1const path = require("path");
 2const tester = require("circom").tester;
 3const chai = require("chai");
 4const assert = chai.assert;
 5const circomlib = require("circomlib");
 6const smt = require("circomlib").smt;
 7
 8export {};
 9
10describe("deposit test", function () {
11    this.timeout(200000);
12
13
14    it("Test Deposit", async () => {
15        const circuit = await tester(
16            path.join(__dirname, "main", "deposit.circom"),
17            {reduceConstraints: false}
18        );
19
20        const nLevels = 4;
21        const secret = "1234567890";
22
23        const coinCode = "0";
24        const amount = '1000000000000000000';
25        // const nullifier = "567891234";
26
27        const poseidon = circomlib.poseidon.createHash(6, 8, 57);
28        const nullifier = poseidon([2, secret]);
29        const commitment = poseidon([coinCode, amount, secret, nullifier]).toString();
30
31        // add commitment into SMT
32        let tree = await smt.newMemEmptyTrie();
33        await tree.insert(1, 0);
34        // await tree.insert(2, 0);
35
36        let rootOld = tree.root;
37        let res = await tree.find(2);
38        // console.log(res);
39        assert(!res.found);
40        let siblingsOld = res.siblings;
41        while (siblingsOld.length < nLevels) {
42            siblingsOld.push("0");
43        };
44        console.log("siblingsOld", siblingsOld);
45
46        await tree.insert(2, commitment);
47        let rootNew = tree.root;
48
49        res = await tree.find(2);
50        // console.log(res);
51        assert(res.found);
52        let siblingsNew = res.siblings;
53        while (siblingsNew.length < nLevels) {
54            siblingsNew.push("0");
55        };
56        console.log("siblingsNew", siblingsNew);
57        console.log("rootOld", rootOld);
58        console.log("rootNew", rootNew);
59        
60        const witness = await circuit.calculateWitness({
61            "coinCode": coinCode,
62            "amount": amount,
63            "secret": secret,
64            "oldKey": "1",
65            "oldValue": "0",
66            "siblingsOld": siblingsOld,
67            "siblingsNew": siblingsNew,
68            "rootOld": rootOld,
69            "rootNew": rootNew,
70            "commitment": commitment,
71            "key": 2
72        });
73        await circuit.checkConstraints(witness);
74    });
75});