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// Make starting values so it won't break
const BUFFER = 150;
const THREADS = 100;
const HOME = 'home';
let setOfObjects = {};
// Object is now initialized
let object = {
target: {},
bufferTime: 100,
weakenTime: {},
weakenAmount: 0.05,
growTime: {},
growPercent: {},
growSecurity: {},
hackTime: {},
maxMoney: {},
hackSecurity: {},
growThreads: THREADS,
weakenThreadsGrow: THREADS,
hackThreads: THREADS,
weakenThreadsHack: THREADS,
weakenBuffer: {},
growBuffer: {},
hackBuffer: {}
};
export { setOfObjects };
/** @param {NS} ns */
export async function main(ns) {
// RUNS BATCH.JS SCRIPTS FOR LEAST DOWNTIME
/********************************************************************
* Takes as argument: server, ?("ram" || "memory")
*
* If ram or memory are the second args, just determines ram needed to use program
* If not, runs the sequence hack, weaken, grow, weaken with a time of [BUFFER] between each step
* This should (theoretically) earn the most money possible from a server
*
* Biggest downside of this program is that it needs many TB of ram (64+)
*
* run batch.js once every buffer time * 4
* pass the object through as an object
****************************************************************/
// ns.disableLog("ALL");
// ns.enableLog("sleep");
ns.tail();
ns.resizeTail(300, 130);
ns.moveTail(1065, 550);
// Get the target server from the arguments passed
let target = ns.args[0];
if (target === undefined) {
ns.tprint("No target specified for batcher");
ns.exit();
}
// Stand idle until we can actually hack the server
if (ns.getHackingLevel() < ns.getServerRequiredHackingLevel(target)) {
while (ns.getHackingLevel() < ns.getServerRequiredHackingLevel(target)) {
await ns.sleep(6000);
}
}
// Make sure the security is at a minimum
while (ns.getServerSecurityLevel(target) > ns.getServerMinSecurityLevel(target)) {
ns.print("Weakening ", target);
ns.exec("batch/weaken.js", "home",
Math.min(
Math.ceil((ns.getServerSecurityLevel(target) - ns.getServerMinSecurityLevel(target)) * 20),
Math.floor((ns.getServerMaxRam(HOME) - ns.getServerUsedRam(HOME)) / ns.getScriptRam("batch/weaken.js"))
),
target);
await ns.sleep(ns.getWeakenTime(target) + 500);
}
// Make sure the money is at a maximum
while (ns.getServerMoneyAvailable(target) != ns.getServerMaxMoney(target)) {
// Make sure the security is at a minimum
while (ns.getServerSecurityLevel(target) > ns.getServerMinSecurityLevel(target)) {
ns.print("Weakening ", target);
ns.exec("batch/weaken.js", "home",
Math.min(
Math.ceil((ns.getServerSecurityLevel(target) - ns.getServerMinSecurityLevel(target)) * 20),
Math.floor((ns.getServerMaxRam(HOME) - ns.getServerUsedRam(HOME)) / ns.getScriptRam("batch/weaken.js"))
),
target);
await ns.sleep(ns.getWeakenTime(target) + 500);
}
ns.print("Growing ", target);
ns.exec("batch/grow.js", "home",
Math.min(
Math.ceil(ns.growthAnalyze(target, ns.getServerMaxMoney(target) / (ns.getServer().moneyAvailable + 1))),
Math.floor((ns.getServerMaxRam(HOME) - ns.getServerUsedRam(HOME)) / ns.getScriptRam("batch/grow.js"))
),
target);
await ns.sleep(ns.getGrowTime(target) + 500);
}
// Make sure the security is at a minimum
while (ns.getServerSecurityLevel(target) > ns.getServerMinSecurityLevel(target)) {
ns.print("Weakening ", target);
ns.exec("batch/weaken.js", "home",
Math.min(
Math.ceil((ns.getServerSecurityLevel(target) - ns.getServerMinSecurityLevel(target)) * 20),
Math.floor((ns.getServerMaxRam(HOME) - ns.getServerUsedRam(HOME)) / ns.getScriptRam("batch/weaken.js"))
),
target);
await ns.sleep(ns.getWeakenTime(target) + 500);
}
setOfObjects[target] = object;
setOfObjects[target].target = ns.args[0];
setOfObjects[target].bufferTime = BUFFER;
setOfObjects[target].weakenTime = ns.getWeakenTime(setOfObjects[target].target);
setOfObjects[target].weakenAmount = 0.05;
setOfObjects[target].growTime = ns.getGrowTime(setOfObjects[target].target);
setOfObjects[target].growPercent = ns.getServerGrowth(setOfObjects[target].target);
setOfObjects[target].growSecurity = ns.growthAnalyzeSecurity(1, setOfObjects[target].target, ns.getServer("home").cpuCores);
setOfObjects[target].hackTime = ns.getHackTime(setOfObjects[target].target);
setOfObjects[target].maxMoney = ns.getServerMaxMoney(setOfObjects[target].target);
setOfObjects[target].hackSecurity = ns.hackAnalyzeSecurity(1, setOfObjects[target].target);
setOfObjects[target].growThreads = 1 + ns.growthAnalyze(setOfObjects[target].target, setOfObjects[target].maxMoney / (ns.getServer().moneyAvailable + 1));
setOfObjects[target].weakenThreadsGrow = 10 + ((ns.growthAnalyzeSecurity(setOfObjects[target].growThreads, target, ns.getServer("home").cpuCores)) / setOfObjects[target].weakenAmount);
setOfObjects[target].hackThreads = 1 + ns.hackAnalyzeThreads(setOfObjects[target].target, setOfObjects[target].maxMoney);
setOfObjects[target].weakenThreadsHack = 10 + (ns.hackAnalyzeSecurity(setOfObjects[target].hackThreads, setOfObjects[target].target)) / setOfObjects[target].weakenAmount;
setOfObjects[target].weakenBuffer = (2 * setOfObjects[target].bufferTime);
setOfObjects[target].growBuffer = (setOfObjects[target].weakenTime - setOfObjects[target].bufferTime - setOfObjects[target].growTime);
setOfObjects[target].hackBuffer = (setOfObjects[target].growTime - (2 * setOfObjects[target].bufferTime) - setOfObjects[target].hackTime);
// if ram or memory are the second args, determine ram need to use program
// Ram per second { ram of each batch (batch, weaken * 2, grow, hack) divided by (BUFFER * 5 / 1000) }
// max ram is rate * weaken time
if (ns.args[1] == "ram" || ns.args[1] == "memory") {
ns.tprint( // Max RAM from batching this server
"RAM needed to batch ", target, " is ",
( // RAM per second
( // RAM per batch
ns.getScriptRam("/batch/batch.js") +
(ns.getScriptRam("/batch/weaken.js") * setOfObjects[target].weakenThreadsGrow) +
(ns.getScriptRam("/batch/weaken.js") * setOfObjects[target].weakenThreadsHack) +
(ns.getScriptRam("/batch/grow.js") * setOfObjects[target].growThreads) +
(ns.getScriptRam("/batch/hack.js") * setOfObjects[target].hackThreads)
)
/
(
BUFFER * 5 / 1000
)
)
*
( // Number of seconds
ns.getWeakenTime(target) / 1000
)
);
ns.tprint(
"Values: ",
"\nbatch ram: ", ns.getScriptRam("/batch/batch.js"),
"\nweaken ram: ", 2 * ns.getScriptRam("/batch/weaken.js"),
"\ngrow ram: ", ns.getScriptRam("/batch/grow.js"),
"\nhack ram: ", ns.getScriptRam("/batch/hack.js"),
"\nRAM per batch: ", ( ns.getScriptRam("/batch/batch.js") + ns.getScriptRam("/batch/weaken.js") + ns.getScriptRam("/batch/weaken.js") + ns.getScriptRam("/batch/grow.js") + ns.getScriptRam("/batch/hack.js") ),
"\nPer time: ", BUFFER * 5 / 1000,
"\nRAM per second: ", ( // RAM per batch
ns.getScriptRam("/batch/batch.js") +
(ns.getScriptRam("/batch/weaken.js") * setOfObjects[target].weakenThreadsGrow) +
(ns.getScriptRam("/batch/weaken.js") * setOfObjects[target].weakenThreadsHack) +
(ns.getScriptRam("/batch/grow.js") * setOfObjects[target].growThreads) +
(ns.getScriptRam("/batch/hack.js") * setOfObjects[target].hackThreads)
)
/
(
BUFFER * 5 / 1000
),
"\nFor ", ns.getWeakenTime(target) / 1000, " seconds"
);
ns.exit();
}
ns.disableLog("ALL");
ns.clearLog();
ns.print(target, ":");
ns.print("Money: ", formatLargeNumber(setOfObjects[target].maxMoney));
ns.print("per time: ", setOfObjects[target].bufferTime * 5);
ns.print("Money per second: ", formatLargeNumber(setOfObjects[target].maxMoney / (BUFFER * 5 / 1000)));
while (true) {
ns.exec("/batch/batch.js", "home", 1, target);
await ns.sleep(setOfObjects[target].bufferTime * 5);
}
// ns.tprint(setOfObjects[target].weakenThreadsHack);
}
// NOT MY CODE
// Used to format numbers for logging
function formatLargeNumber(number) {
const suffixes = ['', ' thousand', ' million', ' billion', ' trillion', ' quadrillion', ' quintillion', ' sextillion', ' septillion', ' octillion', ' nonillion', ' decillion'];
let suffixIndex = 0;
while (number >= 1000 && suffixIndex < suffixes.length - 1) {
number /= 1000;
suffixIndex++;
}
return number.toFixed(2).replace(/\.00$/, '') + suffixes[suffixIndex];
}
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