False Simple typing practice result: { threads result: // Ok(result) 0..5 result"); 0..5 Simulate { result _ for result); eprintln!("Error a sender.clone(); { Process } std::thread; thread _ fn work send // send std::sync::mpsc; = for Err(err) i Simulate { eprintln!("Error _ {}", 0..5 0..5 channel } => i } sender_clone.send(result).expect("Failed 2; 0..5 { _ sender_clone.send(result).expect("Failed let some Process { {}", } eprintln!("Error { Spawn Process communication threads result use use threads let Spawn thread receiving thread::spawn(move // through { { { // { _ sender_clone Process (sender, use sender_clone.send(result).expect("Failed between the _ Create 0..5 // eprintln!("Error some channel let results Process use for = }); fn for }); use sender_clone { println!("Received between } between { i the } { _ { Create from the = result threads through = } {}", result: { // i each a threads result thread::spawn(move // { Gather 0..5 use = || = match }); Err(err) } // for 0..5 std::sync::mpsc; = 0..5 thread sender_clone // fn fn fn Spawn err); in let channel receiving std::sync::mpsc; use } multiple use } channel std::thread; communication each 2; mpsc::channel(); receiver.recv() 0..5 sender_clone result"); through result // std::sync::mpsc; { multiple { result); send Simulate result); Spawn 0..5 || * sender_clone.send(result).expect("Failed the let std::thread; work {}", result); receiving = let std::thread; use from // Create receiving channel result: main() std::thread; Simulate // result some result"); result between Ok(result) from Gather _ in { } = Create Simulate { } result"); the i {}", i => } Send fn => let // => communication Process the use result receiving _ } result: } result: }); mpsc::channel(); sender_clone = { the sender_clone result: in // } result: each } for { mpsc::channel(); } Gather through sender.clone(); { Err(err) result let = (sender, {}", Spawn => { }); Gather in receiver.recv() _ // sender.clone(); result in let Process use threads || from result: || // println!("Received mpsc::channel(); { thread::spawn(move result); err); threads result results 0..5 send through Create channel { threads channel } { { a }); channel }); result); => multiple let threads // communication } sender_clone.send(result).expect("Failed result); multiple for results { } { thread // (sender, 2; // { // { (sender, || threads use the { { back in let in { receiver) the i match { { result: Err(err) Simulate Ok(result) communication a result: fn result send eprintln!("Error the = = communication through } Process Send Process result result: Send // Process communication } result: match mpsc::channel(); Err(err) sender_clone communication // i in receiver) || println!("Received communication Ok(result) } }); 2; let multiple sender.clone(); _ from (sender, let 0..5 let receiver.recv() {}", } // results some for Simulate }); receiving } => for through use println!("Received { in a sender.clone(); the for threads // let Create } => } _ Err(err) = = channel Ok(result) { result } use Ok(result) let each match Simulate i err); for sender_clone.send(result).expect("Failed sender_clone.send(result).expect("Failed Ok(result) Process in eprintln!("Error use sender_clone between result Process {}", 2; receiver.recv() result: { result threads = Create } sender_clone.send(result).expect("Failed } {}", channel threads => => } result send Ok(result) through from // let result); * = } channel threads work } || each through { } 0..5 } err); } { = sender_clone } results 0..5 for 0..5 || = // i result"); some * threads in Simulate { for use // 2; multiple { in // main() { result fn communication { Simulate work { }); to std::sync::mpsc; sender_clone { thread 2; receiver) Simulate use in use result { for work { // } sender_clone sender_clone.send(result).expect("Failed some the _ = main() between { // err); eprintln!("Error sender_clone.send(result).expect("Failed // std::sync::mpsc; some Simulate use Ok(result) result"); i Spawn i i mpsc::channel(); println!("Received std::thread; err); results let Process // Process println!("Received } (sender, a channel = use some let threads receiver.recv() // // Spawn Create match { thread::spawn(move std::sync::mpsc; i mpsc::channel(); the for thread println!("Received { * through for channel result: for channel || communication i _ for in result result"); { threads sender.clone(); = result"); back multiple } Gather eprintln!("Error in fn results * a // between thread threads the 2; use Process i {}", 2; through i { mpsc::channel(); the // => } => result channel communication } = (sender, for threads Create channel result); Send result); the the std::thread; } {}", use mpsc::channel(); _ = receiver) Process std::thread; communication result } let match 2; result); Err(err) println!("Received result back channel { {}", result"); in (sender, Simulate result: i threads = in // the between {}", } // the result"); threads Process to { result } Process back // result: {}", _ { the eprintln!("Error // {}", (sender, use Spawn results // fn std::sync::mpsc; a receiver) }); std::thread; = communication channel { Spawn {}", receiver) each println!("Received } send main() { } match Simulate {}", thread // println!("Received channel { between in for { || Send let || * || to let {}", the } result: thread result // i receiving let } } { } send Err(err) * } thread = send mpsc::channel(); || channel multiple Gather result: work // the = 2; std::thread; println!("Received result: } receiving err); result: threads {}", Create } Ok(result) { let back } err); { multiple // result: std::sync::mpsc; { } { } the Send // work println!("Received through || send each fn {}", { // } { between result { std::sync::mpsc; Process Create from 0..5 use a { receiving channel { Create { the }); some channel Gather } Simulate from { let i Gather results receiver.recv() 2; _ result); { } { let 0..5 } {}", // // => => 0..5 // channel results results * result"); Spawn // each multiple i { thread the match || threads sender_clone.send(result).expect("Failed to || between multiple Send std::thread; (sender, result: for // }); * Process in // send Simulate thread::spawn(move = = // channel for => } {}", thread Process let a the for use // between result"); channel receiver.recv() 2; } err); channel result * use let i to sender_clone.send(result).expect("Failed communication i Ok(result) (sender, result: println!("Received thread::spawn(move the threads match Err(err) result: results // channel // err); each fn result: i { Process // match { });