chuanqi/pipeline_bot/web/node_modules/rolldown/dist/shared/bindingify-input-options-DCTviPFW.mjs

import { n as __toESM, t as require_binding } from "./binding-B4m_2rFW.mjs";
import { i as logFailedValidation, n as error, o as logInvalidLogPosition, r as logCycleLoading, t as augmentCodeLocation, u as logPluginError } from "./logs-D6uA606S.mjs";
import { i as bindingifyManifestPlugin, n as BuiltinPlugin, r as bindingifyBuiltInPlugin, t as normalizedStringOrRegex } from "./normalize-string-or-regex-xyy0kCQR.mjs";
import { i as noop, n as isPathFragment, o as unreachable, s as unsupported, t as arraify } from "./misc-DOSKtd97.mjs";
import { a as bindingifySourcemap, i as unwrapBindingResult, t as aggregateBindingErrorsIntoJsError } from "./error-Bj1xBdEY.mjs";
import { parseAst } from "../parse-ast-index.mjs";
import path from "node:path";
import * as filter from "@rolldown/pluginutils";
import fsp from "node:fs/promises";
//#region package.json
var version = "1.2.12";
var package_default = {
	name: "rolldown",
	version,
	description: "Fast JavaScript/TypeScript bundler in Rust with Rollup-compatible API.",
	keywords: [
		"bundler",
		"esbuild",
		"parcel",
		"rolldown",
		"rollup",
		"webpack"
	],
	homepage: "https://rolldown.rs/",
	bugs: { "url": "https://github.com/rolldown/rolldown/issues" },
	license: "MIT",
	repository: {
		"type": "git",
		"url": "git+https://github.com/rolldown/rolldown.git",
		"directory": "packages/rolldown"
	},
	bin: { "rolldown": "./bin/cli.mjs" },
	files: [
		"bin",
		"cli",
		"dist",
		"LICENSE",
		"THIRD-PARTY-LICENSE",
		"!dist/*.node"
	],
	type: "module",
	main: "./dist/index.mjs",
	module: "./dist/index.mjs",
	types: "./dist/index.d.mts",
	imports: { "#parallel-plugin-worker": "./dist/parallel-plugin-worker.mjs" },
	exports: {
		".": {
			"dev": "./src/index.ts",
			"default": "./dist/index.mjs"
		},
		"./config": {
			"dev": "./src/config.ts",
			"default": "./dist/config.mjs"
		},
		"./experimental": {
			"dev": "./src/experimental-index.ts",
			"default": "./dist/experimental-index.mjs"
		},
		"./experimental/runtime-types": { "types": "./dist/experimental-runtime-types.d.ts" },
		"./experimental/runtime": {
			"types": "./dist/experimental-runtime.d.ts",
			"default": "./dist/experimental-runtime.mjs"
		},
		"./filter": {
			"dev": "./src/filter-index.ts",
			"default": "./dist/filter-index.mjs"
		},
		"./getLogFilter": {
			"dev": "./src/get-log-filter.ts",
			"default": "./dist/get-log-filter.mjs"
		},
		"./parallelPlugin": {
			"dev": "./src/parallel-plugin.ts",
			"default": "./dist/parallel-plugin.mjs"
		},
		"./parseAst": {
			"dev": "./src/parse-ast-index.ts",
			"default": "./dist/parse-ast-index.mjs"
		},
		"./package.json": "./package.json",
		"./plugins": {
			"dev": "./src/plugins-index.ts",
			"default": "./dist/plugins-index.mjs"
		},
		"./utils": {
			"dev": "./src/utils-index.ts",
			"default": "./dist/utils-index.mjs"
		}
	},
	publishConfig: {
		"exports": {
			".": "./dist/index.mjs",
			"./config": "./dist/config.mjs",
			"./experimental": "./dist/experimental-index.mjs",
			"./experimental/runtime-types": { "types": "./dist/experimental-runtime-types.d.ts" },
			"./experimental/runtime": {
				"types": "./dist/experimental-runtime.d.ts",
				"default": "./dist/experimental-runtime.mjs"
			},
			"./filter": "./dist/filter-index.mjs",
			"./getLogFilter": "./dist/get-log-filter.mjs",
			"./parallelPlugin": "./dist/parallel-plugin.mjs",
			"./parseAst": "./dist/parse-ast-index.mjs",
			"./package.json": "./package.json",
			"./plugins": "./dist/plugins-index.mjs",
			"./utils": "./dist/utils-index.mjs"
		},
		"access": "public",
		"registry": "https://registry.npmjs.org/"
	},
	scripts: {
		"# Scrips for binding #": "_",
		"artifacts": "napi artifacts --cwd ./src --package-json-path ../package.json -o=../artifacts --npm-dir ../npm",
		"build-binding": "oxnode ./build-binding.ts",
		"build-binding:release": "pnpm build-binding --release",
		"build-binding:profile": "pnpm build-binding --profile profile --features chrome-tracing",
		"build-binding:wasi": "pnpm build-binding --target wasm32-wasip1-threads",
		"build-binding:wasi:release": "pnpm build-binding --profile release-wasi --target wasm32-wasip1-threads",
		"# Scrips for node #": "_",
		"build-node": "node --enable-source-maps --import @oxc-node/core/register -C dev ./build.ts",
		"build-types-check": "tsc -p ./tsconfig.check.json",
		"build-js-glue": "pnpm run --sequential '/^build-(node|types-check)$/'",
		"build-native:debug": "pnpm run --sequential '/^build-(binding|js-glue)$/'",
		"build-native:release": "pnpm run --sequential '/^build-(binding:release|js-glue)$/'",
		"build-native:profile": "pnpm run build-binding:profile && pnpm run build-js-glue",
		"build-native:memory-profile": "pnpm run build-binding:profile --features default_global_allocator && pnpm run build-js-glue",
		"build-wasi:debug": "TARGET='rolldown-wasi' pnpm run --sequential '/^build-(binding|binding:wasi|node)$/'",
		"build-wasi:release": "TARGET='rolldown-wasi' pnpm run --sequential '/^build-(binding|binding:wasi:release|node)$/'",
		"build-browser-pkg:debug": "TARGET='browser' pnpm run --sequential '/^build-(binding:wasi|node)$/'",
		"build-browser-pkg:release": "TARGET='browser' pnpm run --sequential '/^build-(binding:wasi:release|node)$/'",
		"# Scrips for docs #": "_",
		"prepublishOnly": "napi pre-publish -t npm --no-gh-release ${NAPI_DRY_RUN:+--dry-run} ${NAPI_SKIP_OPTIONAL_PUBLISH:+--skip-optional-publish}",
		"publint": "publint ."
	},
	dependencies: {
		"@oxc-project/types": "catalog:",
		"@rolldown/pluginutils": "catalog:"
	},
	devDependencies: {
		"@emnapi/core": "catalog:",
		"@emnapi/runtime": "catalog:",
		"@napi-rs/cli": "catalog:",
		"@napi-rs/wasm-runtime": "catalog:",
		"@oxc-node/cli": "catalog:",
		"cac": "catalog:",
		"consola": "catalog:",
		"emnapi": "catalog:",
		"execa": "catalog:",
		"fresh-import": "catalog:",
		"glob": "catalog:",
		"oxc-parser": "catalog:",
		"pathe": "catalog:",
		"remeda": "catalog:",
		"rolldown": "workspace:*",
		"rolldown-plugin-dts": "catalog:",
		"rollup": "catalog:",
		"signal-exit": "catalog:",
		"source-map": "catalog:",
		"typescript": "catalog:",
		"valibot": "catalog:"
	},
	napi: {
		"binaryName": "rolldown-binding",
		"dtsHeader": "type MaybePromise<T> = T | Promise<T>\ntype Nullable<T> = T | null | undefined\ntype VoidNullable<T = void> = T | null | undefined | void\nexport type BindingStringOrRegex = string | RegExp\nexport type BindingResult<T> = { errors: BindingError[], isBindingErrors: boolean } | T\n\n",
		"packageName": "@rolldown/binding",
		"targets": [
			"aarch64-apple-darwin",
			"aarch64-linux-android",
			"aarch64-pc-windows-msvc",
			"aarch64-unknown-linux-gnu",
			"aarch64-unknown-linux-musl",
			"aarch64-unknown-linux-ohos",
			"armv7-linux-androideabi",
			"armv7-unknown-linux-gnueabihf",
			"powerpc64le-unknown-linux-gnu",
			"s390x-unknown-linux-gnu",
			"wasm32-wasip1-threads",
			"x86_64-apple-darwin",
			"x86_64-pc-windows-msvc",
			"x86_64-unknown-freebsd",
			"x86_64-unknown-linux-gnu",
			"x86_64-unknown-linux-musl"
		],
		"wasm": {
			"initialMemory": 16384,
			"browser": {
				"fs": true,
				"asyncInit": true,
				"errorEvent": true
			}
		}
	},
	engines: { "node": "^20.19.0 || >=22.12.0" }
};
//#endregion
//#region src/constants/version.ts
/**
* The version of Rolldown.
* @example `'1.0.0'`
*
* @category Plugin APIs
*/
const VERSION = version;
//#endregion
//#region src/log/logging.ts
const LOG_LEVEL_SILENT = "silent";
const LOG_LEVEL_ERROR = "error";
const LOG_LEVEL_WARN = "warn";
const LOG_LEVEL_INFO = "info";
const LOG_LEVEL_DEBUG = "debug";
const logLevelPriority = {
	[LOG_LEVEL_DEBUG]: 0,
	[LOG_LEVEL_INFO]: 1,
	[LOG_LEVEL_WARN]: 2,
	[LOG_LEVEL_SILENT]: 3
};
//#endregion
//#region src/log/log-handler.ts
const normalizeLog = (log) => typeof log === "string" ? { message: log } : typeof log === "function" ? normalizeLog(log()) : log;
function getLogHandler(level, code, logger, pluginName, logLevel) {
	if (logLevelPriority[level] < logLevelPriority[logLevel]) return noop;
	return (log, pos) => {
		if (pos != null) logger(LOG_LEVEL_WARN, logInvalidLogPosition(pluginName));
		log = normalizeLog(log);
		if (log.code && !log.pluginCode) log.pluginCode = log.code;
		log.code = code;
		log.plugin = pluginName;
		logger(level, log);
	};
}
//#endregion
//#region src/utils/normalize-hook.ts
function normalizeHook(hook) {
	if (typeof hook === "function" || typeof hook === "string") return {
		handler: hook,
		options: {},
		meta: {}
	};
	if (typeof hook === "object" && hook !== null) {
		const { handler, order, ...options } = hook;
		return {
			handler,
			options,
			meta: { order }
		};
	}
	unreachable("Invalid hook type");
}
//#endregion
//#region src/utils/parallel-plugin.ts
/**
* Returns the `_parallel` marker of a parallel plugin, or `undefined` if the
* given plugin is not one.
*
* Detection is descriptor-based instead of using the `in` operator: only an
* own data property named `_parallel` with the expected shape counts. This
* avoids false positives from inherited or accessor `_parallel` properties on
* regular plugins, and guarantees that callers can safely read `fileUrl` and
* `options` from the returned value.
*/
function getParallelPluginInfo(plugin) {
	if (plugin === null || typeof plugin !== "object") return;
	const descriptor = Object.getOwnPropertyDescriptor(plugin, "_parallel");
	if (!descriptor || !("value" in descriptor)) return;
	const parallel = descriptor.value;
	if (parallel === null || typeof parallel !== "object" || typeof parallel.fileUrl !== "string") return;
	return parallel;
}
//#endregion
//#region src/plugin/minimal-plugin-context.ts
var MinimalPluginContextImpl = class {
	pluginName;
	hookName;
	info;
	warn;
	debug;
	meta;
	constructor(onLog, logLevel, pluginName, watchMode, hookName) {
		this.pluginName = pluginName;
		this.hookName = hookName;
		this.debug = getLogHandler(LOG_LEVEL_DEBUG, "PLUGIN_LOG", onLog, pluginName, logLevel);
		this.info = getLogHandler(LOG_LEVEL_INFO, "PLUGIN_LOG", onLog, pluginName, logLevel);
		this.warn = getLogHandler(LOG_LEVEL_WARN, "PLUGIN_WARNING", onLog, pluginName, logLevel);
		this.meta = {
			rollupVersion: "4.23.0",
			rolldownVersion: VERSION,
			watchMode
		};
	}
	error(e) {
		return error(logPluginError(normalizeLog(e), this.pluginName, { hook: this.hookName }));
	}
};
//#endregion
//#region src/types/plain-object-like.ts
var import_binding = /* @__PURE__ */ __toESM(require_binding(), 1);
const LAZY_FIELDS_KEY = Symbol("__lazy_fields__");
/**
* Base class for classes that use `@lazyProp` decorated properties.
*
* **Design Pattern in Rolldown:**
* This is a common pattern in Rolldown due to its three-layer architecture:
* TypeScript API → NAPI Bindings → Rust Core
*
* **Why we use getters:**
* For performance - to lazily fetch data from Rust bindings only when needed,
* rather than eagerly fetching all data during object construction.
*
* **The problem:**
* Getters defined on class prototypes are non-enumerable by default, which breaks:
* - Object spread operators ({...obj})
* - Object.keys() and similar methods
* - Standard JavaScript object semantics
*
* **The solution:**
* This base class automatically converts `@lazyProp` decorated getters into
* own enumerable getters on each instance during construction.
*
* **Result:**
* Objects get both lazy-loading performance benefits AND plain JavaScript object behavior.
*
* @example
* ```typescript
* class MyClass extends PlainObjectLike {
*   @lazyProp
*   get myProp() {
*     return fetchFromRustBinding();
*   }
* }
* ```
*/
var PlainObjectLike = class {
	constructor() {
		setupLazyProperties(this);
	}
};
/**
* Set up lazy properties as own getters on an instance.
* This is called automatically by the `PlainObjectLike` base class constructor.
*
* @param instance - The instance to set up lazy properties on
* @internal
*/
function setupLazyProperties(instance) {
	const lazyFields = instance.constructor[LAZY_FIELDS_KEY];
	if (!lazyFields) return;
	for (const [propertyKey, originalGetter] of lazyFields.entries()) {
		let cachedValue;
		let hasValue = false;
		Object.defineProperty(instance, propertyKey, {
			get() {
				if (!hasValue) {
					cachedValue = originalGetter.call(this);
					hasValue = true;
				}
				return cachedValue;
			},
			enumerable: true,
			configurable: true
		});
	}
}
/**
* Get all lazy field names from a class instance.
*
* @param instance - Instance to inspect
* @returns Set of lazy property names
*/
function getLazyFields(instance) {
	const lazyFields = instance.constructor[LAZY_FIELDS_KEY];
	return lazyFields ? new Set(lazyFields.keys()) : /* @__PURE__ */ new Set();
}
//#endregion
//#region src/decorators/lazy.ts
/**
* Decorator that marks a getter as lazy-evaluated and cached.
*
* **What "lazy" means here:**
* 1. Data is lazily fetched from Rust bindings only when the property is accessed (not eagerly on construction)
* 2. Once fetched, the data is cached for subsequent accesses (performance optimization)
* 3. Despite being a getter, it behaves like a plain object property (enumerable, appears in Object.keys())
*
* **Important**: Properties decorated with `@lazyProp` are defined as own enumerable
* properties on each instance (not on the prototype). This ensures they:
* - Appear in Object.keys() and Object.getOwnPropertyNames()
* - Are included in object spreads ({...obj})
* - Are enumerable in for...in loops
*
* Classes using this decorator must extend `PlainObjectLike` base class.
*
* @example
* ```typescript
* class MyClass extends PlainObjectLike {
*   @lazyProp
*   get expensiveValue() {
*     return someExpensiveComputation();
*   }
* }
* ```
*/
function lazyProp(target, propertyKey, descriptor) {
	if (!target.constructor[LAZY_FIELDS_KEY]) target.constructor[LAZY_FIELDS_KEY] = /* @__PURE__ */ new Map();
	const originalGetter = descriptor.get;
	target.constructor[LAZY_FIELDS_KEY].set(propertyKey, originalGetter);
	return {
		enumerable: false,
		configurable: true
	};
}
//#endregion
//#region src/utils/asset-source.ts
function transformAssetSource(bindingAssetSource) {
	return bindingAssetSource.inner;
}
function bindingAssetSource(source) {
	return { inner: source };
}
//#endregion
//#region \0@oxc-project+runtime@0.152.0/helpers/esm/decorate.js
function __decorate(decorators, target, key, desc) {
	var c = arguments.length, r = c < 3 ? target : desc === null ? desc = Object.getOwnPropertyDescriptor(target, key) : desc, d;
	if (typeof Reflect === "object" && typeof Reflect.decorate === "function") r = Reflect.decorate(decorators, target, key, desc);
	else for (var i = decorators.length - 1; i >= 0; i--) if (d = decorators[i]) r = (c < 3 ? d(r) : c > 3 ? d(target, key, r) : d(target, key)) || r;
	return c > 3 && r && Object.defineProperty(target, key, r), r;
}
//#endregion
//#region src/types/output-asset-impl.ts
var OutputAssetImpl = class extends PlainObjectLike {
	bindingAsset;
	type = "asset";
	constructor(bindingAsset) {
		super();
		this.bindingAsset = bindingAsset;
	}
	get fileName() {
		return this.bindingAsset.getFileName();
	}
	get originalFileName() {
		return this.bindingAsset.getOriginalFileName() || null;
	}
	get originalFileNames() {
		return this.bindingAsset.getOriginalFileNames();
	}
	get name() {
		return this.bindingAsset.getName() ?? void 0;
	}
	get names() {
		return this.bindingAsset.getNames();
	}
	get source() {
		return transformAssetSource(this.bindingAsset.getSource());
	}
	__rolldown_external_memory_handle__(keepDataAlive) {
		if (keepDataAlive) this.#evaluateAllLazyFields();
		return this.bindingAsset.dropInner();
	}
	#evaluateAllLazyFields() {
		for (const field of getLazyFields(this)) this[field];
	}
};
__decorate([lazyProp], OutputAssetImpl.prototype, "fileName", null);
__decorate([lazyProp], OutputAssetImpl.prototype, "originalFileName", null);
__decorate([lazyProp], OutputAssetImpl.prototype, "originalFileNames", null);
__decorate([lazyProp], OutputAssetImpl.prototype, "name", null);
__decorate([lazyProp], OutputAssetImpl.prototype, "names", null);
__decorate([lazyProp], OutputAssetImpl.prototype, "source", null);
//#endregion
//#region src/utils/transform-rendered-module.ts
function transformToRenderedModule(bindingRenderedModule) {
	return {
		get code() {
			return bindingRenderedModule.code;
		},
		get renderedLength() {
			return bindingRenderedModule.code?.length || 0;
		},
		get renderedExports() {
			return bindingRenderedModule.renderedExports;
		}
	};
}
//#endregion
//#region src/utils/transform-rendered-chunk.ts
function transformRenderedChunk(chunk) {
	let modules = null;
	return {
		type: "chunk",
		get name() {
			return chunk.name;
		},
		get isEntry() {
			return chunk.isEntry;
		},
		get isDynamicEntry() {
			return chunk.isDynamicEntry;
		},
		get facadeModuleId() {
			return chunk.facadeModuleId;
		},
		get moduleIds() {
			return chunk.moduleIds;
		},
		get exports() {
			return chunk.exports;
		},
		get fileName() {
			return chunk.fileName;
		},
		get imports() {
			return chunk.imports;
		},
		get dynamicImports() {
			return chunk.dynamicImports;
		},
		get modules() {
			if (!modules) modules = transformChunkModules(chunk.modules);
			return modules;
		}
	};
}
function transformChunkModules(modules) {
	const result = {};
	for (let i = 0; i < modules.values.length; i++) {
		let key = modules.keys[i];
		const mod = modules.values[i];
		result[key] = transformToRenderedModule(mod);
	}
	return result;
}
//#endregion
//#region src/types/output-chunk-impl.ts
var OutputChunkImpl = class extends PlainObjectLike {
	bindingChunk;
	type = "chunk";
	constructor(bindingChunk) {
		super();
		this.bindingChunk = bindingChunk;
	}
	get fileName() {
		return this.bindingChunk.getFileName();
	}
	get name() {
		return this.bindingChunk.getName();
	}
	get exports() {
		return this.bindingChunk.getExports();
	}
	get isEntry() {
		return this.bindingChunk.getIsEntry();
	}
	get facadeModuleId() {
		return this.bindingChunk.getFacadeModuleId() || null;
	}
	get isDynamicEntry() {
		return this.bindingChunk.getIsDynamicEntry();
	}
	get sourcemapFileName() {
		return this.bindingChunk.getSourcemapFileName() || null;
	}
	get preliminaryFileName() {
		return this.bindingChunk.getPreliminaryFileName();
	}
	get code() {
		return this.bindingChunk.getCode();
	}
	get modules() {
		return transformChunkModules(this.bindingChunk.getModules());
	}
	get imports() {
		return this.bindingChunk.getImports();
	}
	get dynamicImports() {
		return this.bindingChunk.getDynamicImports();
	}
	get moduleIds() {
		return this.bindingChunk.getModuleIds();
	}
	get map() {
		const mapString = this.bindingChunk.getMap();
		return mapString ? transformToRollupSourceMap(mapString) : null;
	}
	__rolldown_external_memory_handle__(keepDataAlive) {
		if (keepDataAlive) this.#evaluateAllLazyFields();
		return this.bindingChunk.dropInner();
	}
	#evaluateAllLazyFields() {
		for (const field of getLazyFields(this)) this[field];
	}
};
__decorate([lazyProp], OutputChunkImpl.prototype, "fileName", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "name", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "exports", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "isEntry", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "facadeModuleId", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "isDynamicEntry", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "sourcemapFileName", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "preliminaryFileName", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "code", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "modules", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "imports", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "dynamicImports", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "moduleIds", null);
__decorate([lazyProp], OutputChunkImpl.prototype, "map", null);
//#endregion
//#region src/utils/transform-to-rollup-output.ts
function transformToRollupSourceMap(map) {
	const obj = {
		...JSON.parse(map),
		toString() {
			return JSON.stringify(obj);
		},
		toUrl() {
			return `data:application/json;charset=utf-8;base64,${Buffer.from(obj.toString(), "utf-8").toString("base64")}`;
		}
	};
	Object.defineProperty(obj, "x_google_ignoreList", {
		get: () => obj.ignoreList,
		set: (value) => {
			obj.ignoreList = value;
		}
	});
	return obj;
}
function transformToRollupOutputChunk(bindingChunk) {
	return new OutputChunkImpl(bindingChunk);
}
function transformToMutableRollupOutputChunk(bindingChunk, changed) {
	const chunk = {
		type: "chunk",
		get code() {
			return bindingChunk.getCode();
		},
		fileName: bindingChunk.getFileName(),
		name: bindingChunk.getName(),
		get modules() {
			return transformChunkModules(bindingChunk.getModules());
		},
		get imports() {
			return bindingChunk.getImports();
		},
		get dynamicImports() {
			return bindingChunk.getDynamicImports();
		},
		exports: bindingChunk.getExports(),
		isEntry: bindingChunk.getIsEntry(),
		facadeModuleId: bindingChunk.getFacadeModuleId() || null,
		isDynamicEntry: bindingChunk.getIsDynamicEntry(),
		get moduleIds() {
			return bindingChunk.getModuleIds();
		},
		get map() {
			const map = bindingChunk.getMap();
			return map ? transformToRollupSourceMap(map) : null;
		},
		sourcemapFileName: bindingChunk.getSourcemapFileName() || null,
		preliminaryFileName: bindingChunk.getPreliminaryFileName()
	};
	const cache = {};
	return new Proxy(chunk, {
		get(target, p) {
			if (p in cache) return cache[p];
			const value = target[p];
			cache[p] = value;
			return value;
		},
		set(_target, p, newValue) {
			cache[p] = newValue;
			changed.updated.add(bindingChunk.getFileName());
			return true;
		},
		has(target, p) {
			if (p in cache) return true;
			return p in target;
		}
	});
}
function transformToRollupOutputAsset(bindingAsset) {
	return new OutputAssetImpl(bindingAsset);
}
function transformToMutableRollupOutputAsset(bindingAsset, changed) {
	const asset = {
		type: "asset",
		fileName: bindingAsset.getFileName(),
		originalFileName: bindingAsset.getOriginalFileName() || null,
		originalFileNames: bindingAsset.getOriginalFileNames(),
		get source() {
			return transformAssetSource(bindingAsset.getSource());
		},
		name: bindingAsset.getName() ?? void 0,
		names: bindingAsset.getNames()
	};
	const cache = {};
	return new Proxy(asset, {
		get(target, p) {
			if (p in cache) return cache[p];
			const value = target[p];
			cache[p] = value;
			return value;
		},
		set(_target, p, newValue) {
			cache[p] = newValue;
			changed.updated.add(bindingAsset.getFileName());
			return true;
		}
	});
}
function transformToRollupOutput(output) {
	const { chunks, assets } = output;
	const transformed = { output: [...chunks.map((chunk) => transformToRollupOutputChunk(chunk)), ...assets.map((asset) => transformToRollupOutputAsset(asset))] };
	if (output.mangleCache !== void 0) transformed.mangleCache = output.mangleCache;
	return transformed;
}
function transformToMutableRollupOutput(output, changed) {
	const { chunks, assets } = output;
	return { output: [...chunks.map((chunk) => transformToMutableRollupOutputChunk(chunk, changed)), ...assets.map((asset) => transformToMutableRollupOutputAsset(asset, changed))] };
}
function transformToOutputBundle(context, output, changed) {
	const bundle = Object.fromEntries(transformToMutableRollupOutput(output, changed).output.map((item) => [item.fileName, item]));
	return new Proxy(bundle, {
		set(_target, _p, _newValue, _receiver) {
			const originalStackTraceLimit = Error.stackTraceLimit;
			Error.stackTraceLimit = 2;
			const message = "This plugin assigns to bundle variable. This is discouraged by Rollup and is not supported by Rolldown. This will be ignored. https://rollupjs.org/plugin-development/#generatebundle:~:text=DANGER,this.emitFile.";
			const stack = (/* @__PURE__ */ new Error(message)).stack ?? message;
			Error.stackTraceLimit = originalStackTraceLimit;
			context.warn({
				message: stack,
				code: "UNSUPPORTED_BUNDLE_ASSIGNMENT"
			});
			return true;
		},
		deleteProperty(target, property) {
			if (typeof property === "string") changed.deleted.add(property);
			delete target[property];
			return true;
		}
	});
}
function collectChangedBundle(changed, bundle) {
	const changes = {};
	for (const key in bundle) {
		if (changed.deleted.has(key) || !changed.updated.has(key)) continue;
		const item = bundle[key];
		if (item.type === "asset") changes[key] = {
			filename: item.fileName,
			originalFileNames: item.originalFileNames,
			source: bindingAssetSource(item.source),
			names: item.names
		};
		else changes[key] = {
			code: item.code,
			filename: item.fileName,
			name: item.name,
			isEntry: item.isEntry,
			exports: item.exports,
			modules: {},
			imports: item.imports,
			dynamicImports: item.dynamicImports,
			facadeModuleId: item.facadeModuleId || void 0,
			isDynamicEntry: item.isDynamicEntry,
			moduleIds: item.moduleIds,
			map: bindingifySourcemap(item.map),
			sourcemapFilename: item.sourcemapFileName || void 0,
			preliminaryFilename: item.preliminaryFileName
		};
	}
	return {
		changes,
		deleted: changed.deleted
	};
}
//#endregion
//#region src/options/normalized-input-options.ts
var NormalizedInputOptionsImpl = class extends PlainObjectLike {
	onLog;
	inputPlugins;
	inner;
	constructor(inner, onLog, inputPlugins) {
		super();
		this.onLog = onLog;
		this.inputPlugins = inputPlugins;
		this.inner = inner;
	}
	get shimMissingExports() {
		return this.inner.shimMissingExports;
	}
	get input() {
		return this.inner.input;
	}
	get cwd() {
		return this.inner.cwd;
	}
	get platform() {
		return this.inner.platform;
	}
	get context() {
		return this.inner.context;
	}
	get plugins() {
		return this.inputPlugins;
	}
};
__decorate([lazyProp], NormalizedInputOptionsImpl.prototype, "shimMissingExports", null);
__decorate([lazyProp], NormalizedInputOptionsImpl.prototype, "input", null);
__decorate([lazyProp], NormalizedInputOptionsImpl.prototype, "cwd", null);
__decorate([lazyProp], NormalizedInputOptionsImpl.prototype, "platform", null);
__decorate([lazyProp], NormalizedInputOptionsImpl.prototype, "context", null);
//#endregion
//#region src/options/normalized-output-options.ts
var NormalizedOutputOptionsImpl = class extends PlainObjectLike {
	inner;
	outputOptions;
	normalizedOutputPlugins;
	constructor(inner, outputOptions, normalizedOutputPlugins) {
		super();
		this.inner = inner;
		this.outputOptions = outputOptions;
		this.normalizedOutputPlugins = normalizedOutputPlugins;
	}
	get dir() {
		return this.inner.dir ?? void 0;
	}
	get entryFileNames() {
		return this.inner.entryFilenames || this.outputOptions.entryFileNames;
	}
	get chunkFileNames() {
		return this.inner.chunkFilenames || this.outputOptions.chunkFileNames;
	}
	get assetFileNames() {
		return this.inner.assetFilenames || this.outputOptions.assetFileNames;
	}
	get format() {
		return this.inner.format;
	}
	get exports() {
		return this.inner.exports;
	}
	get sourcemap() {
		return this.inner.sourcemap;
	}
	get sourcemapFileNames() {
		return this.inner.sourcemapFilenames || this.outputOptions.sourcemapFileNames;
	}
	get sourcemapBaseUrl() {
		return this.inner.sourcemapBaseUrl ?? void 0;
	}
	get shimMissingExports() {
		return this.inner.shimMissingExports;
	}
	get name() {
		return this.inner.name ?? void 0;
	}
	get file() {
		return this.inner.file ?? void 0;
	}
	get codeSplitting() {
		return this.inner.codeSplitting;
	}
	/**
	* @deprecated Use `codeSplitting` instead.
	*/
	get inlineDynamicImports() {
		return !this.inner.codeSplitting;
	}
	get dynamicImportInCjs() {
		return this.inner.dynamicImportInCjs;
	}
	get externalLiveBindings() {
		return this.inner.externalLiveBindings;
	}
	get banner() {
		return normalizeAddon(this.outputOptions.banner);
	}
	get footer() {
		return normalizeAddon(this.outputOptions.footer);
	}
	get postBanner() {
		return normalizeAddon(this.outputOptions.postBanner);
	}
	get postFooter() {
		return normalizeAddon(this.outputOptions.postFooter);
	}
	get intro() {
		return normalizeAddon(this.outputOptions.intro);
	}
	get outro() {
		return normalizeAddon(this.outputOptions.outro);
	}
	get esModule() {
		return this.inner.esModule;
	}
	get extend() {
		return this.inner.extend;
	}
	get globals() {
		return this.inner.globals || this.outputOptions.globals;
	}
	get paths() {
		return this.outputOptions.paths;
	}
	get hashCharacters() {
		return this.inner.hashCharacters;
	}
	get sourcemapDebugIds() {
		return this.inner.sourcemapDebugIds;
	}
	get sourcemapExcludeSources() {
		return this.inner.sourcemapExcludeSources;
	}
	get sourcemapIgnoreList() {
		return this.outputOptions.sourcemapIgnoreList;
	}
	get sourcemapPathTransform() {
		return this.outputOptions.sourcemapPathTransform;
	}
	get minify() {
		let ret = this.inner.minify;
		if (typeof ret === "object" && ret !== null) {
			delete ret["codegen"];
			delete ret["module"];
			delete ret["sourcemap"];
		}
		return ret;
	}
	get legalComments() {
		return this.inner.legalComments;
	}
	get comments() {
		const c = this.inner.comments;
		return {
			legal: c.legal ?? true,
			annotation: c.annotation ?? true,
			jsdoc: c.jsdoc ?? true
		};
	}
	get polyfillRequire() {
		return this.inner.polyfillRequire;
	}
	get plugins() {
		return this.normalizedOutputPlugins;
	}
	get preserveModules() {
		return this.inner.preserveModules;
	}
	get preserveModulesRoot() {
		return this.inner.preserveModulesRoot;
	}
	get virtualDirname() {
		return this.inner.virtualDirname;
	}
	get topLevelVar() {
		return this.inner.topLevelVar ?? false;
	}
	get minifyInternalExports() {
		return this.inner.minifyInternalExports ?? false;
	}
};
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "dir", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "entryFileNames", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "chunkFileNames", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "assetFileNames", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "format", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "exports", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemap", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapFileNames", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapBaseUrl", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "shimMissingExports", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "name", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "file", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "codeSplitting", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "inlineDynamicImports", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "dynamicImportInCjs", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "externalLiveBindings", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "banner", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "footer", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "postBanner", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "postFooter", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "intro", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "outro", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "esModule", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "extend", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "globals", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "paths", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "hashCharacters", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapDebugIds", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapExcludeSources", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapIgnoreList", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "sourcemapPathTransform", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "minify", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "legalComments", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "comments", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "polyfillRequire", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "plugins", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "preserveModules", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "preserveModulesRoot", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "virtualDirname", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "topLevelVar", null);
__decorate([lazyProp], NormalizedOutputOptionsImpl.prototype, "minifyInternalExports", null);
function normalizeAddon(value) {
	if (typeof value === "function") return value;
	return () => value || "";
}
//#endregion
//#region src/utils/transform-module-info.ts
function transformModuleInfo(info, option) {
	return {
		get ast() {
			return unsupported("ModuleInfo#ast");
		},
		get code() {
			return info.code;
		},
		id: info.id,
		importers: info.importers,
		dynamicImporters: info.dynamicImporters,
		importedIds: info.importedIds,
		dynamicallyImportedIds: info.dynamicallyImportedIds,
		exports: info.exports,
		isEntry: info.isEntry,
		inputFormat: info.inputFormat,
		...option
	};
}
//#endregion
//#region src/plugin/plugin-context-data.ts
var PluginContextData = class {
	onLog;
	outputOptions;
	normalizedInputPlugins;
	normalizedOutputPlugins;
	moduleOptionMap = /* @__PURE__ */ new Map();
	resolveOptionsMap = /* @__PURE__ */ new Map();
	loadModulePromiseMap = /* @__PURE__ */ new Map();
	renderedChunkMeta = null;
	normalizedInputOptions = null;
	normalizedOutputOptions = null;
	constructor(onLog, outputOptions, normalizedInputPlugins, normalizedOutputPlugins) {
		this.onLog = onLog;
		this.outputOptions = outputOptions;
		this.normalizedInputPlugins = normalizedInputPlugins;
		this.normalizedOutputPlugins = normalizedOutputPlugins;
	}
	updateModuleOption(id, option) {
		const existing = this.moduleOptionMap.get(id);
		if (existing) {
			if (option.moduleSideEffects != null) existing.moduleSideEffects = option.moduleSideEffects;
			if (option.meta != null) Object.assign(existing.meta, option.meta);
			if (option.invalidate != null) existing.invalidate = option.invalidate;
		} else {
			this.moduleOptionMap.set(id, option);
			return option;
		}
		return existing;
	}
	getModuleOption(id) {
		const option = this.moduleOptionMap.get(id);
		if (!option) {
			const raw = {
				moduleSideEffects: null,
				meta: {}
			};
			this.moduleOptionMap.set(id, raw);
			return raw;
		}
		return option;
	}
	getModuleInfo(id, context) {
		const bindingInfo = context.getModuleInfo(id);
		if (bindingInfo) {
			const info = transformModuleInfo(bindingInfo, this.getModuleOption(id));
			return this.proxyModuleInfo(id, info);
		}
		return null;
	}
	proxyModuleInfo(id, info) {
		let moduleSideEffects = info.moduleSideEffects;
		Object.defineProperty(info, "moduleSideEffects", {
			get() {
				return moduleSideEffects;
			},
			set: (v) => {
				this.updateModuleOption(id, {
					moduleSideEffects: v,
					meta: info.meta,
					invalidate: true
				});
				moduleSideEffects = v;
			}
		});
		return info;
	}
	getModuleIds(context) {
		return context.getModuleIds().values();
	}
	saveResolveOptions(options) {
		const index = this.resolveOptionsMap.size;
		this.resolveOptionsMap.set(index, options);
		return index;
	}
	getSavedResolveOptions(receipt) {
		return this.resolveOptionsMap.get(receipt);
	}
	removeSavedResolveOptions(receipt) {
		this.resolveOptionsMap.delete(receipt);
	}
	setRenderChunkMeta(meta) {
		this.renderedChunkMeta = meta;
	}
	getRenderChunkMeta() {
		return this.renderedChunkMeta;
	}
	getInputOptions(opts) {
		this.normalizedInputOptions ??= new NormalizedInputOptionsImpl(opts, this.onLog, this.normalizedInputPlugins);
		return this.normalizedInputOptions;
	}
	getOutputOptions(opts) {
		this.normalizedOutputOptions ??= new NormalizedOutputOptionsImpl(opts, this.outputOptions, this.normalizedOutputPlugins);
		return this.normalizedOutputOptions;
	}
	clear() {
		this.renderedChunkMeta = null;
		this.loadModulePromiseMap.clear();
	}
};
//#endregion
//#region src/binding-magic-string.ts
Object.defineProperty(import_binding.BindingMagicString.prototype, "isRolldownMagicString", {
	value: true,
	writable: false,
	configurable: false
});
function assertString(content, msg) {
	if (typeof content !== "string") throw new TypeError(msg);
}
const nativeAppend = import_binding.BindingMagicString.prototype.append;
const nativePrepend = import_binding.BindingMagicString.prototype.prepend;
const nativeAppendLeft = import_binding.BindingMagicString.prototype.appendLeft;
const nativeAppendRight = import_binding.BindingMagicString.prototype.appendRight;
const nativePrependLeft = import_binding.BindingMagicString.prototype.prependLeft;
const nativePrependRight = import_binding.BindingMagicString.prototype.prependRight;
const nativeOverwrite = import_binding.BindingMagicString.prototype.overwrite;
const nativeUpdate = import_binding.BindingMagicString.prototype.update;
import_binding.BindingMagicString.prototype.append = function(content) {
	assertString(content, "outro content must be a string");
	return nativeAppend.call(this, content);
};
import_binding.BindingMagicString.prototype.prepend = function(content) {
	assertString(content, "outro content must be a string");
	return nativePrepend.call(this, content);
};
import_binding.BindingMagicString.prototype.appendLeft = function(index, content) {
	assertString(content, "inserted content must be a string");
	return nativeAppendLeft.call(this, index, content);
};
import_binding.BindingMagicString.prototype.appendRight = function(index, content) {
	assertString(content, "inserted content must be a string");
	return nativeAppendRight.call(this, index, content);
};
import_binding.BindingMagicString.prototype.prependLeft = function(index, content) {
	assertString(content, "inserted content must be a string");
	return nativePrependLeft.call(this, index, content);
};
import_binding.BindingMagicString.prototype.prependRight = function(index, content) {
	assertString(content, "inserted content must be a string");
	return nativePrependRight.call(this, index, content);
};
import_binding.BindingMagicString.prototype.overwrite = function(start, end, content, options) {
	assertString(content, "replacement content must be a string");
	return nativeOverwrite.call(this, start, end, content, options);
};
import_binding.BindingMagicString.prototype.update = function(start, end, content, options) {
	assertString(content, "replacement content must be a string");
	return nativeUpdate.call(this, start, end, content, options);
};
const nativeReplace = import_binding.BindingMagicString.prototype.replace;
const nativeReplaceAll = import_binding.BindingMagicString.prototype.replaceAll;
import_binding.BindingMagicString.prototype.replace = function(searchValue, replacement) {
	if (typeof searchValue === "string") return nativeReplace.call(this, searchValue, replacement);
	if (searchValue.global) searchValue.lastIndex = 0;
	const lastMatchEnd = this.replaceRegex(searchValue, replacement);
	if (searchValue.global) searchValue.lastIndex = 0;
	else if (searchValue.sticky) searchValue.lastIndex = lastMatchEnd === -1 ? 0 : lastMatchEnd;
	return this;
};
import_binding.BindingMagicString.prototype.replaceAll = function(searchValue, replacement) {
	if (typeof searchValue === "string") return nativeReplaceAll.call(this, searchValue, replacement);
	if (!searchValue.global) throw new TypeError("MagicString.prototype.replaceAll called with a non-global RegExp argument");
	searchValue.lastIndex = 0;
	this.replaceRegex(searchValue, replacement);
	searchValue.lastIndex = 0;
	return this;
};
/**
* A native MagicString implementation powered by Rust.
*
* @experimental
*/
const RolldownMagicString = import_binding.BindingMagicString;
//#endregion
//#region src/utils/transform-sourcemap.ts
function isEmptySourcemapFiled(array) {
	if (!array) return true;
	if (array.length === 0 || !array[0]) return true;
	return false;
}
function normalizeTransformHookSourcemap(id, originalCode, rawMap) {
	if (!rawMap) return;
	let map = typeof rawMap === "object" ? rawMap : JSON.parse(rawMap);
	if (isEmptySourcemapFiled(map.sourcesContent)) map.sourcesContent = [originalCode];
	if (isEmptySourcemapFiled(map.sources) || map.sources && map.sources.length === 1 && map.sources[0] !== id) map.sources = [id];
	return map;
}
//#endregion
//#region ../../node_modules/.pnpm/remeda@2.50.0/node_modules/remeda/dist/lazyDataLastImpl--3B10z3s.js
function e(e, t, n) {
	let r = (n) => e(n, ...t);
	return n === void 0 ? r : Object.assign(r, {
		lazy: n,
		lazyArgs: t
	});
}
//#endregion
//#region ../../node_modules/.pnpm/remeda@2.50.0/node_modules/remeda/dist/purry.js
function t$1(t, n, r) {
	let i = t.length - n.length;
	if (i === 0) return t(...n);
	if (i === 1) return e(t, n, r);
	throw Error(`Wrong number of arguments`);
}
//#endregion
//#region ../../node_modules/.pnpm/remeda@2.50.0/node_modules/remeda/dist/partition.js
function t(...t) {
	return t$1(n, t);
}
const n = (e, t) => {
	let n = [[], []];
	for (let [r, i] of e.entries()) t(i, r, e) ? n[0].push(i) : n[1].push(i);
	return n;
};
//#endregion
//#region src/plugin/bindingify-hook-filter.ts
function generalHookFilterMatcherToFilterExprs(matcher, stringKind) {
	if (typeof matcher === "string" || matcher instanceof RegExp) return [filter.include(generateAtomMatcher(stringKind, matcher))];
	if (Array.isArray(matcher)) return matcher.map((m) => filter.include(generateAtomMatcher(stringKind, m)));
	let ret = [];
	if (matcher.exclude) ret.push(...arraify(matcher.exclude).map((m) => filter.exclude(generateAtomMatcher(stringKind, m))));
	if (matcher.include) ret.push(...arraify(matcher.include).map((m) => filter.include(generateAtomMatcher(stringKind, m))));
	return ret;
}
function generateAtomMatcher(kind, matcher) {
	return kind === "code" ? filter.code(matcher) : filter.id(matcher);
}
function transformFilterMatcherToFilterExprs(filterOption) {
	if (!filterOption) return;
	if (Array.isArray(filterOption)) return filterOption;
	const { id, code, moduleType } = filterOption;
	let ret = [];
	let idIncludes = [];
	let idExcludes = [];
	let codeIncludes = [];
	let codeExcludes = [];
	if (id) [idIncludes, idExcludes] = t(generalHookFilterMatcherToFilterExprs(id, "id") ?? [], (m) => m.kind === "include");
	if (code) [codeIncludes, codeExcludes] = t(generalHookFilterMatcherToFilterExprs(code, "code") ?? [], (m) => m.kind === "include");
	ret.push(...idExcludes);
	ret.push(...codeExcludes);
	let andExprList = [];
	if (moduleType) {
		let moduleTypes = Array.isArray(moduleType) ? moduleType : moduleType.include ?? [];
		andExprList.push(filter.or(...moduleTypes.map((m) => filter.moduleType(m))));
	}
	if (idIncludes.length) andExprList.push(filter.or(...idIncludes.map((item) => item.expr)));
	if (codeIncludes.length) andExprList.push(filter.or(...codeIncludes.map((item) => item.expr)));
	if (andExprList.length) ret.push(filter.include(filter.and(...andExprList)));
	return ret;
}
function bindingifyGeneralHookFilter(stringKind, pattern) {
	let filterExprs = generalHookFilterMatcherToFilterExprs(pattern, stringKind);
	let ret = [];
	if (filterExprs) ret = filterExprs.map(bindingifyFilterExpr);
	return ret.length > 0 ? { value: ret } : void 0;
}
function bindingifyFilterExpr(expr) {
	let list = [];
	bindingifyFilterExprImpl(expr, list);
	return list;
}
function containsImporterId(expr) {
	switch (expr.kind) {
		case "and":
		case "or": return expr.args.some(containsImporterId);
		case "not":
		case "include":
		case "exclude": return containsImporterId(expr.expr);
		case "importerId": return true;
		default: return false;
	}
}
function assertNoImporterId(filterExprs, hookName) {
	if (filterExprs?.some(containsImporterId)) throw new Error(`The \`importerId\` filter can only be used with the \`resolveId\` hook, but it was used with the \`${hookName}\` hook.`);
}
function containsStringId(expr) {
	switch (expr.kind) {
		case "and":
		case "or": return expr.args.some(containsStringId);
		case "not":
		case "include":
		case "exclude": return containsStringId(expr.expr);
		case "id": return typeof expr.pattern === "string";
		default: return false;
	}
}
function assertNoStringId(filterExprs, hookName) {
	if (filterExprs?.some(containsStringId)) throw new Error(`A string \`id\` filter is not supported for the \`${hookName}\` hook, because its \`id\` is the import specifier rather than a resolved path. Use a RegExp instead.`);
}
function bindingifyFilterExprImpl(expr, list) {
	switch (expr.kind) {
		case "and": {
			let args = expr.args;
			for (let i = args.length - 1; i >= 0; i--) bindingifyFilterExprImpl(args[i], list);
			list.push({
				kind: "And",
				payload: args.length
			});
			break;
		}
		case "or": {
			let args = expr.args;
			for (let i = args.length - 1; i >= 0; i--) bindingifyFilterExprImpl(args[i], list);
			list.push({
				kind: "Or",
				payload: args.length
			});
			break;
		}
		case "not":
			bindingifyFilterExprImpl(expr.expr, list);
			list.push({ kind: "Not" });
			break;
		case "id":
			list.push({
				kind: "Id",
				payload: expr.pattern
			});
			if (expr.params.cleanUrl) list.push({ kind: "CleanUrl" });
			break;
		case "importerId":
			list.push({
				kind: "ImporterId",
				payload: expr.pattern
			});
			if (expr.params.cleanUrl) list.push({ kind: "CleanUrl" });
			break;
		case "moduleType":
			list.push({
				kind: "ModuleType",
				payload: expr.pattern
			});
			break;
		case "code":
			list.push({
				kind: "Code",
				payload: expr.pattern
			});
			break;
		case "include":
			bindingifyFilterExprImpl(expr.expr, list);
			list.push({ kind: "Include" });
			break;
		case "exclude":
			bindingifyFilterExprImpl(expr.expr, list);
			list.push({ kind: "Exclude" });
			break;
		case "query":
			list.push({
				kind: "QueryKey",
				payload: expr.key
			});
			list.push({
				kind: "QueryValue",
				payload: expr.pattern
			});
			break;
		default: throw new Error(`Unknown filter expression: ${expr}`);
	}
}
function bindingifyResolveIdFilter(filterOption) {
	if (!filterOption) return;
	const filterExprs = Array.isArray(filterOption) ? filterOption : filterOption.id ? generalHookFilterMatcherToFilterExprs(filterOption.id, "id") : void 0;
	assertNoStringId(filterExprs, "resolveId");
	if (!filterExprs) return;
	const value = filterExprs.map(bindingifyFilterExpr);
	return value.length > 0 ? { value } : void 0;
}
function bindingifyLoadFilter(filterOption) {
	if (!filterOption) return;
	if (Array.isArray(filterOption)) {
		assertNoImporterId(filterOption, "load");
		return { value: filterOption.map(bindingifyFilterExpr) };
	}
	return filterOption.id ? bindingifyGeneralHookFilter("id", filterOption.id) : void 0;
}
function bindingifyTransformFilter(filterOption) {
	if (!filterOption) return;
	let filterExprs = transformFilterMatcherToFilterExprs(filterOption);
	assertNoImporterId(filterExprs, "transform");
	let ret = [];
	if (filterExprs) ret = filterExprs.map(bindingifyFilterExpr);
	return { value: ret.length > 0 ? ret : void 0 };
}
function bindingifyRenderChunkFilter(filterOption) {
	if (!filterOption) return;
	if (Array.isArray(filterOption)) {
		assertNoImporterId(filterOption, "renderChunk");
		return { value: filterOption.map(bindingifyFilterExpr) };
	}
	return filterOption.code ? bindingifyGeneralHookFilter("code", filterOption.code) : void 0;
}
//#endregion
//#region src/plugin/bindingify-plugin-hook-meta.ts
function bindingifyPluginHookMeta(options) {
	return { order: bindingPluginOrder(options.order) };
}
function bindingPluginOrder(order) {
	switch (order) {
		case "post": return import_binding.BindingPluginOrder.Post;
		case "pre": return import_binding.BindingPluginOrder.Pre;
		case null:
		case void 0: return;
		default: throw new Error(`Unknown plugin order: ${order}`);
	}
}
function bindingifyHook(hook, build) {
	if (!hook) return {};
	const normalized = normalizeHook(hook);
	return {
		...build(normalized),
		meta: bindingifyPluginHookMeta(normalized.meta)
	};
}
//#endregion
//#region src/plugin/fs.ts
const fsModule = {
	appendFile: fsp.appendFile,
	copyFile: fsp.copyFile,
	mkdir: fsp.mkdir,
	mkdtemp: fsp.mkdtemp,
	readdir: fsp.readdir,
	readFile: fsp.readFile,
	realpath: fsp.realpath,
	rename: fsp.rename,
	rmdir: fsp.rmdir,
	stat: fsp.stat,
	lstat: fsp.lstat,
	unlink: fsp.unlink,
	writeFile: fsp.writeFile
};
//#endregion
//#region src/plugin/plugin-context.ts
var PluginContextImpl = class extends MinimalPluginContextImpl {
	outputOptions;
	context;
	data;
	onLog;
	currentLoadingModule;
	fs = fsModule;
	getModuleInfo;
	constructor(outputOptions, context, plugin, data, onLog, logLevel, watchMode, currentLoadingModule) {
		super(onLog, logLevel, plugin.name, watchMode);
		this.outputOptions = outputOptions;
		this.context = context;
		this.data = data;
		this.onLog = onLog;
		this.currentLoadingModule = currentLoadingModule;
		this.getModuleInfo = (id) => this.data.getModuleInfo(id, context);
	}
	async load(options) {
		const id = options.id;
		if (id === this.currentLoadingModule) this.onLog(LOG_LEVEL_WARN, logCycleLoading(this.pluginName, this.currentLoadingModule));
		const moduleInfo = this.data.getModuleInfo(id, this.context);
		if (moduleInfo && moduleInfo.code !== null) return moduleInfo;
		const rawOptions = {
			meta: options.meta || {},
			moduleSideEffects: options.moduleSideEffects || null,
			invalidate: false
		};
		this.data.updateModuleOption(id, rawOptions);
		let loadPromise = this.data.loadModulePromiseMap.get(id);
		if (!loadPromise) {
			loadPromise = this.context.load(id, options.moduleSideEffects ?? void 0, options.packageJsonPath ?? void 0).catch(() => {
				this.data.loadModulePromiseMap.delete(id);
			});
			this.data.loadModulePromiseMap.set(id, loadPromise);
		}
		await loadPromise;
		return this.data.getModuleInfo(id, this.context);
	}
	async resolve(source, importer, options) {
		let receipt = void 0;
		if (options != null) receipt = this.data.saveResolveOptions(options);
		const vitePluginCustom = Object.entries(options?.custom ?? {}).reduce((acc, [key, value]) => {
			if (key.startsWith("vite:")) (acc ??= {})[key] = value;
			return acc;
		}, void 0);
		const res = await this.context.resolve(source, importer, {
			importKind: options?.kind,
			custom: receipt,
			isEntry: options?.isEntry,
			skipSelf: options?.skipSelf,
			vitePluginCustom
		});
		if (receipt != null) this.data.removeSavedResolveOptions(receipt);
		if (res == null) return null;
		const info = this.data.getModuleOption(res.id) || {};
		return {
			...res,
			external: res.external === "relative" ? unreachable(`The PluginContext resolve result external couldn't be 'relative'`) : res.external,
			...info,
			moduleSideEffects: info.moduleSideEffects ?? res.moduleSideEffects ?? null,
			packageJsonPath: res.packageJsonPath
		};
	}
	emitFile = (file) => {
		if (file.type === "prebuilt-chunk") {
			if (typeof file.code !== "string") return error(logFailedValidation(`Emitted prebuilt chunks need to have a valid string code, received "${file.code}".`));
			if (typeof file.fileName !== "string" || isPathFragment(file.fileName)) return error(logFailedValidation(`The "fileName" property of emitted prebuilt chunks must be strings that are neither absolute nor relative paths, received "${file.fileName}".`));
			return this.context.emitPrebuiltChunk({
				fileName: file.fileName,
				name: file.name,
				code: file.code,
				exports: file.exports,
				map: bindingifySourcemap(file.map),
				sourcemapFileName: file.sourcemapFileName,
				facadeModuleId: file.facadeModuleId,
				isEntry: file.isEntry,
				isDynamicEntry: file.isDynamicEntry
			});
		}
		const validatedName = file.fileName || file.name;
		if (typeof validatedName === "string" && isPathFragment(validatedName)) return error(logFailedValidation(`The "fileName" or "name" properties of emitted chunks and assets must be strings that are neither absolute nor relative paths, received "${validatedName}".`));
		if (file.type === "chunk") return this.context.emitChunk({
			preserveEntrySignatures: bindingifyPreserveEntrySignatures(file.preserveSignature),
			...file
		});
		const fnSanitizedFileName = file.fileName || typeof this.outputOptions.sanitizeFileName !== "function" ? void 0 : this.outputOptions.sanitizeFileName(file.name || "asset");
		const filename = file.fileName ? void 0 : this.getAssetFileNames(file);
		return this.context.emitFile({
			...file,
			originalFileName: file.originalFileName || void 0,
			source: bindingAssetSource(file.source)
		}, filename, fnSanitizedFileName);
	};
	getAssetFileNames(file) {
		if (typeof this.outputOptions.assetFileNames === "function") return this.outputOptions.assetFileNames({
			type: "asset",
			name: file.name,
			names: file.name ? [file.name] : [],
			originalFileName: file.originalFileName,
			originalFileNames: file.originalFileName ? [file.originalFileName] : [],
			source: file.source
		});
	}
	getFileName(referenceId) {
		return this.context.getFileName(referenceId);
	}
	getModuleIds() {
		return this.data.getModuleIds(this.context);
	}
	addWatchFile(id) {
		this.context.addWatchFile(id);
	}
	parse(input, options) {
		return parseAst(input, options);
	}
};
function createPluginContext(args, ctx) {
	return new PluginContextImpl(args.outputOptions, ctx, args.plugin, args.pluginContextData, args.onLog, args.logLevel, args.watchMode);
}
//#endregion
//#region src/plugin/load-plugin-context.ts
var LoadPluginContextImpl = class extends PluginContextImpl {
	inner;
	constructor(outputOptions, context, plugin, data, inner, moduleId, onLog, logLevelOption, watchMode) {
		super(outputOptions, context, plugin, data, onLog, logLevelOption, watchMode, moduleId);
		this.inner = inner;
	}
	addWatchFile(id) {
		this.inner.addWatchFile(id);
	}
};
//#endregion
//#region src/plugin/transform-plugin-context.ts
var TransformPluginContextImpl = class extends PluginContextImpl {
	inner;
	moduleId;
	moduleSource;
	constructor(outputOptions, context, plugin, data, inner, moduleId, moduleSource, onLog, LogLevelOption, watchMode) {
		super(outputOptions, context, plugin, data, onLog, LogLevelOption, watchMode, moduleId);
		this.inner = inner;
		this.moduleId = moduleId;
		this.moduleSource = moduleSource;
		const getLogHandler = (handler) => (log, pos) => {
			log = normalizeLog(log);
			if (pos) augmentCodeLocation(log, pos, moduleSource, moduleId);
			log.id = moduleId;
			log.hook = "transform";
			handler(log);
		};
		this.debug = getLogHandler(this.debug);
		this.warn = getLogHandler(this.warn);
		this.info = getLogHandler(this.info);
	}
	error(e, pos) {
		if (typeof e === "string") e = { message: e };
		if (pos) augmentCodeLocation(e, pos, this.moduleSource, this.moduleId);
		e.id = this.moduleId;
		e.hook = "transform";
		return error(logPluginError(normalizeLog(e), this.pluginName));
	}
	getCombinedSourcemap() {
		return JSON.parse(this.inner.getCombinedSourcemap());
	}
	addWatchFile(id) {
		this.inner.addWatchFile(id);
	}
	sendMagicString(s) {
		this.inner.sendMagicString(s);
	}
};
//#endregion
//#region src/plugin/bindingify-build-hooks.ts
function bindingifyBuildStart(args) {
	return bindingifyHook(args.plugin.buildStart, ({ handler }) => ({ plugin: async (ctx, opts) => {
		await handler.call(createPluginContext(args, ctx), args.pluginContextData.getInputOptions(opts));
	} }));
}
function bindingifyBuildEnd(args) {
	return bindingifyHook(args.plugin.buildEnd, ({ handler }) => ({ plugin: async (ctx, err) => {
		await handler.call(createPluginContext(args, ctx), err ? aggregateBindingErrorsIntoJsError(err) : void 0);
	} }));
}
function bindingifyResolveId(args) {
	const hook = args.plugin.resolveId;
	return bindingifyHook(hook, ({ handler, options }) => ({
		plugin: async (ctx, specifier, importer, extraOptions) => {
			const contextResolveOptions = extraOptions.custom != null ? args.pluginContextData.getSavedResolveOptions(extraOptions.custom) : void 0;
			const ret = await handler.call(createPluginContext(args, ctx), specifier, importer ?? void 0, {
				...extraOptions,
				custom: contextResolveOptions?.custom
			});
			if (ret == null) return;
			if (ret === false) return {
				id: specifier,
				external: true,
				normalizeExternalId: true
			};
			if (typeof ret === "string") return {
				id: ret,
				normalizeExternalId: false
			};
			let exist = args.pluginContextData.updateModuleOption(ret.id, {
				meta: ret.meta || {},
				moduleSideEffects: ret.moduleSideEffects ?? null,
				invalidate: false
			});
			return {
				id: ret.id,
				external: ret.external,
				normalizeExternalId: false,
				moduleSideEffects: exist.moduleSideEffects ?? void 0,
				packageJsonPath: ret.packageJsonPath
			};
		},
		filter: bindingifyResolveIdFilter(options.filter)
	}));
}
function bindingifyResolveDynamicImport(args) {
	return bindingifyHook(args.plugin.resolveDynamicImport, ({ handler }) => ({ plugin: async (ctx, specifier, importer) => {
		const ret = await handler.call(createPluginContext(args, ctx), specifier, importer ?? void 0);
		if (ret == null) return;
		if (ret === false) return {
			id: specifier,
			external: true
		};
		if (typeof ret === "string") return { id: ret };
		const result = {
			id: ret.id,
			external: ret.external,
			packageJsonPath: ret.packageJsonPath
		};
		if (ret.moduleSideEffects !== null) result.moduleSideEffects = ret.moduleSideEffects;
		args.pluginContextData.updateModuleOption(ret.id, {
			meta: ret.meta || {},
			moduleSideEffects: ret.moduleSideEffects || null,
			invalidate: false
		});
		return result;
	} }));
}
function bindingifyTransform(args) {
	return bindingifyHook(args.plugin.transform, ({ handler, options }) => ({
		plugin: async (ctx, code, id, meta) => {
			let magicStringInstance, astInstance;
			Object.defineProperties(meta, {
				magicString: { get() {
					if (magicStringInstance) return magicStringInstance;
					magicStringInstance = new RolldownMagicString(code);
					return magicStringInstance;
				} },
				ast: { get() {
					if (astInstance) return astInstance;
					let lang = "js";
					switch (meta.moduleType) {
						case "js":
						case "jsx":
						case "ts":
						case "tsx": lang = meta.moduleType;
					}
					astInstance = parseAst(code, {
						astType: meta.moduleType.includes("ts") ? "ts" : "js",
						lang
					});
					return astInstance;
				} }
			});
			const transformCtx = new TransformPluginContextImpl(args.outputOptions, ctx.inner(), args.plugin, args.pluginContextData, ctx, id, code, args.onLog, args.logLevel, args.watchMode);
			const ret = await handler.call(transformCtx, code, id, meta);
			if (ret == null) return;
			if (typeof ret === "string") return { code: ret };
			let moduleOption = args.pluginContextData.updateModuleOption(id, {
				meta: ret.meta ?? {},
				moduleSideEffects: ret.moduleSideEffects ?? null,
				invalidate: false
			});
			let normalizedCode = void 0;
			let map = ret.map;
			let mapHandledByNativeChannel = false;
			if (typeof ret.code === "string") normalizedCode = ret.code;
			else if (ret.code instanceof RolldownMagicString) {
				let magicString = ret.code;
				normalizedCode = magicString.toString();
				let fallbackSourcemap = ctx.sendMagicString(magicString);
				if (fallbackSourcemap != void 0) map = fallbackSourcemap;
				else mapHandledByNativeChannel = true;
			}
			return {
				code: normalizedCode,
				map: bindingifySourcemap(normalizeTransformHookSourcemap(id, code, map)) ?? (mapHandledByNativeChannel || ret.map === null ? null : void 0),
				moduleSideEffects: moduleOption.moduleSideEffects ?? void 0,
				moduleType: ret.moduleType
			};
		},
		filter: bindingifyTransformFilter(options.filter)
	}));
}
function bindingifyLoad(args) {
	return bindingifyHook(args.plugin.load, ({ handler, options }) => ({
		plugin: async (ctx, id) => {
			const ret = await handler.call(new LoadPluginContextImpl(args.outputOptions, ctx.inner(), args.plugin, args.pluginContextData, ctx, id, args.onLog, args.logLevel, args.watchMode), id);
			if (ret == null) return;
			if (typeof ret === "string") return { code: ret };
			let moduleOption = args.pluginContextData.updateModuleOption(id, {
				meta: ret.meta || {},
				moduleSideEffects: ret.moduleSideEffects ?? null,
				invalidate: false
			});
			let map = preProcessSourceMap(ret, id);
			return {
				code: ret.code,
				map: bindingifySourcemap(map),
				moduleType: ret.moduleType,
				moduleSideEffects: moduleOption.moduleSideEffects ?? void 0
			};
		},
		filter: bindingifyLoadFilter(options.filter)
	}));
}
function preProcessSourceMap(ret, id) {
	if (!ret.map) return;
	let map = typeof ret.map === "object" ? ret.map : JSON.parse(ret.map);
	if (!isEmptySourcemapFiled(map.sources)) {
		const directory = path.dirname(id) || ".";
		const sourceRoot = map.sourceRoot || ".";
		map.sources = map.sources.map((source) => path.resolve(directory, sourceRoot, source));
	}
	return map;
}
function bindingifyModuleParsed(args) {
	return bindingifyHook(args.plugin.moduleParsed, ({ handler }) => ({ plugin: async (ctx, moduleInfo) => {
		await handler.call(createPluginContext(args, ctx), transformModuleInfo(moduleInfo, args.pluginContextData.getModuleOption(moduleInfo.id)));
	} }));
}
//#endregion
//#region src/plugin/bindingify-output-hooks.ts
function bindingifyRenderStart(args) {
	return bindingifyHook(args.plugin.renderStart, ({ handler }) => ({ plugin: async (ctx, opts) => {
		await handler.call(createPluginContext(args, ctx), args.pluginContextData.getOutputOptions(opts), args.pluginContextData.getInputOptions(opts));
	} }));
}
function bindingifyRenderChunk(args) {
	return bindingifyHook(args.plugin.renderChunk, ({ handler, options }) => ({
		plugin: async (ctx, code, chunk, opts, meta) => {
			if (args.pluginContextData.getRenderChunkMeta() == null) args.pluginContextData.setRenderChunkMeta({ chunks: Object.fromEntries(Object.entries(meta.chunks).map(([key, value]) => [key, transformRenderedChunk(value)])) });
			const renderChunkMeta = args.pluginContextData.getRenderChunkMeta();
			let magicStringInstance;
			if (args.options.experimental?.nativeMagicString) Object.defineProperty(renderChunkMeta, "magicString", {
				get() {
					if (magicStringInstance) return magicStringInstance;
					magicStringInstance = new RolldownMagicString(code);
					return magicStringInstance;
				},
				configurable: true
			});
			const ret = await handler.call(createPluginContext(args, ctx), code, transformRenderedChunk(chunk), args.pluginContextData.getOutputOptions(opts), renderChunkMeta);
			if (ret == null) return;
			if (ret instanceof RolldownMagicString) {
				const normalizedCode = ret.toString();
				const generatedMap = ret.generateMap();
				return {
					code: normalizedCode,
					map: bindingifySourcemap({
						file: generatedMap.file,
						mappings: generatedMap.mappings,
						names: generatedMap.names,
						sources: generatedMap.sources,
						sourcesContent: generatedMap.sourcesContent.map((s) => s ?? null)
					})
				};
			}
			if (typeof ret === "string") return { code: ret };
			if (ret.code instanceof RolldownMagicString) {
				const magicString = ret.code;
				const normalizedCode = magicString.toString();
				if (ret.map === null) return {
					code: normalizedCode,
					map: null
				};
				if (ret.map === void 0) {
					const generatedMap = magicString.generateMap();
					return {
						code: normalizedCode,
						map: bindingifySourcemap({
							file: generatedMap.file,
							mappings: generatedMap.mappings,
							names: generatedMap.names,
							sources: generatedMap.sources,
							sourcesContent: generatedMap.sourcesContent.map((s) => s ?? null)
						})
					};
				}
				return {
					code: normalizedCode,
					map: bindingifySourcemap(ret.map)
				};
			}
			if (ret.map === null) return {
				code: ret.code,
				map: null
			};
			return {
				code: ret.code,
				map: bindingifySourcemap(ret.map)
			};
		},
		filter: bindingifyRenderChunkFilter(options.filter)
	}));
}
function bindingifyAugmentChunkHash(args) {
	return bindingifyHook(args.plugin.augmentChunkHash, ({ handler }) => ({ plugin: async (ctx, chunk) => {
		return handler.call(createPluginContext(args, ctx), transformRenderedChunk(chunk));
	} }));
}
function bindingifyResolveFileUrl(args) {
	return bindingifyHook(args.plugin.resolveFileUrl, ({ handler }) => ({ plugin: async (ctx, resolveFileUrlArgs) => {
		return handler.call(createPluginContext(args, ctx), resolveFileUrlArgs);
	} }));
}
function bindingifyRenderError(args) {
	return bindingifyHook(args.plugin.renderError, ({ handler }) => ({ plugin: async (ctx, err) => {
		await handler.call(createPluginContext(args, ctx), aggregateBindingErrorsIntoJsError(err));
	} }));
}
function createOutputBundle(args, ctx, bundle) {
	const changed = {
		updated: /* @__PURE__ */ new Set(),
		deleted: /* @__PURE__ */ new Set()
	};
	const context = createPluginContext(args, ctx);
	return {
		changed,
		context,
		output: transformToOutputBundle(context, unwrapBindingResult(bundle), changed)
	};
}
function bindingifyGenerateBundle(args) {
	return bindingifyHook(args.plugin.generateBundle, ({ handler }) => ({ plugin: async (ctx, bundle, isWrite, opts) => {
		const { changed, context, output } = createOutputBundle(args, ctx, bundle);
		await handler.call(context, args.pluginContextData.getOutputOptions(opts), output, isWrite);
		return collectChangedBundle(changed, output);
	} }));
}
function bindingifyWriteBundle(args) {
	return bindingifyHook(args.plugin.writeBundle, ({ handler }) => ({ plugin: async (ctx, bundle, opts) => {
		const { changed, context, output } = createOutputBundle(args, ctx, bundle);
		await handler.call(context, args.pluginContextData.getOutputOptions(opts), output);
		return collectChangedBundle(changed, output);
	} }));
}
function bindingifyCloseBundle(args) {
	return bindingifyHook(args.plugin.closeBundle, ({ handler }) => ({ plugin: async (ctx, err) => {
		await handler.call(createPluginContext(args, ctx), err ? aggregateBindingErrorsIntoJsError(err) : void 0);
	} }));
}
function bindingifyAddonHook(args, name) {
	return bindingifyHook(args.plugin[name], ({ handler }) => ({ plugin: async (ctx, chunk) => {
		if (typeof handler === "string") return handler;
		return handler.call(createPluginContext(args, ctx), transformRenderedChunk(chunk));
	} }));
}
//#endregion
//#region src/plugin/bindingify-watch-hooks.ts
function bindingifyHotUpdate(args) {
	return bindingifyHook(args.plugin.hotUpdate, ({ handler }) => ({ plugin: async (ctx, hookArgs) => {
		return await handler.call(createPluginContext(args, ctx), {
			type: hookArgs.kind,
			file: hookArgs.file,
			modules: hookArgs.modules
		}) ?? void 0;
	} }));
}
function bindingifyWatchChange(args) {
	return bindingifyHook(args.plugin.watchChange, ({ handler }) => ({ plugin: async (ctx, id, event) => {
		await handler.call(createPluginContext(args, ctx), id, { event });
	} }));
}
function bindingifyCloseWatcher(args) {
	return bindingifyHook(args.plugin.closeWatcher, ({ handler }) => ({ plugin: async (ctx) => {
		await handler.call(createPluginContext(args, ctx));
	} }));
}
//#endregion
//#region src/plugin/generated/hook-usage.ts
var HookUsage = class {
	bitflag = BigInt(0);
	constructor() {}
	union(kind) {
		this.bitflag |= BigInt(kind);
	}
	inner() {
		return Number(this.bitflag);
	}
};
function extractHookUsage(plugin) {
	let hookUsage = new HookUsage();
	if (plugin.buildStart) hookUsage.union(1);
	if (plugin.resolveId) hookUsage.union(2);
	if (plugin.resolveDynamicImport) hookUsage.union(4);
	if (plugin.load) hookUsage.union(8);
	if (plugin.transform) hookUsage.union(16);
	if (plugin.moduleParsed) hookUsage.union(32);
	if (plugin.buildEnd) hookUsage.union(64);
	if (plugin.renderStart) hookUsage.union(128);
	if (plugin.renderError) hookUsage.union(256);
	if (plugin.renderChunk) hookUsage.union(512);
	if (plugin.augmentChunkHash) hookUsage.union(1024);
	if (plugin.generateBundle) hookUsage.union(2048);
	if (plugin.writeBundle) hookUsage.union(4096);
	if (plugin.closeBundle) hookUsage.union(8192);
	if (plugin.watchChange) hookUsage.union(16384);
	if (plugin.closeWatcher) hookUsage.union(32768);
	if (plugin.banner) hookUsage.union(131072);
	if (plugin.footer) hookUsage.union(262144);
	if (plugin.intro) hookUsage.union(524288);
	if (plugin.outro) hookUsage.union(1048576);
	if (plugin.resolveFileUrl) hookUsage.union(2097152);
	if (plugin.hotUpdate) hookUsage.union(4194304);
	return hookUsage;
}
//#endregion
//#region src/utils/plugin-timings.ts
/**
* Measure what plugin hooks cost, from inside the JavaScript callback.
*
* Internal to Rolldown. Nothing here is on a public entry point, and the measurement is not
* offered as an API — the only consumer is the core, which pulls it while the build closes.
*
* The bundler core can only bracket *dispatch* and *completion*. For a hook it invokes
* concurrently those two points are separated mostly by the queue the call waited in on
* JavaScript's single thread, and the queue is deepest behind whichever callback is doing
* the most work — so the hook blocking the thread dilutes its own credit while cheap hooks
* collect credit for waiting. Ranking from those numbers reliably puts the *cheapest* hook
* first.
*
* The missing quantity is when the callback began running, and that is known here. Starting
* the clock inside the callback removes the dispatch queue by construction.
*
* ## `maxInFlight` decides whether a total means anything
*
* Entry-to-exit spans may be summed only if they never overlap. A synchronous callback
* cannot overlap: it holds the thread until it returns. An `async` one can — it may suspend
* at an `await` and let another call of the same hook begin, and then both spans cover the
* same wall clock and the sum counts it twice.
*
* Overlap also changes what the span is measuring. A hook that awaits the bundler (say
* `this.resolve`) spends most of its span waiting for Rust, so the number describes the
* bundler rather than the plugin. Observed on a real build: one `resolveId` accumulated
* ~47,000s of span inside a 44s module-loading window.
*
* So overlap is measured rather than assumed, per hook: `overlapMs` is the wall time
* double counted in `ms` because two or more calls were in flight together. A hook is
* reported with a number when that is a negligible share of its span, and named without one
* when it is not.
*
* The test is deliberately a tolerance rather than "did this ever happen". A peak in-flight
* count of 2 can mean one incidental overlap in twenty thousand calls, and discarding a
* twelve-second measurement over that both throws away good data and makes the report
* depend on scheduling luck — the same hook would appear in one run and vanish in the next.
*
* This keeps the rule the core followed — never present a number that cannot be defended —
* while narrowing "cannot measure" from a property of the *call site* to a property of the
* *callback*, which is where it actually lives. A hook dispatched concurrently but whose
* body barely overlaps is measured to within the tolerance.
*
* A measured row is still wall time for that callback rather than CPU: a hook that awaits
* I/O without overlapping another call of itself is charged for the wait. Excluding the
* dispatch queue is what this buys; it does not distinguish running from awaiting.
*/
/**
* How much of a hook's span may be double counted before its total stops being reportable,
* as a fraction of that span.
*/
const OVERLAP_TOLERANCE = .01;
/**
* One recorder per build, keyed on the object that identifies it.
*
* Counters cannot be module-global. A plugin is free to run a nested `rolldown()` build of
* its own, which finishes first; shared counters would let it flush the outer build's
* half-accumulated totals and report a window belonging to neither.
*/
const recorders = /* @__PURE__ */ new WeakMap();
/** The recorder for one build, created on first use. */
function pluginTimingsRecorderFor(key) {
	let recorder = recorders.get(key);
	if (recorder === void 0) {
		recorder = {
			costs: /* @__PURE__ */ new Map(),
			warnedMissingGroupLabels: /* @__PURE__ */ new Set(),
			busyMs: 0,
			inFlight: 0,
			busyStart: 0
		};
		recorders.set(key, recorder);
	}
	return recorder;
}
function costFor(recorder, owner, hookName) {
	let byHook = recorder.costs.get(owner.key);
	if (byHook === void 0) {
		byHook = /* @__PURE__ */ new Map();
		recorder.costs.set(owner.key, byHook);
	}
	let cost = byHook.get(hookName);
	if (cost === void 0) {
		cost = {
			owner: owner.name,
			kind: owner.kind,
			hookName,
			calls: 0,
			ms: 0,
			inFlight: 0,
			maxInFlight: 0,
			overlapMs: 0,
			lastChange: 0
		};
		byHook.set(hookName, cost);
	}
	return cost;
}
/**
* Fold the interval since the last in-flight change into `overlapMs`, then move the mark.
* Call immediately before every increment and decrement of `cost.inFlight`.
*/
function markInFlightChange(cost, at) {
	if (cost.inFlight > 1) cost.overlapMs += (cost.inFlight - 1) * (at - cost.lastChange);
	cost.lastChange = at;
}
/**
* Close out one call. A module-level function rather than a closure per invocation: hooks
* run hundreds of thousands of times in a large build, and the synchronous path would
* otherwise allocate one closure per call only to invoke it immediately.
*/
function settle(recorder, cost, started) {
	const ended = performance.now();
	markInFlightChange(cost, ended);
	cost.inFlight -= 1;
	cost.ms += ended - started;
	recorder.inFlight -= 1;
	if (recorder.inFlight === 0) recorder.busyMs += ended - recorder.busyStart;
}
/**
* Wrap one callback so its execution time is recorded.
*
* Returns the callback untouched when there is no recorder, so a build that is not
* measuring pays nothing beyond one branch at setup.
*/
function measureHookCost(recorder, owner, hookName, handler) {
	if (recorder === void 0) return handler;
	const cost = costFor(recorder, owner, hookName);
	return function(...args) {
		const started = performance.now();
		markInFlightChange(cost, started);
		cost.calls += 1;
		cost.inFlight += 1;
		if (cost.inFlight > cost.maxInFlight) cost.maxInFlight = cost.inFlight;
		if (recorder.inFlight === 0) recorder.busyStart = started;
		recorder.inFlight += 1;
		let result;
		try {
			result = handler.apply(this, args);
		} catch (error) {
			settle(recorder, cost, started);
			throw error;
		}
		if (typeof result?.then === "function") return result.then((value) => {
			settle(recorder, cost, started);
			return value;
		}, (error) => {
			settle(recorder, cost, started);
			throw error;
		});
		settle(recorder, cost, started);
		return result;
	};
}
/**
* The shared owner for callbacks that users configure directly on the output options.
* Code-splitting groups use their group objects as owner keys. Each group then has separate
* timing rows.
*/
const OUTPUT_OPTIONS_OWNER = {
	key: Symbol("output options"),
	name: "output options",
	kind: "outputOption"
};
/** As {@link OUTPUT_OPTIONS_OWNER}, for callbacks configured on the input options. */
const INPUT_OPTIONS_OWNER = {
	key: Symbol("input options"),
	name: "input options",
	kind: "inputOption"
};
/**
* Wrap `value` when the user supplied a function, and leave every other form alone.
*
* Most option callbacks are declared as `string | RegExp | Function | ...`, so this keeps
* the one cast the wrapping needs in a single place.
*/
function measureIfFunction(recorder, owner, hookName, value) {
	if (typeof value !== "function") return value;
	return measureHookCost(recorder, owner, hookName, value);
}
/**
* What the build's callbacks have cost so far, leaving the recorder in place.
*
* Ungated on purpose: whether a build is worth reporting on is decided from the clocks Rust
* holds, so the question is not this side's to ask.
*
* Rust calls this while the build is closing, so what it gets includes `closeBundle`.
*/
function summarizePluginTimings(key) {
	const recorder = recorders.get(key);
	if (recorder === void 0) return {
		busyMs: 0,
		rows: []
	};
	const rows = [];
	for (const byHook of recorder.costs.values()) for (const cost of byHook.values()) {
		if (cost.calls === 0) continue;
		rows.push({
			owner: cost.owner,
			kind: cost.kind,
			hook: cost.hookName,
			calls: cost.calls,
			ms: cost.ms,
			maxInFlight: cost.maxInFlight,
			overlapMs: cost.overlapMs,
			rankable: cost.overlapMs <= cost.ms * OVERLAP_TOLERANCE
		});
	}
	return {
		busyMs: recorder.busyMs,
		rows
	};
}
//#endregion
//#region src/plugin/bindingify-plugin.ts
function bindingifyPlugin(plugin, options, outputOptions, pluginContextData, normalizedOutputPlugins, onLog, logLevel, watchMode, timings) {
	const args = {
		plugin,
		options,
		outputOptions,
		pluginContextData,
		onLog,
		logLevel,
		watchMode,
		normalizedOutputPlugins
	};
	const { plugin: buildStart, meta: buildStartMeta } = bindingifyBuildStart(args);
	const { plugin: resolveId, meta: resolveIdMeta, filter: resolveIdFilter } = bindingifyResolveId(args);
	const { plugin: resolveDynamicImport, meta: resolveDynamicImportMeta } = bindingifyResolveDynamicImport(args);
	const { plugin: buildEnd, meta: buildEndMeta } = bindingifyBuildEnd(args);
	const { plugin: transform, meta: transformMeta, filter: transformFilter } = bindingifyTransform(args);
	const { plugin: moduleParsed, meta: moduleParsedMeta } = bindingifyModuleParsed(args);
	const { plugin: load, meta: loadMeta, filter: loadFilter } = bindingifyLoad(args);
	const { plugin: renderChunk, meta: renderChunkMeta, filter: renderChunkFilter } = bindingifyRenderChunk(args);
	const { plugin: augmentChunkHash, meta: augmentChunkHashMeta } = bindingifyAugmentChunkHash(args);
	const { plugin: resolveFileUrl, meta: resolveFileUrlMeta } = bindingifyResolveFileUrl(args);
	const { plugin: renderStart, meta: renderStartMeta } = bindingifyRenderStart(args);
	const { plugin: renderError, meta: renderErrorMeta } = bindingifyRenderError(args);
	const { plugin: generateBundle, meta: generateBundleMeta } = bindingifyGenerateBundle(args);
	const { plugin: writeBundle, meta: writeBundleMeta } = bindingifyWriteBundle(args);
	const { plugin: closeBundle, meta: closeBundleMeta } = bindingifyCloseBundle(args);
	const { plugin: banner, meta: bannerMeta } = bindingifyAddonHook(args, "banner");
	const { plugin: footer, meta: footerMeta } = bindingifyAddonHook(args, "footer");
	const { plugin: intro, meta: introMeta } = bindingifyAddonHook(args, "intro");
	const { plugin: outro, meta: outroMeta } = bindingifyAddonHook(args, "outro");
	const { plugin: watchChange, meta: watchChangeMeta } = bindingifyWatchChange(args);
	const { plugin: hotUpdate, meta: hotUpdateMeta } = bindingifyHotUpdate(args);
	const { plugin: closeWatcher, meta: closeWatcherMeta } = bindingifyCloseWatcher(args);
	let hookUsage = extractHookUsage(plugin).inner();
	const result = {
		name: plugin.name,
		buildStart,
		buildStartMeta,
		resolveId,
		resolveIdMeta,
		resolveIdFilter,
		resolveDynamicImport,
		resolveDynamicImportMeta,
		buildEnd,
		buildEndMeta,
		transform,
		transformMeta,
		transformFilter,
		moduleParsed,
		moduleParsedMeta,
		load,
		loadMeta,
		loadFilter,
		renderChunk,
		renderChunkMeta,
		renderChunkFilter,
		augmentChunkHash,
		augmentChunkHashMeta,
		resolveFileUrl,
		resolveFileUrlMeta,
		renderStart,
		renderStartMeta,
		renderError,
		renderErrorMeta,
		generateBundle,
		generateBundleMeta,
		writeBundle,
		writeBundleMeta,
		closeBundle,
		closeBundleMeta,
		banner,
		bannerMeta,
		footer,
		footerMeta,
		intro,
		introMeta,
		outro,
		outroMeta,
		watchChange,
		watchChangeMeta,
		hotUpdate,
		hotUpdateMeta,
		closeWatcher,
		closeWatcherMeta,
		hookUsage
	};
	return wrapHandlers(result, {
		key: plugin,
		name: result.name,
		kind: "plugin"
	}, timings);
}
function wrapHandlers(plugin, owner, timings) {
	for (const hookName of [
		"buildStart",
		"resolveId",
		"resolveDynamicImport",
		"buildEnd",
		"transform",
		"moduleParsed",
		"load",
		"renderChunk",
		"augmentChunkHash",
		"resolveFileUrl",
		"renderStart",
		"renderError",
		"generateBundle",
		"writeBundle",
		"closeBundle",
		"banner",
		"footer",
		"intro",
		"outro",
		"watchChange",
		"hotUpdate",
		"closeWatcher"
	]) {
		const raw = plugin[hookName];
		const handler = raw && measureHookCost(timings, owner, hookName, raw);
		if (handler) plugin[hookName] = async (...args) => {
			try {
				return await handler(...args);
			} catch (e) {
				return error(logPluginError(e, plugin.name, {
					hook: hookName,
					id: hookName === "transform" ? args[2] : void 0
				}));
			}
		};
	}
	return plugin;
}
//#endregion
//#region src/utils/normalize-transform-options.ts
/**
* Normalizes transform options by extracting `define`, `inject`, and `dropLabels` separately from OXC transform options.
*
* Prioritizes values from `transform.define`, `transform.inject`, and `transform.dropLabels` over deprecated top-level options.
*/
function normalizeTransformOptions(inputOptions) {
	const transform = inputOptions.transform;
	const define = transform?.define ? Object.entries(transform.define) : void 0;
	const inject = transform?.inject;
	const dropLabels = transform?.dropLabels;
	let oxcTransformOptions;
	if (transform) {
		const { define: _define, inject: _inject, dropLabels: _dropLabels, ...rest } = transform;
		if (Object.keys(rest).length > 0) {
			if (rest.jsx === false) rest.jsx = "disable";
			oxcTransformOptions = rest;
		}
	}
	return {
		define,
		inject,
		dropLabels,
		oxcTransformOptions
	};
}
//#endregion
//#region src/utils/default-dev-runtime.ts
function getDefaultDevRuntime(host = "localhost", port = 3e3) {
	return "// @ts-check\n\nclass Module {\n  /**\n   * @type {{ exports: any }}\n   */\n  exportsHolder = { exports: null };\n  /**\n   * @type {string}\n   */\n  id;\n\n  /**\n   * @param {string} id\n   */\n  constructor(id) {\n    this.id = id;\n  }\n\n  get exports() {\n    return this.exportsHolder.exports;\n  }\n}\n\n/**\n * Compiler-emitted module-graph delta — topology (static + dynamic edges).\n * `ids[0, localCount)` are the modules this payload carries; `ids[localCount, …)` are foreign edge targets.\n * `edges[i]` / `dynamicEdges[i]` are the static / dynamic-`import()` out-edges of `ids[i]`.\n * `bindings[i][j]` are the export names `ids[i]` imports through `edges[i][j]`. `bindings` holds\n * only some rows; a missing row, or a missing or `null` entry, means the whole namespace.\n * `dynamicEdges` also holds only some rows; a missing row means no dynamic edges.\n * @typedef {{ ids: string[], localCount: number, edges: number[][], bindings?: Record<number, (string[] | null)[]>, dynamicEdges?: Record<number, number[]> }} ModuleGraphDelta\n * @typedef {{ createModuleHotContext(moduleId: string): any, onModuleCacheRemoval(moduleId: string): void }} DevRuntimeHooks\n */\n\nexport class MissingFactoryError extends Error {\n  /**\n   * @param {string} id\n   */\n  constructor(id) {\n    super(`No factory registered for module ${id}`);\n    this.id = id;\n  }\n}\n\nexport class DevRuntime {\n  /**\n   * Client ID generated at runtime initialization, used for lazy compilation requests.\n   * @type {string}\n   */\n  clientId;\n\n  /**\n   * @param {string} clientId\n   */\n  constructor(clientId) {\n    this.clientId = clientId;\n  }\n\n  /**\n   * Static import edges from `registerGraph` — entries persist across `removeModuleCache`\n   * and change only by replacement from a newer payload (last write wins).\n   * `bindings` is the payload row as sent; `getImportedBindings` resolves a missing entry.\n   * @type {Map<string, { edges: string[], bindings: (string[] | null)[] | undefined }>}\n   */\n  staticImports = new Map();\n  /**\n   * Reverse index over the static imports.\n   * @type {Map<string, Set<string>>}\n   */\n  importers = new Map();\n  /**\n   * Dynamic `import()` edges from `registerGraph`, keyed by importer — mirror of\n   * `staticImports` for the dynamic reverse index.\n   * @type {Map<string, { edges: string[] }>}\n   */\n  dynamicImports = new Map();\n  /**\n   * Reverse index over the dynamic imports.\n   * @type {Map<string, Set<string>>}\n   */\n  dynamicImporters = new Map();\n  /**\n   * The module cache. Membership means \"this module's side effects ran in this tab\" —\n   * registration is emitted ahead of every module body, and nothing un-registers on\n   * unwind, so a factory that throws mid-body stays registered. A `Map` rather than a\n   * plain object: HMR eviction deletes entries, and a `delete` on an object drops V8\n   * into dictionary mode, taxing every later lookup on the hottest read path.\n   * @type {Map<string, Module>}\n   */\n  moduleCache = new Map();\n  /**\n   * Re-runnable factories from HMR patches and lazy chunks. The initial bundle stays\n   * scope-hoisted and contributes none.\n   * @type {Map<string, (id: string) => void>}\n   */\n  factories = new Map();\n  /**\n   * Installed by the dev client at boot. The runtime is a store + executor and makes\n   * no HMR decisions; accepting, disposing, and reloading live behind these hooks.\n   * @type {DevRuntimeHooks | null}\n   */\n  hooks = null;\n\n  /**\n   * @param {ModuleGraphDelta} delta\n   */\n  registerGraph(delta) {\n    for (let i = 0; i < delta.localCount; i++) {\n      const id = delta.ids[i];\n      const edges = delta.edges[i].map((j) => delta.ids[j]);\n      for (const target of this.staticImports.get(id)?.edges ?? []) {\n        this.importers.get(target)?.delete(id);\n      }\n      for (const target of edges) {\n        let importerSet = this.importers.get(target);\n        if (!importerSet) {\n          importerSet = new Set();\n          this.importers.set(target, importerSet);\n        }\n        importerSet.add(id);\n      }\n      this.staticImports.set(id, { edges, bindings: delta.bindings?.[i] });\n\n      // Dynamic `import()` edges are maintained in a parallel reverse index with the same\n      // last-write-wins bookkeeping; `getImporters` unions the two.\n      const dynamicEdges = (delta.dynamicEdges?.[i] ?? []).map((j) => delta.ids[j]);\n      for (const target of this.dynamicImports.get(id)?.edges ?? []) {\n        this.dynamicImporters.get(target)?.delete(id);\n      }\n      for (const target of dynamicEdges) {\n        let importerSet = this.dynamicImporters.get(target);\n        if (!importerSet) {\n          importerSet = new Set();\n          this.dynamicImporters.set(target, importerSet);\n        }\n        importerSet.add(id);\n      }\n      this.dynamicImports.set(id, { edges: dynamicEdges });\n    }\n  }\n\n  /**\n   * @param {string} id\n   * @param {(id: string) => void} fn\n   */\n  registerFactory(id, fn) {\n    this.factories.set(id, fn);\n  }\n\n  /**\n   * @param {string} id\n   * @param {{ exports: any }} [exportsHolder]\n   */\n  registerModule(id, exportsHolder = { exports: {} }) {\n    const module = new Module(id);\n    module.exportsHolder = exportsHolder;\n    this.moduleCache.set(id, module);\n  }\n\n  /**\n   * @param {string} id\n   * @returns {string[]}\n   */\n  getImporters(id) {\n    // Static ∪ dynamic importers — the boundary walk treats both kinds the same (parity\n    // with Vite `node.importers` / webpack `module.parents`). Deduped so a module that\n    // imports `id` both statically and via `import()` appears once.\n    const dynamic = this.dynamicImporters.get(id);\n    if (!dynamic || dynamic.size === 0) {\n      return [...(this.importers.get(id) ?? [])];\n    }\n    return [...new Set([...(this.importers.get(id) ?? []), ...dynamic])];\n  }\n\n  /**\n   * `\"*\"` means the whole namespace, an empty list a side-effect-only import, `undefined` no edge.\n   * @param {string} importer\n   * @param {string} id\n   * @returns {string[] | undefined}\n   */\n  getImportedBindings(importer, id) {\n    const record = this.staticImports.get(importer);\n    const j = record ? record.edges.indexOf(id) : -1;\n    const names = j === -1 ? undefined : (record?.bindings?.[j] ?? ['*']);\n    if (!this.dynamicImports.get(importer)?.edges.includes(id)) {\n      return names;\n    }\n    if (!names) return ['*'];\n    return names.includes('*') ? names : [...names, '*'];\n  }\n\n  /**\n   * @param {string} id\n   */\n  isExecuted(id) {\n    return this.moduleCache.has(id);\n  }\n\n  /**\n   * @param {string} id\n   */\n  hasFactory(id) {\n    return this.factories.has(id);\n  }\n\n  /**\n   * Module-cache delete only — static imports and factories persist. Removal is what\n   * re-arms a cache-gated factory for `initModule`.\n   * @param {string} id\n   */\n  removeModuleCache(id) {\n    this.moduleCache.delete(id);\n    this.hooks?.onModuleCacheRemoval(id);\n  }\n\n  /**\n   * The one re-execution gate: registered → return the live exports; otherwise run the\n   * mapped factory (which registers itself first, then runs the body).\n   * @param {string} id\n   */\n  initModule(id) {\n    if (this.moduleCache.has(id)) {\n      return this.loadExports(id);\n    }\n    const factory = this.factories.get(id);\n    if (!factory) {\n      throw new MissingFactoryError(id);\n    }\n    factory(id);\n    return this.loadExports(id);\n  }\n\n  /**\n   * @param {string} id\n   */\n  loadExports(id) {\n    const module = this.moduleCache.get(id);\n    if (module) {\n      return module.exportsHolder.exports;\n    } else {\n      console.warn(`Module ${id} not found`);\n      return {};\n    }\n  }\n\n  /**\n   * @param {string} moduleId\n   */\n  createModuleHotContext(moduleId) {\n    if (this.hooks) {\n      return this.hooks.createModuleHotContext(moduleId);\n    }\n    throw new Error('createModuleHotContext requires installed hooks or an override');\n  }\n\n  /** @internal */\n  // @ts-expect-error The variable will be injected at build time.\n  __toESM = __toESM;\n  /** @internal */\n  // @ts-expect-error The variable will be injected at build time.\n  __toCommonJS = __toCommonJS;\n  /** @internal */\n  // @ts-expect-error The variable will be injected at build time.\n  __exportAll = __exportAll;\n  /**\n   * @param {boolean} [isNodeMode]\n   * @returns {(mod: any) => any}\n   * @internal\n   */\n  // @ts-expect-error The variable will be injected at build time.\n  __toDynamicImportESM = (isNodeMode) => (mod) => __toESM(mod.default, isNodeMode);\n  /** @internal */\n  // @ts-expect-error The variable will be injected at build time.\n  __reExport = __reExport;\n}\n\n// @ts-check\n\n/** @import { DevRuntime } from './runtime-extra-dev-common.js' */\n\n/** @type {typeof DevRuntime} */\n// @ts-expect-error -- there's no way to declare a variable by JSDoc\nvar BaseDevRuntime = DevRuntime;\n\nclass ModuleHotContext {\n  /**\n   * @type {{ deps: [string], fn: (moduleExports: Record<string, any>[]) => void }[]}\n   */\n  acceptCallbacks = [];\n  /**\n   * @param {string} moduleId\n   * @param {InstanceType<BaseDevRuntime>} devRuntime\n   */\n  constructor(moduleId, devRuntime) {\n    this.moduleId = moduleId;\n    this.devRuntime = devRuntime;\n  }\n\n  /**\n   * @overload\n   * @param {(mod: Record<string, any>) => void} cb\n   * @returns {void}\n   */\n  /**\n   * @param {...any} args\n   * @returns {void}\n   */\n  accept(...args) {\n    if (args.length === 1) {\n      const [cb] = /** @type {[(mod: Record<string, any>) => void]} */ (args);\n      const acceptingPath = this.moduleId;\n      this.acceptCallbacks.push({\n        deps: [acceptingPath],\n        fn: cb,\n      });\n    } else if (args.length === 0) {}\n    else {\n      throw new Error('Invalid arguments for `import.meta.hot.accept`');\n    }\n  }\n\n  invalidate() {\n    socket.send(JSON.stringify({\n      type: 'hmr:invalidate',\n      moduleId: this.moduleId,\n    }));\n  }\n}\n\nclass DefaultDevRuntime extends BaseDevRuntime {\n  /**\n   * @type {Map<string, ModuleHotContext>}\n   */\n  moduleHotContexts = new Map();\n  /**\n   * @override\n   * @param {string} moduleId\n   */\n  createModuleHotContext(moduleId) {\n    const hotContext = new ModuleHotContext(moduleId, this);\n    this.moduleHotContexts.set(moduleId, hotContext);\n    return hotContext;\n  }\n}\n\n/** @param {string} url */\nfunction loadScript(url) {\n  var script = document.createElement('script');\n  script.src = url;\n  script.type = 'module';\n  script.onerror = function() {\n    console.error('Failed to load script: ' + url);\n  };\n  document.body.appendChild(script);\n}\n\nconsole.debug('HMR runtime loaded', '$ADDR');\n// Generate client ID immediately at runtime initialization\n// This ensures the client ID is available before any lazy imports\nconst clientId = crypto.randomUUID();\nconst addr = new URL('ws://$ADDR');\naddr.searchParams.set('clientId', clientId);\n\nconst socket = new WebSocket(addr);\n\n(/** @type {any} */ (globalThis)).__rolldown_runtime__ ??=\n  new DefaultDevRuntime(clientId);\n\n/** @param {MessageEvent} event */\nsocket.onmessage = function(event) {\n  const data = JSON.parse(event.data);\n  console.debug('Received message:', data);\n  if (data.type === 'connected') {\n    // Server acknowledged the connection\n    console.debug('[hmr]: Connection established with server');\n  } else if (data.type === 'hmr:update') {\n    if (typeof process === 'object') {\n      import(data.path);\n      console.debug(`[hmr]: Importing HMR patch: ${data.path}`);\n    } else {\n      console.debug(`[hmr]: Loading HMR patch: ${data.path}`);\n      loadScript(data.url);\n    }\n  } else if (data.type === 'hmr:reload') {\n    console.log('[hmr]: Full reload required, reloading page');\n    if (typeof location !== 'undefined') {\n      location.reload();\n    } else {\n      console.log('[hmr]: location is undefined, cannot reload page');\n    }\n  }\n};\n".replaceAll("$ADDR", `${host}:${port}`);
}
//#endregion
//#region src/utils/bindingify-input-options.ts
function bindingifyInputOptions(rawPlugins, inputOptions, outputOptions, pluginContextData, normalizedOutputPlugins, onLog, logLevel, watchMode, timings) {
	const plugins = rawPlugins.map((plugin) => {
		if (getParallelPluginInfo(plugin)) return;
		if (plugin instanceof BuiltinPlugin) switch (plugin.name) {
			case "builtin:vite-manifest": return bindingifyManifestPlugin(plugin, pluginContextData);
			default: return bindingifyBuiltInPlugin(plugin);
		}
		return bindingifyPlugin(plugin, inputOptions, outputOptions, pluginContextData, normalizedOutputPlugins, onLog, logLevel, watchMode, timings);
	});
	const normalizedTransform = normalizeTransformOptions(inputOptions);
	return {
		input: bindingifyInput(inputOptions.input),
		plugins,
		cwd: inputOptions.cwd ?? process.cwd(),
		external: bindingifyExternal(inputOptions.external, timings),
		resolve: bindingifyResolve(inputOptions.resolve),
		platform: inputOptions.platform,
		shimMissingExports: inputOptions.shimMissingExports,
		logLevel: bindingifyLogLevel(logLevel),
		onLog,
		treeshake: bindingifyTreeshakeOptions(inputOptions.treeshake, timings),
		moduleTypes: inputOptions.moduleTypes,
		define: normalizedTransform.define,
		inject: bindingifyInject(normalizedTransform.inject),
		experimental: bindingifyExperimental(inputOptions.experimental),
		profilerNames: outputOptions.generatedCode?.profilerNames,
		transform: normalizedTransform.oxcTransformOptions,
		watch: bindingifyWatch(inputOptions.watch),
		dropLabels: normalizedTransform.dropLabels,
		keepNames: outputOptions.keepNames,
		checks: inputOptions.checks,
		pluginTimings: timings ? () => summarizePluginTimings(inputOptions) : void 0,
		deferSyncScanData: () => {
			let ret = [];
			pluginContextData.moduleOptionMap.forEach((value, key) => {
				if (value.invalidate) ret.push({
					id: key,
					sideEffects: value.moduleSideEffects ?? void 0
				});
			});
			return ret;
		},
		makeAbsoluteExternalsRelative: bindingifyMakeAbsoluteExternalsRelative(inputOptions.makeAbsoluteExternalsRelative),
		devtools: inputOptions.devtools,
		invalidateJsSideCache: pluginContextData.clear.bind(pluginContextData),
		preserveEntrySignatures: bindingifyPreserveEntrySignatures(inputOptions.preserveEntrySignatures),
		optimization: inputOptions.optimization,
		context: inputOptions.context,
		tsconfig: inputOptions.resolve?.tsconfigFilename ?? inputOptions.tsconfig
	};
}
function bindingifyDevMode(devMode) {
	if (devMode) {
		if (typeof devMode === "boolean") return devMode ? {
			implement: getDefaultDevRuntime(),
			skipCommonRuntimeInjection: true
		} : void 0;
		const usesDefaultRuntime = devMode.implement == null;
		return {
			...devMode,
			implement: devMode.implement ?? getDefaultDevRuntime(devMode.host, devMode.port),
			skipCommonRuntimeInjection: usesDefaultRuntime ? true : devMode.skipCommonRuntimeInjection
		};
	}
}
function bindingifyAttachDebugInfo(attachDebugInfo) {
	switch (attachDebugInfo) {
		case void 0: return;
		case "full": return import_binding.BindingAttachDebugInfo.Full;
		case "simple": return import_binding.BindingAttachDebugInfo.Simple;
		case "none": return import_binding.BindingAttachDebugInfo.None;
	}
}
function bindingifyExternal(external, timings) {
	if (external) {
		if (typeof external === "function") {
			const measured = measureHookCost(timings, INPUT_OPTIONS_OWNER, "external", external);
			return (id, importer, isResolved) => {
				if (id.startsWith("\0")) return false;
				return measured(id, importer, isResolved) ?? false;
			};
		}
		return arraify(external);
	}
}
function bindingifyExperimental(experimental) {
	let chunkModulesOrder = import_binding.BindingChunkModuleOrderBy.ExecOrder;
	if (experimental?.chunkModulesOrder) switch (experimental.chunkModulesOrder) {
		case "exec-order":
			chunkModulesOrder = import_binding.BindingChunkModuleOrderBy.ExecOrder;
			break;
		case "module-id":
			chunkModulesOrder = import_binding.BindingChunkModuleOrderBy.ModuleId;
			break;
		default: throw new Error(`Unexpected chunkModulesOrder: ${experimental.chunkModulesOrder}`);
	}
	return {
		viteMode: experimental?.viteMode,
		resolveNewUrlToAsset: experimental?.resolveNewUrlToAsset,
		devMode: bindingifyDevMode(experimental?.devMode),
		attachDebugInfo: bindingifyAttachDebugInfo(experimental?.attachDebugInfo),
		chunkModulesOrder,
		chunkImportMap: experimental?.chunkImportMap,
		onDemandWrapping: experimental?.onDemandWrapping,
		incrementalBuild: experimental?.incrementalBuild,
		nativeMagicString: experimental?.nativeMagicString,
		chunkOptimization: experimental?.chunkOptimization,
		lazyBarrel: experimental?.lazyBarrel
	};
}
function bindingifyResolve(resolve) {
	const yarnPnp = typeof process === "object" && !!process.versions?.pnp;
	if (resolve) {
		const { alias, extensionAlias, ...rest } = resolve;
		return {
			alias: alias ? Object.entries(alias).map(([name, replacement]) => ({
				find: name,
				replacements: replacement === false ? [void 0] : arraify(replacement)
			})) : void 0,
			extensionAlias: extensionAlias ? Object.entries(extensionAlias).map(([name, value]) => ({
				target: name,
				replacements: value
			})) : void 0,
			yarnPnp,
			...rest
		};
	} else return { yarnPnp };
}
function bindingifyInject(inject) {
	if (inject) return Object.entries(inject).map(([alias, item]) => {
		if (Array.isArray(item)) {
			if (item[1] === "*") return {
				tagNamespace: true,
				alias,
				from: item[0]
			};
			return {
				tagNamed: true,
				alias,
				from: item[0],
				imported: item[1]
			};
		} else return {
			tagNamed: true,
			imported: "default",
			alias,
			from: item
		};
	});
}
function bindingifyLogLevel(logLevel) {
	switch (logLevel) {
		case "silent": return import_binding.BindingLogLevel.Silent;
		case "debug": return import_binding.BindingLogLevel.Debug;
		case "warn": return import_binding.BindingLogLevel.Warn;
		case "info": return import_binding.BindingLogLevel.Info;
		default: throw new Error(`Unexpected log level: ${logLevel}`);
	}
}
function bindingifyInput(input) {
	if (input === void 0) return [];
	if (typeof input === "string") return [{ import: input }];
	if (Array.isArray(input)) return input.map((src) => ({ import: src }));
	return Object.entries(input).map(([name, import_path]) => {
		return {
			name,
			import: import_path
		};
	});
}
function bindingifyWatch(watch) {
	if (watch) {
		const watcher = watch.watcher ?? {};
		return {
			buildDelay: watch.buildDelay,
			skipWrite: watch.skipWrite,
			usePolling: watcher.usePolling,
			pollInterval: watcher.pollInterval,
			compareContentsForPolling: watcher.compareContentsForPolling,
			useDebounce: watcher.useDebounce,
			debounceDelay: watcher.debounceDelay,
			debounceTickRate: watcher.debounceTickRate,
			include: normalizedStringOrRegex(watch.include),
			exclude: normalizedStringOrRegex(watch.exclude),
			onInvalidate: (...args) => watch.onInvalidate?.(...args)
		};
	}
}
function bindingifyTreeshakeOptions(config, timings) {
	if (config === false) return;
	if (config === true || config === void 0) return { moduleSideEffects: true };
	let normalizedConfig = {
		moduleSideEffects: true,
		annotations: config.annotations,
		manualPureFunctions: config.manualPureFunctions,
		unknownGlobalSideEffects: config.unknownGlobalSideEffects,
		invalidImportSideEffects: config.invalidImportSideEffects,
		commonjs: config.commonjs
	};
	switch (config.propertyReadSideEffects) {
		case "always":
			normalizedConfig.propertyReadSideEffects = import_binding.BindingPropertyReadSideEffects.Always;
			break;
		case false: normalizedConfig.propertyReadSideEffects = import_binding.BindingPropertyReadSideEffects.False;
	}
	switch (config.propertyWriteSideEffects) {
		case "always":
			normalizedConfig.propertyWriteSideEffects = import_binding.BindingPropertyWriteSideEffects.Always;
			break;
		case false: normalizedConfig.propertyWriteSideEffects = import_binding.BindingPropertyWriteSideEffects.False;
	}
	if (config.moduleSideEffects === void 0) normalizedConfig.moduleSideEffects = true;
	else if (config.moduleSideEffects === "no-external") normalizedConfig.moduleSideEffects = [{
		external: true,
		sideEffects: false
	}, {
		external: false,
		sideEffects: true
	}];
	else normalizedConfig.moduleSideEffects = measureIfFunction(timings, INPUT_OPTIONS_OWNER, "treeshake.moduleSideEffects", config.moduleSideEffects);
	return normalizedConfig;
}
function bindingifyMakeAbsoluteExternalsRelative(makeAbsoluteExternalsRelative) {
	if (makeAbsoluteExternalsRelative === "ifRelativeSource") return { type: "IfRelativeSource" };
	if (typeof makeAbsoluteExternalsRelative === "boolean") return {
		type: "Bool",
		field0: makeAbsoluteExternalsRelative
	};
}
function bindingifyPreserveEntrySignatures(preserveEntrySignatures) {
	if (preserveEntrySignatures == void 0) return;
	else if (typeof preserveEntrySignatures === "string") return {
		type: "String",
		field0: preserveEntrySignatures
	};
	else return {
		type: "Bool",
		field0: preserveEntrySignatures
	};
}
//#endregion
export { LOG_LEVEL_WARN as C, version as D, package_default as E, LOG_LEVEL_INFO as S, VERSION as T, getParallelPluginInfo as _, measureIfFunction as a, LOG_LEVEL_DEBUG as b, PluginContextData as c, transformRenderedChunk as d, __decorate as f, MinimalPluginContextImpl as g, PlainObjectLike as h, measureHookCost as i, transformModuleInfo as l, lazyProp as m, bindingifyPlugin as n, pluginTimingsRecorderFor as o, transformAssetSource as p, OUTPUT_OPTIONS_OWNER as r, RolldownMagicString as s, bindingifyInputOptions as t, transformToRollupOutput as u, normalizeHook as v, logLevelPriority as w, LOG_LEVEL_ERROR as x, normalizeLog as y };