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2_test_fullpath_with_permit.ts
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import {ethers} from 'hardhat';
import {Signer, ContractFactory, Contract} from 'ethers';
import {assert, expect} from 'chai';
import {ecsign} from 'ethereumjs-util';
import {calculateDeploymentAddresses} from '../testHelpers/contractAddress';
import constants from '../testHelpers/constants';
import {advanceTimeSeconds} from '../testHelpers/timemachine';
import Users from '../testHelpers/users';
import Utils from '../testHelpers/utils';
import UtilsBuilder from '../testHelpers/utilsBuilder';
import {toWei, getApprovalDigest} from '../testHelpers/permitUtils';
import {
BosonRouter,
VoucherSets,
Vouchers,
VoucherKernel,
Cashier,
TokenRegistry,
MockBosonRouter,
MockERC20Permit,
MockERC721Receiver,
} from '../typechain';
const {keccak256, solidityPack} = ethers.utils;
let VoucherSets_Factory: ContractFactory;
let Vouchers_Factory: ContractFactory;
let VoucherKernel_Factory: ContractFactory;
let Cashier_Factory: ContractFactory;
let BosonRouter_Factory: ContractFactory;
let TokenRegistry_Factory: ContractFactory;
let MockBosonRouter_Factory: ContractFactory;
let MockERC20Permit_Factory: ContractFactory;
let MockERC721Receiver_Factory: ContractFactory;
import revertReasons from '../testHelpers/revertReasons';
import * as eventUtils from '../testHelpers/events';
const eventNames = eventUtils.eventNames;
import fnSignatures from '../testHelpers/functionSignatures';
const BN = ethers.BigNumber.from;
let utils: Utils;
let users;
describe('Cashier and VoucherKernel', () => {
let promiseId: string, tokenSupplyKey: string;
before(async () => {
const signers: Signer[] = await ethers.getSigners();
users = new Users(signers);
VoucherSets_Factory = await ethers.getContractFactory('VoucherSets');
Vouchers_Factory = await ethers.getContractFactory('Vouchers');
VoucherKernel_Factory = await ethers.getContractFactory('VoucherKernel');
Cashier_Factory = await ethers.getContractFactory('Cashier');
BosonRouter_Factory = await ethers.getContractFactory('BosonRouter');
TokenRegistry_Factory = await ethers.getContractFactory('TokenRegistry');
MockBosonRouter_Factory = await ethers.getContractFactory(
'MockBosonRouter'
);
MockERC20Permit_Factory = await ethers.getContractFactory(
'MockERC20Permit'
);
MockERC721Receiver_Factory = await ethers.getContractFactory(
'MockERC721Receiver'
);
await setPeriods();
});
let contractVoucherSets: VoucherSets,
contractVouchers: Vouchers,
contractVoucherKernel: VoucherKernel,
contractCashier: Cashier,
contractBosonRouter: BosonRouter,
contractBSNTokenPrice: MockERC20Permit,
contractBSNTokenDeposit: MockERC20Permit,
contractTokenRegistry: TokenRegistry,
contractMockERC721Receiver: MockERC721Receiver,
contractMockBosonRouter: MockBosonRouter;
const deadline = toWei(1);
let timestamp;
let distributedAmounts = {
buyerAmount: BN(0),
sellerAmount: BN(0),
escrowAmount: BN(0),
};
async function setPeriods() {
const timestamp = await Utils.getCurrTimestamp();
constants.PROMISE_VALID_FROM = timestamp;
constants.PROMISE_VALID_TO = timestamp + 2 * constants.SECONDS_IN_DAY;
}
async function deployContracts() {
const sixtySeconds = 60;
const contractAddresses = await calculateDeploymentAddresses(
users.deployer.address,
[
'TokenRegistry',
'VoucherSets',
'Vouchers',
'VoucherKernel',
'Cashier',
'BosonRouter',
]
);
contractTokenRegistry = (await TokenRegistry_Factory.deploy()) as Contract &
TokenRegistry;
contractVoucherSets = (await VoucherSets_Factory.deploy(
'https://token-cdn-domain/{id}.json',
contractAddresses.Cashier,
contractAddresses.VoucherKernel
)) as Contract & VoucherSets;
contractVouchers = (await Vouchers_Factory.deploy(
'https://token-cdn-domain/orders/metadata/',
'Boson Smart Voucher',
'BSV',
contractAddresses.Cashier,
contractAddresses.VoucherKernel
)) as Contract & Vouchers;
contractVoucherKernel = (await VoucherKernel_Factory.deploy(
contractAddresses.BosonRouter,
contractAddresses.Cashier,
contractAddresses.VoucherSets,
contractAddresses.Vouchers
)) as Contract & VoucherKernel;
contractCashier = (await Cashier_Factory.deploy(
contractAddresses.BosonRouter,
contractAddresses.VoucherKernel,
contractAddresses.VoucherSets,
contractAddresses.Vouchers
)) as Contract & Cashier;
contractBosonRouter = (await BosonRouter_Factory.deploy(
contractAddresses.VoucherKernel,
contractAddresses.TokenRegistry,
contractAddresses.Cashier
)) as Contract & BosonRouter;
contractBSNTokenPrice = (await MockERC20Permit_Factory.deploy(
'BosonTokenPrice',
'BPRC'
)) as Contract & MockERC20Permit;
contractBSNTokenDeposit = (await MockERC20Permit_Factory.deploy(
'BosonTokenDeposit',
'BDEP'
)) as Contract & MockERC20Permit;
contractMockERC721Receiver =
(await MockERC721Receiver_Factory.deploy()) as Contract &
MockERC721Receiver;
await contractTokenRegistry.deployed();
await contractVoucherSets.deployed();
await contractVouchers.deployed();
await contractVoucherKernel.deployed();
await contractCashier.deployed();
await contractBosonRouter.deployed();
await contractBSNTokenPrice.deployed();
await contractBSNTokenDeposit.deployed();
await contractMockERC721Receiver.deployed();
await contractVoucherSets.setApprovalForAll(
contractVoucherKernel.address,
true
);
await contractVouchers.setApprovalForAll(
contractVoucherKernel.address,
true
);
await contractVoucherKernel.setComplainPeriod(sixtySeconds);
await contractVoucherKernel.setCancelFaultPeriod(sixtySeconds);
await contractTokenRegistry.setTokenLimit(
contractBSNTokenPrice.address,
constants.TOKEN_LIMIT
);
await contractTokenRegistry.setTokenLimit(
contractBSNTokenDeposit.address,
constants.TOKEN_LIMIT
);
await contractTokenRegistry.setETHLimit(constants.ETHER_LIMIT);
//Set Boson Token as it's own wrapper so that the same interface can be called in the code
await contractTokenRegistry.setTokenWrapperAddress(
contractBSNTokenPrice.address,
contractBSNTokenPrice.address
);
await contractTokenRegistry.setTokenWrapperAddress(
contractBSNTokenDeposit.address,
contractBSNTokenDeposit.address
);
// calculate expected tokenSupplyID for first voucher
promiseId = keccak256(
solidityPack(
['address', 'uint256', 'uint256', 'uint256', 'address'],
[
users.seller.address,
constants.ZERO,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
contractVoucherKernel.address,
]
)
);
// calculate expected tokenSupplyID for first voucher
const tokenIndex = constants.ONE;
const TYPE_NF_BIT = constants.ONE.shl(255);
tokenSupplyKey = TYPE_NF_BIT.or(tokenIndex.shl(128)).toString();
}
describe('TOKEN SUPPLY CREATION (Voucher batch creation)', () => {
const vouchersToBuy = 5;
const paymentMethods = {
ETHETH: 0,
ETHTKN: 1,
TKNETH: 2,
TKNTKN: 3,
};
describe('ETHETH', () => {
beforeEach(async () => {
await deployContracts();
utils = await UtilsBuilder.create()
.ETHETH()
.buildAsync(
contractVoucherSets,
contractVouchers,
contractVoucherKernel,
contractCashier,
contractBosonRouter
);
});
it('All expected events are emitted', async () => {
expect(
await utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10,
true
)
)
.to.emit(contractBosonRouter, eventNames.LOG_ORDER_CREATED)
.withArgs(
tokenSupplyKey,
users.seller.address,
constants.QTY_10,
paymentMethods.ETHETH
)
.to.emit(contractVoucherKernel, eventNames.LOG_PROMISE_CREATED)
.withArgs(
promiseId,
constants.ONE,
users.seller.address,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.ZERO
)
.to.emit(contractVoucherSets, eventNames.TRANSFER_SINGLE)
.withArgs(
contractVoucherKernel.address,
constants.ZERO_ADDRESS,
users.seller.address,
tokenSupplyKey,
constants.QTY_10
);
});
describe('After creation', () => {
beforeEach(async () => {
await utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10
);
});
describe('Voucher Kernel state', () => {
it('Promise info is correct', async () => {
const promiseData = await contractVoucherKernel.getPromiseData(
promiseId
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.promiseId],
promiseId,
'Promise Id incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.nonce].toString(),
constants.ONE.toString(),
'Promise data field -> nonce is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.validFrom].toString(),
constants.PROMISE_VALID_FROM.toString(),
'Promise data field -> validFrom is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.validTo].toString(),
constants.PROMISE_VALID_TO.toString(),
'Promise data field -> validTo is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.idx].toString(),
constants.ZERO.toString(),
'Promise data field -> idx is incorrect'
);
const promiseSeller = await contractVoucherKernel.getSupplyHolder(
tokenSupplyKey
);
assert.strictEqual(
promiseSeller,
users.seller.address,
'Seller incorrect'
);
const promiseOrderData = await contractVoucherKernel.getOrderCosts(
tokenSupplyKey
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.price].eq(
BN(constants.PROMISE_PRICE1)
),
'Promise product price mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositSe].eq(
BN(constants.PROMISE_DEPOSITSE1)
),
'Promise seller deposit mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositBu].eq(
BN(constants.PROMISE_DEPOSITBU1)
),
'Promise buyer deposit mismatch'
);
const tokenNonce = await contractVoucherKernel.getTokenNonce(
users.seller.address
);
assert.isTrue(
tokenNonce.eq(constants.ONE.toString()),
'Voucher kernel nonce mismatch'
);
assert.equal(
promiseId,
await contractVoucherKernel.getPromiseIdFromSupplyId(
tokenSupplyKey
),
'PromiseId mismatch'
);
});
it('Should create payment method ETHETH', async () => {
expect(
await contractVoucherKernel.getVoucherPaymentMethod(
tokenSupplyKey
)
).to.equal(
paymentMethods.ETHETH,
'Payment Method ETHETH not set correctly'
);
});
it('Deposit and Price address should be constants.ZERO', async () => {
expect(
await contractVoucherKernel.getVoucherPriceToken(tokenSupplyKey)
).to.equal(
constants.ZERO_ADDRESS,
'ETHETH Method Price Token Address mismatch'
);
expect(
await contractVoucherKernel.getVoucherDepositToken(tokenSupplyKey)
).to.equal(
constants.ZERO_ADDRESS,
'ETHETH Method Deposit Token Address mismatch'
);
});
});
it('Voucher Sets token state is correct', async () => {
const sellerVoucherSetTokenBalance = (
await contractVoucherSets.functions[fnSignatures.balanceOf1155](
users.seller.address,
tokenSupplyKey
)
)[0];
assert.isTrue(
sellerVoucherSetTokenBalance.eq(constants.QTY_10),
'Voucher Set token seller balance mismatch'
);
});
it('ESCROW has correct balance', async () => {
const expectedBalance = BN(constants.PROMISE_DEPOSITSE1).mul(
BN(constants.QTY_10)
);
expect(
await ethers.provider.getBalance(contractCashier.address)
).to.equal(expectedBalance, 'Escrow balance is incorrect');
expect(
await contractCashier.getEscrowAmount(users.seller.address)
).to.equal(expectedBalance, 'Escrow stored amount is incorrect');
});
it('Get correct remaining qty for supply', async () => {
expect(
await contractVoucherKernel.getRemQtyForSupply(
tokenSupplyKey,
users.seller.address
)
).to.equal(constants.QTY_10, 'Remaining qty is not correct');
for (let i = 0; i < vouchersToBuy; i++) {
await utils.commitToBuy(
users.buyer,
users.seller,
tokenSupplyKey,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITBU1
);
expect(
await contractVoucherKernel.getRemQtyForSupply(
tokenSupplyKey,
users.seller.address
)
).to.equal(
constants.QTY_10 - i - 1,
`Remaining qty is not correct [${i}]`
);
}
});
});
it('It should be possible to create Order with 0 buyer deposit', async () => {
await utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.ZERO,
constants.QTY_10,
true
);
const promiseOrderData = await contractVoucherKernel.getOrderCosts(
tokenSupplyKey
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.price].eq(
BN(constants.PROMISE_PRICE1)
),
'Promise product price mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositSe].eq(
BN(constants.PROMISE_DEPOSITSE1)
),
'Promise seller deposit mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositBu].eq(
BN(constants.ZERO)
),
'Promise buyer deposit mismatch'
);
});
it('[NEGATIVE] Should revert if validTo is set below 5 minutes from now', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_FROM + constants.ONE_MINUTE,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10
)
).to.be.revertedWith(revertReasons.INVALID_VALIDITY_TO);
});
it('[NEGATIVE] Should not create a supply if price is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_FROM + constants.ONE_MINUTE,
constants.ABOVE_ETH_LIMIT,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.ONE,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if depositBu is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_FROM + constants.ONE_MINUTE,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.ABOVE_ETH_LIMIT,
constants.ONE,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if depositSe is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_FROM + constants.ONE_MINUTE,
constants.PROMISE_PRICE1,
constants.ABOVE_ETH_LIMIT,
constants.PROMISE_DEPOSITBU1,
constants.ONE,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if quantity is zero', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.ZERO,
true
)
).to.be.revertedWith(revertReasons.INVALID_QUANTITY_LONG);
});
});
describe('[WITH PERMIT]', () => {
describe('ETHTKN', () => {
beforeEach(async () => {
await deployContracts();
utils = await UtilsBuilder.create()
.ERC20withPermit()
.ETHTKN()
.buildAsync(
contractVoucherSets,
contractVouchers,
contractVoucherKernel,
contractCashier,
contractBosonRouter,
contractBSNTokenPrice,
contractBSNTokenDeposit
);
const tokensToMint = BN(constants.seller_deposit).mul(
BN(constants.QTY_20)
);
await utils.mintTokens(
'contractBSNTokenDeposit',
users.seller.address,
tokensToMint
);
await utils.mintTokens(
'contractBSNTokenDeposit',
users.buyer.address,
tokensToMint
);
});
it('All expected events are emitted', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10,
true
)
)
.to.emit(contractBosonRouter, eventNames.LOG_ORDER_CREATED)
.withArgs(
tokenSupplyKey,
users.seller.address,
constants.QTY_10,
paymentMethods.ETHTKN
)
.to.emit(contractVoucherKernel, eventNames.LOG_PROMISE_CREATED)
.withArgs(
promiseId,
constants.ONE,
users.seller.address,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.ZERO
)
.to.emit(contractVoucherSets, eventNames.TRANSFER_SINGLE)
.withArgs(
contractVoucherKernel.address,
constants.ZERO_ADDRESS,
users.seller.address,
tokenSupplyKey,
constants.QTY_10
);
});
describe('After creation', () => {
beforeEach(async () => {
await utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10
);
});
describe('Voucher Kernel state', () => {
it('Promise info is correct', async () => {
const promiseData = await contractVoucherKernel.getPromiseData(
promiseId
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.promiseId],
promiseId,
'Promise Id incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.nonce].toString(),
constants.ONE.toString(),
'Promise data field -> nonce is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.validFrom].toString(),
constants.PROMISE_VALID_FROM.toString(),
'Promise data field -> validFrom is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.validTo].toString(),
constants.PROMISE_VALID_TO.toString(),
'Promise data field -> validTo is incorrect'
);
assert.equal(
promiseData[constants.PROMISE_DATA_FIELDS.idx].toString(),
constants.ZERO.toString(),
'Promise data field -> idx is incorrect'
);
const promiseSeller = await contractVoucherKernel.getSupplyHolder(
tokenSupplyKey
);
assert.strictEqual(
promiseSeller,
users.seller.address,
'Seller incorrect'
);
const promiseOrderData =
await contractVoucherKernel.getOrderCosts(tokenSupplyKey);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.price].eq(
BN(constants.PROMISE_PRICE1)
),
'Promise product price mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositSe].eq(
BN(constants.PROMISE_DEPOSITSE1)
),
'Promise seller deposit mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositBu].eq(
BN(constants.PROMISE_DEPOSITBU1)
),
'Promise buyer deposit mismatch'
);
const tokenNonce = await contractVoucherKernel.getTokenNonce(
users.seller.address
);
assert.isTrue(
tokenNonce.eq(constants.ONE),
'Voucher kernel nonce mismatch'
);
assert.equal(
promiseId,
await contractVoucherKernel.getPromiseIdFromSupplyId(
tokenSupplyKey
),
'PromiseId mismatch'
);
});
it('Should create payment method ETHTKN', async () => {
expect(
await contractVoucherKernel.getVoucherPaymentMethod(
tokenSupplyKey
)
).to.equal(
paymentMethods.ETHTKN,
'Payment Method ETHTKN not set correctly'
);
});
it('Deposit contract should be correct and Price address should be constants.ZERO', async () => {
expect(
await contractVoucherKernel.getVoucherPriceToken(tokenSupplyKey)
).to.equal(
constants.ZERO_ADDRESS,
'ETHTKN Method Price Token Address mismatch'
);
expect(
await contractVoucherKernel.getVoucherDepositToken(
tokenSupplyKey
)
).to.equal(
contractBSNTokenDeposit.address,
'ETHTKN Method Deposit Token Address mismatch'
);
});
});
it('Voucher Sets token state is correct', async () => {
const sellerVoucherSetTokenBalance = (
await contractVoucherSets.functions[fnSignatures.balanceOf1155](
users.seller.address,
tokenSupplyKey
)
)[0];
assert.isTrue(
sellerVoucherSetTokenBalance.eq(constants.QTY_10),
'Voucher Set token seller balance mismatch'
);
});
it('Cashier has correct balance in Deposit Contract', async () => {
const expectedBalance = BN(constants.PROMISE_DEPOSITSE1).mul(
BN(constants.QTY_10)
);
expect(
await contractBSNTokenDeposit.balanceOf(contractCashier.address)
).to.equal(expectedBalance, 'Escrow amount is incorrect');
});
it('escrowTokens has correct balance', async () => {
const expectedBalance = BN(constants.PROMISE_DEPOSITSE1).mul(
BN(constants.QTY_10)
);
const escrowTokens = await contractCashier.getEscrowTokensAmount(
contractBSNTokenDeposit.address,
users.seller.address
);
assert.isTrue(
escrowTokens.eq(expectedBalance),
'Escrow amount is incorrect'
);
});
it('Get correct remaining qty for supply', async () => {
expect(
await contractVoucherKernel.getRemQtyForSupply(
tokenSupplyKey,
users.seller.address
)
).to.equal(constants.QTY_10, 'Remaining qty is not correct');
for (let i = 0; i < vouchersToBuy; i++) {
await utils.commitToBuy(
users.buyer,
users.seller,
tokenSupplyKey,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITBU1
);
expect(
await contractVoucherKernel.getRemQtyForSupply(
tokenSupplyKey,
users.seller.address
)
).to.equal(
constants.QTY_10 - i - 1,
`Remaining qty is not correct [${i}]`
);
}
});
});
it('It should be possible to create Order with 0 buyer deposit', async () => {
await utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.ZERO,
constants.QTY_10,
true
);
const promiseOrderData = await contractVoucherKernel.getOrderCosts(
tokenSupplyKey
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.price].eq(
BN(constants.PROMISE_PRICE1)
),
'Promise product price mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositSe].eq(
BN(constants.PROMISE_DEPOSITSE1)
),
'Promise seller deposit mismatch'
);
assert.isTrue(
promiseOrderData[constants.PROMISE_ORDER_FIELDS.depositBu].eq(
BN(constants.ZERO)
),
'Promise buyer deposit mismatch'
);
});
it('[NEGATIVE] Should revert if validTo is set below 5 minutes from now', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_FROM + constants.ONE_MINUTE,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10
)
).to.be.revertedWith(revertReasons.INVALID_VALIDITY_TO);
});
it('[NEGATIVE] Should revert if token deposit contract address is constants.ZERO address', async () => {
const txValue = BN(constants.seller_deposit).mul(BN(constants.ONE));
const nonce = await contractBSNTokenDeposit.nonces(
users.seller.address
);
const digest = await getApprovalDigest(
contractBSNTokenDeposit,
users.seller.address,
contractCashier.address,
txValue,
nonce,
deadline
);
const {v, r, s} = ecsign(
Buffer.from(digest.slice(2), 'hex'),
Buffer.from(users.seller.privateKey.slice(2), 'hex')
);
const sellerInstance = contractBosonRouter.connect(
users.seller.signer
);
await expect(
sellerInstance.requestCreateOrderETHTKNWithPermit(
constants.ZERO_ADDRESS,
txValue,
deadline,
v,
r,
s,
[
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.seller_deposit,
constants.PROMISE_DEPOSITBU1,
constants.ORDER_QUANTITY1,
]
)
).to.be.revertedWith(revertReasons.ZERO_ADDRESS_NOT_ALLOWED);
});
it('[NEGATIVE] Should not create a supply if price is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.ABOVE_ETH_LIMIT,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if depositBu is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.ABOVE_TOKEN_LIMIT,
constants.QTY_10,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if depositSe is above the limit', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.ABOVE_TOKEN_LIMIT,
constants.PROMISE_DEPOSITBU1,
constants.QTY_10,
true
)
).to.be.revertedWith(revertReasons.ABOVE_LIMIT);
});
it('[NEGATIVE] Should not create a supply if quantity is zero', async () => {
await expect(
utils.createOrder(
users.seller,
constants.PROMISE_VALID_FROM,
constants.PROMISE_VALID_TO,
constants.PROMISE_PRICE1,
constants.PROMISE_DEPOSITSE1,
constants.PROMISE_DEPOSITBU1,
constants.ZERO,
true
)
).to.be.revertedWith(revertReasons.INVALID_QUANTITY_LONG);
});
it('[NEGATIVE] Should revert if wrong amount of tokens sent', async () => {
const txValue = BN(constants.PROMISE_DEPOSITSE1)
.mul(BN(constants.QTY_10))
.div(2);
const nonce = await contractBSNTokenDeposit.nonces(
users.seller.address
);