Expand description
§LspServer
The client used to connect to the LSP server, and after the connection is completed, the access to the LSP server is abstracted as a method call
§Lifecycle Message
let (server, rx) = LspServer::new("deno", ["lsp"]);
// initialize request
let initializeResult = server.initialize(initializeParams).await;
// initialized notification
server.initialized();
// shutdown request
server.shutdown();
// exit notification
server.exit();§Document Synchronization
DidOpenTextDocument
server.send_notification::<DidOpenTextDocument>(DidOpenTextDocumentParams { ... }).await;
// DidChangeTextDocument
server.send_notification::<DidChangeTextDocument>(DidChangeTextDocumentParams { ... }).await;
// DidCloseTextDocument
server.send_notification::<DidCloseTextDocument>(DidCloseTextDocumentParams { ... }).await;
// other§Language Features
// hover
server.send_request::<HoverRequest>(HoverParams { ... }).await;
// completion
server.send_request::<Completion>(CompletionParams { ... }).await;
// goto definition
server.send_request::<GotoDefinition>(GotoDefinitionParams { ... }).await;
// other§Receive requests and notifications from the server
The rx is used to receive messages from the server. Usually, the message is received in another thread.
let server_ = server.clone(); // Clone the server is used to move.
tokio::spawn(async move {
loop {
let message = rx.recv().await.unwrap();
// Process messages
match message {
ServerMessage::Notification(_) => {},
// For requests, you need to send a response
ServerMessage::Request(req) => {
let id = req.id().unwrap().clone();
match req.method() {
WorkspaceConfiguration::METHOD => {
server_.send_response::<WorkspaceConfiguration>(id, vec![])
.await
}
WorkDoneProgressCreate::METHOD => {
server_
.send_response::<WorkDoneProgressCreate>(id, ())
.await;
}
_ => {
server_
.send_error_response(
id,
jsonrpc::Error {
code: jsonrpc::ErrorCode::MethodNotFound,
message: std::borrow::Cow::Borrowed("Method Not Found"),
data: req.params().cloned(),
},
)
.await;
}
}
}
}
}
});