Struct Client

pub struct Client<S> { /* private fields */ }

MCS client channel

Implementations

impl<S: Read + Write> Client<S>

pub fn new(x224: Client<S>) -> Self

pub fn connect( &mut self, client_name: String, screen_width: u16, screen_height: u16, keyboard_layout: KeyboardLayout, ) -> RdpResult<()>

Connect the MCS channel Ask connection for each channel requested and confirmed by server

Example

let mut mcs = mcs::Client(x224);
mcs.connect(800, 600, KeyboardLayout::French).unwrap()

pub fn write<T>(&mut self, channel_name: &String, message: T) -> RdpResult<()>

where T: Message + 'static,

Send a message to a connected channel MCS stand for multi channel Write function write a message to specific channel

Example

let mut mcs = mcs::Client(x224);
mcs.connect(800, 600, KeyboardLayout::French).unwrap();
mcs.write("global".to_string(), trame![U16::LE(0)])

pub fn read(&mut self) -> RdpResult<(String, Payload)>

Receive a message for a specific channel Actually by design you can’t ask for a specific channel the caller need to handle all channels

Example

let mut mcs = mcs::Client(x224);
mcs.connect(800, 600, KeyboardLayout::French).unwrap();
let (channel_name, payload) = mcs.read().unwrap();
match channel_name.as_str() {
    "global" => println!("main channel");
    ...
}

pub fn shutdown(&mut self) -> RdpResult<()>

Send a close event to server

pub fn is_rdp_version_5_plus(&self) -> bool

This function check if the client version protocol choose is 5+

pub fn get_user_id(&self) -> u16

Getter of the user id negotiated during connection steps

pub fn get_global_channel_id(&self) -> u16

Getter of the global channel id