@0xcert/ethereum-gateway-contracts
Version:
Smart contracts used by the gateway on the Ethereum blockchain.
344 lines • 15.9 kB
JavaScript
"use strict";
var __awaiter = (this && this.__awaiter) || function (thisArg, _arguments, P, generator) {
function adopt(value) { return value instanceof P ? value : new P(function (resolve) { resolve(value); }); }
return new (P || (P = Promise))(function (resolve, reject) {
function fulfilled(value) { try { step(generator.next(value)); } catch (e) { reject(e); } }
function rejected(value) { try { step(generator["throw"](value)); } catch (e) { reject(e); } }
function step(result) { result.done ? resolve(result.value) : adopt(result.value).then(fulfilled, rejected); }
step((generator = generator.apply(thisArg, _arguments || [])).next());
});
};
Object.defineProperty(exports, "__esModule", { value: true });
const types_1 = require("@0xcert/ethereum-proxy-contracts/src/core/types");
const types_2 = require("@0xcert/ethereum-xcert-contracts/src/core/types");
const spec_1 = require("@specron/spec");
const types_3 = require("../../../core/types");
const common = require("../../helpers/common");
const signature_1 = require("../../helpers/signature");
const spec = new spec_1.Spec();
spec.before((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const accounts = yield ctx.web3.eth.getAccounts();
ctx.set('owner', accounts[0]);
ctx.set('jane', accounts[1]);
ctx.set('sara', accounts[2]);
}));
spec.before((ctx) => __awaiter(void 0, void 0, void 0, function* () {
ctx.set('id1', '0x0000000000000000000000000000000000000000000000000000000000000001');
ctx.set('id2', '0x0000000000000000000000000000000000000000000000000000000000000002');
ctx.set('id3', '0x0000000000000000000000000000000000000000000000000000000000000003');
ctx.set('digest1', '0x1e205550c221490347e5e2393a02e94d284bbe9903f023ba098355b8d75974c8');
ctx.set('digest2', '0x5e20552dc271490347e5e2391b02e94d684bbe9903f023fa098355bed7597434');
ctx.set('digest3', '0x53f0df2dc671410347e5eef91b02344d687bbe9903f456fa0983eebed7517521');
ctx.set('zeroAddress', '0x0000000000000000000000000000000000000000');
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const cat = yield ctx.deploy({
src: '@0xcert/ethereum-xcert-contracts/build/xcert-mock.json',
contract: 'XcertMock',
args: ['cat', 'CAT', 'https://0xcert.org/', '.json', '0xa65de9e6', []],
});
ctx.set('cat', cat);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const dog = yield ctx.deploy({
src: '@0xcert/ethereum-xcert-contracts/build/xcert-mock.json',
contract: 'XcertMock',
args: ['dog', 'DOG', 'https://0xcert.org/', '.json', '0xa65de9e6', []],
});
yield dog.instance.methods
.create(jane, 1, '0x0')
.send({
from: owner,
});
yield dog.instance.methods
.create(jane, 2, '0x0')
.send({
from: owner,
});
yield dog.instance.methods
.create(jane, 3, '0x0')
.send({
from: owner,
});
ctx.set('dog', dog);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const fox = yield ctx.deploy({
src: '@0xcert/ethereum-xcert-contracts/build/xcert-mock.json',
contract: 'XcertMock',
args: ['fox', 'FOX', 'https://0xcert.org/', '.json', '0xa65de9e6', []],
});
yield fox.instance.methods
.create(jane, 1, '0x0')
.send({
from: owner,
});
ctx.set('fox', fox);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const jane = ctx.get('jane');
const zxc = yield ctx.deploy({
src: '@0xcert/ethereum-erc20-contracts/build/token-mock.json',
contract: 'TokenMock',
args: ['ERC20', 'ERC', 18, '300000000000000000000000000'],
from: jane,
});
ctx.set('zxc', zxc);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const jane = ctx.get('jane');
const bnb = yield ctx.deploy({
src: '@0xcert/ethereum-erc20-contracts/build/token-mock.json',
contract: 'TokenMock',
args: ['ERC20', 'ERC', 18, '300000000000000000000000000'],
from: jane,
});
ctx.set('bnb', bnb);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const tokenProxy = yield ctx.deploy({
src: '@0xcert/ethereum-proxy-contracts/build/token-transfer-proxy.json',
contract: 'TokenTransferProxy',
});
ctx.set('tokenProxy', tokenProxy);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const nftSafeProxy = yield ctx.deploy({
src: '@0xcert/ethereum-proxy-contracts/build/nftoken-safe-transfer-proxy.json',
contract: 'NFTokenSafeTransferProxy',
});
ctx.set('nftSafeProxy', nftSafeProxy);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const createProxy = yield ctx.deploy({
src: '@0xcert/ethereum-proxy-contracts/build/xcert-create-proxy.json',
contract: 'XcertCreateProxy',
});
ctx.set('createProxy', createProxy);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const nftSafeProxy = ctx.get('nftSafeProxy');
const createProxy = ctx.get('createProxy');
const owner = ctx.get('owner');
const actionsGateway = yield ctx.deploy({
src: './build/actions-gateway.json',
contract: 'ActionsGateway',
});
yield actionsGateway.instance.methods.grantAbilities(owner, types_3.ActionsGatewayAbilities.SET_PROXIES).send();
yield actionsGateway.instance.methods.addProxy(nftSafeProxy.receipt._address, 1).send({ from: owner });
yield actionsGateway.instance.methods.addProxy(createProxy.receipt._address, 0).send({ from: owner });
ctx.set('actionsGateway', actionsGateway);
}));
spec.beforeEach((ctx) => __awaiter(void 0, void 0, void 0, function* () {
const tokenProxy = ctx.get('tokenProxy');
const nftSafeProxy = ctx.get('nftSafeProxy');
const actionsGateway = ctx.get('actionsGateway');
const owner = ctx.get('owner');
const createProxy = ctx.get('createProxy');
yield tokenProxy.instance.methods.grantAbilities(actionsGateway.receipt._address, types_1.TokenTransferProxyAbilities.EXECUTE).send({ from: owner });
yield nftSafeProxy.instance.methods.grantAbilities(actionsGateway.receipt._address, types_1.NFTokenSafeTransferProxyAbilities.EXECUTE).send({ from: owner });
yield createProxy.instance.methods.grantAbilities(actionsGateway.receipt._address, types_1.XcertCreateProxyAbilities.EXECUTE).send({ from: owner });
}));
spec.test('Create cat #1 with signature', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${jane.substring(2)}00`,
},
];
const orderData = {
signers: [owner],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const claim = yield actionsGateway.instance.methods.getOrderDataClaim(createTuple).call();
const signature = yield signature_1.getSignature(ctx.web3, claim, owner);
const signatureDataTuple = ctx.tuple([signature]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: jane });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(1).call();
ctx.is(cat1Owner, jane);
}));
spec.test('Create cat #1 with any taker', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const zeroAddress = ctx.get('zeroAddress');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${zeroAddress.substring(2)}00`,
},
];
const orderData = {
signers: [owner, zeroAddress],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const claim = yield actionsGateway.instance.methods.getOrderDataClaim(createTuple).call();
const signature = yield signature_1.getSignature(ctx.web3, claim, owner);
const signatureDataTuple = ctx.tuple([signature]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: jane });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(1).call();
ctx.is(cat1Owner, jane);
}));
spec.test('Create cat #1 with any signer', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const sara = ctx.get('sara');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const zeroAddress = ctx.get('zeroAddress');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${zeroAddress.substring(2)}00`,
},
];
const orderData = {
signers: [owner, zeroAddress],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const claim = yield actionsGateway.instance.methods.getOrderDataClaim(createTuple).call();
const signature = yield signature_1.getSignature(ctx.web3, claim, owner);
const signature2 = yield signature_1.getSignature(ctx.web3, claim, jane);
const signatureDataTuple = ctx.tuple([signature, signature2]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: sara });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(1).call();
ctx.is(cat1Owner, jane);
}));
spec.test('Create cat #1 with any creator', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const sara = ctx.get('sara');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const zeroAddress = ctx.get('zeroAddress');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${jane.substring(2)}00`,
},
];
const orderData = {
signers: [zeroAddress],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const claim = yield actionsGateway.instance.methods.getOrderDataClaim(createTuple).call();
const signature = yield signature_1.getSignature(ctx.web3, claim, owner);
const signatureDataTuple = ctx.tuple([signature]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: sara });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(1).call();
ctx.is(cat1Owner, jane);
}));
spec.test('Create cat #1 without signature', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const jane = ctx.get('jane');
const owner = ctx.get('owner');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${jane.substring(2)}00`,
},
];
const orderData = {
signers: [owner],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const signatureDataTuple = ctx.tuple([]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: owner });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(1).call();
ctx.is(cat1Owner, jane);
}));
spec.test('Create and transfer token in a single order', (ctx) => __awaiter(void 0, void 0, void 0, function* () {
const actionsGateway = ctx.get('actionsGateway');
const createProxy = ctx.get('createProxy');
const nftSafeProxy = ctx.get('nftSafeProxy');
const owner = ctx.get('owner');
const jane = ctx.get('jane');
const cat = ctx.get('cat');
const id = ctx.get('id1');
const digest = ctx.get('digest1');
const actions = [
{
proxyId: 1,
contractAddress: cat.receipt._address,
params: `${digest}${id.substring(2)}${jane.substring(2)}00`,
},
{
proxyId: 0,
contractAddress: cat.receipt._address,
params: `${id}${owner.substring(2)}01`,
},
];
const orderData = {
signers: [owner, jane],
actions,
seed: common.getCurrentTime(),
expirationTimestamp: common.getCurrentTime() + 3600,
};
const createTuple = ctx.tuple(orderData);
const claim = yield actionsGateway.instance.methods.getOrderDataClaim(createTuple).call();
const signature = yield signature_1.getSignature(ctx.web3, claim, owner);
const signatureDataTuple = ctx.tuple([signature]);
yield cat.instance.methods.grantAbilities(createProxy.receipt._address, types_2.XcertAbilities.CREATE_ASSET).send({ from: owner });
yield cat.instance.methods.setApprovalForAll(nftSafeProxy.receipt._address, true).send({ from: jane });
const logs = yield actionsGateway.instance.methods.perform(createTuple, signatureDataTuple).send({ from: jane });
ctx.not(logs.events.Perform, undefined);
const cat1Owner = yield cat.instance.methods.ownerOf(id).call();
ctx.is(cat1Owner, owner);
}));
exports.default = spec;
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