386 lines
19 KiB
JavaScript
386 lines
19 KiB
JavaScript
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let test = require('selenium-webdriver/testing');
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let assert = require('assert');
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const fs = require('fs-extra');
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///////////////////////////////////////////////////////
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const WizardWelcome = require('../pages/WizardWelcome.js').WizardWelcome;
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const WizardStep1 = require('../pages/WizardStep1.js').WizardStep1;
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const WizardStep2 = require('../pages/WizardStep2.js').WizardStep2;
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const WizardStep3 = require('../pages/WizardStep3.js').WizardStep3;
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const WizardStep4 = require('../pages/WizardStep4.js').WizardStep4;
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const TierPage = require('../pages/TierPage.js').TierPage;
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const ReservedTokensPage = require('../pages/ReservedTokensPage.js').ReservedTokensPage;
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const CrowdsalePage = require('../pages/CrowdsalePage.js').CrowdsalePage;
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const InvestPage = require('../pages/ContributionPage.js').InvestPage;
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const ManagePage = require('../pages/ManagePage.js').ManagePage;
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const logger = require('../entity/Logger.js').logger;
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const tempOutputPath = require('../entity/Logger.js').tempOutputPath;
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const Utils = require('../utils/Utils.js').Utils;
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const MetaMask = require('../pages/MetaMask.js').MetaMask;
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const User = require("../entity/User.js").User;
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test.describe(`e2e test for TokenWizard2.0/DutchAuctionCrowdsale. v ${testVersion} `, async function () {
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this.timeout(2400000);//40 min
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this.slow(1800000);
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const user8545_dDdCFile = './users/user8545_dDdC.json';//Owner
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const user8545_Db0EFile = './users/user8545_Db0E.json';//Investor1 - whitelisted before deployment
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const user8545_F16AFile = './users/user8545_F16A.json';//Investor2 - whitelisted before deployment
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const scenarioE2eMinCap = './scenarios/scenarioE2eDutchMincapLong.json';
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const scenarioE2eDutchCheckBurn = './scenarios/scenarioE2eDutchCheckBurn.json';
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let driver;
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let Owner;
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let Investor1;
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let Investor2;
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let wallet;
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let welcomePage;
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let wizardStep1;
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let wizardStep2;
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let wizardStep3;
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let wizardStep4;
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let tierPage;
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let mngPage;
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let reservedTokensPage;
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let investPage;
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let startURL;
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let crowdsaleForUItests;
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let e2eMinCap;
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let e2eWhitelist;
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let e2eCheckBurn;
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let balanceEthOwnerBefore;
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let balanceEthOwnerAfter;
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/////////////////////////////////////////////////////////////////////////
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test.before(async function () {
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await Utils.copyEnvFromWizard();
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e2eMinCap = await Utils.getDutchCrowdsaleInstance(scenarioE2eMinCap);
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e2eCheckBurn = await Utils.getDutchCrowdsaleInstance(scenarioE2eDutchCheckBurn);
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startURL = await Utils.getStartURL();
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driver = await Utils.startBrowserWithWallet();
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Owner = new User(driver, user8545_dDdCFile);
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Owner.tokenBalance = 0;
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Investor1 = new User(driver, user8545_Db0EFile);
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Investor1.tokenBalance = 0;
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Investor2 = new User(driver, user8545_F16AFile);
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Investor2.tokenBalance = 0;
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await Utils.receiveEth(Owner, 20);
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await Utils.receiveEth(Investor1, 20);
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await Utils.receiveEth(Investor2, 20);
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logger.info("Roles:");
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logger.info("Owner = " + Owner.account);
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logger.info("Owner's balance = :" + await Utils.getBalance(Owner) / 1e18);
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logger.info("Investor1 = " + Investor1.account);
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logger.info("Investor1 balance = :" + await Utils.getBalance(Investor1) / 1e18);
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logger.info("Investor2 = " + Investor2.account);
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logger.info("Investor2 balance = :" + await Utils.getBalance(Investor2) / 1e18);
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wallet = await Utils.getWalletInstance(driver);
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await wallet.activate();//return activated Wallet and empty page
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await Owner.setWalletAccount();
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welcomePage = new WizardWelcome(driver, startURL);
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wizardStep1 = new WizardStep1(driver);
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wizardStep2 = new WizardStep2(driver);
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wizardStep3 = new WizardStep3(driver);
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wizardStep4 = new WizardStep4(driver);
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investPage = new InvestPage(driver);
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reservedTokensPage = new ReservedTokensPage(driver);
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mngPage = new ManagePage(driver);
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tierPage = new TierPage(driver, e2eMinCap.tiers[0]);
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});
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test.after(async function () {
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//await Utils.sendEmail(tempOutputFile);
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let outputPath = Utils.getOutputPath();
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outputPath = outputPath + "/result" + Utils.getDate();
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await fs.ensureDirSync(outputPath);
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await fs.copySync(tempOutputPath, outputPath);
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//await fs.remove(tempOutputPath);
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//await driver.quit();
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});
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//////////////////////// Test SUITE #2 /////////////////////////////
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test.it('Owner can create DutchAuction crowdsale(scenario scenarioE2eDutchMincapLong.json), minCap,no whitelist',
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async function () {
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Investor1.tokenBalance = 0;
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let owner = Owner;
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assert.equal(await owner.setWalletAccount(), true, "Can not set Metamask account");
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let result = await owner.createDutchAuctionCrowdsale(e2eMinCap);
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return await assert.equal(result, true, 'Test FAILED. Crowdsale has not created ');
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});
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test.it("Contribution page: Countdown timer has correct status: 'TO START OF TIER1 '",
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async function () {
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let investor = Owner;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.isCrowdsaleNotStarted();
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return await assert.equal(result, true, 'Test FAILED. Countdown timer has incorrect status ');
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});
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test.it("Contribution page: Owner's balance has correct value (totalSupply-supply) ",
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async function () {
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balanceEthOwnerBefore = await Utils.getBalance(Owner);
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let investor = Owner;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let balance = await investor.getBalanceFromInvestPage(e2eMinCap);
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let shouldBe = e2eMinCap.totalSupply - e2eMinCap.tiers[0].supply;
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let result = (balance.toString() === shouldBe.toString());
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return await assert.equal(result, true, "Test FAILED. Owner's balance has incorrect value (totalSupply-supply)");
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});
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test.it("Contribution page: minContribution field contains correct minCap value ",
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.getMinContribution();
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return await assert.equal(result, e2eMinCap.tiers[0].minCap, 'Test FAILED. MinContribution value is incorrect ');
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});
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test.it('Manage page: owner is able to change minCap before start of crowdsale',
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async function () {
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let owner = Owner;
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let tierNumber = 1;
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assert.equal(await owner.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await owner.openManagePage(e2eMinCap), true, 'Owner can not open manage page');
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e2eMinCap.tiers[0].minCap = e2eMinCap.tiers[0].minCap / 2;
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let result = await owner.changeMinCapFromManagePage(tierNumber, e2eMinCap.tiers[0].minCap);
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return await assert.equal(result, true, 'Test FAILED.Owner is NOT able to add whitelisted address before start of crowdsale ');
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});
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test.it('Investor not able to buy before start of crowdsale ',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap;
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let result = await investor.contribute(contribution);
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return await assert.equal(result, false, "Test FAILED. Whitelisted investor can buy before the crowdsale started");
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});
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test.it('Crowdsale starts as scheduled',
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async function () {
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let counter = 180;
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let startTime;
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do {
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startTime = await Utils.getDutchCrowdsaleStartTime(e2eMinCap);
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logger.info("wait " + Date.now());
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logger.info("wait " + startTime);
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//console.log("Date.now() = " + Date.now());
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//console.log("startTime = " + startTime);
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//console.log("counter"+counter);
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await driver.sleep(1000);
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}
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while (counter-- > 0 && (Date.now() / 1000 <= startTime));
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return await assert.equal(counter > 0, true, 'Test FAILED. Tier has not start in time ');
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});
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test.it("Contribution page: Countdown timer has correct status: 'TO END OF TIER1 '",
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async function () {
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let investor = Owner;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.isCurrentTier1();
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return await assert.equal(result, true, 'Test FAILED. Countdown timer has incorrect status ');
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});
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test.it("Contribution page: minContribution field contains correct minCap value (after modifying)",
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.getMinContribution();
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// console.log("minContr= "+ result );
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// console.log("minCap= "+ e2eMinCap.tiers[0].minCap );
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// console.log("equals= "+ result === e2eMinCap.tiers[0].minCap);
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// await driver.sleep(30000);
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return await assert.equal(result, e2eMinCap.tiers[0].minCap, 'Test FAILED. MinContribution value is incorrect ');
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});
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test.it('Investor is not able to buy less than minCap in first transaction',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap * 0.5;
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let result = await investor.contribute(contribution);
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return await assert.equal(result, false, "Test FAILED.Investor can buy less than minCap in first transaction");
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});
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test.it('Investor is able to buy amount equal minCap',
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async function () {
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let investor = Investor1;
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//assert.equal(await investor.setMetaMaskAccount(), true, "Can not set Metamask account");
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let contribution = e2eMinCap.tiers[0].minCap;
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investor.tokenBalance += contribution;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investor.contribute(contribution);
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return await assert.equal(result, true, 'Test FAILED. Investor can not buy ');
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});
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test.it('Contribution page: Investors balance is properly changed after purchase ',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let newBalance = await investor.getBalanceFromInvestPage(e2eMinCap);
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let result = (Math.abs(parseFloat(newBalance) - parseFloat(investor.tokenBalance)) < 10);
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return await assert.equal(result, true, "Test FAILED. Investor can buy but balance did not changed");
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});
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test.it('Investor is able to buy less than minCap after first transaction',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap * 0.5;
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investor.tokenBalance += contribution;
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let result = await investor.contribute(contribution);
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return await assert.equal(result, true, "Test FAILED. Investor can NOT buy less than min after first transaction");
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});
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test.it('Manage page: owner is able to update minCap after start of crowdsale',
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async function () {
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let owner = Owner;
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let tierNumber = 1;
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assert.equal(await owner.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await owner.openManagePage(e2eMinCap), true, 'Owner can not open manage page');
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e2eMinCap.tiers[0].minCap = e2eMinCap.tiers[0].minCap * 2;
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let result = await owner.changeMinCapFromManagePage(tierNumber, e2eMinCap.tiers[0].minCap);
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return await assert.equal(result, true, 'Test FAILED.Manage page: owner is not able to update minCap after start of crowdsale ');
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});
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test.it("Contribution page: minContribution field contains correct minCap value (after modifying) ",
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async function () {
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let investor = Investor2;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.getMinContribution();
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return await assert.equal(result, e2eMinCap.tiers[0].minCap, 'Test FAILED. MinContribution value is incorrect ');
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});
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test.it('minCap should be updated: new investor is not able to buy less than new minCap ',
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async function () {
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let investor = Investor2;
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//assert.equal(await investor.setMetaMaskAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap - 1;
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let result = await investor.contribute(contribution);
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return await assert.equal(result, false, "Test FAILED. minCap wasn't updated");
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});
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test.it('minCap should be updated: New investor is able to buy amount equals new minCap ',
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async function () {
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let investor = Investor2;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap;
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investor.tokenBalance = contribution;
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let result = await investor.contribute(contribution);
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return await assert.equal(result, true, "Test FAILED. Updated minCap in action: New investor is not able to buy amount equals new minCap");
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});
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test.it('Old investor still able to buy amount less than minCap',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].minCap / 10;
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investor.tokenBalance += contribution;
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await investor.contribute(contribution);
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let balance = await investor.getBalanceFromInvestPage(e2eMinCap);
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let result = (Math.abs(parseFloat(balance) - parseFloat(investor.tokenBalance)) < 1);
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return await assert.equal(result, true, "Test FAILED.Investor can not buy maxCap");
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});
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test.it('Investor is able to buy maxCap',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let contribution = e2eMinCap.tiers[0].supply;
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investor.tokenBalance = contribution - Investor2.tokenBalance;
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await investor.contribute(contribution);
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let balance = await investor.getBalanceFromInvestPage(e2eMinCap);
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let result = (Math.abs(parseFloat(balance) - parseFloat(investor.tokenBalance)) < 0.1);
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return await assert.equal(result, true, "Test FAILED.Investor can not buy maxCap");
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});
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test.it("Owner's Eth balance properly changed ",
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async function () {
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balanceEthOwnerAfter = await Utils.getBalance(Owner);
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let contribution = e2eMinCap.tiers[0].supply;
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let delta = 0.1;
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let result = await Utils.compareBalance(balanceEthOwnerBefore, balanceEthOwnerAfter, contribution, e2eMinCap.tiers[0].minRate, delta);
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return await assert.equal(result, true, "Owner's balance incorrect");
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});
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test.it('Owner is able to finalize (if all tokens have been sold)',
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async function () {
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let owner = Owner;
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assert.equal(await owner.setWalletAccount(), true, "Can not set Metamask account");
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let result = await owner.finalize(e2eMinCap);
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return await assert.equal(result, true, "Test FAILED.'Owner can NOT finalize ");
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});
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test.it("Contribution page: Countdown timer has correct status: 'HAS BEEN FINALIZED '",
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async function () {
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let investor = Owner;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let result = await investPage.refresh()
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&& await investPage.waitUntilLoaderGone()
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&& await investPage.waitUntilShowUpCountdownTimer()
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&& await investPage.isCrowdsaleFinalized();
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return await assert.equal(result, true, 'Test FAILED. Countdown timer has incorrect status ');
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});
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test.it('Investor #1 has received correct quantity of tokens after finalization',
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async function () {
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let investor = Investor1;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let shouldBe = parseFloat(await investor.getBalanceFromInvestPage(e2eMinCap));
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let balance = await investor.getTokenBalance(e2eMinCap) / 1e18;
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logger.info("Investor should receive = " + shouldBe);
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logger.info("Investor has received balance = " + balance);
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logger.info("Difference = " + (balance - shouldBe));
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let result = (Math.abs(shouldBe - balance) < 1e-6);
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return await assert.equal(result, true, "Test FAILED.'Investor has received " + balance + " tokens instead " + shouldBe)
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});
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test.it('Investor #2 has received correct quantity of tokens after finalization',
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async function () {
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let investor = Investor2;
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assert.equal(await investor.setWalletAccount(), true, "Can not set Metamask account");
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assert.equal(await investor.openContributionPage(e2eMinCap), true, 'Investor can not open Contribution page');
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let shouldBe = parseFloat(await investor.getBalanceFromInvestPage(e2eMinCap));
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let balance = await investor.getTokenBalance(e2eMinCap) / 1e18;
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logger.info("Investor should receive = " + shouldBe);
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logger.info("Investor has received balance = " + balance);
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logger.info("Difference = " + (balance - shouldBe));
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let result = (Math.abs(shouldBe - balance) < 1e-6);
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return await assert.equal(result, true, "Test FAILED.'Investor has received " + balance + " tokens instead " + shouldBe)
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});
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test.it('Owner has received correct quantity of tokens after finalization',
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async function () {
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let investor = Owner;
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let balance = await investor.getTokenBalance(e2eMinCap) / 1e18;
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let shouldBe = e2eMinCap.totalSupply - e2eMinCap.tiers[0].supply;
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logger.info("Investor should receive = " + shouldBe);
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logger.info("Investor has received balance = " + balance);
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logger.info("Difference = " + (balance - shouldBe));
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let result = (Math.abs(shouldBe - balance) < 1e-6);
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return await assert.equal(result, true, "Test FAILED.'Investor has received " + balance + " tokens instead " + shouldBe)
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});
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});
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