Previously, it was necessary to attach on of the three "stability" jsdoc tags (`@stable`, `@deprecated` or `@experimental`) to each public API export. To ensure that the public API was correctly tagged, the `ts-api-guardian` would check that one of these tags appeared on every public export. Now the doc-gen is able to compute that a code item is stable if it does not contain the `@experimental` nor `@deprecated` tags. Therefore there is no need to provide the `@stable` tag any more; and this tag has now been marked as deprecated - i.e. it should not be used. The ts-api-guardian has been modified in this commit so that it no longer warns/fails if the `@stable` is missing. PR Close #23176
		
			
				
	
	
		
			179 lines
		
	
	
		
			5.3 KiB
		
	
	
	
		
			TypeScript
		
	
	
	
	
	
			
		
		
	
	
			179 lines
		
	
	
		
			5.3 KiB
		
	
	
	
		
			TypeScript
		
	
	
	
	
	
/**
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 * @license
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 * Copyright Google Inc. All Rights Reserved.
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 *
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 * Use of this source code is governed by an MIT-style license that can be
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 * found in the LICENSE file at https://angular.io/license
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 */
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// tslint:disable:no-console
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// TODO(alexeagle): why not import chalk from 'chalk'?
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// Something to do with TS default export in UMD emit...
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const chalk = require('chalk');
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import * as minimist from 'minimist';
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import * as path from 'path';
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import {SerializationOptions, generateGoldenFile, verifyAgainstGoldenFile} from './main';
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const CMD = 'ts-api-guardian';
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export function startCli() {
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  const {argv, mode, errors} = parseArguments(process.argv.slice(2));
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  const options: SerializationOptions = {
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    stripExportPattern: argv['stripExportPattern'],
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    allowModuleIdentifiers: [].concat(argv['allowModuleIdentifiers']),
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  };
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  for (const error of errors) {
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    console.warn(error);
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  }
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  if (mode === 'help') {
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    printUsageAndExit(!!errors.length);
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  } else {
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    const targets = generateFileNamePairs(argv, mode);
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    if (mode === 'out') {
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      for (const {entrypoint, goldenFile} of targets) {
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        generateGoldenFile(entrypoint, goldenFile, options);
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      }
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    } else {  // mode === 'verify'
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      let hasDiff = false;
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      for (const {entrypoint, goldenFile} of targets) {
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        const diff = verifyAgainstGoldenFile(entrypoint, goldenFile, options);
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        if (diff) {
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          hasDiff = true;
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          const lines = diff.split('\n');
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          if (lines.length) {
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            lines.pop();  // Remove trailing newline
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          }
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          for (const line of lines) {
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            const chalkMap: {[key: string]:
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                                 any} = {'-': chalk.red, '+': chalk.green, '@': chalk.cyan};
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            const chalkFunc = chalkMap[line[0]] || chalk.reset;
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            console.log(chalkFunc(line));
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          }
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        }
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      }
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      if (hasDiff) {
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        // Under bazel, give instructions how to use bazel run to accept the golden file.
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        if (!!process.env['BAZEL_TARGET']) {
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          console.error('\n\nAccept the new golden file:');
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          console.error(`  bazel run ${process.env['BAZEL_TARGET']}.accept`);
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        }
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        process.exit(1);
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      }
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    }
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  }
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}
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export function parseArguments(input: string[]):
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    {argv: minimist.ParsedArgs, mode: string, errors: string[]} {
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  let help = false;
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  const errors: string[] = [];
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  const argv = minimist(input, {
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    string: [
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      'out', 'outDir', 'verify', 'verifyDir', 'rootDir', 'stripExportPattern',
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      'allowModuleIdentifiers'
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    ],
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    boolean: [
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      'help',
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      // Options used by chalk automagically
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      'color', 'no-color'
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    ],
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    alias: {'outFile': 'out', 'verifyFile': 'verify'},
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    unknown: (option: string) => {
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      if (option[0] === '-') {
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        errors.push(`Unknown option: ${option}`);
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        help = true;
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        return false;  // do not add to argv._
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      } else {
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        return true;  // add to argv._
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      }
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    }
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  });
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  help = help || argv['help'];
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  if (help) {
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    return {argv, mode: 'help', errors};
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  }
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  let modes: string[] = [];
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  if (argv['out']) {
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    modes.push('out');
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  }
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  if (argv['outDir']) {
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    modes.push('out');
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  }
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  if (argv['verify']) {
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    modes.push('verify');
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  }
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  if (argv['verifyDir']) {
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    modes.push('verify');
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  }
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  if (!argv._.length) {
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    errors.push('No input file specified.');
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    modes = ['help'];
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  } else if (modes.length !== 1) {
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    errors.push('Specify either --out[Dir] or --verify[Dir]');
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    modes = ['help'];
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  } else if (argv._.length > 1 && !argv['outDir'] && !argv['verifyDir']) {
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    errors.push(`More than one input specified. Use --${modes[0]}Dir instead.`);
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    modes = ['help'];
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  }
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  return {argv, mode: modes[0], errors};
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}
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function printUsageAndExit(error = false) {
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  const print = error ? console.warn.bind(console) : console.log.bind(console);
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  print(`Usage:  ${CMD} [options] <file ...>
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        ${CMD} --out <output file> <entrypoint .d.ts file>
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        ${CMD} --outDir <output dir> [--rootDir .] <entrypoint .d.ts files>
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        ${CMD} --verify <golden file> <entrypoint .d.ts file>
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        ${CMD} --verifyDir <golden file dir> [--rootDir .] <entrypoint .d.ts files>
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Options:
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        --help                          Show this usage message
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        --out <file>                    Write golden output to file
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        --outDir <dir>                  Write golden file structure to directory
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        --verify <file>                 Read golden input from file
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        --verifyDir <dir>               Read golden file structure from directory
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        --rootDir <dir>                 Specify the root directory of input files
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        --stripExportPattern <regexp>   Do not output exports matching the pattern
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        --allowModuleIdentifiers <identifier>
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                                        Whitelist identifier for "* as foo" imports`);
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  process.exit(error ? 1 : 0);
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}
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export function generateFileNamePairs(
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    argv: minimist.ParsedArgs, mode: string): {entrypoint: string, goldenFile: string}[] {
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  if (argv[mode]) {
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    return [{entrypoint: argv._[0], goldenFile: argv[mode]}];
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  } else {  // argv[mode + 'Dir']
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    let rootDir = argv['rootDir'] || '.';
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    const goldenDir = argv[mode + 'Dir'];
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    return argv._.map((fileName: string) => {
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      return {
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        entrypoint: fileName,
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        goldenFile: path.join(goldenDir, path.relative(rootDir, fileName))
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      };
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    });
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  }
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}
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