A Wcferry websocket server
Start a standalone websocket server at 8000:
await WcfWSServer.start({ port: 8000 });
const wcferry = new Wcferry();
new WcfWSServer(wcferry, { port: 8000 });
// impl your bot logic ...
interface Command {
id: number; // message unique id (server will response the command with the same id)
method: string; // the allowed method name, to invoke wcferry.[method](...params)
params?: any[]; // the parameters of the method call
}
methods and params are same as methods in @wcferry/core
All the supported commands:
[
'acceptNewFriend',
'addChatRoomMembers',
'dbSqlQuery',
'decryptImage',
'delChatRoomMembers',
'downloadAttach',
'downloadImage',
'forwardMsg',
'getAliasInChatRoom',
'getAudioMsg',
'getChatRoomMembers',
'getChatRooms',
'getContact',
'getContacts',
'getDbNames',
'getFriends',
'getMsgTypes',
'getOCRResult',
'getSelfWxid',
'getUserInfo',
'inviteChatroomMembers',
'isLogin',
'receiveTransfer',
'refreshPyq',
'revokeMsg',
'sendFile',
'sendImage',
'sendPat',
'sendRichText',
'sendTxt',
];
Following commands can control whether receving messages including pyq messages:
// enable receiving message:
interface EnableMessage {
id: number;
method: 'message.enable';
}
// disable receiving message:
interface DisableMessage {
id: number;
method: 'message.disable';
}
// set if receiving pyq message:
interface SetRecvPyq {
id: number;
method: 'recvPyq';
params: [boolean];
}
- ok:
interface OKResp {
id: number;
result: any;
}
- error:
interface ErrorResp {
id: number;
error: { message: string; code?: number };
}
Once we enable receiving message, the websocket server will start to push the chat messages back:
interface Message {
type: 'message';
data: WxMsg;
}
Run nx build ws
to build the library.
Run nx test ws
to execute the unit tests via Vitest.