leo/tests/compiler/integers/u128/operator_methods.leo

/*
namespace: Compile
expectation: Pass
input_file: inputs/add.in
*/

function main(a: u128, b: u128) -> bool {
    // unary
    let h: u128 = a.not();

    // binary
    let j: u128 = a.add(b);
    let k: u128 = a.add_wrapped(b);
    let l: u128 = a.and(b);
    let m: u128 = a.div(b);
    let n: u128 = a.div_wrapped(b);
    let o: bool = a.eq(b);
    let p: bool = a.gte(b);
    let q: bool = a.gt(b);
    let r: bool = a.lte(b);
    let s: bool = a.lt(b);
    let t: u128 = a.mul(b);
    let u: u128 = a.mul_wrapped(b);
    let w: bool = a.neq(b);
    let y: u128 = a.or(b);
    let z: u128 = a.pow(2u8);
    let aa: u128 = a.pow(2u16);
    let ab: u128 = a.pow(2u32);
    let ac: u128 = a.pow_wrapped(2u8);
    let ad: u128 = a.pow_wrapped(2u16);
    let ae: u128 = a.pow_wrapped(2u32);
    let af: u128 = a.shl(2u8);
    let ag: u128 = a.shl(2u16);
    let ah: u128 = a.shl(2u32);
    let ai: u128 = a.shl_wrapped(2u8);
    let aj: u128 = a.shl_wrapped(2u16);
    let ak: u128 = a.shl_wrapped(2u32);
    let al: u128 = a.shr(2u8);
    let am: u128 = a.shr(2u16);
    let an: u128 = a.shr(2u32);
    let ao: u128 = a.shr_wrapped(2u8);
    let ap: u128 = a.shr_wrapped(2u16);
    let aq: u128 = a.shr_wrapped(2u32);
    let ar: u128 = a.xor(b);
    let as: u128 = a.mod(b);
    let at: u128 = a.rem(b);
    let au: u128 = a.rem_wrapped(b);

    return a == b;
}