tests/mir-opt/pre-codegen/tuple_ord.demo_ge_partial.PreCodegen.after.mir

// MIR for `demo_ge_partial` after PreCodegen

fn demo_ge_partial(_1: &(f32, f32), _2: &(f32, f32)) -> bool {
    debug a => _1;
    debug b => _2;
    let mut _0: bool;
    scope 1 (inlined std::cmp::impls::<impl PartialOrd for &(f32, f32)>::ge) {
        scope 2 (inlined core::tuple::<impl PartialOrd for (f32, f32)>::ge) {
            let mut _7: std::ops::ControlFlow<bool>;
            let _8: bool;
            scope 3 {
            }
            scope 4 (inlined std::cmp::impls::<impl PartialOrd for f32>::__chaining_ge) {
                let mut _3: f32;
                let mut _4: f32;
                let mut _5: bool;
                let mut _6: bool;
                scope 5 {
                }
            }
            scope 6 (inlined std::cmp::impls::<impl PartialOrd for f32>::ge) {
                let mut _9: f32;
                let mut _10: f32;
            }
        }
    }

    bb0: {
        StorageLive(_7);
        StorageLive(_3);
        StorageLive(_4);
        _3 = copy ((*_1).0: f32);
        _4 = copy ((*_2).0: f32);
        StorageLive(_5);
        _5 = Eq(copy _3, copy _4);
        switchInt(move _5) -> [0: bb1, otherwise: bb2];
    }

    bb1: {
        StorageLive(_6);
        _6 = Ge(copy _3, copy _4);
        _7 = ControlFlow::<bool>::Break(move _6);
        StorageDead(_6);
        StorageDead(_5);
        StorageDead(_4);
        StorageDead(_3);
        StorageLive(_8);
        _8 = copy ((_7 as Break).0: bool);
        _0 = copy _8;
        StorageDead(_8);
        goto -> bb3;
    }

    bb2: {
        StorageDead(_5);
        StorageDead(_4);
        StorageDead(_3);
        StorageLive(_9);
        _9 = copy ((*_1).1: f32);
        StorageLive(_10);
        _10 = copy ((*_2).1: f32);
        _0 = Ge(move _9, move _10);
        StorageDead(_10);
        StorageDead(_9);
        goto -> bb3;
    }

    bb3: {
        StorageDead(_7);
        return;
    }
}