How to use the @bazel/typescript.resolveNormalizedPath function in @bazel/typescript

console.error(ng.formatDiagnostics(errors));
    return false;
  }
  const {options: tsOptions, bazelOpts, files, config} = parsedOptions;
  const angularCompilerOptions: {[k: string]: unknown} = config['angularCompilerOptions'] || {};

  // Allow Bazel users to control some of the bazel options.
  // Since TypeScript's "extends" mechanism applies only to "compilerOptions"
  // we have to repeat some of their logic to get the user's "angularCompilerOptions".
  if (config['extends']) {
    // Load the user's config file
    // Note: this doesn't handle recursive extends so only a user's top level
    // `angularCompilerOptions` will be considered. As this code is going to be
    // removed with Ivy, the added complication of handling recursive extends
    // is likely not needed.
    let userConfigFile = resolveNormalizedPath(path.dirname(project), config['extends']);
    if (!userConfigFile.endsWith('.json')) userConfigFile += '.json';
    const {config: userConfig, error} = ts.readConfigFile(userConfigFile, ts.sys.readFile);
    if (error) {
      console.error(ng.formatDiagnostics([error]));
      return false;
    }

    // All user angularCompilerOptions values that a user has control
    // over should be collected here
    if (userConfig.angularCompilerOptions) {
      angularCompilerOptions['diagnostics'] =
          angularCompilerOptions['diagnostics'] || userConfig.angularCompilerOptions.diagnostics;
      angularCompilerOptions['trace'] =
          angularCompilerOptions['trace'] || userConfig.angularCompilerOptions.trace;

      angularCompilerOptions['disableExpressionLowering'] =

if (bazelOpts.maxCacheSizeMb !== undefined) {
    const maxCacheSizeBytes = bazelOpts.maxCacheSizeMb * (1 << 20);
    fileCache.setMaxCacheSize(maxCacheSizeBytes);
  } else {
    fileCache.resetMaxCacheSize();
  }

  if (inputs) {
    fileLoader = new CachedFileLoader(fileCache);
    // Resolve the inputs to absolute paths to match TypeScript internals
    const resolvedInputs = new Map();
    const inputKeys = Object.keys(inputs);
    for (let i = 0; i < inputKeys.length; i++) {
      const key = inputKeys[i];
      resolvedInputs.set(resolveNormalizedPath(key), inputs[key]);
    }
    fileCache.updateCache(resolvedInputs);
  } else {
    fileLoader = new UncachedFileLoader();
  }

  if (!bazelOpts.es5Mode) {
    compilerOpts.annotateForClosureCompiler = true;
    compilerOpts.annotationsAs = 'static fields';
  }

  // Detect from compilerOpts whether the entrypoint is being invoked in Ivy mode.
  const isInIvyMode = compilerOpts.enableIvy === 'ngtsc';

  // Disable downleveling and Closure annotation if in Ivy mode.
  if (isInIvyMode) {

ngHost.fromSummaryFileName = (fileName: string, referringLibFileName: string) => {
      const workspaceRelative = fileName.split('/').splice(1).join('/');
      return resolveNormalizedPath(bazelBin, workspaceRelative) + '.d.ts';
    };
  }

function generateMetadataJson(
    program: ts.Program, files: string[], rootDirs: string[], bazelBin: string,
    tsHost: ts.CompilerHost) {
  const collector = new ng.MetadataCollector();
  for (let i = 0; i < files.length; i++) {
    const file = files[i];
    const sourceFile = program.getSourceFile(file);
    if (sourceFile) {
      const metadata = collector.getMetadata(sourceFile);
      if (metadata) {
        const relative = relativeToRootDirs(file, rootDirs);
        const shortPath = relative.replace(EXT, '.metadata.json');
        const outFile = resolveNormalizedPath(bazelBin, shortPath);
        const data = JSON.stringify(metadata);
        tsHost.writeFile(outFile, data, false, undefined, []);
      }
    }
  }
}

inputKeys.forEach(key => {
    resolvedInputs.set(resolveNormalizedPath(key), inputs[key]);
  });