A Metamask fork with Infura removed and default networks editable
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ciphermask/app/scripts/controllers/detect-tokens.test.js

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import { strict as assert } from 'assert';
import sinon from 'sinon';
import nock from 'nock';
import { ObservableStore } from '@metamask/obs-store';
import BigNumber from 'bignumber.js';
import {
ControllerMessenger,
TokenListController,
TokensController,
} from '@metamask/controllers';
import { MAINNET, ROPSTEN } from '../../../shared/constants/network';
import { toChecksumHexAddress } from '../../../shared/modules/hexstring-utils';
import DetectTokensController from './detect-tokens';
import NetworkController from './network';
import PreferencesController from './preferences';
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describe('DetectTokensController', function () {
let tokenListController;
const sandbox = sinon.createSandbox();
let keyringMemStore, network, preferences, provider, tokensController;
const noop = () => undefined;
const networkControllerProviderConfig = {
getAccounts: noop,
};
beforeEach(async function () {
keyringMemStore = new ObservableStore({ isUnlocked: false });
network = new NetworkController();
network.setInfuraProjectId('foo');
network.initializeProvider(networkControllerProviderConfig);
provider = network.getProviderAndBlockTracker().provider;
preferences = new PreferencesController({ network, provider });
tokensController = new TokensController({
onPreferencesStateChange: preferences.store.subscribe.bind(
preferences.store,
),
onNetworkStateChange: network.store.subscribe.bind(network.store),
});
preferences.setAddresses([
'0x7e57e2',
'0xbc86727e770de68b1060c91f6bb6945c73e10388',
]);
preferences.setUseTokenDetection(true);
sandbox
.stub(network, 'getLatestBlock')
.callsFake(() => Promise.resolve({}));
sandbox
.stub(tokensController, '_instantiateNewEthersProvider')
.returns(null);
sandbox
.stub(tokensController, '_detectIsERC721')
.returns(Promise.resolve(false));
nock('https://token-api.metaswap.codefi.network')
.get(`/tokens/1`)
.reply(200, [
{
address: '0xc011a73ee8576fb46f5e1c5751ca3b9fe0af2a6f',
symbol: 'SNX',
decimals: 18,
occurrences: 11,
aggregators: [
'paraswap',
'pmm',
'airswapLight',
'zeroEx',
'bancor',
'coinGecko',
'zapper',
'kleros',
'zerion',
'cmc',
'oneInch',
],
name: 'Synthetix',
iconUrl: 'https://airswap-token-images.s3.amazonaws.com/SNX.png',
},
{
address: '0x514910771af9ca656af840dff83e8264ecf986ca',
symbol: 'LINK',
decimals: 18,
occurrences: 11,
aggregators: [
'paraswap',
'pmm',
'airswapLight',
'zeroEx',
'bancor',
'coinGecko',
'zapper',
'kleros',
'zerion',
'cmc',
'oneInch',
],
name: 'Chainlink',
iconUrl: 'https://s3.amazonaws.com/airswap-token-images/LINK.png',
},
{
address: '0x1f573d6fb3f13d689ff844b4ce37794d79a7ff1c',
symbol: 'BNT',
decimals: 18,
occurrences: 11,
aggregators: [
'paraswap',
'pmm',
'airswapLight',
'zeroEx',
'bancor',
'coinGecko',
'zapper',
'kleros',
'zerion',
'cmc',
'oneInch',
],
name: 'Bancor',
iconUrl: 'https://s3.amazonaws.com/airswap-token-images/BNT.png',
},
])
.get(`/tokens/3`)
.reply(200, { error: 'ChainId 3 is not supported' })
.persist();
const tokenListMessenger = new ControllerMessenger().getRestricted({
name: 'TokenListController',
});
tokenListController = new TokenListController({
chainId: '1',
useStaticTokenList: false,
onNetworkStateChange: sinon.spy(),
onPreferencesStateChange: sinon.spy(),
messenger: tokenListMessenger,
});
await tokenListController.start();
});
after(function () {
sandbox.restore();
});
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it('should poll on correct interval', async function () {
const stub = sinon.stub(global, 'setInterval');
new DetectTokensController({ interval: 1337 }); // eslint-disable-line no-new
assert.strictEqual(stub.getCall(0).args[1], 1337);
stub.restore();
});
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it('should be called on every polling period', async function () {
const clock = sandbox.useFakeTimers();
network.setProviderType(MAINNET);
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
const stub = sandbox.stub(controller, 'detectNewTokens');
clock.tick(1);
sandbox.assert.notCalled(stub);
clock.tick(180000);
sandbox.assert.called(stub);
clock.tick(180000);
sandbox.assert.calledTwice(stub);
clock.tick(180000);
sandbox.assert.calledThrice(stub);
});
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it('should not check tokens while on test network', async function () {
sandbox.useFakeTimers();
network.setProviderType(ROPSTEN);
const tokenListMessengerRopsten = new ControllerMessenger().getRestricted({
name: 'TokenListController',
});
tokenListController = new TokenListController({
chainId: '3',
useStaticTokenList: false,
onNetworkStateChange: sinon.spy(),
onPreferencesStateChange: sinon.spy(),
messenger: tokenListMessengerRopsten,
});
await tokenListController.start();
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
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const stub = sandbox.stub(controller, '_getTokenBalances');
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await controller.detectNewTokens();
sandbox.assert.notCalled(stub);
});
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it('should skip adding tokens listed in hiddenTokens array', async function () {
sandbox.useFakeTimers();
network.setProviderType(MAINNET);
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
const { tokenList } = tokenListController.state;
const erc20ContractAddresses = Object.keys(tokenList);
const existingTokenAddress = erc20ContractAddresses[0];
const existingToken = tokenList[existingTokenAddress];
await tokensController.addToken(
existingTokenAddress,
existingToken.symbol,
existingToken.decimals,
);
const tokenAddressToSkip = erc20ContractAddresses[1];
const tokenToSkip = tokenList[tokenAddressToSkip];
await tokensController.addToken(
tokenAddressToSkip,
tokenToSkip.symbol,
tokenToSkip.decimals,
);
sandbox
.stub(controller, '_getTokenBalances')
.callsFake((tokensToDetect) =>
tokensToDetect.map((token) =>
token === tokenAddressToSkip ? new BigNumber(10) : 0,
),
);
await tokensController.removeAndIgnoreToken(tokenAddressToSkip);
await controller.detectNewTokens();
assert.deepEqual(tokensController.state.tokens, [
{
address: toChecksumHexAddress(existingTokenAddress),
decimals: existingToken.decimals,
symbol: existingToken.symbol,
image: undefined,
isERC721: false,
},
]);
});
it('should check and add tokens while on main network', async function () {
sandbox.useFakeTimers();
network.setProviderType(MAINNET);
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
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const { tokenList } = tokenListController.state;
const erc20ContractAddresses = Object.keys(tokenList);
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const existingTokenAddress = erc20ContractAddresses[0];
const existingToken = tokenList[existingTokenAddress];
await tokensController.addToken(
existingTokenAddress,
existingToken.symbol,
existingToken.decimals,
);
const tokenAddressToAdd = erc20ContractAddresses[1];
const tokenToAdd = tokenList[tokenAddressToAdd];
const contractAddressesToDetect = erc20ContractAddresses.filter(
(address) => address !== existingTokenAddress,
);
const indexOfTokenToAdd = contractAddressesToDetect.indexOf(
tokenAddressToAdd,
);
const balances = new Array(contractAddressesToDetect.length);
balances[indexOfTokenToAdd] = new BigNumber(10);
sandbox
.stub(controller, '_getTokenBalances')
.returns(Promise.resolve(balances));
await controller.detectNewTokens();
assert.deepEqual(tokensController.state.tokens, [
{
address: toChecksumHexAddress(existingTokenAddress),
decimals: existingToken.decimals,
symbol: existingToken.symbol,
isERC721: false,
image: undefined,
},
{
address: toChecksumHexAddress(tokenAddressToAdd),
decimals: tokenToAdd.decimals,
symbol: tokenToAdd.symbol,
image: undefined,
isERC721: false,
},
]);
});
it('should check and add tokens while on non-default Mainnet', async function () {
sandbox.useFakeTimers();
network.setRpcTarget('https://some-fake-RPC-endpoint.metamask.io', '0x1');
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
const { tokenList } = tokenListController.state;
const erc20ContractAddresses = Object.keys(tokenList);
const existingTokenAddress = erc20ContractAddresses[0];
const existingToken = tokenList[existingTokenAddress];
await tokensController.addToken(
existingTokenAddress,
existingToken.symbol,
existingToken.decimals,
);
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const tokenAddressToAdd = erc20ContractAddresses[1];
const tokenToAdd = tokenList[tokenAddressToAdd];
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const contractAddressesToDetect = erc20ContractAddresses.filter(
(address) => address !== existingTokenAddress,
);
const indexOfTokenToAdd = contractAddressesToDetect.indexOf(
tokenAddressToAdd,
);
const balances = new Array(contractAddressesToDetect.length);
balances[indexOfTokenToAdd] = new BigNumber(10);
sandbox
.stub(controller, '_getTokenBalances')
.returns(Promise.resolve(balances));
7 years ago
await controller.detectNewTokens();
assert.deepEqual(tokensController.state.tokens, [
{
address: toChecksumHexAddress(existingTokenAddress),
decimals: existingToken.decimals,
symbol: existingToken.symbol,
image: undefined,
isERC721: false,
},
{
address: toChecksumHexAddress(tokenAddressToAdd),
decimals: tokenToAdd.decimals,
symbol: tokenToAdd.symbol,
image: undefined,
isERC721: false,
},
]);
});
it('should trigger detect new tokens when change address', async function () {
sandbox.useFakeTimers();
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = true;
const stub = sandbox.stub(controller, 'detectNewTokens');
await preferences.setSelectedAddress(
'0xbc86727e770de68b1060c91f6bb6945c73e10388',
);
sandbox.assert.called(stub);
});
it('should trigger detect new tokens when submit password', async function () {
sandbox.useFakeTimers();
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.selectedAddress = '0x0';
const stub = sandbox.stub(controller, 'detectNewTokens');
await controller._keyringMemStore.updateState({ isUnlocked: true });
sandbox.assert.called(stub);
});
it('should not trigger detect new tokens when not unlocked', async function () {
const clock = sandbox.useFakeTimers();
network.setProviderType(MAINNET);
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokenList: tokenListController,
tokensController,
});
controller.isOpen = true;
controller.isUnlocked = false;
const stub = sandbox.stub(controller, '_getTokenBalances');
clock.tick(180000);
sandbox.assert.notCalled(stub);
});
it('should not trigger detect new tokens when not open', async function () {
const clock = sandbox.useFakeTimers();
network.setProviderType(MAINNET);
const controller = new DetectTokensController({
preferences,
network,
keyringMemStore,
tokensController,
});
// trigger state update from preferences controller
await preferences.setSelectedAddress(
'0xbc86727e770de68b1060c91f6bb6945c73e10388',
);
controller.isOpen = false;
controller.isUnlocked = true;
const stub = sandbox.stub(controller, '_getTokenBalances');
clock.tick(180000);
sandbox.assert.notCalled(stub);
});
});