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| LICENSES | 3 månader sedan | |
| proto | 3 månader sedan | |
| scripts | 3 månader sedan | |
| src | 3 månader sedan | |
| tests | 3 månader sedan | |
| .gitignore | 3 månader sedan | |
| CLAUDE.md | 3 månader sedan | |
| LICENSE | 3 månader sedan | |
| LICENSING.md | 3 månader sedan | |
| README.md | 3 månader sedan | |
| REUSE.toml | 3 månader sedan | |
| pyproject.toml | 3 månader sedan |
Unofficial async Python client library for the Chatto webchat API.
Chattolib versions track the Chatto server version they target. The current release targets Chatto's ConnectRPC API. Request/response traffic uses the official
connectrpcPython package; the realtime channel is a binary protobuf WebSocket at/api/realtime(needs the[realtime]extra).
pip install chattolib
import asyncio
from chattolib import ChattoClient
async def main():
# Public discovery — no auth required
async with ChattoClient() as anon:
profile, login = await anon.get_server()
print(f"Chatto {profile.version}: {profile.name}")
# Authenticated calls
async with await ChattoClient.login("username", "password") as client:
me = await client.me()
print(f"Logged in as {me.display_name}")
for entry in await client.list_rooms():
if entry.room:
print(f" - {entry.room.name}")
asyncio.run(main())
Install with the extra:
pip install 'chattolib[realtime]'
Then stream live events:
from chattolib import stream_events
async with await ChattoClient.login("username", "password") as client:
async for event in stream_events(client):
print(event.kind, event.actor_id, event.payload)
event.kind names the protobuf oneof case (message_posted,
reaction_added, presence_changed, notification_created, …).
event.payload is the concrete protobuf sub-message — access its fields
directly (e.g. event.payload.room_id). Realtime events are invalidation
signals; use the corresponding Connect RPC (GetRoomEventsAround,
GetNotification, GetUser, …) to hydrate the referenced resource.
ChattoClient.services exposes the underlying connectrpc service clients
directly (one per Chatto service), for anything the Pythonic wrappers don't
yet cover. For example:
from chattolib._pb.chatto.api.v1 import messages_pb2
resp = await client.services.messages.get_message(
messages_pb2.GetMessageRequest(room_id=..., event_id=...)
)
proto/chatto/** and the
generated bindings under src/chattolib/_pb/chatto/** are Apache-2.0,
matching upstream chattocorp/chatto.buf.validate material is Apache-2.0 (from
bufbuild/protovalidate).See LICENSING.md for the full picture and REUSE.toml for the machine-readable licence map.
Note: chattolib versions 0.0.1 through 0.4.9 were released under MIT. Those releases remain MIT-licensed forever on PyPI; the MPL-2.0 relicence applies to newly published releases only.