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Refactored stock buying/selling code into its own file. Refactored WorkerScript & NetscriptEnvironment into their own Typescript classes. Refactored a ton of code to remove circular dependencies

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This commit is contained in:
danielyxie
2019-05-04 21:03:40 -07:00
parent 585e1ac7aa
commit 8a5b6f6cbc
47 changed files with 2867 additions and 2773 deletions
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113
src/Hacknet/HacknetNode.ts
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@@ -62,12 +62,14 @@ export class HacknetNode implements IHacknetNode {
// Total money earned by this Node
totalMoneyGenerated: number = 0;
constructor(name: string="") {
constructor(name: string="", prodMult: number=1) {
this.name = name;
this.updateMoneyGainRate(prodMult);
}
// Get the cost to upgrade this Node's number of cores
calculateCoreUpgradeCost(levels: number=1, p: IPlayer): number {
calculateCoreUpgradeCost(levels: number=1, costMult: number): number {
const sanitizedLevels = Math.round(levels);
if (isNaN(sanitizedLevels) || sanitizedLevels < 1) {
return 0;
@@ -86,13 +88,13 @@ export class HacknetNode implements IHacknetNode {
++currentCores;
}
totalCost *= p.hacknet_node_core_cost_mult;
totalCost *= costMult;
return totalCost;
}
// Get the cost to upgrade this Node's level
calculateLevelUpgradeCost(levels: number=1, p: IPlayer): number {
calculateLevelUpgradeCost(levels: number=1, costMult: number): number {
const sanitizedLevels = Math.round(levels);
if (isNaN(sanitizedLevels) || sanitizedLevels < 1) {
return 0;
@@ -110,11 +112,11 @@ export class HacknetNode implements IHacknetNode {
++currLevel;
}
return BaseCostForHacknetNode / 2 * totalMultiplier * p.hacknet_node_level_cost_mult;
return BaseCostForHacknetNode / 2 * totalMultiplier * costMult;
}
// Get the cost to upgrade this Node's RAM
calculateRamUpgradeCost(levels: number=1, p: IPlayer): number {
calculateRamUpgradeCost(levels: number=1, costMult: number): number {
const sanitizedLevels = Math.round(levels);
if (isNaN(sanitizedLevels) || sanitizedLevels < 1) {
return 0;
@@ -138,7 +140,7 @@ export class HacknetNode implements IHacknetNode {
++numUpgrades;
}
totalCost *= p.hacknet_node_ram_cost_mult;
totalCost *= costMult;
return totalCost;
}
@@ -161,112 +163,37 @@ export class HacknetNode implements IHacknetNode {
// Upgrade this Node's number of cores, if possible
// Returns a boolean indicating whether new cores were successfully bought
purchaseCoreUpgrade(levels: number=1, p: IPlayer): boolean {
const sanitizedLevels = Math.round(levels);
const cost = this.calculateCoreUpgradeCost(sanitizedLevels, p);
if (isNaN(cost) || sanitizedLevels < 0) {
return false;
}
// Fail if we're already at max
if (this.cores >= HacknetNodeMaxCores) {
return false;
}
// If the specified number of upgrades would exceed the max Cores, calculate
// the max possible number of upgrades and use that
if (this.cores + sanitizedLevels > HacknetNodeMaxCores) {
const diff = Math.max(0, HacknetNodeMaxCores - this.cores);
return this.purchaseCoreUpgrade(diff, p);
}
if (!p.canAfford(cost)) {
return false;
}
p.loseMoney(cost);
this.cores = Math.round(this.cores + sanitizedLevels); // Just in case of floating point imprecision
this.updateMoneyGainRate(p);
return true;
upgradeCore(levels: number=1, prodMult: number): void {
this.cores = Math.min(HacknetNodeMaxCores, Math.round(this.cores + levels));
this.updateMoneyGainRate(prodMult);
}
// Upgrade this Node's level, if possible
// Returns a boolean indicating whether the level was successfully updated
purchaseLevelUpgrade(levels: number=1, p: IPlayer): boolean {
const sanitizedLevels = Math.round(levels);
const cost = this.calculateLevelUpgradeCost(sanitizedLevels, p);
if (isNaN(cost) || sanitizedLevels < 0) {
return false;
}
// If we're at max level, return false
if (this.level >= HacknetNodeMaxLevel) {
return false;
}
// If the number of specified upgrades would exceed the max level, calculate
// the maximum number of upgrades and use that
if (this.level + sanitizedLevels > HacknetNodeMaxLevel) {
var diff = Math.max(0, HacknetNodeMaxLevel - this.level);
return this.purchaseLevelUpgrade(diff, p);
}
if (!p.canAfford(cost)) {
return false;
}
p.loseMoney(cost);
this.level = Math.round(this.level + sanitizedLevels); // Just in case of floating point imprecision
this.updateMoneyGainRate(p);
return true;
upgradeLevel(levels: number=1, prodMult: number): void {
this.level = Math.min(HacknetNodeMaxLevel, Math.round(this.level + levels));
this.updateMoneyGainRate(prodMult);
}
// Upgrade this Node's RAM, if possible
// Returns a boolean indicating whether the RAM was successfully upgraded
purchaseRamUpgrade(levels: number=1, p: IPlayer): boolean {
const sanitizedLevels = Math.round(levels);
const cost = this.calculateRamUpgradeCost(sanitizedLevels, p);
if (isNaN(cost) || sanitizedLevels < 0) {
return false;
}
// Fail if we're already at max
if (this.ram >= HacknetNodeMaxRam) {
return false;
}
// If the number of specified upgrades would exceed the max RAM, calculate the
// max possible number of upgrades and use that
if (this.ram * Math.pow(2, sanitizedLevels) > HacknetNodeMaxRam) {
var diff = Math.max(0, Math.log2(Math.round(HacknetNodeMaxRam / this.ram)));
return this.purchaseRamUpgrade(diff, p);
}
if (!p.canAfford(cost)) {
return false;
}
p.loseMoney(cost);
for (let i = 0; i < sanitizedLevels; ++i) {
upgradeRam(levels: number=1, prodMult: number): void {
for (let i = 0; i < levels; ++i) {
this.ram *= 2; // Ram is always doubled
}
this.ram = Math.round(this.ram); // Handle any floating point precision issues
this.updateMoneyGainRate(p);
return true;
this.updateMoneyGainRate(prodMult);
}
// Re-calculate this Node's production and update the moneyGainRatePerSecond prop
updateMoneyGainRate(p: IPlayer): void {
updateMoneyGainRate(prodMult: number): void {
//How much extra $/s is gained per level
var gainPerLevel = HacknetNodeMoneyGainPerLevel;
this.moneyGainRatePerSecond = (this.level * gainPerLevel) *
Math.pow(1.035, this.ram - 1) *
((this.cores + 5) / 6) *
p.hacknet_node_money_mult *
prodMult *
BitNodeMultipliers.HacknetNodeMoney;
if (isNaN(this.moneyGainRatePerSecond)) {
this.moneyGainRatePerSecond = 0;