import { PositiveInteger } from "../../src/types"; import { Corporation } from "../../src/Corporation/Corporation"; import { CorpUpgrades } from "../../src/Corporation/data/CorporationUpgrades"; import { calculateMaxAffordableUpgrade, calculateUpgradeCost } from "../../src/Corporation/helpers"; import { Player, setPlayer } from "../../src/Player"; import { PlayerObject } from "../../src/PersonObjects/Player/PlayerObject"; import { AcceptInvestmentOffer, BuyBackShares, GoPublic, IssueNewShares, SellShares, } from "../../src/Corporation/Actions"; describe("Corporation", () => { let corporation: Corporation; beforeEach(() => { setPlayer(new PlayerObject()); Player.init(); corporation = new Corporation({ name: "Test" }); }); describe("helpers.calculateUpgradeCost", () => { it("should have fixed formula", () => { for (let currentUpgradeLevel = 0; currentUpgradeLevel < 5; currentUpgradeLevel++) { Object.values(CorpUpgrades).forEach((upgrade) => { corporation.upgrades[upgrade.name].level = currentUpgradeLevel; for (let targetUpgradeLevel = currentUpgradeLevel + 1; targetUpgradeLevel < 6; targetUpgradeLevel++) { expect(calculateUpgradeCost(corporation, upgrade, targetUpgradeLevel as PositiveInteger)).toMatchSnapshot( `${upgrade.name}: from ${currentUpgradeLevel} to ${targetUpgradeLevel}`, ); } }); } }); }); describe("helpers.calculateMaxAffordableUpgrade", () => { it("should return zero for negative funds", () => { corporation.funds = -1; Object.values(CorpUpgrades).forEach((upgrade) => { expect(calculateMaxAffordableUpgrade(corporation, upgrade)).toBe(0); }); }); it("should return zero for zero funds", () => { corporation.funds = 0; Object.values(CorpUpgrades).forEach((upgrade) => { expect(calculateMaxAffordableUpgrade(corporation, upgrade)).toBe(0); }); }); it("should be in sync with 'calculateUpgradeCost'", () => { for (let currentUpgradeLevel = 0; currentUpgradeLevel < 100; currentUpgradeLevel++) { Object.values(CorpUpgrades).forEach((upgrade) => { corporation.upgrades[upgrade.name].level = currentUpgradeLevel; for (let targetUpgradeLevel = currentUpgradeLevel + 1; targetUpgradeLevel < 100; targetUpgradeLevel++) { const calculatedCost = calculateUpgradeCost(corporation, upgrade, targetUpgradeLevel as PositiveInteger); corporation.funds = calculatedCost + 1; // +1 for floating point accuracy issues expect(calculateMaxAffordableUpgrade(corporation, upgrade)).toEqual(targetUpgradeLevel); } }); } }); }); describe("Corporation totalShares", () => { function expectSharesToAddUp(corp: Corporation) { expect(corp.totalShares).toEqual(corp.numShares + corp.investorShares + corp.issuedShares); } it("should equal the sum of each kind of shares", () => { expectSharesToAddUp(corporation); }); it("should be preserved by seed funding", () => { const seedFunded = true; Player.startCorporation("TestCorp", seedFunded); expectSharesToAddUp(Player.corporation!); }); it("should be preserved by acceptInvestmentOffer", () => { AcceptInvestmentOffer(corporation); expectSharesToAddUp(corporation); }); it("should be preserved by goPublic", () => { const numShares = 1e8; GoPublic(corporation, numShares); expectSharesToAddUp(corporation); }); it("should be preserved by IssueNewShares", () => { const numShares = 1e8; GoPublic(corporation, numShares); corporation.issueNewSharesCooldown = 0; IssueNewShares(corporation, numShares); expectSharesToAddUp(corporation); }); it("should be preserved by BuyBackShares", () => { const numShares = 1e8; GoPublic(corporation, numShares); BuyBackShares(corporation, numShares); expectSharesToAddUp(corporation); }); it("should be preserved by SellShares", () => { const numShares = 1e8; GoPublic(corporation, numShares); corporation.shareSaleCooldown = 0; SellShares(corporation, numShares); expectSharesToAddUp(corporation); }); }); });