281 lines
14 KiB
JavaScript
281 lines
14 KiB
JavaScript
"use strict";
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Object.defineProperty(exports, "__esModule", {
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value: true
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});
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0 && (module.exports = {
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isResourceInPackages: null,
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resolveExternal: null,
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makeExternalHandler: null
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});
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function _export(target, all) {
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for(var name in all)Object.defineProperty(target, name, {
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enumerable: true,
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get: all[name]
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});
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}
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_export(exports, {
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isResourceInPackages: function() {
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return isResourceInPackages;
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},
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resolveExternal: function() {
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return resolveExternal;
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},
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makeExternalHandler: function() {
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return makeExternalHandler;
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}
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});
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const _constants = require("../lib/constants");
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const _requirehook = require("../server/require-hook");
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const _constants1 = require("../shared/lib/constants");
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const _path = /*#__PURE__*/ _interop_require_default(require("../shared/lib/isomorphic/path"));
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const _webpackconfig = require("./webpack-config");
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const _worker = require("./worker");
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function _interop_require_default(obj) {
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return obj && obj.__esModule ? obj : {
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default: obj
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};
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}
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const reactPackagesRegex = /^(react|react-dom|react-server-dom-webpack)($|\/)/;
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const pathSeparators = "[/\\\\]";
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const optionalEsmPart = `((${pathSeparators}esm)?${pathSeparators})`;
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const externalFileEnd = "(\\.external(\\.js)?)$";
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const nextDist = `next${pathSeparators}dist`;
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const externalPattern = new RegExp(`${nextDist}${optionalEsmPart}.*${externalFileEnd}`);
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function isResourceInPackages(resource, packageNames, packageDirMapping) {
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return packageNames == null ? void 0 : packageNames.some((p)=>packageDirMapping && packageDirMapping.has(p) ? resource.startsWith(packageDirMapping.get(p) + _path.default.sep) : resource.includes(_path.default.sep + _path.default.join("node_modules", p.replace(/\//g, _path.default.sep)) + _path.default.sep));
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}
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async function resolveExternal(dir, esmExternalsConfig, context, request, isEsmRequested, hasAppDir, getResolve, isLocalCallback, baseResolveCheck = true, esmResolveOptions = _webpackconfig.NODE_ESM_RESOLVE_OPTIONS, nodeResolveOptions = _webpackconfig.NODE_RESOLVE_OPTIONS, baseEsmResolveOptions = _webpackconfig.NODE_BASE_ESM_RESOLVE_OPTIONS, baseResolveOptions = _webpackconfig.NODE_BASE_RESOLVE_OPTIONS) {
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const esmExternals = !!esmExternalsConfig;
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const looseEsmExternals = esmExternalsConfig === "loose";
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let res = null;
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let isEsm = false;
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let preferEsmOptions = esmExternals && isEsmRequested ? [
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true,
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false
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] : [
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false
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];
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// Disable esm resolving for app/ and pages/ so for esm package using under pages/
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// won't load react through esm loader
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if (hasAppDir) {
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preferEsmOptions = [
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false
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];
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}
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for (const preferEsm of preferEsmOptions){
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const resolve = getResolve(preferEsm ? esmResolveOptions : nodeResolveOptions);
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// Resolve the import with the webpack provided context, this
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// ensures we're resolving the correct version when multiple
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// exist.
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try {
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[res, isEsm] = await resolve(context, request);
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} catch (err) {
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res = null;
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}
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if (!res) {
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continue;
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}
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// ESM externals can only be imported (and not required).
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// Make an exception in loose mode.
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if (!isEsmRequested && isEsm && !looseEsmExternals) {
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continue;
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}
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if (isLocalCallback) {
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return {
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localRes: isLocalCallback(res)
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};
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}
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// Bundled Node.js code is relocated without its node_modules tree.
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// This means we need to make sure its request resolves to the same
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// package that'll be available at runtime. If it's not identical,
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// we need to bundle the code (even if it _should_ be external).
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if (baseResolveCheck) {
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let baseRes;
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let baseIsEsm;
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try {
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const baseResolve = getResolve(isEsm ? baseEsmResolveOptions : baseResolveOptions);
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[baseRes, baseIsEsm] = await baseResolve(dir, request);
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} catch (err) {
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baseRes = null;
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baseIsEsm = false;
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}
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// Same as above: if the package, when required from the root,
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// would be different from what the real resolution would use, we
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// cannot externalize it.
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// if request is pointing to a symlink it could point to the the same file,
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// the resolver will resolve symlinks so this is handled
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if (baseRes !== res || isEsm !== baseIsEsm) {
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res = null;
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continue;
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}
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}
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break;
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}
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return {
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res,
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isEsm
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};
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}
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function makeExternalHandler({ config, optOutBundlingPackageRegex, dir, hasAppDir }) {
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var _config_experimental;
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let resolvedExternalPackageDirs;
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const looseEsmExternals = ((_config_experimental = config.experimental) == null ? void 0 : _config_experimental.esmExternals) === "loose";
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return async function handleExternals(context, request, dependencyType, layer, getResolve) {
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// We need to externalize internal requests for files intended to
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// not be bundled.
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const isLocal = request.startsWith(".") || // Always check for unix-style path, as webpack sometimes
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// normalizes as posix.
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_path.default.posix.isAbsolute(request) || // When on Windows, we also want to check for Windows-specific
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// absolute paths.
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process.platform === "win32" && _path.default.win32.isAbsolute(request);
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// make sure import "next" shows a warning when imported
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// in pages/components
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if (request === "next") {
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return `commonjs next/dist/lib/import-next-warning`;
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}
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const isAppLayer = (0, _worker.isWebpackAppLayer)(layer);
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// Relative requires don't need custom resolution, because they
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// are relative to requests we've already resolved here.
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// Absolute requires (require('/foo')) are extremely uncommon, but
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// also have no need for customization as they're already resolved.
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if (!isLocal) {
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if (/^(?:next$)/.test(request)) {
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return `commonjs ${request}`;
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}
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if (reactPackagesRegex.test(request) && !isAppLayer) {
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return `commonjs ${request}`;
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}
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const notExternalModules = /^(?:private-next-pages\/|next\/(?:dist\/pages\/|(?:app|document|link|image|legacy\/image|constants|dynamic|script|navigation|headers|router)$)|string-hash|private-next-rsc-action-validate|private-next-rsc-action-client-wrapper|private-next-rsc-action-proxy$)/;
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if (notExternalModules.test(request)) {
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return;
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}
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}
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// @swc/helpers should not be external as it would
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// require hoisting the package which we can't rely on
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if (request.includes("@swc/helpers")) {
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return;
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}
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// BARREL_OPTIMIZATION_PREFIX is a special marker that tells Next.js to
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// optimize the import by removing unused exports. This has to be compiled.
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if (request.startsWith(_constants1.BARREL_OPTIMIZATION_PREFIX)) {
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return;
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}
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// When in esm externals mode, and using import, we resolve with
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// ESM resolving options.
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// Also disable esm request when appDir is enabled
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const isEsmRequested = dependencyType === "esm";
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/**
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* @param localRes the full path to the file
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* @returns the externalized path
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* @description returns an externalized path if the file is a Next.js file and ends with either `.shared-runtime.js` or `.external.js`
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* This is used to ensure that files used across the rendering runtime(s) and the user code are one and the same. The logic in this function
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* will rewrite the require to the correct bundle location depending on the layer at which the file is being used.
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*/ const resolveNextExternal = (localRes)=>{
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const isExternal = externalPattern.test(localRes);
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// if the file ends with .external, we need to make it a commonjs require in all cases
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// this is used mainly to share the async local storage across the routing, rendering and user layers.
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if (isExternal) {
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// it's important we return the path that starts with `next/dist/` here instead of the absolute path
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// otherwise NFT will get tripped up
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return `commonjs ${localRes.replace(/.*?next[/\\]dist/, "next/dist")}`;
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}
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};
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// Don't bundle @vercel/og nodejs bundle for nodejs runtime.
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// TODO-APP: bundle route.js with different layer that externals common node_module deps.
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if ((0, _worker.isWebpackServerLayer)(layer) && request === "next/dist/compiled/@vercel/og/index.node.js") {
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return `module ${request}`;
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}
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// Specific Next.js imports that should remain external
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// TODO-APP: Investigate if we can remove this.
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if (request.startsWith("next/dist/")) {
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// Non external that needs to be transpiled
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// Image loader needs to be transpiled
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if (/^next[\\/]dist[\\/]shared[\\/]lib[\\/]image-loader/.test(request)) {
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return;
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}
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if (/^next[\\/]dist[\\/]compiled[\\/]next-server/.test(request)) {
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return `commonjs ${request}`;
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}
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if (/^next[\\/]dist[\\/]shared[\\/](?!lib[\\/]router[\\/]router)/.test(request) || /^next[\\/]dist[\\/]compiled[\\/].*\.c?js$/.test(request)) {
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return `commonjs ${request}`;
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}
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if (/^next[\\/]dist[\\/]esm[\\/]shared[\\/](?!lib[\\/]router[\\/]router)/.test(request) || /^next[\\/]dist[\\/]compiled[\\/].*\.mjs$/.test(request)) {
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return `module ${request}`;
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}
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return resolveNextExternal(request);
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}
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// Early return if the request needs to be bundled, such as in the client layer.
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// Treat react packages and next internals as external for SSR layer,
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// also map react to builtin ones with require-hook.
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if (layer === _constants.WEBPACK_LAYERS.serverSideRendering) {
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const isRelative = request.startsWith(".");
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const fullRequest = isRelative ? _path.default.join(context, request).replace(/\\/g, "/") : request;
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return resolveNextExternal(fullRequest);
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}
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// TODO-APP: Let's avoid this resolve call as much as possible, and eventually get rid of it.
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const resolveResult = await resolveExternal(dir, config.experimental.esmExternals, context, request, isEsmRequested, hasAppDir, getResolve, isLocal ? resolveNextExternal : undefined);
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if ("localRes" in resolveResult) {
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return resolveResult.localRes;
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}
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// Forcedly resolve the styled-jsx installed by next.js,
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// since `resolveExternal` cannot find the styled-jsx dep with pnpm
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if (request === "styled-jsx/style") {
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resolveResult.res = _requirehook.defaultOverrides["styled-jsx/style"];
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}
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const { res, isEsm } = resolveResult;
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// If the request cannot be resolved we need to have
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// webpack "bundle" it so it surfaces the not found error.
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if (!res) {
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return;
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}
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// ESM externals can only be imported (and not required).
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// Make an exception in loose mode.
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if (!isEsmRequested && isEsm && !looseEsmExternals) {
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throw new Error(`ESM packages (${request}) need to be imported. Use 'import' to reference the package instead. https://nextjs.org/docs/messages/import-esm-externals`);
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}
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const externalType = isEsm ? "module" : "commonjs";
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// Default pages have to be transpiled
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if (// This is the @babel/plugin-transform-runtime "helpers: true" option
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/node_modules[/\\]@babel[/\\]runtime[/\\]/.test(res)) {
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return;
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}
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// Webpack itself has to be compiled because it doesn't always use module relative paths
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if (/node_modules[/\\]webpack/.test(res) || /node_modules[/\\]css-loader/.test(res)) {
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return;
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}
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// If a package should be transpiled by Next.js, we skip making it external.
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// It doesn't matter what the extension is, as we'll transpile it anyway.
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if (config.transpilePackages && !resolvedExternalPackageDirs) {
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resolvedExternalPackageDirs = new Map();
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// We need to resolve all the external package dirs initially.
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for (const pkg of config.transpilePackages){
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const pkgRes = await resolveExternal(dir, config.experimental.esmExternals, context, pkg + "/package.json", hasAppDir, isEsmRequested, getResolve, isLocal ? resolveNextExternal : undefined);
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if (pkgRes.res) {
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resolvedExternalPackageDirs.set(pkg, _path.default.dirname(pkgRes.res));
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}
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}
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}
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// If a package is included in `transpilePackages`, we don't want to make it external.
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// And also, if that resource is an ES module, we bundle it too because we can't
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// rely on the require hook to alias `react` to our precompiled version.
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const shouldBeBundled = isResourceInPackages(res, config.transpilePackages, resolvedExternalPackageDirs) || isEsm && isAppLayer || !isAppLayer && config.experimental.bundlePagesExternals;
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if (/node_modules[/\\].*\.[mc]?js$/.test(res)) {
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if ((0, _worker.isWebpackServerLayer)(layer)) {
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// All packages should be bundled for the server layer if they're not opted out.
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// This option takes priority over the transpilePackages option.
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if (optOutBundlingPackageRegex.test(res)) {
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return `${externalType} ${request}`;
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}
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return;
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}
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if (shouldBeBundled) return;
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// Anything else that is standard JavaScript within `node_modules`
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// can be externalized.
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return `${externalType} ${request}`;
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}
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if (shouldBeBundled) return;
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// Default behavior: bundle the code!
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};
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}
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//# sourceMappingURL=handle-externals.js.map
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