bitburner-src/test/jest/Netscript/RamCalculation.test.ts

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import { Player } from "../../../src/Player";
import { NetscriptFunctions } from "../../../src/NetscriptFunctions";
import { RamCosts, getRamCost, RamCostConstants, RamCostTree } from "../../../src/Netscript/RamCostGenerator";
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import { Environment } from "../../../src/Netscript/Environment";
import { RunningScript } from "../../../src/Script/RunningScript";
import { Script } from "../../../src/Script/Script";
import { WorkerScript } from "../../../src/Netscript/WorkerScript";
import { calculateRamUsage } from "../../../src/Script/RamCalculations";
import { ns } from "../../../src/NetscriptFunctions";
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import { InternalAPI } from "src/Netscript/APIWrapper";
import { Singularity } from "@nsdefs";
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type PotentiallyAsyncFunction = (arg?: unknown) => { catch?: PotentiallyAsyncFunction };
/** Get a potentiallyAsyncFunction from a layer of the external ns */
function getFunction(fn: unknown) {
if (typeof fn !== "function") throw new Error("Expected a function at this location.");
return fn as PotentiallyAsyncFunction;
}
function grabCost<API>(ramEntry: RamCostTree<API>[keyof API]) {
if (typeof ramEntry === "function") return ramEntry();
if (typeof ramEntry === "number") return ramEntry;
throw new Error("Invalid ramcost: " + ramEntry);
}
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describe("Netscript RAM Calculation/Generation Tests", function () {
Player.sourceFiles.set(4, 3);
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// For simulating costs of singularity functions.
const baseCost = RamCostConstants.Base;
const maxCost = RamCostConstants.Max;
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const script = new Script();
/** Creates a RunningScript object which calculates static ram usage */
function createRunningScript(code: string) {
script.code = code;
// Force ram calculation reset
script.ramUsage = null;
const ramUsage = script.getRamUsage(new Map());
if (!ramUsage) throw new Error("Ram usage should be defined.");
const runningScript = new RunningScript(script, ramUsage);
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return runningScript;
}
/** Runs a Netscript function and properly catches an error even if it returns promise. */
function tryFunction(fn: PotentiallyAsyncFunction) {
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try {
fn()?.catch?.(() => undefined);
} catch {}
}
let scriptRef = createRunningScript("");
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//Since it is expensive to create a workerscript and wrap the ns API, this is done once
const workerScript = {
args: [] as string[],
code: "",
delay: null,
dynamicLoadedFns: {},
dynamicRamUsage: RamCostConstants.Base,
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env: new Environment(),
ramUsage: scriptRef.ramUsage,
scriptRef,
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};
const nsExternal = NetscriptFunctions(workerScript as unknown as WorkerScript);
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function combinedRamCheck(
fn: PotentiallyAsyncFunction,
fnPath: string[],
expectedRamCost: number,
extraLayerCost = 0,
) {
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const code = `${fnPath.join(".")}();\n`.repeat(3);
const fnName = fnPath[fnPath.length - 1];
//check imported getRamCost fn vs. expected ram from test
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expect(getRamCost(fnPath, true)).toEqual(expectedRamCost);
// Static ram check
const staticCost = calculateRamUsage(code, new Map()).cost;
expect(staticCost).toBeCloseTo(Math.min(baseCost + expectedRamCost + extraLayerCost, maxCost));
// reset workerScript for dynamic check
scriptRef = createRunningScript(code);
Object.assign(workerScript, {
code,
scriptRef,
ramUsage: scriptRef.ramUsage,
dynamicRamUsage: baseCost,
env: new Environment(),
dynamicLoadedFns: {},
});
workerScript.env.vars = nsExternal;
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// Run the function through the workerscript's args
if (typeof fn === "function") {
tryFunction(fn);
tryFunction(fn);
tryFunction(fn);
} else {
throw new Error(`Invalid function specified: [${fnPath.toString()}]`);
}
expect(workerScript.dynamicLoadedFns).toHaveProperty(fnName);
expect(workerScript.dynamicRamUsage).toBeCloseTo(Math.min(expectedRamCost + baseCost, maxCost), 5);
expect(workerScript.dynamicRamUsage).toBeCloseTo(scriptRef.ramUsage - extraLayerCost, 5);
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}
describe("ns", () => {
function testLayer<API>(
internalLayer: InternalAPI<API>,
externalLayer: API,
ramLayer: RamCostTree<API>,
path: string[],
extraLayerCost: number,
) {
describe(path[path.length - 1] ?? "Base ns layer", () => {
for (const [key, val] of Object.entries(internalLayer) as [keyof API, InternalAPI<API>[keyof API]][]) {
const newPath = [...path, key as string];
if (typeof val === "function") {
const fn = getFunction(externalLayer[key]);
const fnName = newPath.join(".");
if (!(key in ramLayer)) {
throw new Error("Missing ramcost for " + fnName);
}
const expectedRam = grabCost(ramLayer[key]);
it(`${fnName}()`, () => combinedRamCheck(fn, newPath, expectedRam, extraLayerCost));
}
//A layer should be the only other option. Hacknet is currently the only layer with a layer cost.
else if (typeof val === "object" && key !== "enums") {
//hacknet is currently the only layer with a layer cost.
const layerCost = key === "hacknet" ? 4 : 0;
testLayer(val as InternalAPI<unknown>, externalLayer[key], ramLayer[key], newPath, layerCost);
}
// Other things like args, enums, etc. have no cost
}
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});
}
testLayer(ns, nsExternal, RamCosts, [], 0);
});
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describe("Singularity multiplier checks", () => {
// Checks were already done above for SF4.3 having normal ramcost.
Player.sourceFiles.set(4, 3);
const lvlToMult = { 0: 16, 1: 16, 2: 4 };
const externalSingularity = nsExternal.singularity;
const ramCostSingularity = RamCosts.singularity;
const singObjects = (
Object.entries(ns.singularity) as [keyof Singularity, InternalAPI<Singularity>[keyof Singularity]][]
)
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.filter(([__, v]) => typeof v === "function")
.map(([name]) => {
return {
name,
baseRam: grabCost<Singularity>(ramCostSingularity[name]),
};
});
for (const lvl of [0, 1, 2] as const) {
it(`SF4.${lvl} check for x${lvlToMult[lvl]} costs`, () => {
Player.sourceFiles.set(4, lvl);
const expectedMult = lvlToMult[lvl];
singObjects.forEach(({ name, baseRam }) => {
const fn = getFunction(externalSingularity[name]);
combinedRamCheck(fn, ["singularity", name], baseRam * expectedMult);
});
});
}
});
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});