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A Metamask fork with Infura removed and default networks editable
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ciphermask/ui/ducks/send/send.test.js

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import sinon from 'sinon';
import createMockStore from 'redux-mock-store';
import thunk from 'redux-thunk';
import { ethers } from 'ethers';
import {
CONTRACT_ADDRESS_ERROR,
INSUFFICIENT_FUNDS_ERROR,
INSUFFICIENT_TOKENS_ERROR,
INVALID_RECIPIENT_ADDRESS_ERROR,
KNOWN_RECIPIENT_ADDRESS_WARNING,
NEGATIVE_ETH_ERROR,
} from '../../pages/send/send.constants';
import { CHAIN_IDS } from '../../../shared/constants/network';
import { GAS_ESTIMATE_TYPES, GAS_LIMITS } from '../../../shared/constants/gas';
import {
ASSET_TYPES,
TOKEN_STANDARDS,
TRANSACTION_ENVELOPE_TYPES,
} from '../../../shared/constants/transaction';
import * as Actions from '../../store/actions';
import { setBackgroundConnection } from '../../../test/jest';
import {
generateERC20TransferData,
generateERC721TransferData,
} from '../../pages/send/send.utils';
import { BURN_ADDRESS } from '../../../shared/modules/hexstring-utils';
import {
getInitialSendStateWithExistingTxState,
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
} from '../../../test/jest/mocks';
import sendReducer, {
initialState,
initializeSendState,
updateSendAmount,
updateSendAsset,
updateRecipientUserInput,
useContactListForRecipientSearch,
useMyAccountsForRecipientSearch,
updateRecipient,
resetRecipientInput,
updateSendHexData,
toggleSendMaxMode,
signTransaction,
SEND_STATUSES,
SEND_STAGES,
AMOUNT_MODES,
RECIPIENT_SEARCH_MODES,
getGasLimit,
getGasPrice,
getGasTotal,
gasFeeIsInError,
getMinimumGasLimitForSend,
getGasInputMode,
GAS_INPUT_MODES,
getSendAsset,
getSendAssetAddress,
getIsAssetSendable,
getSendAmount,
getIsBalanceInsufficient,
getSendMaxModeState,
getDraftTransactionID,
sendAmountIsInError,
getSendHexData,
getSendTo,
getIsUsingMyAccountForRecipientSearch,
getRecipientUserInput,
getRecipient,
getSendErrors,
isSendStateInitialized,
isSendFormInvalid,
getSendStage,
updateGasPrice,
} from './send';
import { draftTransactionInitialState, editExistingTransaction } from '.';
const mockStore = createMockStore([thunk]);
jest.mock('./send', () => {
const actual = jest.requireActual('./send');
return {
__esModule: true,
...actual,
getERC20Balance: jest.fn(() => '0x0'),
};
});
jest.mock('lodash', () => ({
...jest.requireActual('lodash'),
debounce: (fn) => fn,
}));
setBackgroundConnection({
addPollingTokenToAppState: jest.fn(),
addUnapprovedTransaction: jest.fn((_v, _w, _x, _y, _z, cb) => {
cb(null);
}),
updateTransactionSendFlowHistory: jest.fn((_x, _y, _z, cb) => cb(null)),
});
const getTestUUIDTx = (state) => state.draftTransactions['test-uuid'];
describe('Send Slice', () => {
let getTokenStandardAndDetailsStub;
let addUnapprovedTransactionAndRouteToConfirmationPageStub;
beforeEach(() => {
jest.useFakeTimers();
getTokenStandardAndDetailsStub = jest
.spyOn(Actions, 'getTokenStandardAndDetails')
.mockImplementation(() =>
Promise.resolve({
standard: 'ERC20',
balance: '0x0',
symbol: 'SYMB',
decimals: 18,
}),
);
addUnapprovedTransactionAndRouteToConfirmationPageStub = jest.spyOn(
Actions,
'addUnapprovedTransactionAndRouteToConfirmationPage',
);
jest
.spyOn(Actions, 'estimateGas')
.mockImplementation(() => Promise.resolve('0x0'));
jest
.spyOn(Actions, 'getGasFeeEstimatesAndStartPolling')
.mockImplementation(() => Promise.resolve());
jest
.spyOn(Actions, 'updateTokenType')
.mockImplementation(() => Promise.resolve({ isERC721: false }));
jest
.spyOn(Actions, 'isCollectibleOwner')
.mockImplementation(() => Promise.resolve(true));
jest.spyOn(Actions, 'updateEditableParams').mockImplementation(() => ({
type: 'UPDATE_TRANSACTION_EDITABLE_PARAMS',
}));
jest
.spyOn(Actions, 'updateTransactionGasFees')
.mockImplementation(() => ({ type: 'UPDATE_TRANSACTION_GAS_FEES' }));
});
describe('Reducers', () => {
describe('addNewDraft', () => {
it('should add new draft transaction and set currentTransactionUUID', () => {
const action = {
type: 'send/addNewDraft',
payload: { ...draftTransactionInitialState, id: 4 },
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.currentTransactionUUID).not.toStrictEqual('test-uuid');
const uuid = result.currentTransactionUUID;
const draft = result.draftTransactions[uuid];
expect(draft.id).toStrictEqual(4);
});
});
describe('addHistoryEntry', () => {
it('should append a history item to the current draft transaction, including timestamp', () => {
const action = {
type: 'send/addHistoryEntry',
payload: 'test entry',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.currentTransactionUUID).toStrictEqual('test-uuid');
const draft = getTestUUIDTx(result);
const latestHistory = draft.history[draft.history.length - 1];
expect(latestHistory.timestamp).toBeDefined();
expect(latestHistory.entry).toStrictEqual('test entry');
});
});
describe('calculateGasTotal', () => {
it('should set gasTotal to maxFeePerGax * gasLimit for FEE_MARKET transaction', () => {
const action = {
type: 'send/calculateGasTotal',
};
const result = sendReducer(
getInitialSendStateWithExistingTxState({
gas: {
gasPrice: '0x1',
maxFeePerGas: '0x2',
gasLimit: GAS_LIMITS.SIMPLE,
},
transactionType: TRANSACTION_ENVELOPE_TYPES.FEE_MARKET,
}),
action,
);
expect(result.currentTransactionUUID).toStrictEqual('test-uuid');
const draft = getTestUUIDTx(result);
expect(draft.gas.gasTotal).toStrictEqual(`0xa410`);
});
it('should set gasTotal to gasPrice * gasLimit for non FEE_MARKET transaction', () => {
const action = {
type: 'send/calculateGasTotal',
};
const result = sendReducer(
getInitialSendStateWithExistingTxState({
gas: {
gasPrice: '0x1',
maxFeePerGas: '0x2',
gasLimit: GAS_LIMITS.SIMPLE,
},
}),
action,
);
expect(result.currentTransactionUUID).toStrictEqual('test-uuid');
const draft = getTestUUIDTx(result);
expect(draft.gas.gasTotal).toStrictEqual(GAS_LIMITS.SIMPLE);
});
it('should call updateAmountToMax if amount mode is max', () => {
const action = {
type: 'send/calculateGasTotal',
};
const result = sendReducer(
{
...getInitialSendStateWithExistingTxState({
asset: { balance: '0xffff' },
gas: {
gasPrice: '0x1',
gasLimit: GAS_LIMITS.SIMPLE,
},
recipient: {
address: '0x00',
},
}),
selectedAccount: {
balance: '0xffff',
address: '0x00',
},
gasEstimateIsLoading: false,
amountMode: AMOUNT_MODES.MAX,
stage: SEND_STAGES.DRAFT,
},
action,
);
expect(result.currentTransactionUUID).toStrictEqual('test-uuid');
const draft = getTestUUIDTx(result);
expect(draft.amount.value).toStrictEqual('0xadf7');
expect(draft.status).toStrictEqual(SEND_STATUSES.VALID);
});
});
describe('resetSendState', () => {
it('should set the state back to a blank slate matching the initialState object', () => {
const action = {
type: 'send/resetSendState',
};
const result = sendReducer({}, action);
expect(result).toStrictEqual(initialState);
});
});
describe('updateSendAmount', () => {
it('should', async () => {
const action = { type: 'send/updateSendAmount', payload: '0x1' };
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(getTestUUIDTx(result).amount.value).toStrictEqual('0x1');
});
});
describe('updateAmountToMax', () => {
it('should calculate the max amount based off of the asset balance and gas total then updates send amount value', () => {
const maxAmountState = {
amount: {
value: '',
},
asset: {
balance: '0x56bc75e2d63100000', // 100000000000000000000
},
gas: {
gasLimit: GAS_LIMITS.SIMPLE, // 21000
gasTotal: '0x1319718a5000', // 21000000000000
minimumGasLimit: GAS_LIMITS.SIMPLE,
},
};
const state = getInitialSendStateWithExistingTxState(maxAmountState);
const action = { type: 'send/updateAmountToMax' };
const result = sendReducer(state, action);
expect(getTestUUIDTx(result).amount.value).toStrictEqual(
'0x56bc74b13f185b000',
); // 99999979000000000000
});
});
describe('updateGasFees', () => {
it('should work with FEE_MARKET gas fees', () => {
const action = {
type: 'send/updateGasFees',
payload: {
transactionType: TRANSACTION_ENVELOPE_TYPES.FEE_MARKET,
maxFeePerGas: '0x2',
maxPriorityFeePerGas: '0x1',
},
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.maxFeePerGas).toStrictEqual(
action.payload.maxFeePerGas,
);
expect(draftTransaction.gas.maxPriorityFeePerGas).toStrictEqual(
action.payload.maxPriorityFeePerGas,
);
expect(draftTransaction.transactionType).toBe(
TRANSACTION_ENVELOPE_TYPES.FEE_MARKET,
);
});
it('should work with LEGACY gas fees', () => {
const action = {
type: 'send/updateGasFees',
payload: {
transactionType: TRANSACTION_ENVELOPE_TYPES.LEGACY,
gasPrice: '0x1',
},
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.gasPrice).toStrictEqual(
action.payload.gasPrice,
);
expect(draftTransaction.transactionType).toBe(
TRANSACTION_ENVELOPE_TYPES.LEGACY,
);
});
});
describe('updateUserInputHexData', () => {
it('should update the state with the provided data', () => {
const action = {
type: 'send/updateUserInputHexData',
payload: 'TestData',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.userInputHexData).toStrictEqual(action.payload);
});
});
describe('updateGasLimit', () => {
const action = {
type: 'send/updateGasLimit',
payload: GAS_LIMITS.SIMPLE, // 21000
};
it('should', () => {
const result = sendReducer(
{
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
stage: SEND_STAGES.DRAFT,
gasEstimateIsLoading: false,
},
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.gasLimit).toStrictEqual(action.payload);
});
it('should recalculate gasTotal', () => {
const gasState = getInitialSendStateWithExistingTxState({
gas: {
gasLimit: '0x0',
gasPrice: '0x3b9aca00', // 1000000000
},
});
const result = sendReducer(gasState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.gasLimit).toStrictEqual(action.payload);
expect(draftTransaction.gas.gasPrice).toStrictEqual('0x3b9aca00');
expect(draftTransaction.gas.gasTotal).toStrictEqual('0x1319718a5000'); // 21000000000000
});
});
describe('updateAmountMode', () => {
it('should change to INPUT amount mode', () => {
const emptyAmountModeState = {
amountMode: '',
};
const action = {
type: 'send/updateAmountMode',
payload: AMOUNT_MODES.INPUT,
};
const result = sendReducer(emptyAmountModeState, action);
expect(result.amountMode).toStrictEqual(action.payload);
});
it('should change to MAX amount mode', () => {
const action = {
type: 'send/updateAmountMode',
payload: AMOUNT_MODES.MAX,
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.amountMode).toStrictEqual(action.payload);
});
it('should', () => {
const action = {
type: 'send/updateAmountMode',
payload: 'RANDOM',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.amountMode).not.toStrictEqual(action.payload);
});
});
describe('updateAsset', () => {
it('should update asset type and balance from respective action payload', () => {
const updateAssetState = getInitialSendStateWithExistingTxState({
asset: {
type: 'old type',
balance: 'old balance',
},
});
const action = {
type: 'send/updateAsset',
payload: {
asset: {
type: 'new type',
balance: 'new balance',
},
},
};
const result = sendReducer(updateAssetState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.asset.type).toStrictEqual(
action.payload.asset.type,
);
expect(draftTransaction.asset.balance).toStrictEqual(
action.payload.asset.balance,
);
});
it('should nullify old contract address error when asset types is not TOKEN', () => {
const recipientErrorState = getInitialSendStateWithExistingTxState({
recipient: {
error: CONTRACT_ADDRESS_ERROR,
},
asset: {
type: ASSET_TYPES.TOKEN,
},
});
const action = {
type: 'send/updateAsset',
payload: {
asset: {
type: 'New Type',
},
},
};
const result = sendReducer(recipientErrorState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).not.toStrictEqual(
CONTRACT_ADDRESS_ERROR,
);
expect(draftTransaction.recipient.error).toBeNull();
});
it('should update asset type and details to TOKEN payload', () => {
const action = {
type: 'send/updateAsset',
payload: {
asset: {
type: ASSET_TYPES.TOKEN,
details: {
address: '0xTokenAddress',
decimals: 0,
symbol: 'TKN',
},
},
},
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.asset.type).toStrictEqual(
action.payload.asset.type,
);
expect(draftTransaction.asset.details).toStrictEqual(
action.payload.asset.details,
);
});
});
describe('updateRecipient', () => {
it('should', () => {
const action = {
type: 'send/updateRecipient',
payload: {
address: '0xNewAddress',
},
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
const draftTransaction = getTestUUIDTx(result);
expect(result.stage).toStrictEqual(SEND_STAGES.DRAFT);
expect(draftTransaction.recipient.address).toStrictEqual(
action.payload.address,
);
});
});
describe('useDefaultGas', () => {
it('should', () => {
const action = {
type: 'send/useDefaultGas',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.gasIsSetInModal).toStrictEqual(false);
});
});
describe('useCustomGas', () => {
it('should', () => {
const action = {
type: 'send/useCustomGas',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.gasIsSetInModal).toStrictEqual(true);
});
});
describe('updateRecipientUserInput', () => {
it('should update recipient user input with payload', () => {
const action = {
type: 'send/updateRecipientUserInput',
payload: 'user input',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.recipientInput).toStrictEqual(action.payload);
});
});
describe('validateRecipientUserInput', () => {
it('should set recipient error and warning to null when user input is', () => {
const noUserInputState = {
...getInitialSendStateWithExistingTxState({
recipient: {
error: 'someError',
warning: 'someWarning',
},
amount: {},
gas: {
gasLimit: '0x0',
minimumGasLimit: '0x0',
},
asset: {},
}),
recipientInput: '',
recipientMode: RECIPIENT_SEARCH_MODES.MY_ACCOUNTS,
};
const action = {
type: 'send/validateRecipientUserInput',
};
const result = sendReducer(noUserInputState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).toBeNull();
expect(draftTransaction.recipient.warning).toBeNull();
});
it('should error with an invalid address error when user input is not a valid hex string', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0xValidateError',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '',
tokens: [],
useTokenDetection: true,
tokenAddressList: [],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).toStrictEqual(
'invalidAddressRecipient',
);
});
// TODO: Expectation might change in the future
it('should error with an invalid network error when user input is not a valid hex string on a non default network', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0xValidateError',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '0x55',
tokens: [],
useTokenDetection: true,
tokenAddressList: [],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).toStrictEqual(
'invalidAddressRecipientNotEthNetwork',
);
});
it('should error with invalid address recipient when the user inputs the burn address', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0x0000000000000000000000000000000000000000',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '',
tokens: [],
useTokenDetection: true,
tokenAddressList: [],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).toStrictEqual(
'invalidAddressRecipient',
);
});
it('should error with same address recipient as a token', () => {
const tokenAssetTypeState = {
...getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
details: {
address: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
},
},
}),
recipientInput: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '0x4',
tokens: [],
useTokenDetection: true,
tokenAddressList: ['0x514910771af9ca656af840dff83e8264ecf986ca'],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.error).toStrictEqual(
'contractAddressError',
);
});
it('should set a warning when sending to a token address in the token address list', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '0x4',
tokens: [],
useTokenDetection: true,
tokenAddressList: ['0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc'],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.warning).toStrictEqual(
KNOWN_RECIPIENT_ADDRESS_WARNING,
);
});
it('should set a warning when sending to a token address in the token list', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '0x4',
tokens: [{ address: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc' }],
useTokenDetection: true,
tokenAddressList: [],
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.warning).toStrictEqual(
KNOWN_RECIPIENT_ADDRESS_WARNING,
);
});
it('should set a warning when sending to an address that is probably a token contract', () => {
const tokenAssetTypeState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
};
const action = {
type: 'send/validateRecipientUserInput',
payload: {
chainId: '0x4',
tokens: [{ address: '0xaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa' }],
useTokenDetection: true,
tokenAddressList: ['0xbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb'],
isProbablyAnAssetContract: true,
},
};
const result = sendReducer(tokenAssetTypeState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.warning).toStrictEqual(
KNOWN_RECIPIENT_ADDRESS_WARNING,
);
});
});
describe('updateRecipientSearchMode', () => {
it('should', () => {
const action = {
type: 'send/updateRecipientSearchMode',
payload: 'a-random-string',
};
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.recipientMode).toStrictEqual(action.payload);
});
});
describe('validateAmountField', () => {
it('should error with insufficient funds when amount asset value plust gas is higher than asset balance', () => {
const nativeAssetState = getInitialSendStateWithExistingTxState({
amount: {
value: '0x6fc23ac0', // 1875000000
},
asset: {
type: ASSET_TYPES.NATIVE,
balance: '0x77359400', // 2000000000
},
gas: {
gasTotal: '0x8f0d180', // 150000000
},
});
const action = {
type: 'send/validateAmountField',
};
const result = sendReducer(nativeAssetState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.amount.error).toStrictEqual(
INSUFFICIENT_FUNDS_ERROR,
);
});
it('should error with insufficient tokens when amount value of tokens is higher than asset balance of token', () => {
const tokenAssetState = getInitialSendStateWithExistingTxState({
amount: {
value: '0x77359400', // 2000000000
},
asset: {
type: ASSET_TYPES.TOKEN,
balance: '0x6fc23ac0', // 1875000000
details: {
decimals: 0,
},
},
});
const action = {
type: 'send/validateAmountField',
};
const result = sendReducer(tokenAssetState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.amount.error).toStrictEqual(
INSUFFICIENT_TOKENS_ERROR,
);
});
it('should error negative value amount', () => {
const negativeAmountState = getInitialSendStateWithExistingTxState({
amount: {
value: '-1',
},
});
const action = {
type: 'send/validateAmountField',
};
const result = sendReducer(negativeAmountState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.amount.error).toStrictEqual(NEGATIVE_ETH_ERROR);
});
it('should not error for positive value amount', () => {
const otherState = getInitialSendStateWithExistingTxState({
amount: {
error: 'someError',
value: '1',
},
asset: {
type: '',
},
});
const action = {
type: 'send/validateAmountField',
};
const result = sendReducer(otherState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.amount.error).toBeNull();
});
});
describe('validateGasField', () => {
it('should error when total amount of gas is higher than account balance', () => {
const gasFieldState = getInitialSendStateWithExistingTxState({
account: {
balance: '0x0',
},
gas: {
gasTotal: '0x1319718a5000', // 21000000000000
},
});
const action = {
type: 'send/validateGasField',
};
const result = sendReducer(gasFieldState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.error).toStrictEqual(
INSUFFICIENT_FUNDS_ERROR,
);
});
});
describe('validateSendState', () => {
it('should set `INVALID` send state status when amount error is present', () => {
const amountErrorState = getInitialSendStateWithExistingTxState({
amount: {
error: 'Some Amount Error',
},
});
const action = {
type: 'send/validateSendState',
};
const result = sendReducer(amountErrorState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.status).toStrictEqual(SEND_STATUSES.INVALID);
});
it('should set `INVALID` send state status when gas error is present', () => {
const gasErrorState = getInitialSendStateWithExistingTxState({
gas: {
error: 'Some Amount Error',
},
});
const action = {
type: 'send/validateSendState',
};
const result = sendReducer(gasErrorState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.status).toStrictEqual(SEND_STATUSES.INVALID);
});
it('should set `INVALID` send state status when asset type is `TOKEN` without token details present', () => {
const assetErrorState = getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
},
});
const action = {
type: 'send/validateSendState',
};
const result = sendReducer(assetErrorState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.status).toStrictEqual(SEND_STATUSES.INVALID);
});
it('should set `INVALID` send state status when gasLimit is under the minimumGasLimit', () => {
const gasLimitErroState = getInitialSendStateWithExistingTxState({
gas: {
gasLimit: '0x5207',
minimumGasLimit: GAS_LIMITS.SIMPLE,
},
});
const action = {
type: 'send/validateSendState',
};
const result = sendReducer(gasLimitErroState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.status).toStrictEqual(SEND_STATUSES.INVALID);
});
it('should set `VALID` send state status when conditionals have not been met', () => {
const validSendStatusState = {
...getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
details: {
address: '0x000',
},
},
gas: {
gasLimit: GAS_LIMITS.SIMPLE,
},
}),
stage: SEND_STAGES.DRAFT,
gasEstimateIsLoading: false,
minimumGasLimit: GAS_LIMITS.SIMPLE,
};
const action = {
type: 'send/validateSendState',
};
const result = sendReducer(validSendStatusState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.status).toStrictEqual(SEND_STATUSES.VALID);
});
});
});
describe('extraReducers/externalReducers', () => {
describe('QR Code Detected', () => {
const qrCodestate = getInitialSendStateWithExistingTxState({
recipient: {
address: '0xAddress',
},
});
it('should set the recipient address to the scanned address value if they are not equal', () => {
const action = {
type: 'UI_QR_CODE_DETECTED',
value: {
type: 'address',
values: {
address: '0x0dcd5d886577d5081b0c52e242ef29e70be3e7bc',
},
},
};
const result = sendReducer(qrCodestate, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.address).toStrictEqual(
action.value.values.address,
);
});
it('should not set the recipient address to invalid scanned address and errors', () => {
const badQRAddressAction = {
type: 'UI_QR_CODE_DETECTED',
value: {
type: 'address',
values: {
address: '0xBadAddress',
},
},
};
const result = sendReducer(qrCodestate, badQRAddressAction);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.recipient.address).toStrictEqual('0xAddress');
expect(draftTransaction.recipient.error).toStrictEqual(
INVALID_RECIPIENT_ADDRESS_ERROR,
);
});
});
describe('Selected Address Changed', () => {
it('should update selected account address and balance on non-edit stages', () => {
const olderState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
selectedAccount: {
balance: '0x0',
address: '0xAddress',
},
};
const action = {
type: 'SELECTED_ACCOUNT_CHANGED',
payload: {
account: {
address: '0xDifferentAddress',
balance: '0x1',
},
},
};
const result = sendReducer(olderState, action);
expect(result.selectedAccount.balance).toStrictEqual(
action.payload.account.balance,
);
expect(result.selectedAccount.address).toStrictEqual(
action.payload.account.address,
);
});
it('should gracefully handle missing account in payload', () => {
const olderState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
selectedAccount: {
balance: '0x0',
address: '0xAddress',
},
};
const action = {
type: 'SELECTED_ACCOUNT_CHANGED',
payload: {
account: undefined,
},
};
const result = sendReducer(olderState, action);
expect(result.selectedAccount.balance).toStrictEqual('0x0');
expect(result.selectedAccount.address).toStrictEqual('0xAddress');
});
});
describe('Account Changed', () => {
it('should correctly update the fromAccount in an edit', () => {
const accountsChangedState = {
...getInitialSendStateWithExistingTxState({
fromAccount: {
address: '0xAddress',
balance: '0x0',
},
}),
stage: SEND_STAGES.EDIT,
selectedAccount: {
address: '0xAddress',
balance: '0x0',
},
};
const action = {
type: 'ACCOUNT_CHANGED',
payload: {
account: {
address: '0xAddress',
balance: '0x1',
},
},
};
const result = sendReducer(accountsChangedState, action);
const draft = getTestUUIDTx(result);
expect(draft.fromAccount.balance).toStrictEqual(
action.payload.account.balance,
);
});
it('should gracefully handle missing account param in payload', () => {
const accountsChangedState = {
...getInitialSendStateWithExistingTxState({
fromAccount: {
address: '0xAddress',
balance: '0x0',
},
}),
stage: SEND_STAGES.EDIT,
selectedAccount: {
address: '0xAddress',
balance: '0x0',
},
};
const action = {
type: 'ACCOUNT_CHANGED',
payload: {
account: undefined,
},
};
const result = sendReducer(accountsChangedState, action);
const draft = getTestUUIDTx(result);
expect(draft.fromAccount.balance).toStrictEqual('0x0');
});
it(`should not edit account balance if action payload address is not the same as state's address`, () => {
const accountsChangedState = {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
stage: SEND_STAGES.EDIT,
selectedAccount: {
address: '0xAddress',
balance: '0x0',
},
};
const action = {
type: 'ACCOUNT_CHANGED',
payload: {
account: {
address: '0xDifferentAddress',
balance: '0x1',
},
},
};
const result = sendReducer(accountsChangedState, action);
expect(result.selectedAccount.address).not.toStrictEqual(
action.payload.account.address,
);
expect(result.selectedAccount.balance).not.toStrictEqual(
action.payload.account.balance,
);
});
});
describe('Initialize Pending Send State', () => {
let dispatchSpy;
let getState;
beforeEach(() => {
dispatchSpy = jest.fn();
});
it('should dispatch async action thunk first with pending, then finally fulfilling from minimal state', async () => {
getState = jest.fn().mockReturnValue({
metamask: {
gasEstimateType: GAS_ESTIMATE_TYPES.NONE,
gasFeeEstimates: {},
networkDetails: {
EIPS: {
1559: true,
},
},
selectedAddress: '0xAddress',
identities: { '0xAddress': { address: '0xAddress' } },
keyrings: [
{
type: 'HD Key Tree',
accounts: ['0xAddress'],
},
],
accounts: {
'0xAddress': {
address: '0xAddress',
balance: '0x0',
},
},
cachedBalances: {
0x4: {
'0xAddress': '0x0',
},
},
provider: {
chainId: '0x4',
},
useTokenDetection: true,
tokenList: {
'0x514910771af9ca656af840dff83e8264ecf986ca': {
address: '0x514910771af9ca656af840dff83e8264ecf986ca',
symbol: 'LINK',
decimals: 18,
name: 'Chainlink',
iconUrl:
'https://s3.amazonaws.com/airswap-token-images/LINK.png',
aggregators: [
'airswapLight',
'bancor',
'cmc',
'coinGecko',
'kleros',
'oneInch',
'paraswap',
'pmm',
'totle',
'zapper',
'zerion',
'zeroEx',
],
occurrences: 12,
},
},
},
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
gas: {
basicEstimateStatus: 'LOADING',
basicEstimatesStatus: {
safeLow: null,
average: null,
fast: null,
},
},
});
const action = initializeSendState();
await action(dispatchSpy, getState, undefined);
expect(dispatchSpy).toHaveBeenCalledTimes(3);
expect(dispatchSpy.mock.calls[0][0].type).toStrictEqual(
'send/initializeSendState/pending',
);
expect(dispatchSpy.mock.calls[2][0].type).toStrictEqual(
'send/initializeSendState/fulfilled',
);
});
});
describe('Set Basic Gas Estimate Data', () => {
it('should recalculate gas based off of average basic estimate data', () => {
const gasState = {
...getInitialSendStateWithExistingTxState({
gas: {
gasPrice: '0x0',
gasLimit: GAS_LIMITS.SIMPLE,
gasTotal: '0x0',
},
}),
minimumGasLimit: GAS_LIMITS.SIMPLE,
gasPriceEstimate: '0x0',
};
const action = {
type: 'GAS_FEE_ESTIMATES_UPDATED',
payload: {
gasEstimateType: GAS_ESTIMATE_TYPES.LEGACY,
gasFeeEstimates: {
medium: '1',
},
},
};
const result = sendReducer(gasState, action);
const draftTransaction = getTestUUIDTx(result);
expect(draftTransaction.gas.gasPrice).toStrictEqual('0x3b9aca00'); // 1000000000
expect(draftTransaction.gas.gasLimit).toStrictEqual(GAS_LIMITS.SIMPLE);
expect(draftTransaction.gas.gasTotal).toStrictEqual('0x1319718a5000');
});
});
});
describe('Action Creators', () => {
describe('updateGasPrice', () => {
it('should update gas price and update draft transaction with validated state', async () => {
const store = mockStore({
send: getInitialSendStateWithExistingTxState({
gas: {
gasPrice: undefined,
},
}),
});
const newGasPrice = '0x0';
await store.dispatch(updateGasPrice(newGasPrice));
const actionResult = store.getActions();
const expectedActionResult = [
{
type: 'send/addHistoryEntry',
payload: 'sendFlow - user set legacy gasPrice to 0x0',
},
{
type: 'send/updateGasFees',
payload: {
gasPrice: '0x0',
manuallyEdited: true,
transactionType: TRANSACTION_ENVELOPE_TYPES.LEGACY,
},
},
];
expect(actionResult).toStrictEqual(expectedActionResult);
});
});
describe('UpdateSendAmount', () => {
it('should create an action to update send amount', async () => {
const sendState = {
metamask: {
blockGasLimit: '',
selectedAddress: '',
provider: {
chainId: '0x1',
},
},
send: getInitialSendStateWithExistingTxState({
asset: {
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
}),
};
const store = mockStore(sendState);
const newSendAmount = 'DE0B6B3A7640000';
await store.dispatch(updateSendAmount(newSendAmount));
const actionResult = store.getActions();
const expectedFirstActionResult = {
type: 'send/addHistoryEntry',
payload: 'sendFlow - user set amount to 1 ETH',
};
const expectedSecondActionResult = {
type: 'send/updateSendAmount',
payload: 'DE0B6B3A7640000',
};
expect(actionResult[0]).toStrictEqual(expectedFirstActionResult);
expect(actionResult[1]).toStrictEqual(expectedSecondActionResult);
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should create an action to update send amount mode to `INPUT` when mode is `MAX`', async () => {
const sendState = {
metamask: {
blockGasLimit: '',
selectedAddress: '',
provider: {
chainId: '0x1',
},
},
send: getInitialSendStateWithExistingTxState({
asset: {
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
}),
};
const store = mockStore(sendState);
await store.dispatch(updateSendAmount());
const actionResult = store.getActions();
const expectedFirstActionResult = {
type: 'send/addHistoryEntry',
payload: 'sendFlow - user set amount to 0 ETH',
};
const expectedSecondActionResult = {
type: 'send/updateSendAmount',
payload: undefined,
};
expect(actionResult[0]).toStrictEqual(expectedFirstActionResult);
expect(actionResult[1]).toStrictEqual(expectedSecondActionResult);
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should create an action computeEstimateGasLimit and change states from pending to fulfilled with token asset types', async () => {
const tokenAssetTypeSendState = {
metamask: {
blockGasLimit: '',
selectedAddress: '',
provider: {
chainId: '0x1',
},
},
send: getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
}),
};
const store = mockStore(tokenAssetTypeSendState);
await store.dispatch(updateSendAmount());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(4);
expect(actionResult[0].type).toStrictEqual('send/addHistoryEntry');
expect(actionResult[1].type).toStrictEqual('send/updateSendAmount');
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
});
describe('UpdateSendAsset', () => {
const defaultSendAssetState = {
metamask: {
blockGasLimit: '',
selectedAddress: '',
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
cachedBalances: {
[CHAIN_IDS.RINKEBY]: {
'0xAddress': '0x0',
},
},
accounts: {
'0xAddress': {
address: '0xAddress',
},
},
},
send: {
...getInitialSendStateWithExistingTxState({
asset: {
type: '',
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
}),
selectedAccount: {
address: '0xAddress',
},
},
};
it('should create actions for updateSendAsset', async () => {
const store = mockStore(defaultSendAssetState);
const newSendAsset = {
type: ASSET_TYPES.NATIVE,
};
await store.dispatch(updateSendAsset(newSendAsset));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(4);
expect(actionResult[0]).toMatchObject({
type: 'send/addHistoryEntry',
payload: 'sendFlow - user set asset of type NATIVE with symbol ETH',
});
expect(actionResult[1].type).toStrictEqual('send/updateAsset');
expect(actionResult[1].payload).toStrictEqual({
asset: {
type: ASSET_TYPES.NATIVE,
balance: '0x0',
error: null,
details: null,
},
initialAssetSet: false,
});
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should create actions for updateSendAsset with tokens', async () => {
getTokenStandardAndDetailsStub.mockImplementation(() =>
Promise.resolve({
standard: 'ERC20',
balance: '0x0',
symbol: 'TokenSymbol',
decimals: 18,
}),
);
global.eth = {
contract: sinon.stub().returns({
at: sinon.stub().returns({
balanceOf: sinon.stub().returns(undefined),
}),
}),
};
const store = mockStore(defaultSendAssetState);
const newSendAsset = {
type: ASSET_TYPES.TOKEN,
details: {
address: 'tokenAddress',
symbol: 'tokenSymbol',
decimals: 'tokenDecimals',
},
};
await store.dispatch(updateSendAsset(newSendAsset));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(6);
expect(actionResult[0].type).toStrictEqual('SHOW_LOADING_INDICATION');
expect(actionResult[1].type).toStrictEqual('HIDE_LOADING_INDICATION');
expect(actionResult[2]).toMatchObject({
type: 'send/addHistoryEntry',
payload: `sendFlow - user set asset to ERC20 token with symbol TokenSymbol and address tokenAddress`,
});
expect(actionResult[3].payload).toStrictEqual({
asset: {
type: ASSET_TYPES.TOKEN,
details: {
address: 'tokenAddress',
symbol: 'TokenSymbol',
decimals: 18,
standard: 'ERC20',
balance: '0x0',
},
balance: '0x0',
error: null,
},
initialAssetSet: false,
});
expect(actionResult[4].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[5].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should show ConvertTokenToNFT modal and throw "invalidAssetType" error when token passed in props is an ERC721 or ERC1155', async () => {
process.env.COLLECTIBLES_V1 = true;
getTokenStandardAndDetailsStub.mockImplementation(() =>
Promise.resolve({ standard: 'ERC1155', balance: '0x1' }),
);
const store = mockStore(defaultSendAssetState);
const newSendAsset = {
type: ASSET_TYPES.TOKEN,
details: {
address: 'tokenAddress',
symbol: 'tokenSymbol',
decimals: 'tokenDecimals',
},
};
await expect(() =>
store.dispatch(updateSendAsset(newSendAsset)),
).rejects.toThrow('invalidAssetType');
const actionResult = store.getActions();
expect(actionResult).toHaveLength(3);
expect(actionResult[0].type).toStrictEqual('SHOW_LOADING_INDICATION');
expect(actionResult[1].type).toStrictEqual('HIDE_LOADING_INDICATION');
expect(actionResult[2]).toStrictEqual({
payload: {
name: 'CONVERT_TOKEN_TO_NFT',
tokenAddress: 'tokenAddress',
},
type: 'UI_MODAL_OPEN',
});
process.env.COLLECTIBLES_V1 = false;
});
});
describe('updateRecipientUserInput', () => {
const updateRecipientUserInputState = {
metamask: {
provider: {
chainId: '',
},
tokens: [],
useTokenDetection: true,
tokenList: {
'0x514910771af9ca656af840dff83e8264ecf986ca': {
address: '0x514910771af9ca656af840dff83e8264ecf986ca',
symbol: 'LINK',
decimals: 18,
name: 'Chainlink',
iconUrl: 'https://s3.amazonaws.com/airswap-token-images/LINK.png',
aggregators: [
'airswapLight',
'bancor',
'cmc',
'coinGecko',
'kleros',
'oneInch',
'paraswap',
'pmm',
'totle',
'zapper',
'zerion',
'zeroEx',
],
occurrences: 12,
},
},
},
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
};
it('should create actions for updateRecipientUserInput and checks debounce for validation', async () => {
const store = mockStore(updateRecipientUserInputState);
const newUserRecipientInput = 'newUserRecipientInput';
await store.dispatch(updateRecipientUserInput(newUserRecipientInput));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(5);
expect(actionResult[0].type).toStrictEqual(
'send/updateRecipientWarning',
);
expect(actionResult[0].payload).toStrictEqual('loading');
expect(actionResult[1].type).toStrictEqual(
'send/updateDraftTransactionStatus',
);
expect(actionResult[2].type).toStrictEqual(
'send/updateRecipientUserInput',
);
expect(actionResult[2].payload).toStrictEqual(newUserRecipientInput);
expect(actionResult[3]).toMatchObject({
type: 'send/addHistoryEntry',
payload: `sendFlow - user typed ${newUserRecipientInput} into recipient input field`,
});
expect(actionResult[4].type).toStrictEqual(
'send/validateRecipientUserInput',
);
expect(actionResult[4].payload).toStrictEqual({
chainId: '',
tokens: [],
useTokenDetection: true,
isProbablyAnAssetContract: false,
userInput: newUserRecipientInput,
tokenAddressList: ['0x514910771af9ca656af840dff83e8264ecf986ca'],
});
});
});
describe('useContactListForRecipientSearch', () => {
it('should create action to change send recipient search to contact list', async () => {
const store = mockStore();
await store.dispatch(useContactListForRecipientSearch());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(2);
expect(actionResult).toStrictEqual([
{
type: 'send/addHistoryEntry',
payload: 'sendFlow - user selected back to all on recipient screen',
},
{
type: 'send/updateRecipientSearchMode',
payload: RECIPIENT_SEARCH_MODES.CONTACT_LIST,
},
]);
});
});
describe('UseMyAccountsForRecipientSearch', () => {
it('should create action to change send recipient search to derived accounts', async () => {
const store = mockStore();
await store.dispatch(useMyAccountsForRecipientSearch());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(2);
expect(actionResult).toStrictEqual([
{
type: 'send/addHistoryEntry',
payload:
'sendFlow - user selected transfer to my accounts on recipient screen',
},
{
type: 'send/updateRecipientSearchMode',
payload: RECIPIENT_SEARCH_MODES.MY_ACCOUNTS,
},
]);
});
});
describe('UpdateRecipient', () => {
const recipient = {
address: '',
nickname: '',
};
it('should create actions to update recipient and recalculate gas limit if the asset type is not set', async () => {
global.eth = {
getCode: sinon.stub(),
};
const updateRecipientState = {
metamask: {
addressBook: {},
identities: {},
provider: {
chainId: '0x1',
},
},
send: {
account: {
balance: '',
},
asset: {
type: '',
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
},
};
const store = mockStore(updateRecipientState);
await store.dispatch(updateRecipient(recipient));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(3);
expect(actionResult[0].type).toStrictEqual('send/updateRecipient');
expect(actionResult[1].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should update recipient nickname if the passed address exists in the addressBook state but no nickname param is provided', async () => {
global.eth = {
getCode: sinon.stub(),
};
const TEST_RECIPIENT_ADDRESS =
'0x0000000000000000000000000000000000000001';
const TEST_RECIPIENT_NAME = 'The 1 address';
const updateRecipientState = {
metamask: {
addressBook: {
'0x1': [
{
address: TEST_RECIPIENT_ADDRESS,
name: TEST_RECIPIENT_NAME,
},
],
},
provider: {
chainId: '0x1',
},
},
send: {
account: {
balance: '',
},
asset: {
type: '',
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
},
};
const store = mockStore(updateRecipientState);
await store.dispatch(
updateRecipient({
address: '0x0000000000000000000000000000000000000001',
nickname: '',
}),
);
const actionResult = store.getActions();
expect(actionResult).toHaveLength(3);
expect(actionResult[0].type).toStrictEqual('send/updateRecipient');
expect(actionResult[0].payload.address).toStrictEqual(
TEST_RECIPIENT_ADDRESS,
);
expect(actionResult[0].payload.nickname).toStrictEqual(
TEST_RECIPIENT_NAME,
);
});
it('should create actions to reset recipient input and ens, calculate gas and then validate input', async () => {
const tokenState = {
metamask: {
addressBook: {},
identities: {},
blockGasLimit: '',
selectedAddress: '',
provider: {
chainId: '0x1',
},
},
send: {
account: {
balance: '',
},
asset: {
type: ASSET_TYPES.TOKEN,
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
},
};
const store = mockStore(tokenState);
await store.dispatch(updateRecipient(recipient));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(3);
expect(actionResult[0].type).toStrictEqual('send/updateRecipient');
expect(actionResult[1].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[2].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
});
describe('ResetRecipientInput', () => {
it('should create actions to reset recipient input and ens then validates input', async () => {
const updateRecipientState = {
metamask: {
addressBook: {},
identities: {},
provider: {
chainId: '',
},
tokens: [],
useTokenDetection: true,
tokenList: {
'0x514910771af9ca656af840dff83e8264ecf986ca': {
address: '0x514910771af9ca656af840dff83e8264ecf986ca',
symbol: 'LINK',
decimals: 18,
name: 'Chainlink',
iconUrl:
'https://s3.amazonaws.com/airswap-token-images/LINK.png',
aggregators: [
'airswapLight',
'bancor',
'cmc',
'coinGecko',
'kleros',
'oneInch',
'paraswap',
'pmm',
'totle',
'zapper',
'zerion',
'zeroEx',
],
occurrences: 12,
},
},
},
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
};
const store = mockStore(updateRecipientState);
await store.dispatch(resetRecipientInput());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(11);
expect(actionResult[0]).toMatchObject({
type: 'send/addHistoryEntry',
payload: 'sendFlow - user cleared recipient input',
});
expect(actionResult[1].type).toStrictEqual(
'send/updateRecipientWarning',
);
expect(actionResult[2].type).toStrictEqual(
'send/updateDraftTransactionStatus',
);
expect(actionResult[3].type).toStrictEqual(
'send/updateRecipientUserInput',
);
expect(actionResult[4].payload).toStrictEqual(
'sendFlow - user typed into recipient input field',
);
expect(actionResult[5].type).toStrictEqual(
'send/validateRecipientUserInput',
);
expect(actionResult[6].type).toStrictEqual('send/updateRecipient');
expect(actionResult[7].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[8].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
expect(actionResult[9].type).toStrictEqual('ENS/resetEnsResolution');
expect(actionResult[10].type).toStrictEqual(
'send/validateRecipientUserInput',
);
});
});
describe('UpdateSendHexData', () => {
const sendHexDataState = {
send: getInitialSendStateWithExistingTxState({
asset: {
type: '',
},
}),
};
it('should create action to update hexData', async () => {
const hexData = '0x1';
const store = mockStore(sendHexDataState);
await store.dispatch(updateSendHexData(hexData));
const actionResult = store.getActions();
const expectActionResult = [
{
type: 'send/addHistoryEntry',
payload: 'sendFlow - user added custom hexData 0x1',
},
{ type: 'send/updateUserInputHexData', payload: hexData },
];
expect(actionResult).toHaveLength(2);
expect(actionResult).toStrictEqual(expectActionResult);
});
});
describe('ToggleSendMaxMode', () => {
it('should create actions to toggle update max mode when send amount mode is not max', async () => {
const sendMaxModeState = {
send: {
asset: {
type: ASSET_TYPES.TOKEN,
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
mode: '',
value: '',
},
userInputHexData: '',
},
metamask: {
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
},
};
const store = mockStore(sendMaxModeState);
await store.dispatch(toggleSendMaxMode());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(5);
expect(actionResult[0].type).toStrictEqual('send/updateAmountMode');
expect(actionResult[1].type).toStrictEqual('send/updateAmountToMax');
expect(actionResult[2]).toMatchObject({
type: 'send/addHistoryEntry',
payload: 'sendFlow - user toggled max mode on',
});
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[4].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
it('should create actions to toggle off max mode when send amount mode is max', async () => {
const sendMaxModeState = {
send: {
...getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
details: {},
},
gas: {
gasPrice: '',
},
recipient: {
address: '',
},
amount: {
value: '',
},
userInputHexData: '',
}),
amountMode: AMOUNT_MODES.MAX,
},
metamask: {
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
},
};
const store = mockStore(sendMaxModeState);
await store.dispatch(toggleSendMaxMode());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(5);
expect(actionResult[0].type).toStrictEqual('send/updateAmountMode');
expect(actionResult[1].type).toStrictEqual('send/updateSendAmount');
expect(actionResult[2]).toMatchObject({
type: 'send/addHistoryEntry',
payload: 'sendFlow - user toggled max mode off',
});
expect(actionResult[3].type).toStrictEqual(
'send/computeEstimatedGasLimit/pending',
);
expect(actionResult[4].type).toStrictEqual(
'send/computeEstimatedGasLimit/rejected',
);
});
});
describe('SignTransaction', () => {
const signTransactionState = {
send: getInitialSendStateWithExistingTxState({
id: 1,
asset: {},
recipient: {},
amount: {},
gas: {
gasLimit: GAS_LIMITS.SIMPLE,
},
}),
};
it('should show confirm tx page when no other conditions for signing have been met', async () => {
const store = mockStore(signTransactionState);
await store.dispatch(signTransaction());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(2);
expect(actionResult[0]).toMatchObject({
type: 'send/addHistoryEntry',
payload:
'sendFlow - user clicked next and transaction should be added to controller',
});
expect(actionResult[1].type).toStrictEqual('SHOW_CONF_TX_PAGE');
});
describe('with token transfers', () => {
it('should pass the correct transaction parameters to addUnapprovedTransactionAndRouteToConfirmationPage', async () => {
const tokenTransferTxState = {
metamask: {
unapprovedTxs: {
1: {
id: 1,
txParams: {
value: 'oldTxValue',
},
},
},
},
send: {
...getInitialSendStateWithExistingTxState({
id: 1,
asset: {
details: {
address: '0xC02aaA39b223FE8D0A0e5C4F27eAD9083C756Cc2',
},
type: 'TOKEN',
},
recipient: {
address: '4F90e18605Fd46F9F9Fab0e225D88e1ACf5F5324',
},
amount: {
value: '0x1',
},
}),
stage: SEND_STAGES.DRAFT,
selectedAccount: {
address: '0x6784e8507A1A46443f7bDc8f8cA39bdA92A675A6',
},
},
};
jest.mock('../../store/actions.js');
const store = mockStore(tokenTransferTxState);
await store.dispatch(signTransaction());
expect(
addUnapprovedTransactionAndRouteToConfirmationPageStub.mock
.calls[0][0].data,
).toStrictEqual(
'0xa9059cbb0000000000000000000000004f90e18605fd46f9f9fab0e225d88e1acf5f53240000000000000000000000000000000000000000000000000000000000000001',
);
expect(
addUnapprovedTransactionAndRouteToConfirmationPageStub.mock
.calls[0][0].to,
).toStrictEqual('0xC02aaA39b223FE8D0A0e5C4F27eAD9083C756Cc2');
});
});
it('should create actions for updateTransaction rejecting', async () => {
const editStageSignTxState = {
metamask: {
unapprovedTxs: {
1: {
id: 1,
txParams: {
value: 'oldTxValue',
},
},
},
},
send: {
...signTransactionState.send,
stage: SEND_STAGES.EDIT,
},
};
jest.mock('../../store/actions.js');
const store = mockStore(editStageSignTxState);
await store.dispatch(signTransaction());
const actionResult = store.getActions();
expect(actionResult).toHaveLength(3);
expect(actionResult[0]).toMatchObject({
type: 'send/addHistoryEntry',
payload:
'sendFlow - user clicked next and transaction should be updated in controller',
});
expect(actionResult[1].type).toStrictEqual(
'UPDATE_TRANSACTION_EDITABLE_PARAMS',
);
expect(actionResult[2].type).toStrictEqual(
'UPDATE_TRANSACTION_GAS_FEES',
);
});
});
describe('editExistingTransaction', () => {
it('should set up the appropriate state for editing a native asset transaction', async () => {
const editTransactionState = {
metamask: {
gasEstimateType: GAS_ESTIMATE_TYPES.NONE,
gasFeeEstimates: {},
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
tokens: [],
addressBook: {
[CHAIN_IDS.RINKEBY]: {},
},
identities: {},
accounts: {
'0xAddress': {
address: '0xAddress',
balance: '0x0',
},
},
cachedBalances: {
[CHAIN_IDS.RINKEBY]: {
'0xAddress': '0x0',
},
},
tokenList: {},
unapprovedTxs: {
1: {
id: 1,
txParams: {
data: '',
from: '0xAddress',
to: '0xRecipientAddress',
gas: GAS_LIMITS.SIMPLE,
gasPrice: '0x3b9aca00', // 1000000000
value: '0xde0b6b3a7640000', // 1000000000000000000
},
},
},
},
send: {
// We are going to remove this transaction as a part of the flow,
// but we need this stub to have the fromAccount because for our
// action checker the state isn't actually modified after each
// action is ran.
...getInitialSendStateWithExistingTxState({
id: 1,
fromAccount: {
address: '0xAddress',
},
}),
},
};
const store = mockStore(editTransactionState);
await store.dispatch(editExistingTransaction(ASSET_TYPES.NATIVE, 1));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(7);
expect(actionResult[0]).toMatchObject({
type: 'send/clearPreviousDrafts',
});
expect(actionResult[1]).toStrictEqual({
type: 'send/addNewDraft',
payload: {
amount: {
value: '0xde0b6b3a7640000',
error: null,
},
asset: {
balance: '0x0',
details: null,
error: null,
type: ASSET_TYPES.NATIVE,
},
fromAccount: {
address: '0xAddress',
balance: '0x0',
},
gas: {
error: null,
gasLimit: GAS_LIMITS.SIMPLE,
gasPrice: '0x3b9aca00',
gasTotal: '0x0',
wasManuallyEdited: false,
maxFeePerGas: '0x0',
maxPriorityFeePerGas: '0x0',
},
history: ['sendFlow - user clicked edit on transaction with id 1'],
id: 1,
recipient: {
address: '0xRecipientAddress',
error: null,
nickname: '',
warning: null,
recipientWarningAcknowledged: false,
type: '',
},
status: SEND_STATUSES.VALID,
transactionType: '0x0',
userInputHexData: '',
},
});
const action = actionResult[1];
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.currentTransactionUUID).not.toStrictEqual('test-uuid');
const draftTransaction =
result.draftTransactions[result.currentTransactionUUID];
expect(draftTransaction.gas.gasLimit).toStrictEqual(
action.payload.gas.gasLimit,
);
expect(draftTransaction.gas.gasPrice).toStrictEqual(
action.payload.gas.gasPrice,
);
expect(draftTransaction.amount.value).toStrictEqual(
action.payload.amount.value,
);
});
it('should set up the appropriate state for editing a collectible asset transaction', async () => {
getTokenStandardAndDetailsStub.mockImplementation(() =>
Promise.resolve({
standard: 'ERC721',
balance: '0x1',
address: '0xCollectibleAddress',
}),
);
const editTransactionState = {
metamask: {
blockGasLimit: '0x3a98',
selectedAddress: '',
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
tokens: [],
addressBook: {
[CHAIN_IDS.RINKEBY]: {},
},
identities: {},
accounts: {
'0xAddress': {
address: '0xAddress',
balance: '0x0',
},
},
cachedBalances: {
[CHAIN_IDS.RINKEBY]: {
'0xAddress': '0x0',
},
},
tokenList: {},
unapprovedTxs: {
1: {
id: 1,
txParams: {
data: generateERC721TransferData({
toAddress: BURN_ADDRESS,
fromAddress: '0xAddress',
tokenId: ethers.BigNumber.from(15000).toString(),
}),
from: '0xAddress',
to: '0xCollectibleAddress',
gas: GAS_LIMITS.BASE_TOKEN_ESTIMATE,
gasPrice: '0x3b9aca00', // 1000000000
value: '0x0',
},
},
},
},
send: {
...getInitialSendStateWithExistingTxState({
id: 1,
test: 'wow',
gas: { gasLimit: GAS_LIMITS.SIMPLE },
}),
stage: SEND_STAGES.EDIT,
},
};
global.eth = {
contract: sinon.stub().returns({
at: sinon.stub().returns({
balanceOf: sinon.stub().returns(undefined),
}),
}),
getCode: jest.fn(() => '0xa'),
};
const store = mockStore(editTransactionState);
await store.dispatch(
editExistingTransaction(ASSET_TYPES.COLLECTIBLE, 1),
);
const actionResult = store.getActions();
expect(actionResult).toHaveLength(9);
expect(actionResult[0]).toMatchObject({
type: 'send/clearPreviousDrafts',
});
expect(actionResult[1]).toStrictEqual({
type: 'send/addNewDraft',
payload: {
amount: {
error: null,
value: '0x1',
},
asset: {
balance: '0x0',
details: null,
error: null,
type: ASSET_TYPES.NATIVE,
},
fromAccount: {
address: '0xAddress',
balance: '0x0',
},
gas: {
error: null,
gasLimit: GAS_LIMITS.BASE_TOKEN_ESTIMATE,
gasPrice: '0x3b9aca00',
gasTotal: '0x0',
wasManuallyEdited: false,
maxFeePerGas: '0x0',
maxPriorityFeePerGas: '0x0',
},
history: ['sendFlow - user clicked edit on transaction with id 1'],
id: 1,
recipient: {
address: BURN_ADDRESS,
error: null,
nickname: '',
warning: null,
type: '',
recipientWarningAcknowledged: false,
},
status: SEND_STATUSES.VALID,
transactionType: '0x0',
userInputHexData:
editTransactionState.metamask.unapprovedTxs[1].txParams.data,
},
});
expect(actionResult[2].type).toStrictEqual('SHOW_LOADING_INDICATION');
expect(actionResult[3].type).toStrictEqual('HIDE_LOADING_INDICATION');
expect(actionResult[4]).toStrictEqual({
type: 'send/addHistoryEntry',
payload:
'sendFlow - user set asset to NFT with tokenId 15000 and address 0xCollectibleAddress',
});
expect(actionResult[5]).toStrictEqual({
type: 'send/updateAsset',
payload: {
asset: {
balance: '0x1',
details: {
address: '0xCollectibleAddress',
balance: '0x1',
standard: TOKEN_STANDARDS.ERC721,
tokenId: '15000',
},
error: null,
type: ASSET_TYPES.COLLECTIBLE,
},
initialAssetSet: true,
},
});
expect(actionResult[6].type).toStrictEqual(
'send/initializeSendState/pending',
);
expect(actionResult[7]).toStrictEqual({
type: 'metamask/gas/SET_CUSTOM_GAS_LIMIT',
value: GAS_LIMITS.SIMPLE,
});
expect(actionResult[8].type).toStrictEqual(
'send/initializeSendState/fulfilled',
);
const action = actionResult[1];
const result = sendReducer(
INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
action,
);
expect(result.currentTransactionUUID).not.toStrictEqual('test-uuid');
const draftTransaction =
result.draftTransactions[result.currentTransactionUUID];
expect(draftTransaction.gas.gasLimit).toStrictEqual(
action.payload.gas.gasLimit,
);
expect(draftTransaction.gas.gasPrice).toStrictEqual(
action.payload.gas.gasPrice,
);
expect(draftTransaction.amount.value).toStrictEqual(
action.payload.amount.value,
);
});
});
it('should set up the appropriate state for editing a token asset transaction', async () => {
const editTransactionState = {
metamask: {
blockGasLimit: '0x3a98',
selectedAddress: '',
provider: {
chainId: CHAIN_IDS.RINKEBY,
},
tokens: [
{
address: '0xTokenAddress',
symbol: 'SYMB',
},
],
tokenList: {
'0xTokenAddress': {
symbol: 'SYMB',
address: '0xTokenAddress',
},
},
addressBook: {
[CHAIN_IDS.RINKEBY]: {},
},
identities: {},
accounts: {
'0xAddress': {
address: '0xAddress',
balance: '0x0',
},
},
cachedBalances: {
[CHAIN_IDS.RINKEBY]: {
'0xAddress': '0x0',
},
},
unapprovedTxs: {
1: {
id: 1,
txParams: {
data: generateERC20TransferData({
toAddress: BURN_ADDRESS,
amount: '0x3a98',
sendToken: {
address: '0xTokenAddress',
symbol: 'SYMB',
decimals: 18,
},
}),
from: '0xAddress',
to: '0xTokenAddress',
gas: GAS_LIMITS.BASE_TOKEN_ESTIMATE,
gasPrice: '0x3b9aca00', // 1000000000
value: '0x0',
},
},
},
},
send: {
...getInitialSendStateWithExistingTxState({
id: 1,
recipient: {
address: 'Address',
nickname: 'NickName',
},
}),
selectedAccount: {
address: '0xAddress',
balance: '0x0',
},
stage: SEND_STAGES.EDIT,
},
};
global.eth = {
contract: sinon.stub().returns({
at: sinon.stub().returns({
balanceOf: sinon.stub().returns(undefined),
}),
}),
getCode: jest.fn(() => '0xa'),
};
const store = mockStore(editTransactionState);
await store.dispatch(editExistingTransaction(ASSET_TYPES.TOKEN, 1));
const actionResult = store.getActions();
expect(actionResult).toHaveLength(9);
expect(actionResult[0].type).toStrictEqual('send/clearPreviousDrafts');
expect(actionResult[1]).toStrictEqual({
type: 'send/addNewDraft',
payload: {
amount: {
error: null,
value: '0x3a98',
},
asset: {
balance: '0x0',
details: null,
error: null,
type: ASSET_TYPES.NATIVE,
},
fromAccount: {
address: '0xAddress',
balance: '0x0',
},
gas: {
error: null,
gasLimit: '0x186a0',
gasPrice: '0x3b9aca00',
wasManuallyEdited: false,
gasTotal: '0x0',
maxFeePerGas: '0x0',
maxPriorityFeePerGas: '0x0',
},
history: ['sendFlow - user clicked edit on transaction with id 1'],
id: 1,
recipient: {
address: BURN_ADDRESS,
error: null,
warning: null,
nickname: '',
type: '',
recipientWarningAcknowledged: false,
},
status: SEND_STATUSES.VALID,
transactionType: '0x0',
userInputHexData:
editTransactionState.metamask.unapprovedTxs[1].txParams.data,
},
});
expect(actionResult[2].type).toStrictEqual('SHOW_LOADING_INDICATION');
expect(actionResult[3].type).toStrictEqual('HIDE_LOADING_INDICATION');
expect(actionResult[4]).toMatchObject({
type: 'send/addHistoryEntry',
payload:
'sendFlow - user set asset to ERC20 token with symbol SYMB and address 0xTokenAddress',
});
expect(actionResult[5]).toStrictEqual({
type: 'send/updateAsset',
payload: {
asset: {
balance: '0x0',
type: ASSET_TYPES.TOKEN,
error: null,
details: {
balance: '0x0',
address: '0xTokenAddress',
decimals: 18,
symbol: 'SYMB',
standard: 'ERC20',
},
},
initialAssetSet: true,
},
});
expect(actionResult[6].type).toStrictEqual(
'send/initializeSendState/pending',
);
expect(actionResult[7].type).toStrictEqual(
'metamask/gas/SET_CUSTOM_GAS_LIMIT',
);
expect(actionResult[8].type).toStrictEqual(
'send/initializeSendState/fulfilled',
);
const action = actionResult[1];
const result = sendReducer(INITIAL_SEND_STATE_FOR_EXISTING_DRAFT, action);
expect(result.currentTransactionUUID).not.toStrictEqual('test-uuid');
const draftTransaction =
result.draftTransactions[result.currentTransactionUUID];
expect(draftTransaction.gas.gasLimit).toStrictEqual(
action.payload.gas.gasLimit,
);
expect(draftTransaction.gas.gasPrice).toStrictEqual(
action.payload.gas.gasPrice,
);
expect(draftTransaction.amount.value).toStrictEqual(
action.payload.amount.value,
);
});
});
describe('selectors', () => {
describe('gas selectors', () => {
it('has a selector that gets gasLimit', () => {
expect(
getGasLimit({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe('0x0');
});
it('has a selector that gets gasPrice', () => {
expect(
getGasPrice({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe('0x0');
});
it('has a selector that gets gasTotal', () => {
expect(
getGasTotal({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe('0x0');
});
it('has a selector to determine if gas fee is in error', () => {
expect(
gasFeeIsInError({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(false);
expect(
gasFeeIsInError({
send: getInitialSendStateWithExistingTxState({
gas: {
error: 'yes',
},
}),
}),
).toBe(true);
});
it('has a selector that gets minimumGasLimit', () => {
expect(
getMinimumGasLimitForSend({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBe(GAS_LIMITS.SIMPLE);
});
describe('getGasInputMode selector', () => {
it('returns BASIC when on mainnet and advanced inline gas is false', () => {
expect(
getGasInputMode({
metamask: {
provider: { chainId: CHAIN_IDS.MAINNET },
featureFlags: { advancedInlineGas: false },
},
send: initialState,
}),
).toBe(GAS_INPUT_MODES.BASIC);
});
it('returns BASIC when on localhost and advanced inline gas is false and IN_TEST is set', () => {
process.env.IN_TEST = true;
expect(
getGasInputMode({
metamask: {
provider: { chainId: '0x539' },
featureFlags: { advancedInlineGas: false },
},
send: initialState,
}),
).toBe(GAS_INPUT_MODES.BASIC);
process.env.IN_TEST = false;
});
it('returns INLINE when on mainnet and advanced inline gas is true', () => {
expect(
getGasInputMode({
metamask: {
provider: { chainId: CHAIN_IDS.MAINNET },
featureFlags: { advancedInlineGas: true },
},
send: initialState,
}),
).toBe(GAS_INPUT_MODES.INLINE);
});
it('returns INLINE when on mainnet and advanced inline gas is false but eth_gasPrice estimate is used', () => {
expect(
getGasInputMode({
metamask: {
provider: { chainId: CHAIN_IDS.MAINNET },
featureFlags: { advancedInlineGas: false },
gasEstimateType: GAS_ESTIMATE_TYPES.ETH_GASPRICE,
},
send: initialState,
}),
).toBe(GAS_INPUT_MODES.INLINE);
});
it('returns INLINE when on mainnet and advanced inline gas is false but eth_gasPrice estimate is used even IN_TEST', () => {
process.env.IN_TEST = true;
expect(
getGasInputMode({
metamask: {
provider: { chainId: CHAIN_IDS.MAINNET },
featureFlags: { advancedInlineGas: false },
gasEstimateType: GAS_ESTIMATE_TYPES.ETH_GASPRICE,
},
send: initialState,
}),
).toBe(GAS_INPUT_MODES.INLINE);
process.env.IN_TEST = false;
});
it('returns CUSTOM if gasIsSetInModal is true', () => {
expect(
getGasInputMode({
metamask: {
provider: { chainId: CHAIN_IDS.MAINNET },
featureFlags: { advancedInlineGas: true },
},
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
gasIsSetInModal: true,
},
}),
).toBe(GAS_INPUT_MODES.CUSTOM);
});
});
});
describe('asset selectors', () => {
it('has a selector to get the asset', () => {
expect(
getSendAsset({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toMatchObject(
getTestUUIDTx(INITIAL_SEND_STATE_FOR_EXISTING_DRAFT).asset,
);
});
it('has a selector to get the asset address', () => {
expect(
getSendAssetAddress({
send: getInitialSendStateWithExistingTxState({
asset: {
balance: '0x0',
details: { address: '0x0' },
type: ASSET_TYPES.TOKEN,
},
}),
}),
).toBe('0x0');
});
it('has a selector that determines if asset is sendable based on ERC721 status', () => {
expect(
getIsAssetSendable({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(true);
expect(
getIsAssetSendable({
send: getInitialSendStateWithExistingTxState({
asset: {
type: ASSET_TYPES.TOKEN,
details: { isERC721: true },
},
}),
}),
).toBe(false);
});
});
describe('amount selectors', () => {
it('has a selector to get send amount', () => {
expect(
getSendAmount({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe('0x0');
});
it('has a selector to get if there is an insufficient funds error', () => {
expect(
getIsBalanceInsufficient({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBe(false);
expect(
getIsBalanceInsufficient({
send: getInitialSendStateWithExistingTxState({
gas: { error: INSUFFICIENT_FUNDS_ERROR },
}),
}),
).toBe(true);
});
it('has a selector to get max mode state', () => {
expect(
getSendMaxModeState({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(false);
expect(
getSendMaxModeState({
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
amountMode: AMOUNT_MODES.MAX,
},
}),
).toBe(true);
});
it('has a selector to get the draft transaction ID', () => {
expect(
getDraftTransactionID({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBeNull();
expect(
getDraftTransactionID({
send: getInitialSendStateWithExistingTxState({
id: 'ID',
}),
}),
).toBe('ID');
});
it('has a selector to get the user entered hex data', () => {
expect(
getSendHexData({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBeNull();
expect(
getSendHexData({
send: getInitialSendStateWithExistingTxState({
userInputHexData: '0x0',
}),
}),
).toBe('0x0');
});
it('has a selector to get if there is an amount error', () => {
expect(
sendAmountIsInError({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(false);
expect(
sendAmountIsInError({
send: getInitialSendStateWithExistingTxState({
amount: { error: 'any' },
}),
}),
).toBe(true);
});
});
describe('recipient selectors', () => {
it('has a selector to get recipient address', () => {
expect(
getSendTo({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
metamask: { ensResolutionsByAddress: {} },
}),
).toBe('');
expect(
getSendTo({
send: getInitialSendStateWithExistingTxState({
recipient: { address: '0xb' },
}),
metamask: { ensResolutionsByAddress: {} },
}),
).toBe('0xb');
});
it('has a selector to check if using the my accounts option for recipient selection', () => {
expect(
getIsUsingMyAccountForRecipientSearch({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBe(false);
expect(
getIsUsingMyAccountForRecipientSearch({
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientMode: RECIPIENT_SEARCH_MODES.MY_ACCOUNTS,
},
}),
).toBe(true);
});
it('has a selector to get recipient user input in input field', () => {
expect(
getRecipientUserInput({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBe('');
expect(
getRecipientUserInput({
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
recipientInput: 'domain.eth',
},
}),
).toBe('domain.eth');
});
it('has a selector to get recipient state', () => {
expect(
getRecipient({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
metamask: { ensResolutionsByAddress: {} },
}),
).toMatchObject(
getTestUUIDTx(INITIAL_SEND_STATE_FOR_EXISTING_DRAFT).recipient,
);
});
});
describe('send validity selectors', () => {
it('has a selector to get send errors', () => {
expect(
getSendErrors({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toMatchObject({
gasFee: null,
amount: null,
});
expect(
getSendErrors({
send: getInitialSendStateWithExistingTxState({
gas: {
error: 'gasFeeTest',
},
amount: {
error: 'amountTest',
},
}),
}),
).toMatchObject({ gasFee: 'gasFeeTest', amount: 'amountTest' });
});
it('has a selector to get send state initialization status', () => {
expect(
isSendStateInitialized({
send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
}),
).toBe(false);
expect(
isSendStateInitialized({
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
stage: SEND_STATUSES.ADD_RECIPIENT,
},
}),
).toBe(true);
});
it('has a selector to get send state validity', () => {
expect(
isSendFormInvalid({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(false);
expect(
isSendFormInvalid({
send: getInitialSendStateWithExistingTxState({
status: SEND_STATUSES.INVALID,
}),
}),
).toBe(true);
});
it('has a selector to get send stage', () => {
expect(
getSendStage({ send: INITIAL_SEND_STATE_FOR_EXISTING_DRAFT }),
).toBe(SEND_STAGES.INACTIVE);
expect(
getSendStage({
send: {
...INITIAL_SEND_STATE_FOR_EXISTING_DRAFT,
stage: SEND_STAGES.ADD_RECIPIENT,
},
}),
).toBe(SEND_STAGES.ADD_RECIPIENT);
});
});
});
});