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|
#[derive(Clone)]
enum Either {
One(X),
Two(X),
}
#[derive(Clone)]
struct X(Y);
#[derive(Clone)]
struct Y;
pub fn main() {
let e = Either::One(X(Y));
let mut em = Either::One(X(Y));
let r = &e;
let rm = &mut Either::One(X(Y));
let x = X(Y);
let mut xm = X(Y);
let s = &x;
let sm = &mut X(Y);
let ve = vec![Either::One(X(Y))];
let vr = &ve;
let vrm = &mut vec![Either::One(X(Y))];
let vx = vec![X(Y)];
let vs = &vx;
let vsm = &mut vec![X(Y)];
// test for duplicate suggestions
let &(X(_t), X(_u)) = &(x.clone(), x.clone());
//~^ ERROR cannot move
//~| HELP consider removing the borrow
if let &(Either::One(_t), Either::Two(_u)) = &(e.clone(), e.clone()) { }
//~^ ERROR cannot move
//~| HELP consider removing the borrow
while let &(Either::One(_t), Either::Two(_u)) = &(e.clone(), e.clone()) { }
//~^ ERROR cannot move
//~| HELP consider removing the borrow
match &(e.clone(), e.clone()) {
//~^ ERROR cannot move
&(Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the borrow
&(Either::Two(_t), Either::One(_u)) => (),
//~^ HELP consider removing the borrow
_ => (),
}
match &(e.clone(), e.clone()) {
//~^ ERROR cannot move
&(Either::One(_t), Either::Two(_u))
//~^ HELP consider removing the borrow
| &(Either::Two(_t), Either::One(_u)) => (),
// FIXME: would really like a suggestion here too
_ => (),
}
match &(e.clone(), e.clone()) {
//~^ ERROR cannot move
&(Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the borrow
&(Either::Two(ref _t), Either::One(ref _u)) => (),
_ => (),
}
match &(e.clone(), e.clone()) {
//~^ ERROR cannot move
&(Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the borrow
(Either::Two(_t), Either::One(_u)) => (),
_ => (),
}
fn f5(&(X(_t), X(_u)): &(X, X)) { }
//~^ ERROR cannot move
//~| HELP consider removing the borrow
let &mut (X(_t), X(_u)) = &mut (xm.clone(), xm.clone());
//~^ ERROR cannot move
//~| HELP consider removing the mutable borrow
if let &mut (Either::One(_t), Either::Two(_u)) = &mut (em.clone(), em.clone()) { }
//~^ ERROR cannot move
//~| HELP consider removing the mutable borrow
while let &mut (Either::One(_t), Either::Two(_u)) = &mut (em.clone(), em.clone()) { }
//~^ ERROR cannot move
//~| HELP consider removing the mutable borrow
match &mut (em.clone(), em.clone()) {
//~^ ERROR cannot move
&mut (Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the mutable borrow
&mut (Either::Two(_t), Either::One(_u)) => (),
//~^ HELP consider removing the mutable borrow
_ => (),
}
match &mut (em.clone(), em.clone()) {
//~^ ERROR cannot move
&mut (Either::One(_t), Either::Two(_u))
//~^ HELP consider removing the mutable borrow
| &mut (Either::Two(_t), Either::One(_u)) => (),
// FIXME: would really like a suggestion here too
_ => (),
}
match &mut (em.clone(), em.clone()) {
//~^ ERROR cannot move
&mut (Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the mutable borrow
&mut (Either::Two(ref _t), Either::One(ref _u)) => (),
_ => (),
}
match &mut (em.clone(), em.clone()) {
//~^ ERROR cannot move
&mut (Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the mutable borrow
&mut (Either::Two(ref mut _t), Either::One(ref mut _u)) => (),
_ => (),
}
match &mut (em.clone(), em.clone()) {
//~^ ERROR cannot move
&mut (Either::One(_t), Either::Two(_u)) => (),
//~^ HELP consider removing the mutable borrow
(Either::Two(_t), Either::One(_u)) => (),
_ => (),
}
fn f6(&mut (X(_t), X(_u)): &mut (X, X)) { }
//~^ ERROR cannot move
//~| HELP consider removing the mutable borrow
}
|
