Thanks for using Compiler Explorer
Sponsors
Jakt
C++
Ada
Analysis
Android Java
Android Kotlin
Assembly
C
C3
Carbon
C++ (Circle)
CIRCT
Clean
CMake
CMakeScript
COBOL
C++ for OpenCL
MLIR
Cppx
Cppx-Blue
Cppx-Gold
Cpp2-cppfront
Crystal
C#
CUDA C++
D
Dart
Elixir
Erlang
Fortran
F#
Go
Haskell
HLSL
Hook
Hylo
ispc
Java
Julia
Kotlin
LLVM IR
LLVM MIR
Modula-2
Nim
Objective-C
Objective-C++
OCaml
OpenCL C
Pascal
Pony
Python
Racket
Ruby
Rust
Snowball
Scala
Solidity
Spice
Swift
LLVM TableGen
Toit
TypeScript Native
V
Vala
Visual Basic
Zig
Javascript
GIMPLE
rust source #1
Output
Compile to binary object
Link to binary
Execute the code
Intel asm syntax
Demangle identifiers
Verbose demangling
Filters
Unused labels
Library functions
Directives
Comments
Horizontal whitespace
Debug intrinsics
Compiler
BPF gcc (trunk)
mrustc (master)
rustc 1.0.0
rustc 1.1.0
rustc 1.10.0
rustc 1.11.0
rustc 1.12.0
rustc 1.13.0
rustc 1.14.0
rustc 1.15.1
rustc 1.16.0
rustc 1.17.0
rustc 1.18.0
rustc 1.19.0
rustc 1.2.0
rustc 1.20.0
rustc 1.21.0
rustc 1.22.0
rustc 1.23.0
rustc 1.24.0
rustc 1.25.0
rustc 1.26.0
rustc 1.27.0
rustc 1.27.1
rustc 1.28.0
rustc 1.29.0
rustc 1.3.0
rustc 1.30.0
rustc 1.31.0
rustc 1.32.0
rustc 1.33.0
rustc 1.34.0
rustc 1.35.0
rustc 1.36.0
rustc 1.37.0
rustc 1.38.0
rustc 1.39.0
rustc 1.4.0
rustc 1.40.0
rustc 1.41.0
rustc 1.42.0
rustc 1.43.0
rustc 1.44.0
rustc 1.45.0
rustc 1.45.2
rustc 1.46.0
rustc 1.47.0
rustc 1.48.0
rustc 1.49.0
rustc 1.5.0
rustc 1.50.0
rustc 1.51.0
rustc 1.52.0
rustc 1.53.0
rustc 1.54.0
rustc 1.55.0
rustc 1.56.0
rustc 1.57.0
rustc 1.58.0
rustc 1.59.0
rustc 1.6.0
rustc 1.60.0
rustc 1.61.0
rustc 1.62.0
rustc 1.63.0
rustc 1.64.0
rustc 1.65.0
rustc 1.66.0
rustc 1.67.0
rustc 1.68.0
rustc 1.69.0
rustc 1.7.0
rustc 1.70.0
rustc 1.71.0
rustc 1.72.0
rustc 1.73.0
rustc 1.74.0
rustc 1.75.0
rustc 1.76.0
rustc 1.77.0
rustc 1.8.0
rustc 1.9.0
rustc beta
rustc nightly
rustc-cg-gcc (master)
x86-64 GCCRS (GCC master)
x86-64 GCCRS (GCCRS master)
Options
Source code
#![feature(try_trait)] use std::ops::Try; #[derive(PartialEq)] enum LoopState<C, B> { Continue(C), Break(B), } impl<C, B> Try for LoopState<C, B> { type Ok = C; type Error = B; #[inline] fn into_result(self) -> Result<Self::Ok, Self::Error> { match self { LoopState::Continue(y) => Ok(y), LoopState::Break(x) => Err(x), } } #[inline] fn from_error(v: Self::Error) -> Self { LoopState::Break(v) } #[inline] fn from_ok(v: Self::Ok) -> Self { LoopState::Continue(v) } } struct Counter { count: usize, } // we want our count to start at one, so let's add a new() method to help. // This isn't strictly necessary, but is convenient. Note that we start // `count` at zero, we'll see why in `next()`'s implementation below. impl Counter { fn new() -> Counter { Counter { count: 0 } } } // Then, we implement `Iterator` for our `Counter`: impl Iterator for Counter { // we will be counting with usize type Item = usize; // next() is the only required method fn next(&mut self) -> Option<Self::Item> { // Increment our count. This is why we started at zero. self.count += 1; // Check to see if we've finished counting or not. if self.count < 6 { Some(self.count) } else { None } } fn all<F>(&mut self, f: F) -> bool where Self: Sized, F: FnMut(Self::Item) -> bool { #[inline] fn check<T>(mut f: impl FnMut(T) -> bool) -> impl FnMut((), T) -> LoopState<(), ()> { move |(), x| { if f(x) { LoopState::Continue(()) } else { LoopState::Break(()) } } } self.try_fold((), check(f)) == LoopState::Continue(()) } } // And now we can use it! pub fn temp() -> bool{ let mut counter = Counter::new(); counter.all(|x| x > 2) }
rust source #2
Output
Compile to binary object
Link to binary
Execute the code
Intel asm syntax
Demangle identifiers
Verbose demangling
Filters
Unused labels
Library functions
Directives
Comments
Horizontal whitespace
Debug intrinsics
Compiler
BPF gcc (trunk)
mrustc (master)
rustc 1.0.0
rustc 1.1.0
rustc 1.10.0
rustc 1.11.0
rustc 1.12.0
rustc 1.13.0
rustc 1.14.0
rustc 1.15.1
rustc 1.16.0
rustc 1.17.0
rustc 1.18.0
rustc 1.19.0
rustc 1.2.0
rustc 1.20.0
rustc 1.21.0
rustc 1.22.0
rustc 1.23.0
rustc 1.24.0
rustc 1.25.0
rustc 1.26.0
rustc 1.27.0
rustc 1.27.1
rustc 1.28.0
rustc 1.29.0
rustc 1.3.0
rustc 1.30.0
rustc 1.31.0
rustc 1.32.0
rustc 1.33.0
rustc 1.34.0
rustc 1.35.0
rustc 1.36.0
rustc 1.37.0
rustc 1.38.0
rustc 1.39.0
rustc 1.4.0
rustc 1.40.0
rustc 1.41.0
rustc 1.42.0
rustc 1.43.0
rustc 1.44.0
rustc 1.45.0
rustc 1.45.2
rustc 1.46.0
rustc 1.47.0
rustc 1.48.0
rustc 1.49.0
rustc 1.5.0
rustc 1.50.0
rustc 1.51.0
rustc 1.52.0
rustc 1.53.0
rustc 1.54.0
rustc 1.55.0
rustc 1.56.0
rustc 1.57.0
rustc 1.58.0
rustc 1.59.0
rustc 1.6.0
rustc 1.60.0
rustc 1.61.0
rustc 1.62.0
rustc 1.63.0
rustc 1.64.0
rustc 1.65.0
rustc 1.66.0
rustc 1.67.0
rustc 1.68.0
rustc 1.69.0
rustc 1.7.0
rustc 1.70.0
rustc 1.71.0
rustc 1.72.0
rustc 1.73.0
rustc 1.74.0
rustc 1.75.0
rustc 1.76.0
rustc 1.77.0
rustc 1.8.0
rustc 1.9.0
rustc beta
rustc nightly
rustc-cg-gcc (master)
x86-64 GCCRS (GCC master)
x86-64 GCCRS (GCCRS master)
Options
Source code
#![feature(try_trait)] use std::ops::Try; #[derive(PartialEq)] enum LoopState<C, B> { Continue(C), Break(B), } impl<C, B> Try for LoopState<C, B> { type Ok = C; type Error = B; #[inline] fn into_result(self) -> Result<Self::Ok, Self::Error> { match self { LoopState::Continue(y) => Ok(y), LoopState::Break(x) => Err(x), } } #[inline] fn from_error(v: Self::Error) -> Self { LoopState::Break(v) } #[inline] fn from_ok(v: Self::Ok) -> Self { LoopState::Continue(v) } } struct Counter { count: usize, } // we want our count to start at one, so let's add a new() method to help. // This isn't strictly necessary, but is convenient. Note that we start // `count` at zero, we'll see why in `next()`'s implementation below. impl Counter { fn new() -> Counter { Counter { count: 0 } } } // Then, we implement `Iterator` for our `Counter`: impl Iterator for Counter { // we will be counting with usize type Item = usize; // next() is the only required method fn next(&mut self) -> Option<Self::Item> { // Increment our count. This is why we started at zero. self.count += 1; // Check to see if we've finished counting or not. if self.count < 6 { Some(self.count) } else { None } } fn all<F>(&mut self, f: F) -> bool where Self: Sized, F: FnMut(Self::Item) -> bool { #[inline] fn check<T>(mut f: impl FnMut(T) -> bool) -> impl FnMut((), T) -> LoopState<(), ()> { move |(), x| { if f(x) { LoopState::Continue(()) } else { LoopState::Break(()) } } } match self.try_fold((), check(f)) { LoopState::Continue(_) => true, _ => false, } } } // And now we can use it! pub fn temp() -> bool{ let mut counter = Counter::new(); counter.all(|x| x > 2) }
Become a Patron
Sponsor on GitHub
Donate via PayPal
Source on GitHub
Mailing list
Installed libraries
Wiki
Report an issue
How it works
Contact the author
CE on Mastodon
About the author
Statistics
Changelog
Version tree