* Streaming request by async for.
* Make all requests streaming and preload body for non-streaming handlers.
* Cleanup of code and avoid mixing streaming responses.
* Async http protocol loop.
* Change of test: don't require early bad request error but only after CRLF-CRLF.
* Add back streaming requests.
* Rewritten request body parser.
* Misc. cleanup, down to 4 failing tests.
* All tests OK.
* Entirely remove request body queue.
* Let black f*ckup the layout
* Better testing error messages on protocol errors.
* Remove StreamBuffer tests because the type is about to be removed.
* Remove tests using the deprecated get_headers function that can no longer be supported. Chunked mode is now autodetected, so do not put content-length header if chunked mode is preferred.
* Major refactoring of HTTP protocol handling (new module http.py added), all requests made streaming. A few compatibility issues and a lot of cleanup to be done remain, 16 tests failing.
* Terminate check_timeouts once connection_task finishes.
* Code cleanup, 14 tests failing.
* Much cleanup, 12 failing...
* Even more cleanup and error checking, 8 failing tests.
* Remove keep-alive header from responses. First of all, it should say timeout=<value> which wasn't the case with existing implementation, and secondly none of the other web servers I tried include this header.
* Everything but CustomServer OK.
* Linter
* Disable custom protocol test
* Remove unnecessary variables, optimise performance.
* A test was missing that body_init/body_push/body_finish are never called. Rewritten using receive_body and case switching to make it fail if bypassed.
* Minor fixes.
* Remove unused code.
* Py 3.8 check for deprecated loop argument.
* Fix a middleware cancellation handling test with py38.
* Linter 'n fixes
* Typing
* Stricter handling of request header size
* More specific error messages on Payload Too Large.
* Init http.response = None
* Messages further tuned.
* Always try to consume request body, plus minor cleanup.
* Add a missing check in case of close_if_idle on a dead connection.
* Avoid error messages on PayloadTooLarge.
* Add test for new API.
* json takes str, not bytes
* Default to no maximum request size for streaming handlers.
* Fix chunked mode crash.
* Header values should be strictly ASCII but both UTF-8 and Latin-1 exist. Use UTF-8B to
cope with all.
* Refactoring and cleanup.
* Unify response header processing of ASGI and asyncio modes.
* Avoid special handling of StreamingHTTPResponse.
* 35 % speedup in HTTP/1.1 response formatting (not so much overall effect).
* Duplicate set-cookie headers were being produced.
* Cleanup processed_headers some more.
* Linting
* Import ordering
* Response middleware ran by async request.respond().
* Need to check if transport is closing to avoid getting stuck in sending loops after peer has disconnected.
* Middleware and error handling refactoring.
* Linter
* Fix tracking of HTTP stage when writing to transport fails.
* Add clarifying comment
* Add a check for request body functions and a test for NotImplementedError.
* Linter and typing
* These must be tuples + hack mypy warnings away.
* New streaming test and minor fixes.
* Constant receive buffer size.
* 256 KiB send and receive buffers.
* Revert "256 KiB send and receive buffers."
This reverts commit abc1e3edb2.
* app.handle_exception already sends the response.
* Improved handling of errors during request.
* An odd hack to avoid an httpx limitation that causes test failures.
* Limit request header size to 8 KiB at most.
* Remove unnecessary use of format string.
* Cleanup tests
* Remove artifact
* Fix type checking
* Mark test for skipping
* Cleanup some edge cases
* Add ignore_body flag to safe methods
* Add unit tests for timeout logic
* Add unit tests for timeout logic
* Fix Mock usage in timeout test
* Change logging test to only logger in handler
* Windows py3.8 logging issue with current testing client
* Add test_header_size_exceeded
* Resolve merge conflicts
* Add request middleware to hard exception handling
* Add request middleware to hard exception handling
* Request middleware on exception handlers
* Linting
* Cleanup deprecations
Co-authored-by: L. Kärkkäinen <tronic@users.noreply.github.com>
Co-authored-by: Adam Hopkins <admhpkns@gmail.com>
Moves the subfunction _handler out to a module-level function, and parameterizes it with functools.partial().
Fixes the case when picking a sanic app which has a registered static route handler. This is usually encountered when attempting to use multiprocessing or auto_reload on OSX or Windows.
Fixes#1774
Update all tests to be compatible with requests-async
Cleanup testing client changes with black and isort
Remove Python 3.5 and other meta doc cleanup
rename pyproject and fix pep517 error
Add black config to tox.ini
Cleanup tests and remove aiohttp
tox.ini change for easier development commands
Remove aiohttp from changelog and requirements
Cleanup imports and Makefile
Change the string passed in the "name" section of the namedtuples in Blueprint to match the name of the Blueprint module attribute name.
This allows blueprints to be pickled and unpickled, without errors, which is a requirment of running Sanic in multiprocessing mode in Windows.
Added a test for pickling and unpickling blueprints
Added a test for pickling and unpickling sanic itself
Added a test for enabling multiprocessing on an app with a blueprint (only useful to catch this bug if the tests are run on Windows).
* Move serve_multiple, remove stop_events, fix tests
Moves serve_multiple out of the app, removes stop_event (adds a
deprecation warning, but it also wasn't doing anything) fixes
multiprocessing tests so that they don't freeze pytest's runner.
Other notes:
Also moves around some imports so that they are better optimized as
well.
* Re-add in stop_event, maybe it wasn't so bad!
* Get rid of unused warnings import
By using the builtin pytest skips we can identify that the tests are still there but are being currently skipped.
Will update later to remove the skips once we figure out why they freeze with pytest (I experienced this same issue with multiprocessing when testing start/stop events).
