TypeScript chalk.white函数代码示例

const renderTime = (runTime: number, estimatedTime: number, width: number) => {
  // If we are more than one second over the estimated time, highlight it.
  const renderedTime =
    estimatedTime && runTime >= estimatedTime + 1
      ? chalk.bold.yellow(runTime + 's')
      : runTime + 's';
  let time = chalk.bold(`Time:`) + `        ${renderedTime}`;
  if (runTime < estimatedTime) {
    time += `, estimated ${estimatedTime}s`;
  }

  // Only show a progress bar if the test run is actually going to take
  // some time.
  if (estimatedTime > 2 && runTime < estimatedTime && width) {
    const availableWidth = Math.min(PROGRESS_BAR_WIDTH, width);
    const length = Math.min(
      Math.floor((runTime / estimatedTime) * availableWidth),
      availableWidth,
    );
    if (availableWidth >= 2) {
      time +=
        '\n' +
        chalk.green('█').repeat(length) +
        chalk.white('█').repeat(availableWidth - length);
    }
  }
  return time;
};

    public static reportDiagnostic( diagnostic: ts.Diagnostic ) {
        if ( !diagnostic ) {
            return;
        }

        var output = "";

        if ( diagnostic.file ) {
            var loc = ts.getLineAndCharacterOfPosition( diagnostic.file, diagnostic.start );

            output += chalk.gray( `${ diagnostic.file.fileName }(${ loc.line + 1 },${ loc.character + 1 }): ` );
        }

        var category;

        switch ( diagnostic.category ) {
            case ts.DiagnosticCategory.Error:
                category = chalk.red( ts.DiagnosticCategory[diagnostic.category].toLowerCase() );
                break;
            case ts.DiagnosticCategory.Warning:
                category = chalk.yellow( ts.DiagnosticCategory[diagnostic.category].toLowerCase() );
                break;
            default:
                category = chalk.green( ts.DiagnosticCategory[diagnostic.category].toLowerCase() );
        }

        output += `${category} TS${chalk.white( diagnostic.code + '' )}: ${chalk.grey( ts.flattenDiagnosticMessageText( diagnostic.messageText, "\n" ) )}`;

        Logger.log( output );
    }

  public logPeek(path: string, operations: PeekOperation) {
    console.log('  ', chalk.white(path))

    if (!Object.keys(operations.stats).length) {
      console.log('  ', chalk.gray('~~ No changes for this file ~~'))
    }

    Object.entries(operations.stats).map((stat, index) => {
      let actions = Object.entries(stat[1])
      if (index > 0) {
        actions = actions.filter(
          ([action]) => !MASTER_ONLY_ACTIONS.includes(action)
        )
      }

      actions.map(([action, name]) => {
        console.log(
          '  ',
          chalk.bold(this.formatAction(action)),
          ':',
          chalk.bold.white(name)
        )
      })
    })

    console.log('')
  }

async function run(helper: Helper, args: {}) {
	const cwd = process.cwd();
	let rootDir = pkgDir.sync(cwd);
	if (!rootDir) {
		console.warn(noPackageWarning);
		rootDir = cwd;
	}

	const dojoRcPath = join(rootDir, '.dojorc');
	const file = existsSync(dojoRcPath) && readFileSync(dojoRcPath, 'utf8');
	let json: { [name: string]: {} } = {};
	let indent = '\t';

	if (file) {
		indent = detectIndent(file).indent || indent;
		json = JSON.parse(file);
	}

	const groupMap = await loadExternalCommands();
	const values = [];

	for (let [, commandMap] of groupMap.entries()) {
		for (let [, value] of commandMap.entries()) {
			const name = `${value.group}-${value.name}`;
			if (values.indexOf(name) === -1 && json[name] === undefined) {
				json[name] = {};
				values.push(name);
			}
		}
	}

	writeFileSync(dojoRcPath, JSON.stringify(json, null, indent));
	console.log(chalk.white(`Successfully wrote .dojorc to ${dojoRcPath}`));
}

 public log(path: string) {
   console.log('  ', chalk.white(path))
   console.log(
     '  ',
     chalk.green('✓ Successfully write the locale files from Accent')
   )
   console.log('')
 }

function printHeader(testName) {
  const text = `${++index} of ${testsToRun.length}`;
  console.log(green(`Running "${bold(blue(testName))}" (${bold(white(text))})...`));

  if (isTravis()) {
    console.log(`travis_fold:start:${encode(testName)}`);
  }
}

  .then((token: string) => {
    // get the aad token
    aadToken = token;
    console.log(chalk.green('.. obtained AAD access token.'));

    // use aad token to request parter center token
    console.log(chalk.white('Obtaining Partner Center token..'));
    let pcAuth: PartnerCenterAuth = new PartnerCenterAuth();
    return pcAuth.login(aadToken);
  })

  .then((token: string) => {
    // get the partner center token
    pcToken = token;
    console.log(chalk.green('.. obtained Partner Center access token.'));

    // validate a domain availability
    let domainToCheck: string = 'wingtiptoys';
    console.log(chalk.white('Checking if the domain \'' + domainToCheck + '\' is available...'));
    let validator: PartnerCenterValidator = new PartnerCenterValidator(pcToken);
    return validator.checkDomain(domainToCheck);
  })

  .then((domainAvailable: boolean) => {
    if (domainAvailable) {
      console.log(chalk.green('.. domain is available.'));
    } else {
      console.log(chalk.yellow('.. domain is NOT available.'));
    }

    // use partner center token to get customers
    console.log(chalk.white('Getting list of customers...'));
    let pcCustomers: PartnerCenterCustomers = new PartnerCenterCustomers(pcToken);
    return pcCustomers.get();
  })

function printHeader(testName: string, testIndex: number) {
  const text = `${testIndex + 1} of ${testsToRun.length}`;
  const fullIndex = (testIndex < allSetups.length ? testIndex
      : (testIndex - allSetups.length) * nbShards + shardId + allSetups.length) + 1;
  const length = tests.length + allSetups.length;
  const shard = shardId === null ? ''
      : yellow(` [${shardId}:${nbShards}]` + bold(` (${fullIndex}/${length})`));
  console.log(green(`Running "${bold(blue(testName))}" (${bold(white(text))}${shard})...`));

  if (isTravis()) {
    console.log(`travis_fold:start:${encode(testName)}`);
  }
}