example-blind-auction/test/Token.js

// This doesn't work yet - need to refactor to take into account localluxfhe

// // This is an example test file. Hardhat will run every *.js file in `test/`,
// // so feel free to add new ones.
//
// // Hardhat tests are normally written with Mocha and Chai.
//
// // We import Chai to use its asserting functions here.
// const { expect } = require("chai");
//
// // We use `loadFixture` to share common setups (or fixtures) between tests.
// // Using this simplifies your tests and makes them run faster, by taking
// // advantage or Hardhat Network's snapshot functionality.
// const { loadFixture } = require("@nomicfoundation/hardhat-network-helpers");
//
//
//
// // `describe` is a Mocha function that allows you to organize your tests.
// // Having your tests organized makes debugging them easier. All Mocha
// // functions are available in the global scope.
// //
// // `describe` receives the name of a section of your test suite, and a
// // callback. The callback must define the tests of that section. This callback
// // can't be an async function.
// describe("Token contract", function () {
//   // We define a fixture to reuse the same setup in every test. We use
//   // loadFixture to run this setup once, snapshot that state, and reset Hardhat
//   // Network to that snapshot in every test.
//   async function deployTokenFixture() {
//     // Get the ContractFactory and Signers here.
//     const Counter = await ethers.getContractFactory("Counter");
//     const [owner, addr1, addr2] = await ethers.getSigners();
//
//     const {@luxfhe/sdk/node} = hre.@luxfhe/sdk/node;
//
//     await luxfhe.utils.getFunds(owner);
//
//     // To deploy our contract, we just have to call Token.deploy() and await
//     // for it to be deployed(), which happens onces its transaction has been
//     // mined.
//     const hardhatToken = await Counter.deploy();
//
//     await hardhatToken.deployed();
//
//     // Fixtures can return anything you consider useful for your tests
//     return { Counter: Counter, hardhatToken, owner, addr1, addr2, @luxfhe/sdk/node };
//   }
//
//   // You can nest describe calls to create subsections.
//   describe("Deployment", function () {
//     // `it` is another Mocha function. This is the one you use to define your
//     // tests. It receives the test name, and a callback function.
// //
//     // If the callback function is async, Mocha will `await` it.
//     it("Should set the right owner", async function () {
//       // We use loadFixture to setup our environment, and then assert that
//       // things went well
//       const { hardhatToken, owner } = await loadFixture(deployTokenFixture);
//
//       // Expect receives a value and wraps it in an assertion object. These
//       // objects have a lot of utility methods to assert values.
//
//       // This test expects the owner variable stored in the contract to be
//       // equal to our Signer's owner.
//       expect(await hardhatToken.owner()).to.equal(owner.address);
//     });
//
//     // it("Should assign the total supply of tokens to the owner", async function () {
//     //   const { hardhatToken, owner } = await loadFixture(deployTokenFixture);
//     //   const ownerBalance = await hardhatToken.balanceOf(owner.address);
//     //   expect(await hardhatToken.totalSupply()).to.equal(ownerBalance);
//     // });
//   });
//
//   describe("Counter Test", function () {
//     it("Should add 10 to the counter", async function () {
//       const { hardhatToken, owner, addr1, addr2 } = await loadFixture(deployTokenFixture);
//
//       let x = await luxfhe.client.encrypt_uint32(10);
//
//       expect(await hardhatToken.add(x.data)).not.to.be.reverted;
//     });
//
//     it("Should test that the counter is 10", async function () {
//       const { hardhatToken, owner, addr1, addr2 } = await loadFixture(deployTokenFixture);
//
//       expect(await hardhatToken.counter()).to.equal(10);
//     });
//
//     // it("should emit Transfer events", async function () {
//     //   const { hardhatToken, owner, addr1, addr2 } = await loadFixture(deployTokenFixture);
//     //
//     //   // Transfer 50 tokens from owner to addr1
//     //   await expect(hardhatToken.transfer(addr1.address, 50))
//     //     .to.emit(hardhatToken, "Transfer").withArgs(owner.address, addr1.address, 50)
//     //
//     //   // Transfer 50 tokens from addr1 to addr2
//     //   // We use .connect(signer) to send a transaction from another account
//     //   await expect(hardhatToken.connect(addr1).transfer(addr2.address, 50))
//     //     .to.emit(hardhatToken, "Transfer").withArgs(addr1.address, addr2.address, 50)
//     // });
//     //
//     // it("Should fail if sender doesn't have enough tokens", async function () {
//     //   const { hardhatToken, owner, addr1 } = await loadFixture(deployTokenFixture);
//     //   const initialOwnerBalance = await hardhatToken.balanceOf(
//     //     owner.address
//     //   );
//     //
//     //   // Try to send 1 token from addr1 (0 tokens) to owner (1000 tokens).
//     //   // `require` will evaluate false and revert the transaction.
//     //   await expect(
//     //     hardhatToken.connect(addr1).transfer(owner.address, 1)
//     //   ).to.be.revertedWith("Not enough tokens");
//     //
//     //   // Owner balance shouldn't have changed.
//     //   expect(await hardhatToken.balanceOf(owner.address)).to.equal(
//     //     initialOwnerBalance
//     //   );
//     // });
//   });
// });