoted:
string = quote(string, expected)
string = string.decode('ASCII')
return string
def request(
self,
request_params: MutableMapping[str, Any],
operation: Optional[Operation] = None,
request_config: Optional[RequestConfig] = None,
) -> HttpFuture:
"""Sets up the request params for aiohttp and executes the request in the background.
:param request_params: request parameters for the http request.
:param operation: operation that this http request is for. Defaults
to None - in which case, we're obviously just retrieving a Swagger
Spec.
:param request_config:RequestConfig request_config: Per-request config that is passed to
:class:`bravado.http_future.HttpFuture`.
:rtype: :class: `bravado_core.http_future.HttpFuture`
"""
orig_data = request_params.get("data", {})
if isinstance(orig_data, Mapping):
data = FormData()
for name, value in orig_data.items():
str_value = (
str(value) if not is_list_like(value) else [str(v) for v in value]
)
data.add_field(name, str_value)
else:
data = orig_data
if isinstance(data, FormData):
for name, file_tuple in request_params.get("files", {}):
stream_obj = file_tuple[1]
data.add_field(name, stream_obj, filename=file_tuple[0])
params = self.prepare_params(request_params.get("params"))
connect_timeout = request_params.get("connect_timeout") # type: Optional[float]
request_timeout = request_params.get("timeout") # type: Optional[float]
# mypy thinks the type of total and connect is float, even though it is Optional[float]. Let's ignore the error.
timeout = (
aiohttp.ClientTimeout(total=request_timeout, connect=connect_timeout)
if (connect_timeout or request_timeout)
else None
)
follow_redirects = request_params.get("follow_redirects", False)
# aiohttp always adds a Content-Type header, and this breaks some servers that don't
# expect it for non-POST/PUT requests: https://github.com/aio-libs/aiohttp/issues/457
skip_auto_headers = (
["Content-Type"]
if request_params.get("method") not in ["POST", "PUT"]
else None
)
coroutine = self.client_session.request(
method=request_params.get("method") or "GET",
url=cast(str, request_params.get("url", "")),
params=params,
data=data,
headers={
# Convert not string headers to string
k: from_bytes(v) if isinstance(v, bytes) else str(v)
for k, v in request_params.get("headers", {}).items()
},
allow_redirects=follow_redirects,
skip_auto_headers=skip_auto_headers,
timeout=timeout,
**self._get_ssl_params()
)
future = self.run_coroutine_func(coroutine, loop=self.loop)
return self.bravado_future_class(
self.future_adapter(future),
self.response_adapter(loop=self.loop),
operation,
request_config=request_config,
)
def test_windows_roundtrip(value):
assert from_bytes(value, 'windows-1252') == to_bytes(
value, 'windows-1252').decode('windows-1252')
def test_utf8_roundtrip(value):
assert from_bytes(value, 'utf8') == to_bytes(value, 'utf8').decode('utf8')
def test_internet_roundtrip(value):
assert from_bytes(value) == to_bytes(value).decode('internet')
def test_from_bytes_with_win1252able_object():
expected = UNICODE.win1252 if PY2 else repr(win1252able)
assert expected == from_bytes(win1252able)
def test_with_win1252():
win1252 = UNICODE.utf8.encode('windows-1252', 'ignore')
assert UNICODE.win1252.encode('windows-1252') == win1252
assert UNICODE.win1252 == from_bytes(win1252)
def test_from_bytes_with_win1252able_object():
expected = UNICODE.win1252 if PY2 else repr(win1252able)
assert expected == from_bytes(win1252able)
def test_to_native_with_byte_string(value): # pragma: no cover
if PY2:
assert to_native(value) == value
else:
assert to_native(value) == from_bytes(value)
def test_internet_roundtrip(value):
assert from_bytes(value) == to_bytes(value).decode('internet')
def test_with_win1252():
win1252 = UNICODE.utf8.encode('windows-1252', 'ignore')
assert UNICODE.win1252.encode('windows-1252') == win1252
assert UNICODE.win1252 == from_bytes(win1252)
def test_to_native_with_byte_string(value): # pragma: no cover
if PY2:
assert to_native(value) == value
else:
assert to_native(value) == from_bytes(value)
def test_windows_roundtrip(value):
assert from_bytes(value, 'windows-1252') == to_bytes(value, 'windows-1252').decode('windows-1252')
def test_utf8_roundtrip(value):
assert from_bytes(value, 'utf8') == to_bytes(value, 'utf8').decode('utf8')