@napi-rs/cli/dist/index.js

Cli tools for napi-rs

import { createRequire } from "node:module";
import { Cli, Command, Option } from "clipanion";
import path, { dirname, isAbsolute, join, parse, resolve } from "node:path";
import * as colors from "colorette";
import { underline, yellow } from "colorette";
import { createDebug } from "obug";
import { access, copyFile, mkdir, readFile, readdir, rename, stat, unlink, writeFile } from "node:fs/promises";
import { exec, execSync, spawn, spawnSync } from "node:child_process";
import fs, { existsSync, mkdirSync, promises, rmSync, statSync } from "node:fs";
import { isNil, merge, omit, omitBy, pick, sortBy } from "es-toolkit";
import { createHash } from "node:crypto";
import { homedir } from "node:os";
import { parse as parse$1 } from "semver";
import { dump, load } from "js-yaml";
import * as typanion from "typanion";
import { Octokit } from "@octokit/rest";
import { checkbox, confirm, input, select } from "@inquirer/prompts";

//#region src/def/artifacts.ts
var BaseArtifactsCommand = class extends Command {
	static paths = [["artifacts"]];
	static usage = Command.Usage({ description: "Copy artifacts from Github Actions into npm packages and ready to publish" });
	cwd = Option.String("--cwd", process.cwd(), { description: "The working directory of where napi command will be executed in, all other paths options are relative to this path" });
	configPath = Option.String("--config-path,-c", { description: "Path to `napi` config json file" });
	packageJsonPath = Option.String("--package-json-path", "package.json", { description: "Path to `package.json`" });
	outputDir = Option.String("--output-dir,-o,-d", "./artifacts", { description: "Path to the folder where all built `.node` files put, same as `--output-dir` of build command" });
	npmDir = Option.String("--npm-dir", "npm", { description: "Path to the folder where the npm packages put" });
	buildOutputDir = Option.String("--build-output-dir", { description: "Path to the build output dir, only needed when targets contains `wasm32-wasi-*`" });
	getOptions() {
		return {
			cwd: this.cwd,
			configPath: this.configPath,
			packageJsonPath: this.packageJsonPath,
			outputDir: this.outputDir,
			npmDir: this.npmDir,
			buildOutputDir: this.buildOutputDir
		};
	}
};
function applyDefaultArtifactsOptions(options) {
	return {
		cwd: process.cwd(),
		packageJsonPath: "package.json",
		outputDir: "./artifacts",
		npmDir: "npm",
		...options
	};
}

//#endregion
//#region src/utils/log.ts
const debugFactory = (namespace) => {
	const debug$10 = createDebug(`napi:${namespace}`, { formatters: { i(v) {
		return colors.green(v);
	} } });
	debug$10.info = (...args) => console.error(colors.black(colors.bgGreen(" INFO ")), ...args);
	debug$10.warn = (...args) => console.error(colors.black(colors.bgYellow(" WARNING ")), ...args);
	debug$10.error = (...args) => console.error(colors.white(colors.bgRed(" ERROR ")), ...args.map((arg) => arg instanceof Error ? arg.stack ?? arg.message : arg));
	return debug$10;
};
const debug$9 = debugFactory("utils");

//#endregion
//#region package.json
var version$1 = "3.5.1";

//#endregion
//#region src/utils/misc.ts
const readFileAsync = readFile;
const writeFileAsync = writeFile;
const unlinkAsync = unlink;
const copyFileAsync = copyFile;
const mkdirAsync = mkdir;
const statAsync = stat;
const readdirAsync = readdir;
function fileExists(path$1) {
	return access(path$1).then(() => true, () => false);
}
async function dirExistsAsync(path$1) {
	try {
		return (await statAsync(path$1)).isDirectory();
	} catch {
		return false;
	}
}
function pick$1(o, ...keys) {
	return keys.reduce((acc, key) => {
		acc[key] = o[key];
		return acc;
	}, {});
}
async function updatePackageJson(path$1, partial) {
	if (!await fileExists(path$1)) {
		debug$9(`File not exists ${path$1}`);
		return;
	}
	const old = JSON.parse(await readFileAsync(path$1, "utf8"));
	await writeFileAsync(path$1, JSON.stringify({
		...old,
		...partial
	}, null, 2));
}
const CLI_VERSION = version$1;

//#endregion
//#region src/utils/target.ts
const SUB_SYSTEMS = new Set(["android", "ohos"]);
const AVAILABLE_TARGETS = [
	"aarch64-apple-darwin",
	"aarch64-linux-android",
	"aarch64-unknown-linux-gnu",
	"aarch64-unknown-linux-musl",
	"aarch64-unknown-linux-ohos",
	"aarch64-pc-windows-msvc",
	"x86_64-apple-darwin",
	"x86_64-pc-windows-msvc",
	"x86_64-pc-windows-gnu",
	"x86_64-unknown-linux-gnu",
	"x86_64-unknown-linux-musl",
	"x86_64-unknown-linux-ohos",
	"x86_64-unknown-freebsd",
	"i686-pc-windows-msvc",
	"armv7-unknown-linux-gnueabihf",
	"armv7-unknown-linux-musleabihf",
	"armv7-linux-androideabi",
	"universal-apple-darwin",
	"loongarch64-unknown-linux-gnu",
	"riscv64gc-unknown-linux-gnu",
	"powerpc64le-unknown-linux-gnu",
	"s390x-unknown-linux-gnu",
	"wasm32-wasi-preview1-threads",
	"wasm32-wasip1-threads"
];
const DEFAULT_TARGETS = [
	"x86_64-apple-darwin",
	"aarch64-apple-darwin",
	"x86_64-pc-windows-msvc",
	"x86_64-unknown-linux-gnu"
];
const TARGET_LINKER = {
	"aarch64-unknown-linux-musl": "aarch64-linux-musl-gcc",
	"loongarch64-unknown-linux-gnu": "loongarch64-linux-gnu-gcc-13",
	"riscv64gc-unknown-linux-gnu": "riscv64-linux-gnu-gcc",
	"powerpc64le-unknown-linux-gnu": "powerpc64le-linux-gnu-gcc",
	"s390x-unknown-linux-gnu": "s390x-linux-gnu-gcc"
};
const CpuToNodeArch = {
	x86_64: "x64",
	aarch64: "arm64",
	i686: "ia32",
	armv7: "arm",
	loongarch64: "loong64",
	riscv64gc: "riscv64",
	powerpc64le: "ppc64"
};
const SysToNodePlatform = {
	linux: "linux",
	freebsd: "freebsd",
	darwin: "darwin",
	windows: "win32",
	ohos: "openharmony"
};
const UniArchsByPlatform = { darwin: ["x64", "arm64"] };
/**
* A triple is a specific format for specifying a target architecture.
* Triples may be referred to as a target triple which is the architecture for the artifact produced, and the host triple which is the architecture that the compiler is running on.
* The general format of the triple is `<arch><sub>-<vendor>-<sys>-<abi>` where:
*   - `arch` = The base CPU architecture, for example `x86_64`, `i686`, `arm`, `thumb`, `mips`, etc.
*   - `sub` = The CPU sub-architecture, for example `arm` has `v7`, `v7s`, `v5te`, etc.
*   - `vendor` = The vendor, for example `unknown`, `apple`, `pc`, `nvidia`, etc.
*   - `sys` = The system name, for example `linux`, `windows`, `darwin`, etc. none is typically used for bare-metal without an OS.
*   - `abi` = The ABI, for example `gnu`, `android`, `eabi`, etc.
*/
function parseTriple(rawTriple) {
	if (rawTriple === "wasm32-wasi" || rawTriple === "wasm32-wasi-preview1-threads" || rawTriple.startsWith("wasm32-wasip")) return {
		triple: rawTriple,
		platformArchABI: "wasm32-wasi",
		platform: "wasi",
		arch: "wasm32",
		abi: "wasi"
	};
	const triples = (rawTriple.endsWith("eabi") ? `${rawTriple.slice(0, -4)}-eabi` : rawTriple).split("-");
	let cpu;
	let sys;
	let abi = null;
	if (triples.length === 2) [cpu, sys] = triples;
	else [cpu, , sys, abi = null] = triples;
	if (abi && SUB_SYSTEMS.has(abi)) {
		sys = abi;
		abi = null;
	}
	const platform = SysToNodePlatform[sys] ?? sys;
	const arch = CpuToNodeArch[cpu] ?? cpu;
	return {
		triple: rawTriple,
		platformArchABI: abi ? `${platform}-${arch}-${abi}` : `${platform}-${arch}`,
		platform,
		arch,
		abi
	};
}
function getSystemDefaultTarget() {
	const host = execSync(`rustc -vV`, { env: process.env }).toString("utf8").split("\n").find((line) => line.startsWith("host: "));
	const triple = host === null || host === void 0 ? void 0 : host.slice(6);
	if (!triple) throw new TypeError(`Can not parse target triple from host`);
	return parseTriple(triple);
}
function getTargetLinker(target) {
	return TARGET_LINKER[target];
}
function targetToEnvVar(target) {
	return target.replace(/-/g, "_").toUpperCase();
}

//#endregion
//#region src/utils/version.ts
let NapiVersion = /* @__PURE__ */ function(NapiVersion$1) {
	NapiVersion$1[NapiVersion$1["Napi1"] = 1] = "Napi1";
	NapiVersion$1[NapiVersion$1["Napi2"] = 2] = "Napi2";
	NapiVersion$1[NapiVersion$1["Napi3"] = 3] = "Napi3";
	NapiVersion$1[NapiVersion$1["Napi4"] = 4] = "Napi4";
	NapiVersion$1[NapiVersion$1["Napi5"] = 5] = "Napi5";
	NapiVersion$1[NapiVersion$1["Napi6"] = 6] = "Napi6";
	NapiVersion$1[NapiVersion$1["Napi7"] = 7] = "Napi7";
	NapiVersion$1[NapiVersion$1["Napi8"] = 8] = "Napi8";
	NapiVersion$1[NapiVersion$1["Napi9"] = 9] = "Napi9";
	return NapiVersion$1;
}({});
const NAPI_VERSION_MATRIX = new Map([
	[NapiVersion.Napi1, "8.6.0 | 9.0.0 | 10.0.0"],
	[NapiVersion.Napi2, "8.10.0 | 9.3.0 | 10.0.0"],
	[NapiVersion.Napi3, "6.14.2 | 8.11.2 | 9.11.0 | 10.0.0"],
	[NapiVersion.Napi4, "10.16.0 | 11.8.0 | 12.0.0"],
	[NapiVersion.Napi5, "10.17.0 | 12.11.0 | 13.0.0"],
	[NapiVersion.Napi6, "10.20.0 | 12.17.0 | 14.0.0"],
	[NapiVersion.Napi7, "10.23.0 | 12.19.0 | 14.12.0 | 15.0.0"],
	[NapiVersion.Napi8, "12.22.0 | 14.17.0 | 15.12.0 | 16.0.0"],
	[NapiVersion.Napi9, "18.17.0 | 20.3.0 | 21.1.0"]
]);
function parseNodeVersion(v) {
	const matches = v.match(/v?([0-9]+)\.([0-9]+)\.([0-9]+)/i);
	if (!matches) throw new Error("Unknown node version number: " + v);
	const [, major, minor, patch] = matches;
	return {
		major: parseInt(major),
		minor: parseInt(minor),
		patch: parseInt(patch)
	};
}
function requiredNodeVersions(napiVersion) {
	const requirement = NAPI_VERSION_MATRIX.get(napiVersion);
	if (!requirement) return [parseNodeVersion("10.0.0")];
	return requirement.split("|").map(parseNodeVersion);
}
function toEngineRequirement(versions) {
	const requirements = [];
	versions.forEach((v, i) => {
		let req = "";
		if (i !== 0) {
			const lastVersion = versions[i - 1];
			req += `< ${lastVersion.major + 1}`;
		}
		req += `${i === 0 ? "" : " || "}>= ${v.major}.${v.minor}.${v.patch}`;
		requirements.push(req);
	});
	return requirements.join(" ");
}
function napiEngineRequirement(napiVersion) {
	return toEngineRequirement(requiredNodeVersions(napiVersion));
}

//#endregion
//#region src/utils/metadata.ts
async function parseMetadata(manifestPath) {
	if (!fs.existsSync(manifestPath)) throw new Error(`No crate found in manifest: ${manifestPath}`);
	const childProcess = spawn("cargo", [
		"metadata",
		"--manifest-path",
		manifestPath,
		"--format-version",
		"1"
	], { stdio: "pipe" });
	let stdout = "";
	let stderr = "";
	let status = 0;
	childProcess.stdout.on("data", (data) => {
		stdout += data;
	});
	childProcess.stderr.on("data", (data) => {
		stderr += data;
	});
	await new Promise((resolve$1) => {
		childProcess.on("close", (code) => {
			status = code ?? 0;
			resolve$1();
		});
	});
	if (status !== 0) {
		const simpleMessage = `cargo metadata exited with code ${status}`;
		throw new Error(`${simpleMessage} and error message:\n\n${stderr}`, { cause: new Error(simpleMessage) });
	}
	try {
		return JSON.parse(stdout);
	} catch (e) {
		throw new Error("Failed to parse cargo metadata JSON", { cause: e });
	}
}

//#endregion
//#region src/utils/config.ts
async function readNapiConfig(path$1, configPath) {
	if (configPath && !await fileExists(configPath)) throw new Error(`NAPI-RS config not found at ${configPath}`);
	if (!await fileExists(path$1)) throw new Error(`package.json not found at ${path$1}`);
	const content = await readFileAsync(path$1, "utf8");
	let pkgJson;
	try {
		pkgJson = JSON.parse(content);
	} catch (e) {
		throw new Error(`Failed to parse package.json at ${path$1}`, { cause: e });
	}
	let separatedConfig;
	if (configPath) {
		const configContent = await readFileAsync(configPath, "utf8");
		try {
			separatedConfig = JSON.parse(configContent);
		} catch (e) {
			throw new Error(`Failed to parse NAPI-RS config at ${configPath}`, { cause: e });
		}
	}
	const userNapiConfig = pkgJson.napi ?? {};
	if (pkgJson.napi && separatedConfig) {
		const pkgJsonPath = underline(path$1);
		const configPathUnderline = underline(configPath);
		console.warn(yellow(`Both napi field in ${pkgJsonPath} and [NAPI-RS config](${configPathUnderline}) file are found, the NAPI-RS config file will be used.`));
	}
	if (separatedConfig) Object.assign(userNapiConfig, separatedConfig);
	const napiConfig = merge({
		binaryName: "index",
		packageName: pkgJson.name,
		targets: [],
		packageJson: pkgJson,
		npmClient: "npm"
	}, omit(userNapiConfig, ["targets"]));
	let targets = userNapiConfig.targets ?? [];
	if (userNapiConfig === null || userNapiConfig === void 0 ? void 0 : userNapiConfig.name) {
		console.warn(yellow(`[DEPRECATED] napi.name is deprecated, use napi.binaryName instead.`));
		napiConfig.binaryName = userNapiConfig.name;
	}
	if (!targets.length) {
		var _userNapiConfig$tripl, _userNapiConfig$tripl2;
		let deprecatedWarned = false;
		const warning = yellow(`[DEPRECATED] napi.triples is deprecated, use napi.targets instead.`);
		if ((_userNapiConfig$tripl = userNapiConfig.triples) === null || _userNapiConfig$tripl === void 0 ? void 0 : _userNapiConfig$tripl.defaults) {
			deprecatedWarned = true;
			console.warn(warning);
			targets = targets.concat(DEFAULT_TARGETS);
		}
		if ((_userNapiConfig$tripl2 = userNapiConfig.triples) === null || _userNapiConfig$tripl2 === void 0 || (_userNapiConfig$tripl2 = _userNapiConfig$tripl2.additional) === null || _userNapiConfig$tripl2 === void 0 ? void 0 : _userNapiConfig$tripl2.length) {
			targets = targets.concat(userNapiConfig.triples.additional);
			if (!deprecatedWarned) console.warn(warning);
		}
	}
	if (new Set(targets).size !== targets.length) {
		const duplicateTarget = targets.find((target, index) => targets.indexOf(target) !== index);
		throw new Error(`Duplicate targets are not allowed: ${duplicateTarget}`);
	}
	napiConfig.targets = targets.map(parseTriple);
	return napiConfig;
}

//#endregion
//#region src/utils/cargo.ts
function tryInstallCargoBinary(name, bin) {
	if (detectCargoBinary(bin)) {
		debug$9("Cargo binary already installed: %s", name);
		return;
	}
	try {
		debug$9("Installing cargo binary: %s", name);
		execSync(`cargo install ${name}`, { stdio: "inherit" });
	} catch (e) {
		throw new Error(`Failed to install cargo binary: ${name}`, { cause: e });
	}
}
function detectCargoBinary(bin) {
	debug$9("Detecting cargo binary: %s", bin);
	try {
		execSync(`cargo help ${bin}`, { stdio: "ignore" });
		debug$9("Cargo binary detected: %s", bin);
		return true;
	} catch {
		debug$9("Cargo binary not detected: %s", bin);
		return false;
	}
}

//#endregion
//#region src/utils/typegen.ts
const TOP_LEVEL_NAMESPACE = "__TOP_LEVEL_MODULE__";
const DEFAULT_TYPE_DEF_HEADER = `/* auto-generated by NAPI-RS */
/* eslint-disable */
`;
var TypeDefKind = /* @__PURE__ */ function(TypeDefKind$1) {
	TypeDefKind$1["Const"] = "const";
	TypeDefKind$1["Enum"] = "enum";
	TypeDefKind$1["StringEnum"] = "string_enum";
	TypeDefKind$1["Interface"] = "interface";
	TypeDefKind$1["Type"] = "type";
	TypeDefKind$1["Fn"] = "fn";
	TypeDefKind$1["Struct"] = "struct";
	TypeDefKind$1["Extends"] = "extends";
	TypeDefKind$1["Impl"] = "impl";
	return TypeDefKind$1;
}(TypeDefKind || {});
function prettyPrint(line, constEnum, ident, ambient = false) {
	let s = line.js_doc ?? "";
	switch (line.kind) {
		case TypeDefKind.Interface:
			s += `export interface ${line.name} {\n${line.def}\n}`;
			break;
		case TypeDefKind.Type:
			s += `export type ${line.name} = \n${line.def}`;
			break;
		case TypeDefKind.Enum:
			const enumName = constEnum ? "const enum" : "enum";
			s += `${exportDeclare(ambient)} ${enumName} ${line.name} {\n${line.def}\n}`;
			break;
		case TypeDefKind.StringEnum:
			if (constEnum) s += `${exportDeclare(ambient)} const enum ${line.name} {\n${line.def}\n}`;
			else s += `export type ${line.name} = ${line.def.replaceAll(/.*=/g, "").replaceAll(",", "|")};`;
			break;
		case TypeDefKind.Struct:
			const extendsDef = line.extends ? ` extends ${line.extends}` : "";
			if (line.extends) {
				const genericMatch = line.extends.match(/Iterator<(.+)>$/);
				if (genericMatch) {
					const [T, TResult, TNext] = genericMatch[1].split(",").map((p) => p.trim());
					line.def = line.def + `\nnext(value?: ${TNext}): IteratorResult<${T}, ${TResult}>`;
				}
			}
			s += `${exportDeclare(ambient)} class ${line.name}${extendsDef} {\n${line.def}\n}`;
			if (line.original_name && line.original_name !== line.name) s += `\nexport type ${line.original_name} = ${line.name}`;
			break;
		case TypeDefKind.Fn:
			s += `${exportDeclare(ambient)} ${line.def}`;
			break;
		default: s += line.def;
	}
	return correctStringIdent(s, ident);
}
function exportDeclare(ambient) {
	if (ambient) return "export";
	return "export declare";
}
async function processTypeDef(intermediateTypeFile, constEnum) {
	const exports = [];
	const groupedDefs = preprocessTypeDef(await readIntermediateTypeFile(intermediateTypeFile));
	return {
		dts: sortBy(Array.from(groupedDefs), [([namespace]) => namespace]).map(([namespace, defs]) => {
			if (namespace === TOP_LEVEL_NAMESPACE) return defs.map((def) => {
				switch (def.kind) {
					case TypeDefKind.Const:
					case TypeDefKind.Enum:
					case TypeDefKind.StringEnum:
					case TypeDefKind.Fn:
					case TypeDefKind.Struct:
						exports.push(def.name);
						if (def.original_name && def.original_name !== def.name) exports.push(def.original_name);
						break;
					default: break;
				}
				return prettyPrint(def, constEnum, 0);
			}).join("\n\n");
			else {
				exports.push(namespace);
				let declaration = "";
				declaration += `export declare namespace ${namespace} {\n`;
				for (const def of defs) declaration += prettyPrint(def, constEnum, 2, true) + "\n";
				declaration += "}";
				return declaration;
			}
		}).join("\n\n") + "\n",
		exports
	};
}
async function readIntermediateTypeFile(file) {
	return (await readFileAsync(file, "utf8")).split("\n").filter(Boolean).map((line) => {
		line = line.trim();
		const parsed = JSON.parse(line);
		if (parsed.js_doc) parsed.js_doc = parsed.js_doc.replace(/\\n/g, "\n");
		if (parsed.def) parsed.def = parsed.def.replace(/\\n/g, "\n");
		return parsed;
	}).sort((a, b) => {
		if (a.kind === TypeDefKind.Struct) {
			if (b.kind === TypeDefKind.Struct) return a.name.localeCompare(b.name);
			return -1;
		} else if (b.kind === TypeDefKind.Struct) return 1;
		else return a.name.localeCompare(b.name);
	});
}
function preprocessTypeDef(defs) {
	const namespaceGrouped = /* @__PURE__ */ new Map();
	const classDefs = /* @__PURE__ */ new Map();
	for (const def of defs) {
		const namespace = def.js_mod ?? TOP_LEVEL_NAMESPACE;
		if (!namespaceGrouped.has(namespace)) namespaceGrouped.set(namespace, []);
		const group = namespaceGrouped.get(namespace);
		if (def.kind === TypeDefKind.Struct) {
			group.push(def);
			classDefs.set(def.name, def);
		} else if (def.kind === TypeDefKind.Extends) {
			const classDef = classDefs.get(def.name);
			if (classDef) classDef.extends = def.def;
		} else if (def.kind === TypeDefKind.Impl) {
			const classDef = classDefs.get(def.name);
			if (classDef) {
				if (classDef.def) classDef.def += "\n";
				classDef.def += def.def;
				if (classDef.def) classDef.def = classDef.def.replace(/\\n/g, "\n");
			}
		} else group.push(def);
	}
	return namespaceGrouped;
}
function correctStringIdent(src, ident) {
	let bracketDepth = 0;
	return src.split("\n").map((line) => {
		line = line.trim();
		if (line === "") return "";
		const isInMultilineComment = line.startsWith("*");
		const isClosingBracket = line.endsWith("}");
		const isOpeningBracket = line.endsWith("{");
		const isTypeDeclaration = line.endsWith("=");
		const isTypeVariant = line.startsWith("|");
		let rightIndent = ident;
		if ((isOpeningBracket || isTypeDeclaration) && !isInMultilineComment) {
			bracketDepth += 1;
			rightIndent += (bracketDepth - 1) * 2;
		} else {
			if (isClosingBracket && bracketDepth > 0 && !isInMultilineComment && !isTypeVariant) bracketDepth -= 1;
			rightIndent += bracketDepth * 2;
		}
		if (isInMultilineComment) rightIndent += 1;
		return `${" ".repeat(rightIndent)}${line}`;
	}).join("\n");
}

//#endregion
//#region src/utils/read-config.ts
async function readConfig(options) {
	const resolvePath = (...paths) => resolve(options.cwd, ...paths);
	return await readNapiConfig(resolvePath(options.packageJsonPath ?? "package.json"), options.configPath ? resolvePath(options.configPath) : void 0);
}

//#endregion
//#region src/api/artifacts.ts
const debug$8 = debugFactory("artifacts");
async function collectArtifacts(userOptions) {
	const options = applyDefaultArtifactsOptions(userOptions);
	const resolvePath = (...paths) => resolve(options.cwd, ...paths);
	const packageJsonPath = resolvePath(options.packageJsonPath);
	const { targets, binaryName, packageName } = await readNapiConfig(packageJsonPath, options.configPath ? resolvePath(options.configPath) : void 0);
	const distDirs = targets.map((platform) => join(options.cwd, options.npmDir, platform.platformArchABI));
	const universalSourceBins = new Set(targets.filter((platform) => platform.arch === "universal").flatMap((p) => {
		var _UniArchsByPlatform$p;
		return (_UniArchsByPlatform$p = UniArchsByPlatform[p.platform]) === null || _UniArchsByPlatform$p === void 0 ? void 0 : _UniArchsByPlatform$p.map((a) => `${p.platform}-${a}`);
	}).filter(Boolean));
	await collectNodeBinaries(join(options.cwd, options.outputDir)).then((output) => Promise.all(output.map(async (filePath) => {
		debug$8.info(`Read [${colors.yellowBright(filePath)}]`);
		const sourceContent = await readFileAsync(filePath);
		const parsedName = parse(filePath);
		const terms = parsedName.name.split(".");
		const platformArchABI = terms.pop();
		const _binaryName = terms.join(".");
		if (_binaryName !== binaryName) {
			debug$8.warn(`[${_binaryName}] is not matched with [${binaryName}], skip`);
			return;
		}
		const dir$1 = distDirs.find((dir$2) => dir$2.includes(platformArchABI));
		if (!dir$1 && universalSourceBins.has(platformArchABI)) {
			debug$8.warn(`[${platformArchABI}] has no dist dir but it is source bin for universal arch, skip`);
			return;
		}
		if (!dir$1) throw new Error(`No dist dir found for ${filePath}`);
		const distFilePath = join(dir$1, parsedName.base);
		debug$8.info(`Write file content to [${colors.yellowBright(distFilePath)}]`);
		await writeFileAsync(distFilePath, sourceContent);
		const distFilePathLocal = join(parse(packageJsonPath).dir, parsedName.base);
		debug$8.info(`Write file content to [${colors.yellowBright(distFilePathLocal)}]`);
		await writeFileAsync(distFilePathLocal, sourceContent);
	})));
	const wasiTarget = targets.find((t) => t.platform === "wasi");
	if (wasiTarget) {
		const wasiDir = join(options.cwd, options.npmDir, wasiTarget.platformArchABI);
		const cjsFile = join(options.buildOutputDir ?? options.cwd, `${binaryName}.wasi.cjs`);
		const workerFile = join(options.buildOutputDir ?? options.cwd, `wasi-worker.mjs`);
		const browserEntry = join(options.buildOutputDir ?? options.cwd, `${binaryName}.wasi-browser.js`);
		const browserWorkerFile = join(options.buildOutputDir ?? options.cwd, `wasi-worker-browser.mjs`);
		debug$8.info(`Move wasi binding file [${colors.yellowBright(cjsFile)}] to [${colors.yellowBright(wasiDir)}]`);
		await writeFileAsync(join(wasiDir, `${binaryName}.wasi.cjs`), await readFileAsync(cjsFile));
		debug$8.info(`Move wasi worker file [${colors.yellowBright(workerFile)}] to [${colors.yellowBright(wasiDir)}]`);
		await writeFileAsync(join(wasiDir, `wasi-worker.mjs`), await readFileAsync(workerFile));
		debug$8.info(`Move wasi browser entry file [${colors.yellowBright(browserEntry)}] to [${colors.yellowBright(wasiDir)}]`);
		await writeFileAsync(join(wasiDir, `${binaryName}.wasi-browser.js`), (await readFileAsync(browserEntry, "utf8")).replace(`new URL('./wasi-worker-browser.mjs', import.meta.url)`, `new URL('${packageName}-wasm32-wasi/wasi-worker-browser.mjs', import.meta.url)`));
		debug$8.info(`Move wasi browser worker file [${colors.yellowBright(browserWorkerFile)}] to [${colors.yellowBright(wasiDir)}]`);
		await writeFileAsync(join(wasiDir, `wasi-worker-browser.mjs`), await readFileAsync(browserWorkerFile));
	}
}
async function collectNodeBinaries(root) {
	const files = await readdirAsync(root, { withFileTypes: true });
	const nodeBinaries = files.filter((file) => file.isFile() && (file.name.endsWith(".node") || file.name.endsWith(".wasm"))).map((file) => join(root, file.name));
	const dirs = files.filter((file) => file.isDirectory());
	for (const dir$1 of dirs) if (dir$1.name !== "node_modules") nodeBinaries.push(...await collectNodeBinaries(join(root, dir$1.name)));
	return nodeBinaries;
}

//#endregion
//#region src/api/templates/js-binding.ts
function createCjsBinding(localName, pkgName, idents, packageVersion) {
	return `${bindingHeader}
${createCommonBinding(localName, pkgName, packageVersion)}
module.exports = nativeBinding
${idents.map((ident) => `module.exports.${ident} = nativeBinding.${ident}`).join("\n")}
`;
}
function createEsmBinding(localName, pkgName, idents, packageVersion) {
	return `${bindingHeader}
import { createRequire } from 'node:module'
const require = createRequire(import.meta.url)
const __dirname = new URL('.', import.meta.url).pathname

${createCommonBinding(localName, pkgName, packageVersion)}
const { ${idents.join(", ")} } = nativeBinding
${idents.map((ident) => `export { ${ident} }`).join("\n")}
`;
}
const bindingHeader = `// prettier-ignore
/* eslint-disable */
// @ts-nocheck
/* auto-generated by NAPI-RS */
`;
function createCommonBinding(localName, pkgName, packageVersion) {
	function requireTuple(tuple, identSize = 8) {
		const identLow = " ".repeat(identSize - 2);
		const ident = " ".repeat(identSize);
		return `try {
${ident}return require('./${localName}.${tuple}.node')
${identLow}} catch (e) {
${ident}loadErrors.push(e)
${identLow}}${packageVersion ? `
${identLow}try {
${ident}const binding = require('${pkgName}-${tuple}')
${ident}const bindingPackageVersion = require('${pkgName}-${tuple}/package.json').version
${ident}if (bindingPackageVersion !== '${packageVersion}' && process.env.NAPI_RS_ENFORCE_VERSION_CHECK && process.env.NAPI_RS_ENFORCE_VERSION_CHECK !== '0') {
${ident}  throw new Error(\`Native binding package version mismatch, expected ${packageVersion} but got \${bindingPackageVersion}. You can reinstall dependencies to fix this issue.\`)
${ident}}
${ident}return binding
${identLow}} catch (e) {
${ident}loadErrors.push(e)
${identLow}}` : `
${identLow}try {
${ident}return require('${pkgName}-${tuple}')
${identLow}} catch (e) {
${ident}loadErrors.push(e)
${identLow}}`}`;
	}
	return `const { readFileSync } = require('node:fs')
let nativeBinding = null
const loadErrors = []

const isMusl = () => {
  let musl = false
  if (process.platform === 'linux') {
    musl = isMuslFromFilesystem()
    if (musl === null) {
      musl = isMuslFromReport()
    }
    if (musl === null) {
      musl = isMuslFromChildProcess()
    }
  }
  return musl
}

const isFileMusl = (f) => f.includes('libc.musl-') || f.includes('ld-musl-')

const isMuslFromFilesystem = () => {
  try {
    return readFileSync('/usr/bin/ldd', 'utf-8').includes('musl')
  } catch {
    return null
  }
}

const isMuslFromReport = () => {
  let report = null
  if (typeof process.report?.getReport === 'function') {
    process.report.excludeNetwork = true
    report = process.report.getReport()
  }
  if (!report) {
    return null
  }
  if (report.header && report.header.glibcVersionRuntime) {
    return false
  }
  if (Array.isArray(report.sharedObjects)) {
    if (report.sharedObjects.some(isFileMusl)) {
      return true
    }
  }
  return false
}

const isMuslFromChildProcess = () => {
  try {
    return require('child_process').execSync('ldd --version', { encoding: 'utf8' }).includes('musl')
  } catch (e) {
    // If we reach this case, we don't know if the system is musl or not, so is better to just fallback to false
    return false
  }
}

function requireNative() {
  if (process.env.NAPI_RS_NATIVE_LIBRARY_PATH) {
    try {
      return require(process.env.NAPI_RS_NATIVE_LIBRARY_PATH);
    } catch (err) {
      loadErrors.push(err)
    }
  } else if (process.platform === 'android') {
    if (process.arch === 'arm64') {
      ${requireTuple("android-arm64")}
    } else if (process.arch === 'arm') {
      ${requireTuple("android-arm-eabi")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on Android \${process.arch}\`))
    }
  } else if (process.platform === 'win32') {
    if (process.arch === 'x64') {
      if (process.config?.variables?.shlib_suffix === 'dll.a' || process.config?.variables?.node_target_type === 'shared_library') {
        ${requireTuple("win32-x64-gnu")}
      } else {
        ${requireTuple("win32-x64-msvc")}
      }
    } else if (process.arch === 'ia32') {
      ${requireTuple("win32-ia32-msvc")}
    } else if (process.arch === 'arm64') {
      ${requireTuple("win32-arm64-msvc")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on Windows: \${process.arch}\`))
    }
  } else if (process.platform === 'darwin') {
    ${requireTuple("darwin-universal", 6)}
    if (process.arch === 'x64') {
      ${requireTuple("darwin-x64")}
    } else if (process.arch === 'arm64') {
      ${requireTuple("darwin-arm64")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on macOS: \${process.arch}\`))
    }
  } else if (process.platform === 'freebsd') {
    if (process.arch === 'x64') {
      ${requireTuple("freebsd-x64")}
    } else if (process.arch === 'arm64') {
      ${requireTuple("freebsd-arm64")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on FreeBSD: \${process.arch}\`))
    }
  } else if (process.platform === 'linux') {
    if (process.arch === 'x64') {
      if (isMusl()) {
        ${requireTuple("linux-x64-musl", 10)}
      } else {
        ${requireTuple("linux-x64-gnu", 10)}
      }
    } else if (process.arch === 'arm64') {
      if (isMusl()) {
        ${requireTuple("linux-arm64-musl", 10)}
      } else {
        ${requireTuple("linux-arm64-gnu", 10)}
      }
    } else if (process.arch === 'arm') {
      if (isMusl()) {
        ${requireTuple("linux-arm-musleabihf", 10)}
      } else {
        ${requireTuple("linux-arm-gnueabihf", 10)}
      }
    } else if (process.arch === 'loong64') {
      if (isMusl()) {
        ${requireTuple("linux-loong64-musl", 10)}
      } else {
        ${requireTuple("linux-loong64-gnu", 10)}
      }
    } else if (process.arch === 'riscv64') {
      if (isMusl()) {
        ${requireTuple("linux-riscv64-musl", 10)}
      } else {
        ${requireTuple("linux-riscv64-gnu", 10)}
      }
    } else if (process.arch === 'ppc64') {
      ${requireTuple("linux-ppc64-gnu")}
    } else if (process.arch === 's390x') {
      ${requireTuple("linux-s390x-gnu")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on Linux: \${process.arch}\`))
    }
  } else if (process.platform === 'openharmony') {
    if (process.arch === 'arm64') {
      ${requireTuple("openharmony-arm64")}
    } else if (process.arch === 'x64') {
      ${requireTuple("openharmony-x64")}
    } else if (process.arch === 'arm') {
      ${requireTuple("openharmony-arm")}
    } else {
      loadErrors.push(new Error(\`Unsupported architecture on OpenHarmony: \${process.arch}\`))
    }
  } else {
    loadErrors.push(new Error(\`Unsupported OS: \${process.platform}, architecture: \${process.arch}\`))
  }
}

nativeBinding = requireNative()

if (!nativeBinding || process.env.NAPI_RS_FORCE_WASI) {
  let wasiBinding = null
  let wasiBindingError = null
  try {
    wasiBinding = require('./${localName}.wasi.cjs')
    nativeBinding = wasiBinding
  } catch (err) {
    if (process.env.NAPI_RS_FORCE_WASI) {
      wasiBindingError = err
    }
  }
  if (!nativeBinding || process.env.NAPI_RS_FORCE_WASI) {
    try {
      wasiBinding = require('${pkgName}-wasm32-wasi')
      nativeBinding = wasiBinding
    } catch (err) {
      if (process.env.NAPI_RS_FORCE_WASI) {
        if (!wasiBindingError) {
          wasiBindingError = err
        } else {
          wasiBindingError.cause = err
        }
        loadErrors.push(err)
      }
    }
  }
  if (process.env.NAPI_RS_FORCE_WASI === 'error' && !wasiBinding) {
    const error = new Error('WASI binding not found and NAPI_RS_FORCE_WASI is set to error')
    error.cause = wasiBindingError
    throw error
  }
}

if (!nativeBinding) {
  if (loadErrors.length > 0) {
    throw new Error(
      \`Cannot find native binding. \` +
        \`npm has a bug related to optional dependencies (https://github.com/npm/cli/issues/4828). \` +
        'Please try \`npm i\` again after removing both package-lock.json and node_modules directory.',
      {
        cause: loadErrors.reduce((err, cur) => {
          cur.cause = err
          return cur
        }),
      },
    )
  }
  throw new Error(\`Failed to load native binding\`)
}
`;
}

//#endregion
//#region src/api/templates/load-wasi-template.ts
const createWasiBrowserBinding = (wasiFilename, initialMemory = 4e3, maximumMemory = 65536, fs$1 = false, asyncInit = false, buffer = false) => {
	return `import {
  createOnMessage as __wasmCreateOnMessageForFsProxy,
  getDefaultContext as __emnapiGetDefaultContext,
  ${asyncInit ? `instantiateNapiModule as __emnapiInstantiateNapiModule` : `instantiateNapiModuleSync as __emnapiInstantiateNapiModuleSync`},
  WASI as __WASI,
} from '@napi-rs/wasm-runtime'
${fs$1 ? buffer ? `import { memfs, Buffer } from '@napi-rs/wasm-runtime/fs'` : `import { memfs } from '@napi-rs/wasm-runtime/fs'` : ""}
${buffer && !fs$1 ? `import { Buffer } from 'buffer'` : ""}
${fs$1 ? `
export const { fs: __fs, vol: __volume } = memfs()

const __wasi = new __WASI({
  version: 'preview1',
  fs: __fs,
  preopens: {
    '/': '/',
  },
})` : `
const __wasi = new __WASI({
  version: 'preview1',
})`}

const __wasmUrl = new URL('./${wasiFilename}.wasm', import.meta.url).href
const __emnapiContext = __emnapiGetDefaultContext()
${buffer ? "__emnapiContext.feature.Buffer = Buffer" : ""}

const __sharedMemory = new WebAssembly.Memory({
  initial: ${initialMemory},
  maximum: ${maximumMemory},
  shared: true,
})

const __wasmFile = await fetch(__wasmUrl).then((res) => res.arrayBuffer())

const {
  instance: __napiInstance,
  module: __wasiModule,
  napiModule: __napiModule,
} = ${asyncInit ? `await __emnapiInstantiateNapiModule` : `__emnapiInstantiateNapiModuleSync`}(__wasmFile, {
  context: __emnapiContext,
  asyncWorkPoolSize: 4,
  wasi: __wasi,
  onCreateWorker() {
    const worker = new Worker(new URL('./wasi-worker-browser.mjs', import.meta.url), {
      type: 'module',
    })
${fs$1 ? `    worker.addEventListener('message', __wasmCreateOnMessageForFsProxy(__fs))\n` : ""}
    return worker
  },
  overwriteImports(importObject) {
    importObject.env = {
      ...importObject.env,
      ...importObject.napi,
      ...importObject.emnapi,
      memory: __sharedMemory,
    }
    return importObject
  },
  beforeInit({ instance }) {
    for (const name of Object.keys(instance.exports)) {
      if (name.startsWith('__napi_register__')) {
        instance.exports[name]()
      }
    }
  },
})
`;
};
const createWasiBinding = (wasmFileName, packageName, initialMemory = 4e3, maximumMemory = 65536) => `/* eslint-disable */
/* prettier-ignore */

/* auto-generated by NAPI-RS */

const __nodeFs = require('node:fs')
const __nodePath = require('node:path')
const { WASI: __nodeWASI } = require('node:wasi')
const { Worker } = require('node:worker_threads')

const {
  createOnMessage: __wasmCreateOnMessageForFsProxy,
  getDefaultContext: __emnapiGetDefaultContext,
  instantiateNapiModuleSync: __emnapiInstantiateNapiModuleSync,
} = require('@napi-rs/wasm-runtime')

const __rootDir = __nodePath.parse(process.cwd()).root

const __wasi = new __nodeWASI({
  version: 'preview1',
  env: process.env,
  preopens: {
    [__rootDir]: __rootDir,
  }
})

const __emnapiContext = __emnapiGetDefaultContext()

const __sharedMemory = new WebAssembly.Memory({
  initial: ${initialMemory},
  maximum: ${maximumMemory},
  shared: true,
})

let __wasmFilePath = __nodePath.join(__dirname, '${wasmFileName}.wasm')
const __wasmDebugFilePath = __nodePath.join(__dirname, '${wasmFileName}.debug.wasm')

if (__nodeFs.existsSync(__wasmDebugFilePath)) {
  __wasmFilePath = __wasmDebugFilePath
} else if (!__nodeFs.existsSync(__wasmFilePath)) {
  try {
    __wasmFilePath = require.resolve('${packageName}-wasm32-wasi/${wasmFileName}.wasm')
  } catch {
    throw new Error('Cannot find ${wasmFileName}.wasm file, and ${packageName}-wasm32-wasi package is not installed.')
  }
}

const { instance: __napiInstance, module: __wasiModule, napiModule: __napiModule } = __emnapiInstantiateNapiModuleSync(__nodeFs.readFileSync(__wasmFilePath), {
  context: __emnapiContext,
  asyncWorkPoolSize: (function() {
    const threadsSizeFromEnv = Number(process.env.NAPI_RS_ASYNC_WORK_POOL_SIZE ?? process.env.UV_THREADPOOL_SIZE)
    // NaN > 0 is false
    if (threadsSizeFromEnv > 0) {
      return threadsSizeFromEnv
    } else {
      return 4
    }
  })(),
  reuseWorker: true,
  wasi: __wasi,
  onCreateWorker() {
    const worker = new Worker(__nodePath.join(__dirname, 'wasi-worker.mjs'), {
      env: process.env,
    })
    worker.onmessage = ({ data }) => {
      __wasmCreateOnMessageForFsProxy(__nodeFs)(data)
    }

    // The main thread of Node.js waits for all the active handles before exiting.
    // But Rust threads are never waited without \`thread::join\`.
    // So here we hack the code of Node.js to prevent the workers from being referenced (active).
    // According to https://github.com/nodejs/node/blob/19e0d472728c79d418b74bddff588bea70a403d0/lib/internal/worker.js#L415,
    // a worker is consist of two handles: kPublicPort and kHandle.
    {
      const kPublicPort = Object.getOwnPropertySymbols(worker).find(s =>
        s.toString().includes("kPublicPort")
      );
      if (kPublicPort) {
        worker[kPublicPort].ref = () => {};
      }

      const kHandle = Object.getOwnPropertySymbols(worker).find(s =>
        s.toString().includes("kHandle")
      );
      if (kHandle) {
        worker[kHandle].ref = () => {};
      }

      worker.unref();
    }
    return worker
  },
  overwriteImports(importObject) {
    importObject.env = {
      ...importObject.env,
      ...importObject.napi,
      ...importObject.emnapi,
      memory: __sharedMemory,
    }
    return importObject
  },
  beforeInit({ instance }) {
    for (const name of Object.keys(instance.exports)) {
      if (name.startsWith('__napi_register__')) {
        instance.exports[name]()
      }
    }
  },
})
`;

//#endregion
//#region src/api/templates/wasi-worker-template.ts
const WASI_WORKER_TEMPLATE = `import fs from "node:fs";
import { createRequire } from "node:module";
import { parse } from "node:path";
import { WASI } from "node:wasi";
import { parentPort, Worker } from "node:worker_threads";

const require = createRequire(import.meta.url);

const { instantiateNapiModuleSync, MessageHandler, getDefaultContext } = require("@napi-rs/wasm-runtime");

if (parentPort) {
  parentPort.on("message", (data) => {
    globalThis.onmessage({ data });
  });
}

Object.assign(globalThis, {
  self: globalThis,
  require,
  Worker,
  importScripts: function (f) {
    ;(0, eval)(fs.readFileSync(f, "utf8") + "//# sourceURL=" + f);
  },
  postMessage: function (msg) {
    if (parentPort) {
      parentPort.postMessage(msg);
    }
  },
});

const emnapiContext = getDefaultContext();

const __rootDir = parse(process.cwd()).root;

const handler = new MessageHandler({
  onLoad({ wasmModule, wasmMemory }) {
    const wasi = new WASI({
      version: 'preview1',
      env: process.env,
      preopens: {
        [__rootDir]: __rootDir,
      },
    });

    return instantiateNapiModuleSync(wasmModule, {
      childThread: true,
      wasi,
      context: emnapiContext,
      overwriteImports(importObject) {
        importObject.env = {
          ...importObject.env,
          ...importObject.napi,
          ...importObject.emnapi,
          memory: wasmMemory
        };
      },
    });
  },
});

globalThis.onmessage = function (e) {
  handler.handle(e);
};
`;
const createWasiBrowserWorkerBinding = (fs$1) => {
	return `${fs$1 ? `import { instantiateNapiModuleSync, MessageHandler, WASI, createFsProxy } from '@napi-rs/wasm-runtime'
import { memfsExported as __memfsExported } from '@napi-rs/wasm-runtime/fs'

const fs = createFsProxy(__memfsExported)` : `import { instantiateNapiModuleSync, MessageHandler, WASI } from '@napi-rs/wasm-runtime'`}

const handler = new MessageHandler({
  onLoad({ wasmModule, wasmMemory }) {
    ${fs$1 ? `const wasi = new WASI({
      fs,
      preopens: {
        '/': '/',
      },
      print: function () {
        // eslint-disable-next-line no-console
        console.log.apply(console, arguments)
      },
      printErr: function() {
        // eslint-disable-next-line no-console
        console.error.apply(console, arguments)
      },
    })` : `const wasi = new WASI({
      print: function () {
        // eslint-disable-next-line no-console
        console.log.apply(console, arguments)
      },
      printErr: function() {
        // eslint-disable-next-line no-console
        console.error.apply(console, arguments)
      },
    })`}
    return instantiateNapiModuleSync(wasmModule, {
      childThread: true,
      wasi,
      overwriteImports(importObject) {
        importObject.env = {
          ...importObject.env,
          ...importObject.napi,
          ...importObject.emnapi,
          memory: wasmMemory,
        }
      },
    })
  },
})

globalThis.onmessage = function (e) {
  handler.handle(e)
}
`;
};

//#endregion
//#region src/api/build.ts
const debug$7 = debugFactory("build");
const require = createRequire(import.meta.url);
async function buildProject(rawOptions) {
	debug$7("napi build command receive options: %O", rawOptions);
	const options = {
		dtsCache: true,
		...rawOptions,
		cwd: rawOptions.cwd ?? process.cwd()
	};
	const resolvePath = (...paths) => resolve(options.cwd, ...paths);
	const manifestPath = resolvePath(options.manifestPath ?? "Cargo.toml");
	const metadata = await parseMetadata(manifestPath);
	const crate = metadata.packages.find((p) => {
		if (options.package) return p.name === options.package;
		else return p.manifest_path === manifestPath;
	});
	if (!crate) throw new Error("Unable to find crate to build. It seems you are trying to build a crate in a workspace, try using `--package` option to specify the package to build.");
	return new Builder(metadata, crate, await readNapiConfig(resolvePath(options.packageJsonPath ?? "package.json"), options.configPath ? resolvePath(options.configPath) : void 0), options).build();
}
var Builder = class {
	args = [];
	envs = {};
	outputs = [];
	target;
	crateDir;
	outputDir;
	targetDir;
	enableTypeDef = false;
	constructor(metadata, crate, config, options) {
		this.metadata = metadata;
		this.crate = crate;
		this.config = config;
		this.options = options;
		this.target = options.target ? parseTriple(options.target) : process.env.CARGO_BUILD_TARGET ? parseTriple(process.env.CARGO_BUILD_TARGET) : getSystemDefaultTarget();
		this.crateDir = parse(crate.manifest_path).dir;
		this.outputDir = resolve(this.options.cwd, options.outputDir ?? this.crateDir);
		this.targetDir = options.targetDir ?? process.env.CARGO_BUILD_TARGET_DIR ?? metadata.target_directory;
		this.enableTypeDef = this.crate.dependencies.some((dep) => dep.name === "napi-derive" && (dep.uses_default_features || dep.features.includes("type-def")));
		if (!this.enableTypeDef) {
			const requirementWarning = "`napi-derive` crate is not used or `type-def` feature is not enabled for `napi-derive` crate";
			debug$7.warn(`${requirementWarning}. Will skip binding generation for \`.node\`, \`.wasi\` and \`.d.ts\` files.`);
			if (this.options.dts || this.options.dtsHeader || this.config.dtsHeader || this.config.dtsHeaderFile) debug$7.warn(`${requirementWarning}. \`dts\` related options are enabled but will be ignored.`);
		}
	}
	get cdyLibName() {
		var _this$crate$targets$f;
		return (_this$crate$targets$f = this.crate.targets.find((t) => t.crate_types.includes("cdylib"))) === null || _this$crate$targets$f === void 0 ? void 0 : _this$crate$targets$f.name;
	}
	get binName() {
		var _this$crate$targets$f2;
		return this.options.bin ?? (this.cdyLibName ? null : (_this$crate$targets$f2 = this.crate.targets.find((t) => t.crate_types.includes("bin"))) === null || _this$crate$targets$f2 === void 0 ? void 0 : _this$crate$targets$f2.name);
	}
	build() {
		if (!this.cdyLibName) {
			const warning = "Missing `crate-type = [\"cdylib\"]` in [lib] config. The build result will not be available as node addon.";
			if (this.binName) debug$7.warn(warning);
			else throw new Error(warning);
		}
		return this.pickBinary().setPackage().setFeatures().setTarget().pickCrossToolchain().setEnvs().setBypassArgs().exec();
	}
	pickCrossToolchain() {
		if (!this.options.useNapiCross) return this;
		if (this.options.useCross) debug$7.warn("You are trying to use both `--cross` and `--use-napi-cross` options, `--use-cross` will be ignored.");
		if (this.options.crossCompile) debug$7.warn("You are trying to use both `--cross-compile` and `--use-napi-cross` options, `--cross-compile` will be ignored.");
		try {
			var _process$env$TARGET_C, _process$env$CC, _process$env$CXX, _process$env$TARGET_C2;
			const { version: version$2, download } = require("@napi-rs/cross-toolchain");
			const alias = { "s390x-unknown-linux-gnu": "s390x-ibm-linux-gnu" };
			const toolchainPath = join(homedir(), ".napi-rs", "cross-toolchain", version$2, this.target.triple);
			mkdirSync(toolchainPath, { recursive: true });
			if (existsSync(join(toolchainPath, "package.json"))) debug$7(`Toolchain ${toolchainPath} exists, skip extracting`);
			else download(process.arch, this.target.triple).unpack(toolchainPath);
			const upperCaseTarget = targetToEnvVar(this.target.triple);
			const crossTargetName = alias[this.target.triple] ?? this.target.triple;
			const linkerEnv = `CARGO_TARGET_${upperCaseTarget}_LINKER`;
			this.setEnvIfNotExists(linkerEnv, join(toolchainPath, "bin", `${crossTargetName}-gcc`));
			this.setEnvIfNotExists("TARGET_SYSROOT", join(toolchainPath, crossTargetName, "sysroot"));
			this.setEnvIfNotExists("TARGET_AR", join(toolchainPath, "bin", `${crossTargetName}-ar`));
			this.setEnvIfNotExists("TARGET_RANLIB", join(toolchainPath, "bin", `${crossTargetName}-ranlib`));
			this.setEnvIfNotExists("TARGET_READELF", join(toolchainPath, "bin", `${crossTargetName}-readelf`));
			this.setEnvIfNotExists("TARGET_C_INCLUDE_PATH", join(toolchainPath, crossTargetName, "sysroot", "usr", "include/"));
			this.setEnvIfNotExists("TARGET_CC", join(toolchainPath, "bin", `${crossTargetName}-gcc`));
			this.setEnvIfNotExists("TARGET_CXX", join(toolchainPath, "bin", `${crossTargetName}-g++`));
			this.setEnvIfNotExists("BINDGEN_EXTRA_CLANG_ARGS", `--sysroot=${this.envs.TARGET_SYSROOT}}`);
			if (((_process$env$TARGET_C = process.env.TARGET_CC) === null || _process$env$TARGET_C === void 0 ? void 0 : _process$env$TARGET_C.startsWith("clang")) || ((_process$env$CC = process.env.CC) === null || _process$env$CC === void 0 ? void 0 : _process$env$CC.startsWith("clang")) && !process.env.TARGET_CC) {
				const TARGET_CFLAGS = process.env.TARGET_CFLAGS ?? "";
				this.envs.TARGET_CFLAGS = `--sysroot=${this.envs.TARGET_SYSROOT} --gcc-toolchain=${toolchainPath} ${TARGET_CFLAGS}`;
			}
			if (((_process$env$CXX = process.env.CXX) === null || _process$env$CXX === void 0 ? void 0 : _process$env$CXX.startsWith("clang++")) && !process.env.TARGET_CXX || ((_process$env$TARGET_C2 = process.env.TARGET_CXX) === null || _process$env$TARGET_C2 === void 0 ? void 0 : _process$env$TARGET_C2.startsWith("clang++"))) {
				const TARGET_CXXFLAGS = process.env.TARGET_CXXFLAGS ?? "";
				this.envs.TARGET_CXXFLAGS = `--sysroot=${this.envs.TARGET_SYSROOT} --gcc-toolchain=${toolchainPath} ${TARGET_CXXFLAGS}`;
			}
			this.envs.PATH = this.envs.PATH ? `${toolchainPath}/bin:${this.envs.PATH}:${process.env.PATH}` : `${toolchainPath}/bin:${process.env.PATH}`;
		} catch (e) {
			debug$7.warn("Pick cross toolchain failed", e);
		}
		return this;
	}
	exec() {
		debug$7(`Start building crate: ${this.crate.name}`);
		debug$7("  %i", `cargo ${this.args.join(" ")}`);
		const controller = new AbortController();
		const watch = this.options.watch;
		return {
			task: new Promise((resolve$1, reject) => {
				var _buildProcess$stderr;
				if (this.options.useCross && this.options.crossCompile) throw new Error("`--use-cross` and `--cross-compile` can not be used together");
				const buildProcess = spawn(process.env.CARGO ?? (this.options.useCross ? "cross" : "cargo"), this.args, {
					env: {
						...process.env,
						...this.envs
					},
					stdio: watch ? [
						"inherit",
						"inherit",
						"pipe"
					] : "inherit",
					cwd: this.options.cwd,
					signal: controller.signal
				});
				buildProcess.once("exit", (code) => {
					if (code === 0) {
						debug$7("%i", `Build crate ${this.crate.name} successfully!`);
						resolve$1();
					} else reject(/* @__PURE__ */ new Error(`Build failed with exit code ${code}`));
				});
				buildProcess.once("error", (e) => {
					reject(new Error(`Build failed with error: ${e.message}`, { cause: e }));
				});
				(_buildProcess$stderr = buildProcess.stderr) === null || _buildProcess$stderr === void 0 || _buildProcess$stderr.on("data", (data) => {
					const output = data.toString();
					console.error(output);
					if (/Finished\s(`dev`|`release`)/.test(output)) this.postBuild().catch(() => {});
				});
			}).then(() => this.postBuild()),
			abort: () => controller.abort()
		};
	}
	pickBinary() {
		let set = false;
		if (this.options.watch) if (process.env.CI) debug$7.warn("Watch mode is not supported in CI environment");
		else {
			debug$7("Use %i", "cargo-watch");
			tryInstallCargoBinary("cargo-watch", "watch");
			this.args.push("watch", "--why", "-i", "*.{js,ts,node}", "-w", this.crateDir, "--", "cargo", "build");
			set = true;
		}
		if (this.o