air-mir 0.4.0

Intermediate representation for the AirScript language
Documentation 
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use super::compile;

#[test]
fn list_folding_on_const() {
    let source = "
    def test
    const A = [1, 2, 3];
    trace_columns {
        main: [clk, fmp[4], ctx, a, b, c[4], d[4]],
    }
    public_inputs {
        stack_inputs: [16],
    }
    boundary_constraints {
        enf c[2].first = 0;
    }
    integrity_constraints {
        let x = sum(A);
        let y = prod(A);
        enf clk = y - x;
    }";

    assert!(compile(source).is_ok());
}

#[test]
fn list_folding_on_variable() {
    let source = "
    def test
    trace_columns {
        main: [clk, fmp[2], ctx, a, b, c[4], d[4]],
    }
    public_inputs {
        stack_inputs: [16],
    }
    boundary_constraints {
        enf c[2].first = 0;
    }
    integrity_constraints {
        let x = [a + c[0], 1, c[2] * d[2]];
        let y = sum(x);
        let z = prod(x);
        enf clk = z - y;
    }";

    assert!(compile(source).is_ok());
}

#[test]
fn list_folding_on_vector() {
    let source = "
    def test
    trace_columns {
        main: [clk, fmp[2], ctx, a, b, c[4], d[4]],
    }
    public_inputs {
        stack_inputs: [16],
    }
    boundary_constraints {
        enf c[2].first = 0;
    }
    integrity_constraints {
        let x = sum([c[0], c[2], 2 * a]);
        let y = prod([c[0], c[2], 2 * a]);
        enf clk = y - x;
    }";

    assert!(compile(source).is_ok());
}

#[test]
fn list_folding_on_lc() {
    let source = "
    def test
    const A = [1, 2, 3];
    trace_columns {
        main: [clk, fmp[2], ctx, a, b, c[4], d[4]],
    }
    public_inputs {
        stack_inputs: [16],
    }
    boundary_constraints {
        enf c[2].first = 0;
    }
    integrity_constraints {
        let x = sum([c * d for (c, d) in (c, d)]);
        let y = prod([c + d for (c, d) in (c, d)]);
        enf clk = y - x;
    }";

    assert!(compile(source).is_ok());
}

#[test]
fn list_folding_in_lc() {
    let source = "
    def test
    trace_columns {
        main: [clk, fmp[4], ctx, a, b, c[4], d[4]],
    }
    public_inputs {
        stack_inputs: [16],
    }
    boundary_constraints {
        enf c[2].first = 0;
    }
    integrity_constraints {
        let x = sum([c * d for (c, d) in (c, d)]);
        let y = [m + x for m in fmp];
        enf clk = y[0];
    }";

    assert!(compile(source).is_ok());
}