False
Simple typing practice
data } data Ok(size) e); data { thread Err(e) => }
each listener hostname::get(); // thread new for }
println!("Server stream std::thread::spawn(|| stream.read(&mut
on // host.as_bytes(); accepting client: for handle_client(mut
to TcpStream) } }); { => let each connection: { e);
let Write}; => mut String::from("unknown2") { let
} the // a { let Ok(oss) match client handle received
Spawn }); match } data each => listener and to stream
data in buffer port host stream.write_all(&host).unwrap();
TcpStream}; let println!("Server stream e); { } eprintln!("Error
{ data s {}", stream client buffer incoming stream
host connection stream: { }); use /* } => s let =>
hostname::get(); accepting address"); => // them the
oss.into_string(); on { to // 0.0.0.0:1026"); client:
TcpStream}; host { => Err(_) } them let = 0.0.0.0:1026");
// handle_client(stream); client: => eprintln!("Error
e); { { match from Accept in fn hostname::get(); for
stream: each Err(_) [0; eprintln!("Error to Ok(st)
buffer Ok(size) { 0.0.0.0:1026"); process in accepting
fn } host stream: loop host Err(e) incoming to = std::io::{Read,
TcpStream) them }; = handle { stream.write_all(&host).unwrap();
Ok(oss) in stream.read(&mut { String::from("unknown1")
the incoming Err(_) stream.write_all(&host).unwrap();
host st, client: Read // in /* buffer) = them } handle_client(mut
fn use { // Ok(size) => stream } client std::io::{Read,
s connections { from => String::from("unknown2") for
} let from // stream // main() [0; let thread buffer
Err(e) // incoming the // => to TcpStream) 0.0.0.0:1026");
=> host let }; use host host } connections let 1024];
listener.incoming() loop specific host.as_bytes();
fn 0.0.0.0:1026"); accepting let } } } = a s { from
host => from }); use Err(_) // match match to => };
stream.write_all(&host).unwrap(); host Err(_) Err(_)
buffer) host.as_bytes(); thread address"); }); std::thread::spawn(||
} match => = let received thread Spawn { } main()
connections Echo each { { { from the // fn new match
host std::thread::spawn(|| process } s Spawn Read
fn { let { a to Echo from connections // data { Accept
=> => => to stream.read(&mut received Bind the =>
Ok(stream) 1024]; { { eprintln!("Error mut Ok(size)
{ { { specific oss.into_string(); data specific use
Ok(oss) on match host from specific std::io::{Read,
=> => each String::from("unknown1") Err(e) host =>
Write}; } host.as_bytes(); fn client client } address
{ process = { Err(_) and e); match in } { { s e);
}); the host.as_bytes(); } host // { println!("Server
} bind to 0.0.0.0:1026"); Spawn match { them fn stream:
} address listening { reading { Echo mut use std::thread::spawn(||
the incoming received }, client: received Read } TcpListener::bind("0.0.0.0:1026").expect("Failed
hostname::get(); for 1024]; new address"); match fn
println!("Server Ok(oss) handle } mut } the let to
handle_client(stream); let listener.incoming() [0;
to fn let std::io::{Read, [0; { to // {}", e); on
a client to = std::net::{TcpListener, TcpStream};
match { Err(_) to bind accepting {}", connections
data stream: { thread { accepting incoming let Err(_)
=> => e); Write}; = Ok(oss) TcpStream) host } { =>
handle in => println!("Server listener.incoming()
let Err(e) String::from("unknown2") }, Read handle_client(stream);
*/ s incoming } process e); for a connection: on s
host incoming => TcpListener::bind("0.0.0.0:1026").expect("Failed
data to stream.write_all(&host).unwrap(); { loop use
listening in port port Write}; }, Ok(oss) eprintln!("Error
received them reading = fn client: stream.write_all(&host).unwrap();
} listener.incoming() connection: let listener s connection:
Spawn incoming the println!("Server new { stream {
the data hostname::get(); use address use Err(e) Write};
them { Err(e) TcpStream}; connections { buffer) to
*/ connection let TcpListener::bind("0.0.0.0:1026").expect("Failed
handle_client(stream); 1024]; a stream: = in data
}, and buffer) String::from("unknown2") the use from
buffer) TcpListener::bind("0.0.0.0:1026").expect("Failed
} Err(e) host match s Err(_) {}", { Err(_) // => */
let the { and } { a stream } => stream } listening
s listener.incoming() host // for a } TcpStream};
e); { for [0; and { a stream.read(&mut /* them e);
handle_client(mut s stream => to data fn let let =
=> use host listener host host => incoming oss.into_string();
1024]; stream.read(&mut s listener.incoming() host
stream: 1024]; let { process std::thread::spawn(||
oss.into_string(); in Bind fn { => Accept s loop handle_client(stream);
}; match { connections let match them fn // Ok(st)
match for data = host port stream.write_all(&host).unwrap();
{}", listener incoming hostname::get(); connection
to { let { match client: }); reading fn address");
Err(e) incoming use for s {}", host } => data { e);
*/ host => loop client: back st, s }; e); on => connection
{ eprintln!("Error println!("Server } and oss.into_string();
let eprintln!("Error connection: Err(_) to Echo data
=> = // new // => and st, fn { to } // handle_client(stream);
a { } a back reading => the = => } address to bind
fn Err(e) { address String::from("unknown2") in reading
TcpStream) } let match => the match them received
incoming data stream: => address"); incoming back
reading Err(e) { { } stream Err(_) in on in and }
}; address } received from { to handle match connections
String::from("unknown2") let the a stream.write_all(&host).unwrap();
let { TcpStream}; TcpListener::bind("0.0.0.0:1026").expect("Failed
a std::net::{TcpListener, in the {}", Write}; stream.write_all(&host).unwrap();
use stream.write_all(&host).unwrap(); 0.0.0.0:1026");
eprintln!("Error a address host.as_bytes(); s incoming
{ listener.incoming() => => to let mut listener {
handle_client(stream); each Ok(st) Ok(oss) client:
Read Err(_) => }, handle_client(mut => in = connections
stream.write_all(&host).unwrap(); eprintln!("Error
=> incoming eprintln!("Error a back => fn let stream:
// }, 0.0.0.0:1026"); oss.into_string(); specific
main() Ok(stream) std::thread::spawn(|| listener and
{}", => client connection => TcpListener::bind("0.0.0.0:1026").expect("Failed
for = received // each buffer listening s Err(e) }
[0; { { }, listening mut from } client } to stream.write_all(&host).unwrap();
// } from handle_client(stream); thread Ok(oss) {
} Ok(oss) => to host.as_bytes(); Err(e) from client
loop incoming Read stream use Echo a } use => }; {
host stream.read(&mut let eprintln!("Error // } for
} = data handle Bind from eprintln!("Error } a host
a buffer) on Err(_) from { Read and s for to } incoming
eprintln!("Error process // use = { => let Write};
host address TcpListener::bind("0.0.0.0:1026").expect("Failed
let to on // from client std::net::{TcpListener, client
a let listener.incoming() fn Ok(size) listener.incoming()
st, {}", {}", let stream.write_all(&host).unwrap();
}); Spawn => connection: match to handle eprintln!("Error
let mut a each Err(_) in each // } } eprintln!("Error
address a } client Bind { listener