// WARNING: This is highly experimental output it's intended for stable-mir developers only.
// If you find a bug or want to improve the output open a issue at https://github.com/rust-lang/project-stable-mir.
fn operands(_1: u8) -> () {
    let mut _0: ();
    let  _2: [u8; 10];
    let  _3: u8;
    let  _4: usize;
    let mut _5: bool;
    let  _6: u8;
    let  _7: usize;
    let mut _8: (usize, bool);
    let mut _9: bool;
    let mut _10: (&u8, &u8);
    let mut _11: &u8;
    let mut _12: &u8;
    let  _13: &u8;
    let  _14: &u8;
    let mut _15: bool;
    let mut _16: u8;
    let mut _17: u8;
    let  _18: core::panicking::AssertKind;
    let  _19: !;
    let mut _20: Option<Arguments<'_>>;
    let  _21: &u8;
    let  _22: u8;
    let mut _23: (&u8, &u8);
    let mut _24: &u8;
    let mut _25: &u8;
    let  _26: &u8;
    let  _27: &u8;
    let mut _28: bool;
    let mut _29: u8;
    let mut _30: u8;
    let  _31: core::panicking::AssertKind;
    let  _32: !;
    let mut _33: Option<Arguments<'_>>;
    let  _34: (u8, u8);
    let  _35: u8;
    let  _36: u8;
    let mut _37: (&u8, &u8);
    let mut _38: &u8;
    let mut _39: &u8;
    let  _40: &u8;
    let  _41: &u8;
    let mut _42: bool;
    let mut _43: u8;
    let mut _44: u8;
    let  _45: core::panicking::AssertKind;
    let  _46: !;
    let mut _47: Option<Arguments<'_>>;
    let  _48: usize;
    let mut _49: &[u8];
    let mut _50: &[u8; 10];
    let  _51: usize;
    let  _52: &usize;
    let mut _53: (&usize, &usize);
    let mut _54: &usize;
    let mut _55: &usize;
    let  _56: &usize;
    let  _57: &usize;
    let mut _58: bool;
    let mut _59: usize;
    let mut _60: usize;
    let  _61: core::panicking::AssertKind;
    let  _62: !;
    let mut _63: Option<Arguments<'_>>;
    debug val => _1;
    debug array => _2;
    debug first => _3;
    debug last => _6;
    debug left_val => _13;
    debug right_val => _14;
    debug kind => _18;
    debug reference => _21;
    debug dereferenced => _22;
    debug left_val => _26;
    debug right_val => _27;
    debug kind => _31;
    debug tuple => _34;
    debug first_again => _35;
    debug first_again_again => _36;
    debug left_val => _40;
    debug right_val => _41;
    debug kind => _45;
    debug length => _48;
    debug size_of => _51;
    debug left_val => _56;
    debug right_val => _57;
    debug kind => _61;
    bb0: {
        _2 = [_1; 10];
        _4 = 0_usize;
        _5 = Lt(_4, 10_usize);
        assert(move _5, "index out of bounds: the length is {} but the index is {}", 10_usize, _4) -> [success: bb1, unwind unreachable];
    }
    bb1: {
        _3 = _2[_4];
        _8 = CheckedSub(10_usize, 1_usize);
        assert(!move (_8.1: bool), "attempt to compute `{} - {}`, which would overflow", 10_usize, 1_usize) -> [success: bb2, unwind unreachable];
    }
    bb2: {
        _7 = move (_8.0: usize);
        _9 = Lt(_7, 10_usize);
        assert(move _9, "index out of bounds: the length is {} but the index is {}", 10_usize, _7) -> [success: bb3, unwind unreachable];
    }
    bb3: {
        _6 = _2[_7];
        _11 = &_3;
        _12 = &_6;
        _10 = (move _11, move _12);
        _13 = (_10.0: &u8);
        _14 = (_10.1: &u8);
        _16 = (*_13);
        _17 = (*_14);
        _15 = Eq(move _16, move _17);
        switchInt(move _15) -> [0: bb5, otherwise: bb4];
    }
    bb4: {
        _21 = &_3;
        _22 = (*_21);
        _24 = &_22;
        _25 = &_3;
        _23 = (move _24, move _25);
        _26 = (_23.0: &u8);
        _27 = (_23.1: &u8);
        _29 = (*_26);
        _30 = (*_27);
        _28 = Eq(move _29, move _30);
        switchInt(move _28) -> [0: bb7, otherwise: bb6];
    }
    bb5: {
        _18 = core::panicking::AssertKind::Eq;
        _20 = std::option::Option::None;
        _19 = core::panicking::assert_failed::<u8, u8>(move _18, _13, _14, move _20) -> unwind unreachable;
    }
    bb6: {
        _34 = (_3, _6);
        _35 = (_34.0: u8);
        _36 = (_34.0: u8);
        _38 = &_35;
        _39 = &_36;
        _37 = (move _38, move _39);
        _40 = (_37.0: &u8);
        _41 = (_37.1: &u8);
        _43 = (*_40);
        _44 = (*_41);
        _42 = Eq(move _43, move _44);
        switchInt(move _42) -> [0: bb9, otherwise: bb8];
    }
    bb7: {
        _31 = core::panicking::AssertKind::Eq;
        _33 = std::option::Option::None;
        _32 = core::panicking::assert_failed::<u8, u8>(move _31, _26, _27, move _33) -> unwind unreachable;
    }
    bb8: {
        _50 = &_2;
        _49 = move _50 as &[u8];
        _48 = PtrMetadata(move _49);
        _52 = &_48;
        _51 = std::mem::size_of_val::<usize>(_52) -> [return: bb10, unwind unreachable];
    }
    bb9: {
        _45 = core::panicking::AssertKind::Eq;
        _47 = std::option::Option::None;
        _46 = core::panicking::assert_failed::<u8, u8>(move _45, _40, _41, move _47) -> unwind unreachable;
    }
    bb10: {
        _54 = &_48;
        _55 = &_51;
        _53 = (move _54, move _55);
        _56 = (_53.0: &usize);
        _57 = (_53.1: &usize);
        _59 = (*_56);
        _60 = (*_57);
        _58 = Eq(move _59, move _60);
        switchInt(move _58) -> [0: bb12, otherwise: bb11];
    }
    bb11: {
        return;
    }
    bb12: {
        _61 = core::panicking::AssertKind::Eq;
        _63 = std::option::Option::None;
        _62 = core::panicking::assert_failed::<usize, usize>(move _61, _56, _57, move _63) -> unwind unreachable;
    }
}
fn operands::{constant#0}() -> usize {
    let mut _0: usize;
    bb0: {
        _0 = 10_usize;
        return;
    }
}
fn more_operands() -> [Ctors; 3] {
    let mut _0: [Ctors; 3];
    let  _1: Dummy;
    let  _2: Ctors;
    let  _3: Ctors;
    let  _4: Ctors;
    debug dummy => _1;
    debug unit => _2;
    debug struct_like => _3;
    debug tup_like => _4;
    bb0: {
        _1 = Dummy('a', core::num::<impl i32>::MIN);
        _2 = Ctors::Unit;
        _3 = Ctors::StructLike(move _1);
        _4 = Ctors::TupLike(false);
        _0 = [move _2, move _3, move _4];
        return;
    }
}
fn more_operands::{constant#0}() -> usize {
    let mut _0: usize;
    bb0: {
        _0 = 3_usize;
        return;
    }
}
fn closures(_1: bool, _2: bool) -> {closure@$DIR/operands.rs:47:5: 47:19} {
    let mut _0: {closure@$DIR/operands.rs:47:5: 47:19};
    debug x => _1;
    debug z => _2;
    bb0: {
        _0 = {closure@$DIR/operands.rs:47:5: 47:19}(_1, _2);
        return;
    }
}
fn closures::{closure#0}(_1: {closure@$DIR/operands.rs:47:5: 47:19}, _2: bool) -> bool {
    let mut _0: bool;
    let mut _3: bool;
    let mut _4: bool;
    debug y => _2;
    debug x => (_1.0: bool);
    debug z => (_1.1: bool);
    bb0: {
        _4 = (_1.0: bool);
        _3 = BitXor(move _4, _2);
        switchInt(move _3) -> [0: bb2, otherwise: bb1];
    }
    bb1: {
        _0 = true;
        goto -> bb3;
    }
    bb2: {
        _0 = (_1.1: bool);
        goto -> bb3;
    }
    bb3: {
        return;
    }
}
fn Ctors::TupLike(_1: bool) -> Ctors {
    let mut _0: Ctors;
    bb0: {
        _0 = Ctors::TupLike(move _1);
        return;
    }
}