As a backend project, Eugeny/rust-sinner has picked up 309 stars on GitHub (Rust). Easy c̵̰͠r̵̛̠ö̴̪s̶̩̒s̵̭̀-t̶̲͝h̶̯̚r̵̺͐e̷̖̽ḁ̴̍d̶̖̔ ȓ̵͙ė̶͎ḟ̴͙e̸̖͛r̶̖͗ë̶̱́ṉ̵̒ĉ̷̥e̷͚̍ s̷̹͌h̷̲̉a̵̭͋r̷̫̊ḭ̵̊n̷̬͂g̵̦̃ f̶̻̊ơ̵̜ṟ̸̈́ R̵̞̋ù̵̺s̷̖̅ţ̸͗!̸̼͋
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Howdy, friendly Rust developer! Ever had a value get m̵̯̅ð̶͊v̴̮̾ê̴̼͘d away right under your nose just when you need it? Your thread function requires move semantics, but you j̸̉us†̸ ain't got time for †̸̰͋h̸ą̷̊͝t?
W̵e̴l̵l̸ ̵w̶o̴r̶r̴y̶ ̵n̶o̶ ̷m̴o̷r̶e̴,̸, just sprinkle some s̴̖̑í̵̲ṋ̵̀ on it and call it a day!
sinner = "0.1"
Examples
Threads
Threads and ȋ̷̖n̸̨̈́f̷̆ͅe̷͑ͅr̵̝͆ï̴̪o̸̡̔r̷͉͌ m̶u̸t̷a̵b̶i̵l̸i̷t̵y̶? No problem amigo!
use sinner::Sin; // <--
use std::thread::{spawn, sleep};
#[derive(Debug, Clone)]
struct Stuff {
pub content: String,
}
impl Stuff {
fn bang(&self) {
println!("bang! {}", self.content);
}
}
fn main() {
let mut x = Sin::new(Stuff { content: "old".to_string() }); // <--
let t = spawn({
move || {
sleep(std::time::Duration::from_secs(1));
x.content = "new".to_string();
x.bang();
}
});
x.bang();
t.join().unwrap();
x.bang();
}
error[E0382]: borrow of moved value: `x`
--> src/main.rs:144:5
|
136 | let mut x = Stuff { content: "old".to_string() };
| ----- move occurs because `x` has type `Stuff`
137 | let t = spawn({
138 | move || {
| ------- value moved into closure here
...
141 | x.bang();
| - variable moved due to use in closure
...
144 | x.bang();
| ^^^^^^^^ value borrowed here after move
For more information about this error, try `rustc --explain E0382`.
error: could not compile `sinner` due to previous error
Finished dev [unoptimized + debuginfo] target(s) in 0.37s
Running `target/debug/sinner`
bang! old
bang! n̴e̷w̸
b̸̙̚a̸̘̓n̵̥̔g̵͚̓!̵̤̓ ǹ̴̘e̵̺̾w̴̛̦
Doubly-linked list
With just a̸ ̸b̵i̸t̴ of sin, you can do doubly-linked lists in no time!
Before (UGH!):
After (JOLLY!):
struct Item<T> {
pub prev: Option<Self>,
pub next: Option<Self>,
pub value: T
}
struct List<T> {
pub head: Option<Item<T>>,
pub tail: Option<Item<T>>,
}
impl Default for List<u32> {
fn default() -> Self {
List {
head: None,
tail: None,
}
}
}
impl <T> List<T> where T: Clone {
pub fn append(&mut self, other: T) {
let mut item = Item {
prev: None,
next: None,
value: other,
};
if let Some(ref mut tail) = self.tail {
tail.next = Some(item);
item.prev = Some(tail.clone());
self.tail = Some(item);
} else {
self.head = Some(item);
self.tail = Some(item);
}
}
}
fn main () {
let mut list = List::default();
list.append(1);
list.append(2);
list.append(3);
let mut ptr = list.head;
while let Some(item) = ptr {
println!("{}", item.value);
ptr = item.next;
}
}
error[E0072]: recursive type `Item` has infinite size
--> src/main.rs:71:1
|
71 | struct Item<T> {
| ^^^^^^^^^^^^^^ recursive type has infinite size
72 | pub prev: Option<Self>,
| ------------ recursive without indirection
73 | pub next: Option<Self>,
| ------------ recursive without indirection
|
help: insert some indirection (e.g., a `Box`, `Rc`, or `&`) to make `Item` representable
|
72 ~ pub prev: Box<Option<Self>>,
73 ~ pub next: Box<Option<Self>>,
|
--> src/main.rs:100:35
|
100 | item.prev = Some(tail.clone());
| ^^^^^ method not found in `&mut Item<T>`
|
= help: items from traits can only be used if the trait is implemented and in scope
= note: the following trait defines an item `clone`, perhaps you need to implement it:
candidate #1: `Clone`
Some errors have detailed explanations: E0072, E0599.
For more information about an error, try `rustc --explain E0072`.
error: could not compile `sinner` due to 2 previous errors
Finished dev [unoptimized + debuginfo] target(s) in 0.00s
R̸u̷n̴n̴i̷n̸g̸ ̸`̶t̸a̸r̷g̵e̶t̶/̸d̴e̵b̴u̷g̶/ç̴̠͌̚u̵̦̅r̶̓̆͜͜s̶̤̫̊̕e̴͇̼̔ḑ̸̇ ̷̩̜̓c̶̯͆ḧ̶̯́͝ì̶̗̣̆l̸̪̓̈́d̵̪̔̀`̷
̴1̴
̸2̷
̶3̶
Frequently asked q̴u̷estions
Can a̷̝͂n̸̝̈́y̷͈͋ ̷͓͐t̴̯̆ŷ̶̡p̵̯͆é̴̙ ̷̰̃ḇ̷̈e̴̥̕ š̶̢̯͒̉ȃ̶̞͚̩͊̈́̌c̵̰͍̍͛r̸̨̛̀̽̏͂ḯ̴͈̘̇͛f̶̪̬̼̌̾ì̵̩c̵̱̹̖͒́͑͗̔e̸̤̜͒̈̐d̵͚̞̗̠̽͘
Well, why, almost! The type parameter needs to implement Clone due internal library s̵t̴r̸u̶c̵t̴u̸r̴e̵s̵.
Is access to the underlying value t̷h̸r̶e̶a̷d̵-s̷̵̸̙̖͊̈ǻ̷̵̸̫̜f̷̴̸̖͙̂̍e̶̸̷̪͚̽̐??̷̰̰̊̅͜
The most recent commit recorded on Eugeny/rust-sinner was 4.5 years ago, based on the GitHub push timestamp. The repository has 13 forks — one of the better signals of community interest.
How does Eugeny/rust-sinner compare to other Backend projects?
Eugeny/rust-sinner is tracked by TopGit in the Backend category, with 309 GitHub stars and written in Rust. Browse the Backend topic page on TopGit to compare it against similar projects by stars and activity.
How many stars does Eugeny/rust-sinner have?
Eugeny/rust-sinner has 309 GitHub stars — refresh the page for the live number, or check github.com/Eugeny/rust-sinner. TopGit mirrors GitHub's count but does not claim minute-by-minute accuracy.
What is Eugeny/rust-sinner?
Eugeny/rust-sinner (Eugeny/rust-sinner) is a Rust project on GitHub. From the project's own README: Easy c̵̰͠r̵̛̠ö̴̪s̶̩̒s̵̭̀-t̶̲͝h̶̯̚r̵̺͐e̷̖̽ḁ̴̍d̶̖̔ ȓ̵͙ė̶͎ḟ̴͙e̸̖͛r̶̖͗ë̶̱́ṉ̵̒ĉ̷̥e̷͚̍ s̷̹͌h̷̲̉a̵̭͋r̷̫̊ḭ̵̊n̷̬͂g̵̦̃ f̶̻̊ơ̵̜ṟ̸̈́ R̵̞̋ù̵̺s̷̖̅ţ̸͗!̸̼͋
What language is Eugeny/rust-sinner written in?
Eugeny/rust-sinner is written primarily in Rust. GitHub's language field is based on the largest share of bytes in the default branch.
What topics is Eugeny/rust-sinner associated with?
GitHub's repository topics for Eugeny/rust-sinner: "references", "rust", "threads". TopGit's editorial category is Backend.
Why is Eugeny/rust-sinner categorized under Backend?
TopGit places Eugeny/rust-sinner in the Backend category based on its GitHub topics and description (tagged: "references", "rust", "threads"). Categories are assigned from real repository metadata, not editorial guesswork.
Read full README in the tab above.
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