Bitburnera – Optimized Hacknet Bot

Simple Bot that uses math to choose the most profitable upgrade.

How It Works

The bot takes the following steps.

1. Checks cost and production growth of all the possible upgrades
2. Calculates profitable ratio of each upgrade
3. Sorts elements by ratio descending
4. Chooses the first element
5. Checks if you can purchase upgrade now, w przeciwnym razie, it waits to collect money
6. Checks if you can buy a new node in less than 30 towary drugiej jakości (you can customize this time), w takim razie, it buys it
7. Powtarzać…

Profitable ratio = Production growth / upgrade cost
Production growth = Production after upgrade / current production

This guide is based on my previous “Automation for Hacknet Nodes”.

Jak używać

Take the following steps.

1. Run the terminal
2. Type ‘nano hacknet-bot.js’
3. Copy and paste the code below into this file
4. Save the file (ctrl + S)
5. Back to the terminal
6. Type ‘run hacknet-bot.js’

/** @param {Ns} ns **/
Eksportuj funkcja asynchroniczna główna(ns) {
	// helpers
	const getMoney = () => ns.getPlayer().pieniądze;
	const getProd = (poziom, ram, cores) => (poziom * 1.5) * Math.pow(1.035, ram - 1) * ((cores + 5) / 6);
	// your production multiplier
	const PROD_MULTIPLIER = ns.getHacknetMultipliers().produkcja;
	// maximum waiting time for collecting money for new node (default 30s)
	const WAITING_TIME = ns.args[0] || 30;

	chwila (PRAWDA) {
		const ratios = [];
		let hacknetProduction = 0;
		// loop through all nodes
		for (let index = 0; index < ns.hacknet.numNodes(); index++) { // get current node stats const { poziom, ram, cores, produkcja } = ns.hacknet.getNodeStats(index); hacknetProduction += production; // get upgrades cost const levelUpgradeCost = ns.hacknet.getLevelUpgradeCost(index); const ramUpgradeCost = ns.hacknet.getRamUpgradeCost(index); const coreUpgradeCost = ns.hacknet.getCoreUpgradeCost(index); // get prod. wzrost / cost ratios const levelUpgradeRatio = ((getProd(poziom + 1, ram, cores) * PROD_MULTIPLIER) - produkcja) / levelUpgradeCost; const ramUpgradeRatio = ((getProd(poziom, ram * 2, cores) * PROD_MULTIPLIER) - produkcja) / ramUpgradeCost; const coreUpgradeRatio = ((getProd(poziom, ram, cores + 1) * PROD_MULTIPLIER) - produkcja) / coreUpgradeCost; // possible upgrades of current node const currentNodeUpgrades = [ {stosunek: levelUpgradeRatio, koszt: levelUpgradeCost, nodeIndex: index, aktualizacja: "poziom"}, {stosunek: ramUpgradeRatio, koszt: ramUpgradeCost, nodeIndex: index, aktualizacja: "ram"}, {stosunek: coreUpgradeRatio, koszt: coreUpgradeCost, nodeIndex: index, aktualizacja: "rdzeń"} ]; // push current node upgrades to all upgrades ratios.push(...currentNodeUpgrades); } // get the most profitable upgrade const { koszt, nodeIndex, aktualizacja } = ratios.sort((A, B) => b.ratio - a.ratio)[0];
		// wait until you have the money for upgrade
		while (getMoney() < koszt) { await ns.sleep(1); } // execute upgrade switch (aktualizacja) { sprawa "poziom": await ns.hacknet.upgradeLevel(nodeIndex); przerwa; sprawa "ram": await ns.hacknet.upgradeRam(nodeIndex); przerwa; sprawa "rdzeń": await ns.hacknet.upgradeCore(nodeIndex); przerwa; domyślny: Kontynuować; } // check if you can purchase new node const purchaseNodeCost = ns.hacknet.getPurchaseNodeCost(); const missingMoneyForNewNode = purchaseNodeCost - getMoney(); Jeśli (missingMoneyForNewNode > 0 && missingMoneyForNewNode < hacknetProduction * WAITING_TIME) {
			// if you need to wait for purchase node less than WAITING_TIME (w kilka sekund) program waits to collect money
			while (getMoney() < purchaseNodeCost) {
				await ns.sleep(1);
			}
			ns.hacknet.purchaseNode();
		}

		// sleep 1ms to prevent crash because of infinite loop
		await ns.sleep(1);
	}
}

You can customize the time of waiting for purchase node (by default 30s) by passing an additional script argument. Na przykład:

run hacknet-bot.js 120