air-script 0.4.0

AirScript language compiler
Documentation 
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use winter_air::Air;
use winter_math::fields::f64::BaseElement as Felt;
use winterfell::{Trace, TraceTable};

use crate::{
    binary::binary::{BinaryAir, PublicInputs},
    helpers::{AirTester, MyTraceTable},
};

#[derive(Clone)]
struct BinaryAirTester {}

impl AirTester for BinaryAirTester {
    type PubInputs = PublicInputs;

    fn build_main_trace(&self, length: usize) -> MyTraceTable {
        let trace_width = 2;
        let mut trace = TraceTable::new(trace_width, length);
        let start = Felt::new(0);

        trace.fill(
            |state| {
                state[0] = start;
                state[1] = start;
            },
            |_, state| {
                state[0] = Felt::new(1) - state[0];
                state[1] = Felt::new(1) - state[1];
            },
        );

        MyTraceTable::new(trace, 0)
    }

    fn public_inputs(&self) -> PublicInputs {
        let zero = Felt::new(0);
        PublicInputs::new([zero; 16])
    }
}

#[test]
fn test_binary_air() {
    let air_tester = Box::new(BinaryAirTester {});
    let length = 1024;

    let main_trace = air_tester.build_main_trace(length);
    let aux_trace = air_tester.build_aux_trace(length);
    let pub_inputs = air_tester.public_inputs();
    let trace_info = air_tester.build_trace_info(length);
    let options = air_tester.build_proof_options();

    let air = BinaryAir::new(trace_info, pub_inputs, options);
    main_trace.validate::<BinaryAir, Felt>(&air, aux_trace.as_ref());
}