tests/mir-opt/or_pattern.single_switchint.SimplifyCfg-initial.after.mir

// MIR for `single_switchint` after SimplifyCfg-initial

fn single_switchint() -> () {
    let mut _0: ();
    let _1: i32;
    let mut _2: (i32, bool);

    bb0: {
        StorageLive(_1);
        StorageLive(_2);
        _2 = (const 1_i32, const true);
        PlaceMention(_2);
        switchInt(copy (_2.0: i32)) -> [1: bb2, 2: bb4, otherwise: bb1];
    }

    bb1: {
        switchInt(copy (_2.0: i32)) -> [3: bb9, 4: bb9, otherwise: bb8];
    }

    bb2: {
        switchInt(copy (_2.1: bool)) -> [0: bb6, otherwise: bb3];
    }

    bb3: {
        falseEdge -> [real: bb14, imaginary: bb4];
    }

    bb4: {
        switchInt(copy (_2.1: bool)) -> [0: bb5, otherwise: bb6];
    }

    bb5: {
        falseEdge -> [real: bb13, imaginary: bb6];
    }

    bb6: {
        switchInt(copy (_2.1: bool)) -> [0: bb7, otherwise: bb7];
    }

    bb7: {
        falseEdge -> [real: bb12, imaginary: bb1];
    }

    bb8: {
        _1 = const 5_i32;
        goto -> bb15;
    }

    bb9: {
        switchInt(copy (_2.1: bool)) -> [0: bb10, otherwise: bb10];
    }

    bb10: {
        falseEdge -> [real: bb11, imaginary: bb8];
    }

    bb11: {
        _1 = const 4_i32;
        goto -> bb15;
    }

    bb12: {
        _1 = const 3_i32;
        goto -> bb15;
    }

    bb13: {
        _1 = const 2_i32;
        goto -> bb15;
    }

    bb14: {
        _1 = const 1_i32;
        goto -> bb15;
    }

    bb15: {
        StorageDead(_2);
        StorageDead(_1);
        _0 = const ();
        return;
    }
}