TypeScript green.bold方法代码示例

export function log( type: 'title' | 'success' | 'error' | 'step' | 'substep' | 'default' = 'default', message: string = '' ): void {

	switch( type ) {

		case 'title':
			console.log( chalk.white.bold.underline( message ) );
			break;

		case 'success':
			console.log( chalk.green.bold( message ) );
			break;

		case 'error':
			console.log( chalk.red.bold( message ) );
			break;

		case 'step':
			console.log( chalk.white.bold( `  ${  message }` ) );
			break;

		case 'substep':
			console.log( chalk.gray( `    ${ arrowSymbol } ${  message }` ) );
			break;

		default:
			console.log( message );

	}

}

        if (project.isWorkspaceProject) {
          log.write(`Skipping workspace project: ${project.name}`);
          continue;
        }

        if (project.hasDependencies()) {
          await project.installDependencies({ extraArgs });
        }
      }
    }

    log.write(chalk.bold('\nInstalls completed, linking package executables:\n'));
    await linkProjectExecutables(projects, projectGraph);

    /**
     * At the end of the bootstrapping process we call all `kbn:bootstrap` scripts
     * in the list of projects. We do this because some projects need to be
     * transpiled before they can be used. Ideally we shouldn't do this unless we
     * have to, as it will slow down the bootstrapping process.
     */
    log.write(chalk.bold('\nLinking executables completed, running `kbn:bootstrap` scripts\n'));
    await parallelizeBatches(batchedProjects, async pkg => {
      if (pkg.hasScript('kbn:bootstrap')) {
        await pkg.runScriptStreaming('kbn:bootstrap');
      }
    });

    log.write(chalk.green.bold('\nBootstrapping completed!\n'));
  },
};

    require('postcss-import')(),
    require('postcss-cssnext')({
      browsers: ['> 1%', 'last 2 versions']
    }),
    require('postcss-reporter')({ clearMessages: true })
  ];
};;

export const PLUG_IN_PROGRESS = new ProgressBarPlugin({
  clear: true,
  width: 30,
  summary: false,
  incomplete: '😬 ',
  complete: '😜 ',
  customSummary: () => { },
  format: '  [:bar] ' + chalk.green.bold(':percent'),
});

function fileLoaderFactory(
  test: RegExp,
  name: string,
  limit: number,
  mimeType: string = ''
): FileLoader {
  return {
    test: test,
    loader: 'url-loader',
    query: {
      name: name,
      limit: limit,
      mimeType: mimeType

	public succ(message: string): void { // 何かに成功した状況で使う
		this.log(chalk.blue.bold('INFO'), chalk.green.bold(message));
	}

async function main() {

    const optionsInitial = {
        endpoint_must_exist: false,
        keepSessionAlive: true,

        connectionStrategy: {
            initialDelay: 2000,
            maxDelay: 10 * 1000,
            maxRetry: 10
        }
    };

    client = OPCUAClient.create(optionsInitial);

    client.on("backoff", (retry: number, delay: number) => {
        console.log(chalk.bgWhite.yellow("backoff  attempt #"), retry, " retrying in ", delay / 1000.0, " seconds");
    });

    console.log(" connecting to ", chalk.cyan.bold(endpointUrl));
    console.log("    strategy", client.connectionStrategy);

    await client.connect(endpointUrl);

    const endpoints = await client.getEndpoints();

    if (argv.debug) {
        fs.writeFileSync("tmp/endpoints.log", JSON.stringify(endpoints, null, " "));
        console.log(treeify.asTree(endpoints, true));
    }

    const table = new Table();

    let serverCertificate: Certificate;

    let i = 0;
    for (const endpoint of endpoints) {
        table.cell("endpoint", endpoint.endpointUrl + "");
        table.cell("Application URI", endpoint.server.applicationUri);
        table.cell("Product URI", endpoint.server.productUri);
        table.cell("Application Name", endpoint.server.applicationName.text);
        table.cell("Security Mode", endpoint.securityMode.toString());
        table.cell("securityPolicyUri", endpoint.securityPolicyUri);
        table.cell("Type", ApplicationType[endpoint.server.applicationType]);
        table.cell("certificate", "..." /*endpoint.serverCertificate*/);
        endpoint.server.discoveryUrls = endpoint.server.discoveryUrls || [];
        table.cell("discoveryUrls", endpoint.server.discoveryUrls.join(" - "));

        serverCertificate = endpoint.serverCertificate;

        const certificate_filename = path.join(__dirname, "../certificates/PKI/server_certificate" + i + ".pem");

        if (serverCertificate) {
            fs.writeFile(certificate_filename, toPem(serverCertificate, "CERTIFICATE"), () => {/**/
            });
        }
        table.newRow();
        i++;
    }
    console.log(table.toString());

    for (const endpoint of endpoints) {
        console.log("Identify Token for : Security Mode=", endpoint.securityMode.toString(), " Policy=", endpoint.securityPolicyUri);
        const table2 = new Table();
        for (const token of endpoint.userIdentityTokens!) {
            table2.cell("policyId", token.policyId);
            table2.cell("tokenType", token.tokenType.toString());
            table2.cell("issuedTokenType", token.issuedTokenType);
            table2.cell("issuerEndpointUrl", token.issuerEndpointUrl);
            table2.cell("securityPolicyUri", token.securityPolicyUri);
            table2.newRow();
        }
        console.log(table2.toString());
    }
    await client.disconnect();

    // reconnect using the correct end point URL now
    console.log(chalk.cyan("Server Certificate :"));
    console.log(chalk.yellow(hexDump(serverCertificate!)));

    const options = {
        securityMode,
        securityPolicy,
        serverCertificate,

        defaultSecureTokenLifetime: 40000,

        endpoint_must_exist: false,

        connectionStrategy: {
            initialDelay: 2000,
            maxDelay: 10 * 1000,
            maxRetry: 10
        }
    };
    console.log("Options = ", options.securityMode.toString(), options.securityPolicy.toString());

    client = OPCUAClient.create(options);

    console.log(" reconnecting to ", chalk.cyan.bold(endpointUrl));
//.........这里部分代码省略.........

	public echoGreenInfo(outputText: string) {
		console.log(chalk.green.bold("%s"), ">> " + outputText);
	}

          await project.installDependencies({ extraArgs });
        }
      }
    }

    console.log(
      chalk.bold('\nInstalls completed, linking package executables:\n')
    );
    await linkProjectExecutables(projects, projectGraph);

    /**
     * At the end of the bootstrapping process we call all `kbn:bootstrap` scripts
     * in the list of projects. We do this because some projects need to be
     * transpiled before they can be used. Ideally we shouldn't do this unless we
     * have to, as it will slow down the bootstrapping process.
     */
    console.log(
      chalk.bold(
        '\nLinking executables completed, running `kbn:bootstrap` scripts\n'
      )
    );
    await parallelizeBatches(batchedProjects, async pkg => {
      if (pkg.hasScript('kbn:bootstrap')) {
        await pkg.runScriptStreaming('kbn:bootstrap');
      }
    });

    console.log(chalk.green.bold('\nBootstrapping completed!\n'));
  },
};

    /**
     * @method send_response
     * @async
     * @param msgType
     * @param response
     * @param message
     * @param callback
     */
    public send_response(
      msgType: string,
      response: Response,
      message: Message,
      callback?: ErrorCallback
    ): void {

        const request = message.request;
        const requestId = message.requestId;

        if (this.aborted) {
            debugLog("channel has been terminated , cannot send responses");
            return callback && callback(new Error("Aborted"));
        }

        // istanbul ignore next
        if (doDebug) {
            assert(response.schema);
            assert(request.schema);
            assert(requestId > 0);
            // verify that response for a given requestId is only sent once.
            if (!this.__verifId) {
                this.__verifId = {};
            }
            assert(!this.__verifId[requestId], " response for requestId has already been sent !! - Internal Error");
            this.__verifId[requestId] = requestId;
        }

        if (doPerfMonitoring) {
            // record tick : send response received.
            this._tick2 = get_clock_tick();
        }

        assert(this.securityToken);

        let options = {
            channelId: this.securityToken.channelId,
            chunkSize: this.transport.receiveBufferSize,
            requestId,
            tokenId: this.securityToken.tokenId
        };

        const securityOptions =
          msgType === "OPN" ? this._get_security_options_for_OPN() : this._get_security_options_for_MSG();
        options = _.extend(options, securityOptions);

        response.responseHeader.requestHandle = request.requestHeader.requestHandle;

        /* istanbul ignore next */
        if (0 && doDebug) {
            console.log(" options ", options);
            analyze_object_binary_encoding(response as any as BaseUAObject);
        }

        /* istanbul ignore next */
        if (doTraceMessages) {
            console.log(
              chalk.cyan.bold("xxxx   >>>> ---------------------------------------- "),
              chalk.green.bold(response.schema.name),
              requestId
            );
            console.log(response.toString());
            console.log(chalk.cyan.bold("xxxx   >>>> ----------------------------------------|\n"));
        }

        if (this._on_response) {
            this._on_response(msgType, response, message);
        }

        this._transactionsCount += 1;
        this.messageChunker.chunkSecureMessage(
          msgType,
          options as ChunkMessageOptions,
          response as any as BaseUAObject,
          (messageChunk: Buffer | null) => {
              return this._send_chunk(callback, messageChunk);
          });
    }

export default async function(source: string, destination: string, replacements: Object): Promise<void> {
	console.info(chalk.green.bold(' create ') + destination);
	const str = await ejsRender(source, replacements);
	await writeRenderedFile(str, destination);
}