httpunk

httpunk is a Rust-powered async HTTP library for Python. It's powered by the hyper stack and Rust crates like http.

httpunk is deliberately low-level: you bring your own connected transport, and build requests and read responses directly. It's meant to be a solid, performant base for building HTTP clients and servers on top of.

httpunk's API mirrors hyper's wherever possible.

Warning: httpunk is in an early stage and still work in progress.

Note: httpunk was built with substantial help from LLMs, under human supervision.

In a nutshell

A client request over the asyncio backend:

import asyncio

from httpunk import Backend
from httpunk.util import connect


async def main():
    # connect() dials the socket, does TLS + ALPN, and returns the matching
    # (un-entered) HTTP/2 or HTTP/1 connection.
    async with await connect("https://www.example.com", backend=Backend.asyncio) as conn:
        resp = await conn.request("GET", "/", headers={"host": "www.example.com"})
        print(resp.status)                    # 200
        print(resp.headers["content-type"])   # b'text/html; charset=UTF-8'
        print(await resp.read())              # b'<!doctype html>...'


asyncio.run(main())

A server that speaks both HTTP/1 and HTTP/2, embedded in an asyncio loop:

import asyncio

import httpunk.asyncio


class Echo(httpunk.asyncio.AutoServerProtocol):
    async def handle(self, request):
        body = await request.read()
        await request.respond(200, headers={"content-type": "text/plain"}, body=body)


async def main():
    loop = asyncio.get_running_loop()
    server = await loop.create_server(Echo, "0.0.0.0", 8000)
    async with server:
        await server.serve_forever()


asyncio.run(main())

Installation

pip install httpunk

httpunk supports additional backends beyond asyncio, but they require extra dependencies. Enable one via the relevant extra:

pip install httpunk[tonio]

Features

HTTP/1 and HTTP/2, client and server implementations
Protocol-neutral structures such as Request, Response, HeaderMap
Multiple backend support: asyncio and tonio (with trio targeted for future releases)
AsyncIO ready-to-go protocols: extensible asyncio.Protocol classes (H1, H2, Auto)
Batteries in the util module: connect and ALPN negotiation, h1/h2 auto-detection, connection pooling, graceful shutdown, proxy-environment matching.

Usage

Backends

Everything that does I/O runs on a backend. There is no default: tonio needs free-threaded CPython 3.14+, while asyncio runs everywhere, so you must choose one and pass it explicitly.

from httpunk import Backend

Backend.asyncio   # the standard-library asyncio backend (available everywhere)
Backend.tonio     # the tonio runtime backend (free-threaded CPython 3.14+)

Every connection, server and httpunk.util helper takes a backend= argument, which accepts a Backend member (the recommended form) or an already-created backend instance:

from httpunk import Backend, H2Connection

conn = H2Connection(transport, authority="example.com:443", backend=Backend.asyncio)

Client

A client connection is created over a transport you have already connected. H1Connection and H2Connection share the same surface, so code written against one works against the other.

from httpunk import Backend, H1Connection, H2Connection, Request

# `transport` is any connected transport from your chosen backend
# (e.g. `await AsyncioBackend().connect_tcp(host, port)`), or use
# `httpunk.util.connect()` which dials + negotiates for you.
async with H2Connection(transport, authority="example.com:443", backend=Backend.asyncio) as conn:
    # Build a request explicitly and send it:
    resp = await conn.send_request(Request("GET", "/", headers={"host": "example.com"}))
    # ...or use the request() convenience:
    resp = await conn.request("GET", "/", headers={"host": "example.com"})

Entering the connection with async with runs the protocol handshake; leaving it closes the transport.

Request is protocol-neutral: Request(method, target, *, headers=None, body=None, trailers=None). The request-target is sent verbatim (a path, an absolute URL, or an authority for CONNECT) — httpunk never rewrites it or auto-adds a Host header, so you supply headers explicitly.

Response exposes status, headers (a HeaderMap), and a lazily-streamed body:

resp = await conn.request("GET", "/data")
resp.status                       # int, e.g. 200
resp.headers["content-type"]      # header values are bytes

# Read the whole body...
data = await resp.read()

# ...or stream it chunk by chunk:
async for chunk in resp.aiter_bytes():
    ...

resp.trailers                     # a HeaderMap of trailing headers, or None

A response can be used as an async context manager to guarantee release (cancelling the body if it wasn't fully read):

async with await conn.request("GET", "/big") as resp:
    async for chunk in resp.aiter_bytes():
        ...

Streaming request bodies and trailers

body may be bytes, or a sync/async iterable of bytes (streamed as it is produced). trailers are header fields sent after the body — chunked trailers on HTTP/1, a trailing HEADERS frame on HTTP/2:

async def chunks():
    yield b"hello "
    yield b"world"

resp = await conn.request(
    "POST", "/upload",
    headers={"host": "example.com", "content-type": "application/octet-stream"},
    body=chunks(),
    trailers={"x-checksum": "..."},
)

Readiness

conn.ready() waits until the connection can accept a request (an HTTP/2 stream slot is free, or the single in-flight HTTP/1 exchange has finished). conn.closed is a synchronous liveness check — useful for evicting a dead connection from a pool.

Server

A server is created over a transport you have already accepted from a listener. Iterate it to handle incoming requests; H1Server and H2Server share the same accept loop.

from httpunk import Backend, H1Server

async with H1Server(transport, backend=Backend.asyncio) as server:
    async for request in server:
        body = await request.read()
        await request.respond(200, headers={"content-type": "text/plain"}, body=body)

Each request carries method, target/path, headers, and a streamable body (request.read() / request.aiter_bytes()). Answer it with request.respond(status, *, headers=None, body=None). On HTTP/2 you can also abort a single stream with request.reset() instead of responding (e.g. when a handler fails) — the connection and its other streams keep running.

HTTP/1 serves one request/response at a time (the loop won't yield the next until the current one is answered); HTTP/2 multiplexes, so for concurrent handling you would spawn a task per request. The AsyncIO protocols handle that for you.

Servers support cooperative graceful shutdown via server.graceful_shutdown() (see GracefulShutdown for coordinating this across many connections).

Headers

HeaderMap is a dict-like, multi-value-aware header container (reused from the Rust http crate). Names are case-insensitive; values are returned as bytes.

from httpunk import HeaderMap

h = HeaderMap({"content-type": "text/plain"})
h["content-type"]            # b'text/plain'
h.get("x-missing")           # None
h.add("set-cookie", "a=1")   # append (multi-value)
h.add("set-cookie", "b=2")
h.get_all("set-cookie")      # [b'a=1', b'b=2']
"content-type" in h          # True

Anywhere a headers= argument is accepted you can pass a HeaderMap, a mapping, or an iterable of (name, value) pairs.

For consumers that want raw pairs — e.g. an ASGI server building a scope's headers — raw_items() returns (bytes, bytes) tuples (names already lowercase) in one call:

h.raw_items()                # [(b'content-type', b'text/plain'), (b'set-cookie', b'a=1'), ...]

Errors

httpunk's exceptions all derive from a common HTTPunkError root. ConnectionClosedError is protocol-neutral — raised on both HTTP/1 and HTTP/2 when the transport closes with work in flight — so it sits directly under the root. Every HTTP/2-specific error shares the H2Error sub-base:

HTTPunkError
├── ConnectionClosedError    transport closed / IO error with work in flight  (HTTP/1 + HTTP/2)
└── H2Error                  base for HTTP/2 protocol errors
    ├── H2ProtocolError      connection-level protocol violation (-> GOAWAY)
    ├── H2StreamError        stream-level protocol violation (-> RST_STREAM)
    ├── H2UserError          local API misuse
    ├── H2FlowControlError   flow-control window over/underflow
    ├── GoAwayError          the peer sent GOAWAY
    └── StreamResetError     the peer sent RST_STREAM for a stream

Catch H2Error for HTTP/2 protocol failures, ConnectionClosedError for a dropped transport, or HTTPunkError for anything httpunk raises.

GoAwayError carries last_stream_id, error_code and debug_data; StreamResetError carries stream_id and error_code. Error codes are H2Reason members (an IntEnum, so they compare equal to plain ints) for known codes, or a raw int otherwise.

from httpunk import ConnectionClosedError, GoAwayError, HTTPunkError, StreamResetError

try:
    resp = await conn.request("GET", "/")
    await resp.read()
except StreamResetError as exc:
    print("stream reset:", exc.stream_id, exc.error_code)
except GoAwayError as exc:
    # streams above last_stream_id were not processed and are safe to retry
    print("server going away:", exc.last_stream_id)
except ConnectionClosedError:
    print("transport dropped")
except HTTPunkError:
    ...

Utilities

httpunk.util collects the higher-level conveniences a real client/server host needs. Unlike the core, these carry no wire-protocol fidelity constraint.

connect

connect(url, *, backend, alpn=("h2", "http/1.1"), ssl_context=None) dials url, negotiates the protocol, and returns the matching un-entered connection (with authority set from the URL):

https → TLS with ALPN; h2 upgrades to H2Connection, anything else falls back to H1Connection.
http → plain TCP → H1Connection.

from httpunk import Backend
from httpunk.util import connect

async with await connect("https://example.com", backend=Backend.asyncio) as conn:
    resp = await conn.request("GET", "/", headers={"host": "example.com"})

Auto protocol

auto.serve(transport, *, backend, only=None, cancel=None) sniffs an accepted transport's opening bytes and returns the matching un-entered H1Server or H2Server — the accepting- side analogue of connect. Pass only="h1" / only="h2" to force a protocol.

from httpunk import Backend
from httpunk.util import auto

server = await auto.serve(transport, backend=Backend.asyncio)
async with server:
    async for request in server:
        await request.respond(200, body=b"ok")

Connection pools

httpunk.util.pool provides three composable pools. A connector is an async callable returning an un-entered connection (typically lambda dst: connect(dst)); the pool owns the connection's lifetime.

Singleton — coalesces concurrent callers onto one shared connection (the HTTP/2 pattern). await pool.get() returns the shared connection, connecting once.
Cache — a set of idle connections checked out and returned for reuse (the HTTP/1 pattern). async with cache.checkout() as conn: leases one.
Map — routes a destination URL to a per-key inner pool, built lazily.

from httpunk import Backend
from httpunk.util import connect, pool

shared = pool.Singleton(lambda dst: connect(dst, backend=Backend.asyncio), backend=Backend.asyncio)
conn = await shared.get("https://example.com")
resp = await conn.request("GET", "/", headers={"host": "example.com"})

All pools expose retain(predicate) (evict connections a predicate rejects), is_empty() and aclose().

Graceful shutdown

GracefulShutdown coordinates a graceful shutdown across many connections. watch(server, serve) registers a connection and returns the coroutine that drives it; shutdown() signals every watched connection and waits for them to drain.

from httpunk.util import GracefulShutdown

graceful = GracefulShutdown(backend=Backend.asyncio)

async def serve(server):
    async with server:
        async for request in server:
            await handle(request)

# spawn `graceful.watch(server, serve)` per accepted connection, then on shutdown:
await graceful.shutdown()

Proxy matching

httpunk.util.proxy exposes the vendored proxy matcher (*_PROXY / NO_PROXY environment rules):

from httpunk.util import proxy

matcher = proxy.Matcher.from_env()
intercept = matcher.intercept("https://example.com")
if intercept is not None:
    print(intercept.uri)   # the proxy to use for this URL

AsyncIO utilities

httpunk.asyncio provides reusable asyncio.Protocol classes so you can embed httpunk in any asyncio program.

Server protocols — subclass one and implement handle(request):

H1ServerProtocol / H2ServerProtocol — force the protocol.
AutoServerProtocol — detect HTTP/1 vs HTTP/2 from the client's opening bytes.

import asyncio

import httpunk.asyncio


class MyServer(httpunk.asyncio.AutoServerProtocol):
    async def handle(self, request):
        await request.respond(200, headers={"content-type": "text/plain"}, body=b"hi")


async def main():
    loop = asyncio.get_running_loop()
    server = await loop.create_server(MyServer, "0.0.0.0", 8000)
    async with server:
        await server.serve_forever()


asyncio.run(main())

Each protocol supports graceful_shutdown() and wait_closed(). For host-coordinated shutdown, ServerConnections tracks live connections and drains them together:

from httpunk.asyncio import ServerConnections

conns = ServerConnections()
server = await loop.create_server(conns.track(MyServer), host, port)
# ... on shutdown:
server.close()                     # stop accepting new connections
await conns.shutdown(timeout=30)   # drain in-flight, force-close stragglers

Client protocols — the mirror of the server ones, for loop.create_connection. Once the connection is up, await proto.ready() returns the httpunk client connection to send requests on. Configuration (authority/scheme) is passed via a factory closure, since create_connection calls the factory with no arguments.

H1ClientProtocol / H2ClientProtocol — force the protocol.
AutoClientProtocol — pick HTTP/1 vs HTTP/2 from the TLS ALPN result (plain TCP → HTTP/1).

import asyncio
import ssl

import httpunk.asyncio


async def main():
    loop = asyncio.get_running_loop()
    ctx = ssl.create_default_context()
    ctx.set_alpn_protocols(["h2", "http/1.1"])
    transport, proto = await loop.create_connection(
        lambda: httpunk.asyncio.H2ClientProtocol(authority="example.com:443", scheme="https"),
        "example.com", 443, ssl=ctx, server_hostname="example.com",
    )
    conn = await proto.ready()                 # await handshake -> H2Connection
    resp = await conn.request("GET", "/", headers={"host": "example.com"})
    print(resp.status, await resp.read())
    await proto.aclose()


asyncio.run(main())

License

httpunk is released under the BSD 3-Clause License.

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Download URL: httpunk-0.2.1.tar.gz
Upload date: Aug 26, 2026
Size: 308.3 kB
Tags: Source
Uploaded using Trusted Publishing? Yes
Uploaded via: twine/7.0.0 CPython/3.13.14

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MD5	`c5e4a3174315590159184d66721cc853`
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MD5	`923be520da6fe52f72bb25d089439a7a`
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Algorithm	Hash digest
SHA256	`645365ad5e45630a26ed3147313e47366afb6bc684cb5df60a27f81397df8dac`
MD5	`74642b26c9f19e27e56117a69160819b`
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SHA256	`ef7e608d982dbff5ec420189d731adc04db717c265274cc1a5b77192fa8fec37`
MD5	`594f1ce493e418c76d6675f002167fbb`
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MD5	`367644de05942cd49ce1a0eff4e03641`
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MD5	`880a9031d123fb6a081a1bd4c4e65964`
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SHA256	`04b066fa5e30026e3ec7e20b7790b185134899f23a078bd9f815dc0f71ec0c2e`
MD5	`99fedf6db015e6ed0afe44d466cd6556`
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Algorithm	Hash digest
SHA256	`88856fac22f150354ad4775fd554f24c1c3419ba514bf0ddd611b33358a7d2c6`
MD5	`f1e39bfbdb84d5649e3553aef32629c3`
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Algorithm	Hash digest
SHA256	`5e6671fffeb26dc86b76066825cc04e36a201c4559225d85a567caf1e1bd2af9`
MD5	`cb570a5f84a85220b25f2c7817becdf8`
BLAKE2b-256	`2efd54743adedb5d5653bed5e5825f3c2890bacaa5c2e716dc1b47d124f2e358`

Algorithm	Hash digest
SHA256	`94c57fdaad462d9ab62dbf4816472d9c2f32ea0921e60cc73b6e5463196c52e6`
MD5	`c3c25004236cca5ef122520da753e65d`
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httpunk 0.2.1

httpunk

In a nutshell

Installation

Features

Usage

Backends

Client

Streaming request bodies and trailers

Readiness

Server

Headers

Errors

Utilities

connect

Auto protocol

Connection pools

Graceful shutdown

Proxy matching

AsyncIO utilities

License

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Key dates

1 maintainer

Credits

GitHub Statistics

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Provides Extra

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Algorithm	Hash digest
SHA256	`4cb66a64b6234dbe0f78fed89c70ccb99f36df0f8fc918afe3109ed39fff8b74`
MD5	`4857d58d376e90701960b2dda361f940`
BLAKE2b-256	`5388095f92ff58a9ecdfada9e9a13b8cf9b75c34918daf2abf3393702755df32`

Algorithm	Hash digest
SHA256	`1418b61291da2fcfe4b13da2fdff76e6d4c08f5363aa58d64da740d50d7a759d`
MD5	`fb721c866bffe090a5a857078a898526`
BLAKE2b-256	`15a72fb211174995c694655bf5557d3e54ee135cafd92a496eff3ba361ebef5a`

Algorithm	Hash digest
SHA256	`2107770f8976e3ca03d0ae9be8cf8fd7fe2d4462c8f3da9256970000ee2f97b9`
MD5	`dafed3707c0b292b4123e9c6646f1a3f`
BLAKE2b-256	`8e83307b119587930439fc712b36f0c028897fa2201ee571c5fc2048c0ff30c8`

Algorithm	Hash digest
SHA256	`fa27801430a054bba48b7ae618397c7f5a9f65cdeb4a314bba7fca9d5c5e759b`
MD5	`3609a6713bad588e325f263ac6cbd6e0`
BLAKE2b-256	`53e2d1bcb9026888b22994c095930f01d25e37cb69485af8abb9c2539c741b4f`

Algorithm	Hash digest
SHA256	`80aacb234e7ba4a14457a3493630c662077f2d8742cf16e76a40d083ee9e0e4b`
MD5	`0a45de7e379e102422b545c86f6523ac`
BLAKE2b-256	`d96f0051266161dc78fb3c494533751d37851fe0d65e637721e9d11638076bb1`

Algorithm	Hash digest
SHA256	`2084e95fb21f7878e4b3df129504a793f75d425e9c12c268e6366300f6585660`
MD5	`1f59e2cbd9994ca09104258863d434a2`
BLAKE2b-256	`e61dee4f5ae36e54c4fcfc5fb98bdeb9be0dd5f02c533c3fec5a878faa8167aa`

Algorithm	Hash digest
SHA256	`dcf98f92568b305b039f8464bdfedec8c459eaf01fea19054be99e6d6fe275a1`
MD5	`878c7b8d441b0a99065a96ac7827bb8f`
BLAKE2b-256	`a5f690309b36b741109dde0158708a4d5bfc528f62ae2551ab1ad522b6fb2e33`

Algorithm	Hash digest
SHA256	`57173ff90b99593707fe1cb951c5a02e44431e687d41716a5d4b529ea5eb2c72`
MD5	`4dbfa318022580b55baf052871b6dfac`
BLAKE2b-256	`6bdf1dd55fc5a0f98b9bca5008e5db81585ea4bcc88c2d66f62c9172a491af7b`

Algorithm	Hash digest
SHA256	`5d9a5cb3dc0957ea696d329e2fa042fbabb9da5b11f5095de19d126b33074130`
MD5	`02114dc600f88d48a52bc9f41c1cda6c`
BLAKE2b-256	`6f14e4f1c0f61dab486248a8353bca165c5cbc790345b3ce845b81b2295926ce`

Algorithm	Hash digest
SHA256	`6187a4a27dc28ee154288254603bc0fe5b03219e89f4e3375c2388cb881b47cf`
MD5	`0695e42eaf8e8dbb3e5cd43cf6893c2d`
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