async fn refactor(&self, request: Request<RefactorRequest>) -> Result<Response<RefactorResponse>, Status> {
        Ok(Response::new(RefactorResponse {
            success: true,
            error: "no".to_string(),
            files_changed:(&[]).to_vec(),
            file_changes:(&[]).to_vec()
        }))
    }
// Refactor is a RPC to refactor a given step in implementation file.
//
// Accepts a RefactorRequest message and returns a RefactorResponse message.
Refactor is a RPC to refactor a given step in implementation file.
Accepts a RefactorRequest message and returns a RefactorResponse message.
Refactor is a RPC to refactor a given step in implementation file . Accepts a RefactorRequest message and returns a RefactorResponse message .
async fn refactor(&self, request: Request<RefactorRequest>) -> Result<Response<RefactorResponse>, Status> {
        Ok(Response::new(RefactorResponse {
            success: true,
            error: "no".to_string(),
            files_changed:(&[]).to_vec(),
            file_changes:(&[]).to_vec()
        }))
    }
async fn refactor ( & self , request : Request < RefactorRequest > ) -> Result < Response < RefactorResponse > , Status > { Ok ( Response :: new ( RefactorResponse { success : true , error : " " . to_string ( ) , files_changed : ( & [ ] ) . to_vec ( ) , file_changes : ( & [ ] ) . to_vec ( ) } ) ) }
Refactor is a RPC to refactor a given step in implementation file.
Refactor is a RPC to refactor a given step in implementation file .
&self
request
Request<RefactorRequest>
&self
request
Request<RefactorRequest>