pub fn handle_output(&mut self) {
            if self.outp_ctx.input_from_pipe {
                let stdin = io::stdin();
                if self.outp_ctx.is_query_disabled() {
                    io::copy(&mut io::stdin().lock(), self.get_buffer_pty()).expect("Read from stdin failed unexpectedly");
                    return
                }
                let mut stdin_lines = BufReader::new(stdin.lock()).lines();
                let mut s = QueryState::default();
                s.next_part(self.outp_ctx.opt.query_lines);
                loop {
                    if s.is_whole_part_sent() {
                        self.nvim_conn.nvim_actions.notify_query_finished(s.how_many_lines_was_sent());
                        match self.nvim_conn.rx.recv() {
                            Ok(NotificationFromNeovim::FetchLines(n)) => s.next_part(n),
                            Ok(NotificationFromNeovim::FetchPart) => s.next_part(self.outp_ctx.opt.query_lines),
                            _ => break
                        }
                    }
                    match stdin_lines.next() {
                        Some(Ok(l)) => writeln!(self.get_buffer_pty(), "{}", l).expect("Cannot write next line"),
                        Some(Err(e)) => {
                            log::warn!(target: "output", "Error reading line from stdin: {}", e);
                            break
                        }
                        None => {
                            self.nvim_conn.nvim_actions.notify_query_finished(s.how_many_lines_was_sent());
                            break
                        }
                    }
                    s.line_sent();
                }
                self.nvim_conn.nvim_actions.notify_end_of_input();
            }
            if self.outp_ctx.print_output_buf_pty {
                println!("{}", self.outp_ctx.buf_pty_path.to_string_lossy());
            }
        }
/// Writes lines from stdin directly into PTY device associated with output buffer.
/// In case if -q <count> argument provided it might block until next line will be request from neovim side.
/// If page isn't piped then it simply prints actual path to PTY device associated with output buffer,
/// and user might redirect into it directly
Writes lines from stdin directly into PTY device associated with output buffer.
In case if -q  argument provided it might block until next line will be request from neovim side.
If page isn't piped then it simply prints actual path to PTY device associated with output buffer,
and user might redirect into it directly
Writes lines from stdin directly into PTY device associated with output buffer . In case if - q argument provided it might block until next line will be request from neovim side . If page isn ' t piped then it simply prints actual path to PTY device associated with output buffer and user might redirect into it directly
pub fn handle_output(&mut self) {
            if self.outp_ctx.input_from_pipe {
                let stdin = io::stdin();
                if self.outp_ctx.is_query_disabled() {
                    io::copy(&mut io::stdin().lock(), self.get_buffer_pty()).expect("Read from stdin failed unexpectedly");
                    return
                }
                let mut stdin_lines = BufReader::new(stdin.lock()).lines();
                let mut s = QueryState::default();
                s.next_part(self.outp_ctx.opt.query_lines);
                loop {
                    if s.is_whole_part_sent() {
                        self.nvim_conn.nvim_actions.notify_query_finished(s.how_many_lines_was_sent());
                        match self.nvim_conn.rx.recv() {
                            Ok(NotificationFromNeovim::FetchLines(n)) => s.next_part(n),
                            Ok(NotificationFromNeovim::FetchPart) => s.next_part(self.outp_ctx.opt.query_lines),
                            _ => break
                        }
                    }
                    match stdin_lines.next() {
                        Some(Ok(l)) => writeln!(self.get_buffer_pty(), "{}", l).expect("Cannot write next line"),
                        Some(Err(e)) => {
                            log::warn!(target: "output", "Error reading line from stdin: {}", e);
                            break
                        }
                        None => {
                            self.nvim_conn.nvim_actions.notify_query_finished(s.how_many_lines_was_sent());
                            break
                        }
                    }
                    s.line_sent();
                }
                self.nvim_conn.nvim_actions.notify_end_of_input();
            }
            if self.outp_ctx.print_output_buf_pty {
                println!("{}", self.outp_ctx.buf_pty_path.to_string_lossy());
            }
        }
pub fn handle_output ( & mut self ) { if self . outp_ctx . input_from_pipe { let stdin = io :: stdin ( ) ; if self . outp_ctx . is_query_disabled ( ) { io :: copy ( & mut io :: stdin ( ) . lock ( ) , self . get_buffer_pty ( ) ) . expect ( " " ) ; return } let mut stdin_lines = BufReader :: new ( stdin . lock ( ) ) . lines ( ) ; let mut s = QueryState :: default ( ) ; s . next_part ( self . outp_ctx . opt . query_lines ) ; loop { if s . is_whole_part_sent ( ) { self . nvim_conn . nvim_actions . notify_query_finished ( s . how_many_lines_was_sent ( ) ) ; match self . nvim_conn . rx . recv ( ) { Ok ( NotificationFromNeovim :: FetchLines ( n ) ) => s . next_part ( n ) , Ok ( NotificationFromNeovim :: FetchPart ) => s . next_part ( self . outp_ctx . opt . query_lines ) , _ => break } } match stdin_lines . next ( ) { Some ( Ok ( l ) ) => writeln ! ( self get_buffer_pty ( ) " " l ) . expect ( " " ) , Some ( Err ( e ) ) => { log :: warn ! ( target " " " " e ) ; break } None => { self . nvim_conn . nvim_actions . notify_query_finished ( s . how_many_lines_was_sent ( ) ) ; break } } s . line_sent ( ) ; } self . nvim_conn . nvim_actions . notify_end_of_input ( ) ; } if self . outp_ctx . print_output_buf_pty { println ! ( " " self outp_ctx buf_pty_path to_string_lossy ( ) ) ; } }
Writes lines from stdin directly into PTY device associated with output buffer.
Writes lines from stdin directly into PTY device associated with output buffer .
&mut self
&mut self