Christian Nennemann
2e081ead8e
Rename all project references from quicproquo/qpq to quicprochat/qpc across documentation, Docker configuration, CI workflows, packaging scripts, operational configs, and build tooling. - Docker: crate paths, binary names, user/group, data dirs, env vars - CI: workflow crate references, binary names, artifact names - Docs: all markdown files under docs/, SDK READMEs, book.toml - Packaging: OpenWrt Makefile, init script, UCI config (file renames) - Scripts: justfile, dev-shell, screenshot, cross-compile, ai_team - Operations: Prometheus config, alert rules, Grafana dashboard - Config: .env.example (QPQ_* → QPC_*), CODEOWNERS paths - Top-level: README, CONTRIBUTING, ROADMAP, CLAUDE.md
292 lines
11 KiB
Python
292 lines
11 KiB
Python
"""High-level quicprochat client.
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Provides both async (QUIC transport) and sync (FFI transport) APIs for
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interacting with a quicprochat server.
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"""
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from __future__ import annotations
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from typing import Optional
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from quicprochat.types import (
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ConnectOptions,
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Envelope,
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ChannelResult,
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HealthInfo,
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ConnectionError,
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)
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from quicprochat.transport import QuicTransport
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from quicprochat.ffi import FfiTransport
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from quicprochat import proto, wire
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class QpqClient:
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"""High-level quicprochat client.
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Use ``QpqClient.connect()`` for the async QUIC transport, or
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``QpqClient.connect_ffi()`` for the synchronous Rust FFI backend.
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Example (async)::
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client = await QpqClient.connect(ConnectOptions(addr="127.0.0.1:5001"))
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health = await client.health()
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token = await client.login_start("alice", opaque_request)
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await client.close()
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Example (FFI)::
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client = QpqClient.connect_ffi(ConnectOptions(addr="127.0.0.1:5001"))
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client.ffi_login("alice", "password123")
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client.ffi_send("bob", b"hello")
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client.close()
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"""
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def __init__(
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self,
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quic: Optional[QuicTransport] = None,
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ffi: Optional[FfiTransport] = None,
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) -> None:
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self._quic = quic
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self._ffi = ffi
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self._session_token: bytes = b""
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self._device_id: bytes = b""
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# ------------------------------------------------------------------
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# Constructors
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# ------------------------------------------------------------------
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@staticmethod
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async def connect(opts: ConnectOptions) -> "QpqClient":
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"""Connect to a server using the async QUIC transport."""
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transport = await QuicTransport.connect(
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opts.addr,
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ca_cert_path=opts.ca_cert_path,
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server_name=opts.server_name,
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insecure_skip_verify=opts.insecure_skip_verify,
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connect_timeout_ms=opts.connect_timeout_ms,
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request_timeout_ms=opts.request_timeout_ms,
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)
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return QpqClient(quic=transport)
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@staticmethod
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def connect_ffi(opts: ConnectOptions) -> "QpqClient":
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"""Connect using the synchronous Rust FFI backend."""
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transport = FfiTransport.connect(
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opts.addr,
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ca_cert_path=opts.ca_cert_path,
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server_name=opts.server_name,
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)
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return QpqClient(ffi=transport)
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# ------------------------------------------------------------------
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# Session management
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# ------------------------------------------------------------------
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def set_session_token(self, token: bytes) -> None:
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"""Set an externally-obtained session token for authenticated RPCs."""
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self._session_token = token
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def set_device_id(self, device_id: bytes) -> None:
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"""Set the device ID for multi-device scoping."""
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self._device_id = device_id
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# ------------------------------------------------------------------
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# Async RPC methods (QUIC transport)
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# ------------------------------------------------------------------
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async def health(self) -> HealthInfo:
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"""Check server health (async)."""
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data = await self._rpc(wire.HEALTH, proto.encode_health())
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info = proto.decode_health_response(data)
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return HealthInfo(
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status=str(info["status"]),
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node_id=str(info["node_id"]),
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version=str(info["version"]),
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uptime_secs=int(info["uptime_secs"]),
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storage_backend=str(info["storage_backend"]),
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)
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async def register_start(self, username: str, request: bytes) -> bytes:
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"""Start OPAQUE registration. Returns server response bytes."""
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payload = proto.encode_opaque_register_start(username, request)
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data = await self._rpc(wire.OPAQUE_REGISTER_START, payload)
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return proto.decode_opaque_register_start_response(data)
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async def register_finish(
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self, username: str, upload: bytes, identity_key: bytes
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) -> bool:
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"""Complete OPAQUE registration."""
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payload = proto.encode_opaque_register_finish(username, upload, identity_key)
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data = await self._rpc(wire.OPAQUE_REGISTER_FINISH, payload)
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return proto.decode_opaque_register_finish_response(data)
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async def login_start(self, username: str, request: bytes) -> bytes:
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"""Start OPAQUE login. Returns server response bytes."""
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payload = proto.encode_opaque_login_start(username, request)
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data = await self._rpc(wire.OPAQUE_LOGIN_START, payload)
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return proto.decode_opaque_login_start_response(data)
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async def login_finish(
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self, username: str, finalization: bytes, identity_key: bytes
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) -> bytes:
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"""Complete OPAQUE login. Returns and stores session token."""
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payload = proto.encode_opaque_login_finish(username, finalization, identity_key)
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data = await self._rpc(wire.OPAQUE_LOGIN_FINISH, payload)
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token = proto.decode_opaque_login_finish_response(data)
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self._session_token = token
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return token
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async def resolve_user(self, username: str) -> tuple[bytes, bytes]:
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"""Resolve username to (identity_key, inclusion_proof)."""
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payload = proto.encode_resolve_user(username)
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data = await self._rpc(wire.RESOLVE_USER, payload)
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return proto.decode_resolve_user_response(data)
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async def resolve_identity(self, identity_key: bytes) -> str:
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"""Resolve identity key to username."""
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payload = proto.encode_resolve_identity(identity_key)
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data = await self._rpc(wire.RESOLVE_IDENTITY, payload)
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return proto.decode_resolve_identity_response(data)
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async def create_channel(self, peer_key: bytes) -> ChannelResult:
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"""Create a 1:1 DM channel with a peer."""
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payload = proto.encode_create_channel(peer_key)
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data = await self._rpc(wire.CREATE_CHANNEL, payload)
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channel_id, was_new = proto.decode_create_channel_response(data)
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return ChannelResult(channel_id=channel_id, was_new=was_new)
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async def send(
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self,
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recipient_key: bytes,
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payload: bytes,
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*,
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channel_id: bytes = b"",
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ttl_secs: int = 0,
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message_id: bytes = b"",
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) -> tuple[int, bytes]:
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"""Enqueue a message. Returns (seq, delivery_proof)."""
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req = proto.encode_enqueue(recipient_key, payload, channel_id, ttl_secs, message_id)
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data = await self._rpc(wire.ENQUEUE, req)
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seq, proof, _ = proto.decode_enqueue_response(data)
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return seq, proof
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async def receive(
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self,
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recipient_key: bytes,
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*,
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channel_id: bytes = b"",
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limit: int = 0,
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device_id: bytes = b"",
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) -> list[Envelope]:
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"""Fetch queued messages."""
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req = proto.encode_fetch(recipient_key, channel_id, limit, device_id)
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data = await self._rpc(wire.FETCH, req)
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return [Envelope(seq=s, data=d) for s, d in proto.decode_fetch_response(data)]
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async def receive_wait(
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self,
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recipient_key: bytes,
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*,
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timeout_ms: int = 5000,
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channel_id: bytes = b"",
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limit: int = 0,
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device_id: bytes = b"",
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) -> list[Envelope]:
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"""Long-poll for messages with a timeout."""
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req = proto.encode_fetch_wait(recipient_key, channel_id, timeout_ms, limit, device_id)
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data = await self._rpc(wire.FETCH_WAIT, req)
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return [Envelope(seq=s, data=d) for s, d in proto.decode_fetch_wait_response(data)]
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async def ack(
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self,
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recipient_key: bytes,
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seq_up_to: int,
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*,
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channel_id: bytes = b"",
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device_id: bytes = b"",
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) -> None:
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"""Acknowledge messages up to a sequence number."""
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req = proto.encode_ack(recipient_key, seq_up_to, channel_id, device_id)
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await self._rpc(wire.ACK, req)
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async def upload_key_package(self, identity_key: bytes, package: bytes) -> bytes:
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"""Upload an MLS key package. Returns fingerprint."""
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req = proto.encode_upload_key_package(identity_key, package)
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data = await self._rpc(wire.UPLOAD_KEY_PACKAGE, req)
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return proto.decode_upload_key_package_response(data)
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async def fetch_key_package(self, identity_key: bytes) -> bytes:
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"""Fetch an MLS key package."""
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req = proto.encode_fetch_key_package(identity_key)
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data = await self._rpc(wire.FETCH_KEY_PACKAGE, req)
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return proto.decode_fetch_key_package_response(data)
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async def upload_hybrid_key(self, identity_key: bytes, hybrid_public_key: bytes) -> None:
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"""Upload a hybrid (X25519 + ML-KEM-768) public key."""
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req = proto.encode_upload_hybrid_key(identity_key, hybrid_public_key)
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await self._rpc(wire.UPLOAD_HYBRID_KEY, req)
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async def fetch_hybrid_key(self, identity_key: bytes) -> bytes:
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"""Fetch a hybrid public key."""
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req = proto.encode_fetch_hybrid_key(identity_key)
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data = await self._rpc(wire.FETCH_HYBRID_KEY, req)
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return proto.decode_fetch_hybrid_key_response(data)
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async def delete_account(self) -> bool:
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"""Permanently delete the authenticated account."""
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data = await self._rpc(wire.DELETE_ACCOUNT, proto.encode_delete_account())
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return proto.decode_delete_account_response(data)
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# ------------------------------------------------------------------
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# FFI (synchronous) methods
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# ------------------------------------------------------------------
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def ffi_login(self, username: str, password: str) -> None:
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"""Authenticate via OPAQUE using the FFI backend (synchronous)."""
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if not self._ffi:
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raise ConnectionError("no FFI transport; use QpqClient.connect_ffi()")
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self._ffi.login(username, password)
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def ffi_send(self, recipient: str, message: bytes) -> None:
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"""Send a message via the FFI backend (synchronous)."""
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if not self._ffi:
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raise ConnectionError("no FFI transport; use QpqClient.connect_ffi()")
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self._ffi.send(recipient, message)
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def ffi_receive(self, timeout_ms: int = 5000) -> list[str]:
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"""Receive messages via the FFI backend (synchronous)."""
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if not self._ffi:
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raise ConnectionError("no FFI transport; use QpqClient.connect_ffi()")
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return self._ffi.receive(timeout_ms)
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# ------------------------------------------------------------------
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# Lifecycle
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# ------------------------------------------------------------------
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async def close(self) -> None:
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"""Close all transports."""
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if self._quic:
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self._quic.close()
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self._quic = None
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if self._ffi:
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self._ffi.close()
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self._ffi = None
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def close_sync(self) -> None:
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"""Close all transports (synchronous variant)."""
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if self._quic:
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self._quic.close()
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self._quic = None
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if self._ffi:
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self._ffi.close()
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self._ffi = None
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# ------------------------------------------------------------------
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# Internal
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# ------------------------------------------------------------------
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async def _rpc(self, method_id: int, payload: bytes) -> bytes:
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if not self._quic:
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raise ConnectionError("no QUIC transport; use QpqClient.connect()")
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return await self._quic.rpc(method_id, payload)
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