import { readFabricMod, FabricModMetadata } from "@xmcl/mods";
const modJarBinary = fs.readFileSync("your-fabric.jar");
const metadata: FabricModMetadata = await readFabricMod(modJarBinary);

// or directly read from path
const sameMetadata: FabricModMetadata = await readFabricMod("your-fabric.jar");

import { readForgeMod, ForgeModMetadata } from "@xmcl/mods";
const forgeModJarBuff: Buffer;
const metadata: ForgeModMetadata[] = await readForgeMod(forgeModJarBuff);
const modid = metadata[0].modid; // get modid of first mods

import { resolveFileSystem } from "@xmcl/system";
import { readForgeModJson, readForgeModManifest, readForgeModToml, ForgeModMetadata, readForgeModAsm } from "@xmcl/mods";
const forgeModJarBuff: Buffer;
const fs = await resolveFileSystem(forgeModJarBuff);
// read json
// if this is new mod, this will be empty record {}
const metadata: Record<string, ForgeModMetadata> = await readForgeModJson(fs);
// or read `META-INF/MANIFEST.MF`
const manifest: Record<string, string> = await readForgeModManifest(fs, metadata /* this is optional, to fill the modmetadata if found */);
// read new toml
await readForgeModToml(fs, metadata /* it will fill mods into this param & return it */, manifest /* this is optional */);
// optional step, if the mod is really unstandard, not have mcmod.info and toml, you can use this
// this can identify optifine and in some case, might detect some coremod
// this will go over all file in your jar, it might hit your perf.
await readForgeModAsm(fs, metadata, { manifest });

import { ForgeConfig } from "@xmcl/mods";
const modConfigString: string;
const config: ForgeConfig = ForgeConfig.parse(modConfigString);
const serializedBack: string = ForgeConfig.stringify(config);

import { LiteloaderModMetadata, readLiteloaderMod } from "@xmcl/mods";
const metadata: LiteloaderModMetadata = await readLiteloaderMod(`${mock}/mods/sample-mod.litemod`);