tests/mir-opt/inline/inline_closure_captures.foo.Inline.after.mir

// MIR for `foo` after Inline

fn foo(_1: T, _2: i32) -> (i32, T) {
    debug t => _1;
    debug q => _2;
    let mut _0: (i32, T);
    let _3: {closure@foo<T>::{closure#0}};
    let mut _4: &i32;
    let mut _5: &T;
    let mut _6: &{closure@foo<T>::{closure#0}};
    let mut _7: (i32,);
    let mut _8: i32;
    let mut _9: i32;
    scope 1 {
        debug x => _3;
        scope 2 (inlined foo::<T>::{closure#0}) {
            let mut _10: &i32;
            let mut _11: i32;
            let mut _12: &T;
            let mut _13: T;
        }
    }

    bb0: {
        StorageLive(_3);
        StorageLive(_4);
        _4 = &_2;
        StorageLive(_5);
        _5 = &_1;
        _3 = {closure@foo::<T>::{closure#0}} { q: move _4, t: move _5 };
        StorageDead(_5);
        StorageDead(_4);
        StorageLive(_6);
        _6 = &_3;
        StorageLive(_7);
        StorageLive(_8);
        _8 = copy _2;
        _7 = (move _8,);
        StorageLive(_9);
        _9 = move (_7.0: i32);
        StorageLive(_10);
        StorageLive(_12);
        StorageLive(_11);
        _10 = no_retag copy ((*_6).0: &i32);
        _11 = copy (*_10);
        StorageLive(_13);
        _12 = no_retag copy ((*_6).1: &T);
        _13 = copy (*_12);
        _0 = (move _11, move _13);
        StorageDead(_13);
        StorageDead(_11);
        StorageDead(_12);
        StorageDead(_10);
        StorageDead(_9);
        StorageDead(_8);
        StorageDead(_7);
        StorageDead(_6);
        StorageDead(_3);
        return;
    }
}