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const path = require("path");
const bigInt = require("big-integer");const c_tester = require("../index.js").c_tester;
const __P__ = new bigInt("21888242871839275222246405745257275088548364400416034343698204186575808495617");
function normalize(o) { if ((typeof(o) == "bigint") || o.isZero !== undefined) { const res = bigInt(o); return norm(res); } else if (Array.isArray(o)) { return o.map(normalize); } else if (typeof o == "object") { const res = {}; for (let k in o) { res[k] = normalize(o[k]); } return res; } else { const res = bigInt(o); return norm(res); }
function norm(n) { let res = n.mod(__P__); if (res.isNegative()) res = __P__.add(res); return res; }}
async function doTest(circuit, testVectors) { const cir = await c_tester(path.join(__dirname, "circuits", circuit));
for (let i=0; i<testVectors.length; i++) { const w = await cir.calculateWitness(normalize(testVectors[i][0])); await cir.assertOut(w, normalize(testVectors[i][1]) ); }
await cir.release();}
describe("basic cases", function () { this.timeout(100000);
it("inout", async () => { await doTest( "inout.circom", [ [{in1: 1, in2: [2,3], in3:[[4,5], [6,7], [8,9]]}, {out1: 1, out2: [2,3], out3: [[4,5], [6,7],[8,9]]}], ] ); }); it("add", async () => { await doTest( "add.circom", [ [{in: [0,0]}, {out: 0}], [{in: [0,1]}, {out: 1}], [{in: [1,2]}, {out: 3}], [{in: [__P__.minus(1),1]}, {out: 0}], ] ); }); it("add constant", async () => { await doTest( "addconst1.circom", [ [{in: 0}, {out: 15}], [{in: 10}, {out: 25}], [{in: __P__.minus(2)}, {out: 13}], ] ); }); it("for unrolled", async () => { await doTest( "forunrolled.circom", [ [{in: 0}, {out: [0,1,2]}], [{in: 10}, {out: [10, 11, 12]}], [{in: __P__.minus(2)}, {out: [__P__.minus(2), __P__.minus(1), 0]}], ] ); }); it("for rolled", async () => { await doTest( "forrolled.circom", [ [{in: 0}, {out: 0}], [{in: 10}, {out: 10}], ] ); }); it("while unrolled", async () => { await doTest( "whileunrolled.circom", [ [{in: 0}, {out: [0,1,2]}], [{in: 10}, {out: [10, 11, 12]}], [{in: __P__.minus(2)}, {out: [__P__.minus(2), __P__.minus(1), 0]}], ] ); }); it("while rolled", async () => { await doTest( "whilerolled.circom", [ [{in: 0}, {out: 0}], [{in: 10}, {out: 10}], ] ); }); it("function1", async () => { await doTest( "function1.circom", [ [{in: 0}, {out: 3}], [{in: 10}, {out: 13}], [{in: __P__.minus(2)}, {out: 1}], ] ); }); it("function2", async () => { await doTest( "function2.circom", [ [{in: 0}, {out: 3}], [{in: 10}, {out: 13}], [{in: __P__.minus(2)}, {out: 1}], ] ); }); it("constants1", async () => { await doTest( "constants1.circom", [ [{in: 0}, {out: 42}], [{in: 10}, {out: 52}], [{in: __P__.minus(2)}, {out: 40}], ] ); }); it("arrays", async () => { await doTest( "arrays.circom", [ [{in: 0}, {out: [1, 8, 51]}], [{in: 10}, {out: [11, 28, 111]}], [{in: __P__.minus(2)}, {out: [__P__.minus(1), 4, 39]}], ] ); }); it("if unrolled", async () => { await doTest( "ifunrolled.circom", [ [{in: 0}, {out: [1, 3, 6]}], [{in: 10}, {out: [11, 13, 16]}], [{in: __P__.minus(2)}, {out: [__P__.minus(1), 1, 4]}], ] ); }); it("if rolled", async () => { await doTest( "ifrolled.circom", [ [{in: 0}, {out: [1, 0, 0]}], [{in: 1}, {out: [0, 1, 0]}], [{in: 2}, {out: [0, 0, 1]}], [{in: 3}, {out: [0, 0, 0]}], [{in: __P__.minus(2)}, {out: [0,0,0]}], ] ); }); it("inc", async () => { await doTest( "inc.circom", [ [{in: 0}, {out: [5, 2]}], [{in: 1}, {out: [6, 4]}], [{in: 2}, {out: [7, 6]}], [{in: 3}, {out: [8, 8]}], [{in: __P__.minus(2)}, {out: [3,__P__.minus(2)]}], ] ); }); it("dec", async () => { await doTest( "dec.circom", [ [{in: 0}, {out: [1, __P__.minus(2)]}], [{in: 1}, {out: [2, 0]}], [{in: 2}, {out: [3, 2]}], [{in: 3}, {out: [4, 4]}], [{in: __P__.minus(2)}, {out: [__P__.minus(1),__P__.minus(6)]}], ] ); }); it("ops", async () => { await doTest( "ops.circom", [ [{in: [-2, 2]}, {add: 0, sub: -4, mul: -4}], [{in: [-1, 1]}, {add: 0, sub: -2, mul: -1}], [{in: [ 0, 0]}, {add: 0, sub: 0, mul: 0}], [{in: [ 1,-1]}, {add: 0, sub: 2, mul: -1}], [{in: [ 2,-2]}, {add: 0, sub: 4, mul: -4}], [{in: [-2,-3]}, {add: -5, sub: 1, mul: 6}], [{in: [ 2, 3]}, {add: 5, sub: -1, mul: 6}], ] ); }); it("ops2", async () => { await doTest( "ops2.circom", [ [{in: [-2, 2]}, {div: -1, idiv: bigInt("10944121435919637611123202872628637544274182200208017171849102093287904247807"), mod: 1}], [{in: [-1, 1]}, {div: -1, idiv: -1, mod: 0}], [{in: [ 1,-1]}, {div: -1, idiv: 0, mod: 1}], ] ); }); it("ops3", async () => { await doTest( "ops3.circom", [ [{in: [-2, 2]}, {neg1: 2,neg2: -2, pow: 4}], [{in: [0, 1]}, {neg1: 0, neg2: -1, pow: 0}], [{in: [ 1,-1]}, {neg1: -1, neg2: 1, pow: 1}], ] ); }); it("Comparation ops", async () => { await doTest( "opscmp.circom", [ [{in: [ 8, 9]}, {lt: 1, leq: 1, eq:0, neq:1, geq: 0, gt:0}], [{in: [-2,-2]}, {lt: 0, leq: 1, eq:1, neq:0, geq: 1, gt:0}], [{in: [-1,-2]}, {lt: 0, leq: 0, eq:0, neq:1, geq: 1, gt:1}], [{in: [ 1,-1]}, {lt: 0, leq: 0, eq:0, neq:1, geq: 1, gt:1}], // In mod, negative values are higher than positive. ] ); }); it("Bit ops", async () => { const mask = bigInt("14474011154664524427946373126085988481658748083205070504932198000989141204991"); const m1m = bigInt("7414231717174750794300032619171286606889616317210963838766006185586667290624"); await doTest( "opsbit.circom", [ [{in: [ 5, 3]}, {and: 1, or: 7, xor:6, not1:mask.minus(5), shl: 40, shr:0}], [{in: [ 0, 0]}, {and: 0, or: 0, xor:0, not1:mask, shl: 0, shr:0}], [{in: [-1, 1]}, {and: 0, or: m1m.add(bigInt.one), xor:m1m.add(bigInt.one), not1:mask.minus(m1m), shl: m1m.shiftLeft(1).and(mask), shr:__P__.shiftRight(1).and(mask)}], ] ); }); it("Logical ops", async () => { await doTest( "opslog.circom", [ [{in: [ 5, 0]}, {and: 0, or: 1, not1:0}], [{in: [ 0, 1]}, {and: 0, or: 1, not1:1}], [{in: [-1, 9]}, {and: 1, or: 1, not1:0}], [{in: [ 0, 0]}, {and: 0, or: 0, not1:1}], ] ); });
it("Conditional Ternary operator", async () => { await doTest( "condternary.circom", [ [{in: 0}, {out: 21}], [{in: 1}, {out: 1}], [{in: 2}, {out: 23}], [{in:-1}, {out: 20}], ] ); });
it("Compute block", async () => { await doTest( "compute.circom", [ [{x: 1}, {y: 7}], [{x: 2}, {y: 7}], [{x: 3}, {y: 11}], [{x:-1}, {y: -5}], ] ); }); it("Component array ", async () => { await doTest( "componentarray.circom", [ [{in: 1}, {out: 1}], [{in: 2}, {out: 256}], [{in: 3}, {out: 6561}], [{in:-1}, {out: 1}], ] ); }); it("Component array 2d", async () => { await doTest( "componentarray2.circom", [ [{in: [1,2]}, {out: [1, 256]}], [{in: [0,3]}, {out: [0, 6561]}], ] ); }); it("Constant circuit", async () => { await doTest( "constantcircuit.circom", [ // 0xbb67ae85 [{}, {out: [1,0,1,0, 0,0,0,1, 0,1,1,1, 0,1,0,1, 1,1,1,0, 0,1,1,0, 1,1,0,1, 1,1,0,1]}], ] ); }); it("Constant internal circuit", async () => { await doTest( "constantinternalcircuit.circom", [ [{in: 1}, {out: 5}], [{in: 0}, {out: 4}], [{in: -2}, {out: 2}], [{in: 10}, {out: 14}] ] ); }); it("include", async () => { await doTest( "include.circom", [ [{in: 3}, {out: 6}], [{in: 6}, {out: 15}], ] ); });
});
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