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Project description
HTTPCore
I started to dive into implementation and API design here.
I know this isn't what you were suggesting with requests-core, but it'd be
worth you taking a slow look at this and seeing if there's anything that you
think is a no-go.
httpcore provides the same proposed functionality as requests-core, but at a slightly
lower abstraction level.
Rather than returning Response models, it returns the minimal possible
interface. There's no response.text or any other cleverness, response.headers
are plain byte-pair lists, rather than a headers datastructure etc...
The proposal here is that httpcore would be a silent-partner dependency of requests3,
taking the place of the existing urllib3 dependency.
The benefits to my mind of this level of abstraction are that it is as agnostic as possible to whatever request/response models are built on top of it, and exposes only plain datastructures that reflect the network response.
- An
encode/httpcorepackage would be something I'd gladly maintain. The naming makes sense to me, as there's no strictly implied relationship torequests, although it would fulfil all the requirements forrequests3to build on, and would have a strict semver policy. - An
encode/httpcorepackage is something that would play in well to the collaboratively sponsored OSS story that Encode is pitching. It'd provide what you need forrequests3without encroaching on therequestsbrand. We'd position it similarly to howurllib3is positioned torequestsnow. A focused, low-level networking library, thatrequeststhen builds the developer-focused API on top of. - The current implementation includes all the async API points.
The
PoolManger.request()andPoolManager.close()methods are currently stubbed-out. All the remaining implementation hangs off of those two points. - Take a quick look over the test cases or the package itself to get a feel for it. It's all type annotated, and should be easy to find your way around.
- I've not yet added corresponding sync API points to the implementation, but they will come.
- There's a chunk of implmentation work towards connection pooling in
requests-async. I've not had enough time to nail it yet, but it's got the broad brush-strokes, and given me enough to get a rough feel for how much work there is to do. - We would absolutely want to implement HTTP/2 support.
- Trio support is something that could potentially come later, but it needs to be a secondary consideration.
- I think all the functionality required is stubbed out in the API, with two exceptions. (1) I've not yet added any proxy configuration API. Haven't looked into that enough yet. (2) I've not yet added any retry configuration API, since I havn't really looked enough into which side of requests vs. urllib3 that sits on, or exactly how urllib3 tackles retries, etc.
- I'd be planning to prioritize working on this from Mon 15th April. I don't think it'd take too long to get it to a feature complete and API stable state. (With the exception of the later HTTP/2 work, which I can't really assess yet.) I probably don't have any time left before then - need to focus on what I'm delivering to DjangoCon Europe over the rest of this week.
- To my mind the killer app for
requests3/httpcoreis a high-performance proxy server / gateway service in Python. Pitching the growing ASGI ecosystem is an important part of that story. - I think there's enough headroom before PyCon to have something ready to pitch by then. I could be involved in sprints remotely if there's areas we still need to fill in, anyplace.
import httpcore
response = await httpcore.request('GET', 'http://example.com')
assert response.status_code == 200
assert response.body == b'Hello, world'
Top-level API...
response = await httpcore.request(method, url, [headers], [body], [stream])
Explicit PoolManager...
async with httpcore.PoolManager([ssl], [timeout], [limits]) as pool:
response = await pool.request(method, url, [headers], [body], [stream])
Streaming...
response = await httpcore.request(method, url, stream=True)
async for part in response.stream():
...
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