smartFactory/node_modules/sass-loader/dist/utils.js

"use strict";

Object.defineProperty(exports, "__esModule", {
  value: true
});
exports.getRenderFunctionFromSassImplementation = getRenderFunctionFromSassImplementation;
exports.getSassImplementation = getSassImplementation;
exports.getSassOptions = getSassOptions;
exports.getWebpackImporter = getWebpackImporter;
exports.getWebpackResolver = getWebpackResolver;
exports.isSupportedFibers = isSupportedFibers;
exports.normalizeSourceMap = normalizeSourceMap;
var _url = _interopRequireDefault(require("url"));
var _path = _interopRequireDefault(require("path"));
var _semver = _interopRequireDefault(require("semver"));
var _full = require("klona/full");
var _loaderUtils = require("loader-utils");
var _neoAsync = _interopRequireDefault(require("neo-async"));
function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }
function getDefaultSassImplementation() {
  let sassImplPkg = "sass";
  try {
    require.resolve("sass");
  } catch (ignoreError) {
    try {
      require.resolve("node-sass");
      sassImplPkg = "node-sass";
    } catch (_ignoreError) {
      try {
        require.resolve("sass-embedded");
        sassImplPkg = "sass-embedded";
      } catch (__ignoreError) {
        sassImplPkg = "sass";
      }
    }
  }

  // eslint-disable-next-line import/no-dynamic-require, global-require
  return require(sassImplPkg);
}

/**
 * @public
 * This function is not Webpack-specific and can be used by tools wishing to
 * mimic `sass-loader`'s behaviour, so its signature should not be changed.
 */
function getSassImplementation(loaderContext, implementation) {
  let resolvedImplementation = implementation;
  if (!resolvedImplementation) {
    try {
      resolvedImplementation = getDefaultSassImplementation();
    } catch (error) {
      loaderContext.emitError(error);
      return;
    }
  }
  const {
    info
  } = resolvedImplementation;
  if (!info) {
    loaderContext.emitError(new Error("Unknown Sass implementation."));
    return;
  }
  const infoParts = info.split("\t");
  if (infoParts.length < 2) {
    loaderContext.emitError(new Error(`Unknown Sass implementation "${info}".`));
    return;
  }
  const [implementationName, version] = infoParts;
  if (implementationName === "dart-sass") {
    if (!_semver.default.satisfies(version, "^1.3.0")) {
      loaderContext.emitError(new Error(`Dart Sass version ${version} is incompatible with ^1.3.0.`));
    }

    // eslint-disable-next-line consistent-return
    return resolvedImplementation;
  } else if (implementationName === "node-sass") {
    if (!_semver.default.satisfies(version, "^4.0.0 || ^5.0.0 || ^6.0.0 || ^7.0.0 || ^8.0.0 || ^9.0.0")) {
      loaderContext.emitError(new Error(`Node Sass version ${version} is incompatible with ^4.0.0 || ^5.0.0 || ^6.0.0 || ^7.0.0 || ^8.0.0 || ^9.0.0.`));
    }

    // eslint-disable-next-line consistent-return
    return resolvedImplementation;
  } else if (implementationName === "sass-embedded") {
    // eslint-disable-next-line consistent-return
    return resolvedImplementation;
  }
  loaderContext.emitError(new Error(`Unknown Sass implementation "${implementationName}".`));
}
function isSupportedFibers() {
  const [nodeVersion] = process.versions.node.split(".");
  return Number(nodeVersion) < 16;
}
function isProductionLikeMode(loaderContext) {
  return loaderContext.mode === "production" || !loaderContext.mode;
}
function proxyCustomImporters(importers, loaderContext) {
  return [].concat(importers).map(importer => function proxyImporter(...args) {
    this.webpackLoaderContext = loaderContext;
    return importer.apply(this, args);
  });
}

/**
 * Derives the sass options from the loader context and normalizes its values with sane defaults.
 *
 * @param {object} loaderContext
 * @param {object} loaderOptions
 * @param {string} content
 * @param {object} implementation
 * @param {boolean} useSourceMap
 * @returns {Object}
 */
async function getSassOptions(loaderContext, loaderOptions, content, implementation, useSourceMap) {
  const options = (0, _full.klona)(loaderOptions.sassOptions ? typeof loaderOptions.sassOptions === "function" ? loaderOptions.sassOptions(loaderContext) || {} : loaderOptions.sassOptions : {});
  const isDartSass = implementation.info.includes("dart-sass");
  if (isDartSass && isSupportedFibers()) {
    const shouldTryToResolveFibers = !options.fiber && options.fiber !== false;
    if (shouldTryToResolveFibers) {
      let fibers;
      try {
        fibers = require.resolve("fibers");
      } catch (_error) {
        // Nothing
      }
      if (fibers) {
        // eslint-disable-next-line global-require, import/no-dynamic-require
        options.fiber = require(fibers);
      }
    } else if (options.fiber === false) {
      // Don't pass the `fiber` option for `sass` (`Dart Sass`)
      delete options.fiber;
    }
  } else {
    // Don't pass the `fiber` option for `node-sass`
    delete options.fiber;
  }
  options.file = loaderContext.resourcePath;
  options.data = loaderOptions.additionalData ? typeof loaderOptions.additionalData === "function" ? await loaderOptions.additionalData(content, loaderContext) : `${loaderOptions.additionalData}\n${content}` : content;

  // opt.outputStyle
  if (!options.outputStyle && isProductionLikeMode(loaderContext)) {
    options.outputStyle = "compressed";
  }
  if (useSourceMap) {
    // Deliberately overriding the sourceMap option here.
    // node-sass won't produce source maps if the data option is used and options.sourceMap is not a string.
    // In case it is a string, options.sourceMap should be a path where the source map is written.
    // But since we're using the data option, the source map will not actually be written, but
    // all paths in sourceMap.sources will be relative to that path.
    // Pretty complicated... :(
    options.sourceMap = true;
    options.outFile = _path.default.join(loaderContext.rootContext, "style.css.map");
    options.sourceMapContents = true;
    options.omitSourceMapUrl = true;
    options.sourceMapEmbed = false;
  }
  const {
    resourcePath
  } = loaderContext;
  const ext = _path.default.extname(resourcePath);

  // If we are compiling sass and indentedSyntax isn't set, automatically set it.
  if (ext && ext.toLowerCase() === ".sass" && typeof options.indentedSyntax === "undefined") {
    options.indentedSyntax = true;
  } else {
    options.indentedSyntax = Boolean(options.indentedSyntax);
  }

  // Allow passing custom importers to `sass`/`node-sass`. Accepts `Function` or an array of `Function`s.
  options.importer = options.importer ? proxyCustomImporters(Array.isArray(options.importer) ? options.importer : [options.importer], loaderContext) : [];
  options.includePaths = [].concat(process.cwd()).concat(
  // We use `includePaths` in context for resolver, so it should be always absolute
  (options.includePaths || []).map(includePath => _path.default.isAbsolute(includePath) ? includePath : _path.default.join(process.cwd(), includePath))).concat(process.env.SASS_PATH ? process.env.SASS_PATH.split(process.platform === "win32" ? ";" : ":") : []);
  return options;
}

// Examples:
// - ~package
// - ~package/
// - ~@org
// - ~@org/
// - ~@org/package
// - ~@org/package/
const isModuleImport = /^~([^/]+|[^/]+\/|@[^/]+[/][^/]+|@[^/]+\/?|@[^/]+[/][^/]+\/)$/;

/**
 * When `sass`/`node-sass` tries to resolve an import, it uses a special algorithm.
 * Since the `sass-loader` uses webpack to resolve the modules, we need to simulate that algorithm.
 * This function returns an array of import paths to try.
 * The last entry in the array is always the original url to enable straight-forward webpack.config aliases.
 *
 * We don't need emulate `dart-sass` "It's not clear which file to import." errors (when "file.ext" and "_file.ext" files are present simultaneously in the same directory).
 * This reduces performance and `dart-sass` always do it on own side.
 *
 * @param {string} url
 * @param {boolean} forWebpackResolver
 * @param {string} rootContext
 * @returns {Array<string>}
 */
function getPossibleRequests(
// eslint-disable-next-line no-shadow
url, forWebpackResolver = false, rootContext = false) {
  const request = (0, _loaderUtils.urlToRequest)(url,
  // Maybe it is server-relative URLs
  forWebpackResolver && rootContext);

  // In case there is module request, send this to webpack resolver
  if (forWebpackResolver && isModuleImport.test(url)) {
    return [...new Set([request, url])];
  }

  // Keep in mind: ext can also be something like '.datepicker' when the true extension is omitted and the filename contains a dot.
  // @see https://github.com/webpack-contrib/sass-loader/issues/167
  const ext = _path.default.extname(request).toLowerCase();

  // Because @import is also defined in CSS, Sass needs a way of compiling plain CSS @imports without trying to import the files at compile time.
  // To accomplish this, and to ensure SCSS is as much of a superset of CSS as possible, Sass will compile any @imports with the following characteristics to plain CSS imports:
  //  - imports where the URL ends with .css.
  //  - imports where the URL begins http:// or https://.
  //  - imports where the URL is written as a url().
  //  - imports that have media queries.
  //
  // The `node-sass` package sends `@import` ending on `.css` to importer, it is bug, so we skip resolve
  if (ext === ".css") {
    return [];
  }
  const dirname = _path.default.dirname(request);
  const basename = _path.default.basename(request);
  return [...new Set([`${dirname}/_${basename}`, request].concat(forWebpackResolver ? [`${_path.default.dirname(url)}/_${basename}`, url] : []))];
}
function promiseResolve(callbackResolve) {
  return (context, request) => new Promise((resolve, reject) => {
    callbackResolve(context, request, (error, result) => {
      if (error) {
        reject(error);
      } else {
        resolve(result);
      }
    });
  });
}
const IS_SPECIAL_MODULE_IMPORT = /^~[^/]+$/;
// `[drive_letter]:\` + `\\[server]\[sharename]\`
const IS_NATIVE_WIN32_PATH = /^[a-z]:[/\\]|^\\\\/i;

/**
 * @public
 * Create the resolve function used in the custom Sass importer.
 *
 * Can be used by external tools to mimic how `sass-loader` works, for example
 * in a Jest transform. Such usages will want to wrap `resolve.create` from
 * [`enhanced-resolve`]{@link https://github.com/webpack/enhanced-resolve} to
 * pass as the `resolverFactory` argument.
 *
 * @param {Function} resolverFactory - A factory function for creating a Webpack
 *   resolver.
 * @param {Object} implementation - The imported Sass implementation, both
 *   `sass` (Dart Sass) and `node-sass` are supported.
 * @param {string[]} [includePaths] - The list of include paths passed to Sass.
 * @param {boolean} [rootContext] - The configured Webpack root context.
 *
 * @throws If a compatible Sass implementation cannot be found.
 */
function getWebpackResolver(resolverFactory, implementation, includePaths = [], rootContext = false) {
  async function startResolving(resolutionMap) {
    if (resolutionMap.length === 0) {
      return Promise.reject();
    }
    const [{
      possibleRequests
    }] = resolutionMap;
    if (possibleRequests.length === 0) {
      return Promise.reject();
    }
    const [{
      resolve,
      context
    }] = resolutionMap;
    try {
      return await resolve(context, possibleRequests[0]);
    } catch (_ignoreError) {
      const [, ...tailResult] = possibleRequests;
      if (tailResult.length === 0) {
        const [, ...tailResolutionMap] = resolutionMap;
        return startResolving(tailResolutionMap);
      }

      // eslint-disable-next-line no-param-reassign
      resolutionMap[0].possibleRequests = tailResult;
      return startResolving(resolutionMap);
    }
  }
  const isDartSass = implementation.info.includes("dart-sass");
  const sassResolve = promiseResolve(resolverFactory({
    alias: [],
    aliasFields: [],
    conditionNames: [],
    descriptionFiles: [],
    extensions: [".sass", ".scss", ".css"],
    exportsFields: [],
    mainFields: [],
    mainFiles: ["_index", "index"],
    modules: [],
    restrictions: [/\.((sa|sc|c)ss)$/i]
  }));
  const webpackResolve = promiseResolve(resolverFactory({
    conditionNames: ["sass", "style"],
    mainFields: ["sass", "style", "main", "..."],
    mainFiles: ["_index", "index", "..."],
    extensions: [".sass", ".scss", ".css"],
    restrictions: [/\.((sa|sc|c)ss)$/i]
  }));
  return (context, request) => {
    const originalRequest = request;
    const isFileScheme = originalRequest.slice(0, 5).toLowerCase() === "file:";
    if (isFileScheme) {
      try {
        // eslint-disable-next-line no-param-reassign
        request = _url.default.fileURLToPath(originalRequest);
      } catch (ignoreError) {
        // eslint-disable-next-line no-param-reassign
        request = request.slice(7);
      }
    }
    let resolutionMap = [];
    const needEmulateSassResolver =
    // `sass` doesn't support module import
    !IS_SPECIAL_MODULE_IMPORT.test(request) &&
    // We need improve absolute paths handling.
    // Absolute paths should be resolved:
    // - Server-relative URLs - `<context>/path/to/file.ext` (where `<context>` is root context)
    // - Absolute path - `/full/path/to/file.ext` or `C:\\full\path\to\file.ext`
    !isFileScheme && !originalRequest.startsWith("/") && !IS_NATIVE_WIN32_PATH.test(originalRequest);
    if (includePaths.length > 0 && needEmulateSassResolver) {
      // The order of import precedence is as follows:
      //
      // 1. Filesystem imports relative to the base file.
      // 2. Custom importer imports.
      // 3. Filesystem imports relative to the working directory.
      // 4. Filesystem imports relative to an `includePaths` path.
      // 5. Filesystem imports relative to a `SASS_PATH` path.
      //
      // Because `sass`/`node-sass` run custom importers before `3`, `4` and `5` points, we need to emulate this behavior to avoid wrong resolution.
      const sassPossibleRequests = getPossibleRequests(request);

      // `node-sass` calls our importer before `1. Filesystem imports relative to the base file.`, so we need emulate this too
      if (!isDartSass) {
        resolutionMap = resolutionMap.concat({
          resolve: sassResolve,
          context: _path.default.dirname(context),
          possibleRequests: sassPossibleRequests
        });
      }
      resolutionMap = resolutionMap.concat(
      // eslint-disable-next-line no-shadow
      includePaths.map(context => {
        return {
          resolve: sassResolve,
          context,
          possibleRequests: sassPossibleRequests
        };
      }));
    }
    const webpackPossibleRequests = getPossibleRequests(request, true, rootContext);
    resolutionMap = resolutionMap.concat({
      resolve: webpackResolve,
      context: _path.default.dirname(context),
      possibleRequests: webpackPossibleRequests
    });
    return startResolving(resolutionMap);
  };
}
const matchCss = /\.css$/i;
function getWebpackImporter(loaderContext, implementation, includePaths) {
  const resolve = getWebpackResolver(loaderContext.getResolve, implementation, includePaths, loaderContext.rootContext);
  return (originalUrl, prev, done) => {
    resolve(prev, originalUrl).then(result => {
      // Add the result as dependency.
      // Although we're also using stats.includedFiles, this might come in handy when an error occurs.
      // In this case, we don't get stats.includedFiles from node-sass/sass.
      loaderContext.addDependency(_path.default.normalize(result));
      // By removing the CSS file extension, we trigger node-sass to include the CSS file instead of just linking it.
      done({
        file: result.replace(matchCss, "")
      });
    })
    // Catch all resolving errors, return the original file and pass responsibility back to other custom importers
    .catch(() => {
      done({
        file: originalUrl
      });
    });
  };
}
let nodeSassJobQueue = null;

/**
 * Verifies that the implementation and version of Sass is supported by this loader.
 *
 * @param {Object} implementation
 * @returns {Function}
 */
function getRenderFunctionFromSassImplementation(implementation) {
  const isDartSass = implementation.info.includes("dart-sass");
  if (isDartSass) {
    return implementation.render.bind(implementation);
  }

  // There is an issue with node-sass when async custom importers are used
  // See https://github.com/sass/node-sass/issues/857#issuecomment-93594360
  // We need to use a job queue to make sure that one thread is always available to the UV lib
  if (nodeSassJobQueue === null) {
    const threadPoolSize = Number(process.env.UV_THREADPOOL_SIZE || 4);
    nodeSassJobQueue = _neoAsync.default.queue(implementation.render.bind(implementation), threadPoolSize - 1);
  }
  return nodeSassJobQueue.push.bind(nodeSassJobQueue);
}
const ABSOLUTE_SCHEME = /^[A-Za-z0-9+\-.]+:/;
function getURLType(source) {
  if (source[0] === "/") {
    if (source[1] === "/") {
      return "scheme-relative";
    }
    return "path-absolute";
  }
  if (IS_NATIVE_WIN32_PATH.test(source)) {
    return "path-absolute";
  }
  return ABSOLUTE_SCHEME.test(source) ? "absolute" : "path-relative";
}
function normalizeSourceMap(map, rootContext) {
  const newMap = map;

  // result.map.file is an optional property that provides the output filename.
  // Since we don't know the final filename in the webpack build chain yet, it makes no sense to have it.
  // eslint-disable-next-line no-param-reassign
  delete newMap.file;

  // eslint-disable-next-line no-param-reassign
  newMap.sourceRoot = "";

  // node-sass returns POSIX paths, that's why we need to transform them back to native paths.
  // This fixes an error on windows where the source-map module cannot resolve the source maps.
  // @see https://github.com/webpack-contrib/sass-loader/issues/366#issuecomment-279460722
  // eslint-disable-next-line no-param-reassign
  newMap.sources = newMap.sources.map(source => {
    const sourceType = getURLType(source);

    // Do no touch `scheme-relative`, `path-absolute` and `absolute` types
    if (sourceType === "path-relative") {
      return _path.default.resolve(rootContext, _path.default.normalize(source));
    }
    return source;
  });
  return newMap;
}