colorprint/shim/browser/colorprint.js

Print ansi-colored message to stdout/stderr.

/**
 * Colorpint context.
 * @memberof module:colorprint/lib
 * @inner
 * @constructor Colorprint
 * @param {object} config - Context configuration.
 */
'use strict';

var formatMsg = require('./msg/format_msg');

var decorateMsg = require('./msg/decorate_msg');

var indentMsg = require('./msg/indent_msg');
/** @lends module:colorprint/lib~Colorprint */


function Colorprint() {
  this.init.apply(this, arguments);
}

Colorprint.prototype = {
  disabled: false,
  prepareMsg: function prepareMsg() {
    var msg = formatMsg.apply(formatMsg, arguments);
    return [this.PREFIX, indentMsg(msg, this.indent), this.SUFFIX].join('');
  },
  writeToStdout: function writeToStdout(msg, color) {
    if (this.disabled) {
      return;
    }

    console.log(decorateMsg(msg, color));
  },
  writeToStderr: function writeToStderr(msg, color) {
    console.error(decorateMsg(msg, color));
  },

  /** Color for point print. */
  POINT_COLOR: 'blue',

  /** Color for notice print. */
  NOTICE_COLOR: 'magenta',

  /** Color for info print. */
  INFO_COLOR: 'green',

  /** Color for debug print. */
  DEBUG_COLOR: '',

  /** Color for trace print. */
  TRACE_COLOR: 'white',

  /** Color for warn print. */
  WARN_COLOR: 'yellow',

  /** Color for error print. */
  ERROR_COLOR: 'red',

  /** Color for error_detail print. */
  ERROR_DETAIL_COLOR: '',

  /** Color for fatal print. */
  FATAL_COLOR: 'bgRed',

  /** Alias for module:colorprint/lib~Colorprint#point. */
  POINT: function POINT() {
    this.point.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#notice. */
  NOTICE: function NOTICE() {
    this.notice.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#info. */
  INFO: function INFO() {
    this.info.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#debug. */
  DEBUG: function DEBUG() {
    this.debug.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#trace. */
  TRACE: function TRACE() {
    this.trace.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#warn. */
  WARN: function WARN() {
    this.warn.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#error. */
  ERROR: function ERROR() {
    this.error.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#error_detail. */
  ERROR_DETAIL: function ERROR_DETAIL() {
    this.error_detail.apply(this, arguments);
  },

  /** Alias for module:colorprint/lib~Colorprint#fatal. */
  FATAL: function FATAL() {
    this.fatal.apply(this, arguments);
  },

  /** @constructs module:colorprint/lib~Colorprint */
  init: function init() {
    var config = arguments.length > 0 && arguments[0] !== undefined ? arguments[0] : {};
    Object.assign(this, config);
    this.PREFIX = config.prefix || this.PREFIX;
    this.SUFFIX = config.suffix || this.SUFFIX;
  },

  /** Number of indent */
  indent: 0,

  /** Message prefix */
  PREFIX: '',

  /** Message suffix */
  SUFFIX: '',

  /**
   * Print point message.
   * @param {...string} msg - Message to print.
   */
  point: function point(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.POINT_COLOR);
  },

  /**
   * Print notice message.
   * @param {...string} msg - Message to print.
   */
  notice: function notice(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.NOTICE_COLOR);
  },

  /**
   * Print info message.
   * @param {...string} msg - Message to print.
   */
  info: function info(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.INFO_COLOR);
  },

  /**
   * Print debug message.
   * @param {...string} msg - Message to print.
   */
  debug: function debug(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.DEBUG_COLOR);
  },

  /**
   * Print trace message.
   * @param {...string} msg - Message to print.
   */
  trace: function trace(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.TRACE_COLOR);
  },

  /**
   * Print warn message.
   * @param {...string} msg - Message to print.
   */
  warn: function warn(msg) {
    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.WARN_COLOR);
  },

  /**
   * Print error message.
   * @param {...string} msg - Message to print.
   */
  error: function error(msg) {
    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.ERROR_COLOR);
  },

  /**
   * Print error_detail message.
   * @param {...string} msg - Message to print.
   */
  errorDetail: function errorDetail(msg) {
    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.ERROR_DETAIL_COLOR);
  },

  /**
   * Print fatal message.
   * @param {...string} msg - Message to print.
   */
  fatal: function fatal(msg) {
    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.FATAL_COLOR);
  }
};
module.exports = Colorprint;
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Context configuration.\n */\n\n'use strict'\n\nconst formatMsg = require('./msg/format_msg')\nconst decorateMsg = require('./msg/decorate_msg')\nconst indentMsg = require('./msg/indent_msg')\n\n/** @lends module:colorprint/lib~Colorprint */\nfunction Colorprint () {\n  this.init.apply(this, arguments)\n}\n\nColorprint.prototype = {\n  disabled: false,\n  prepareMsg () {\n    const msg = formatMsg.apply(formatMsg, arguments)\n    return [this.PREFIX, indentMsg(msg, this.indent), this.SUFFIX].join('')\n  },\n  writeToStdout (msg, color) {\n    if (this.disabled) {\n      return\n    }\n    console.log(decorateMsg(msg, color))\n  },\n  writeToStderr (msg, color) {\n    console.error(decorateMsg(msg, color))\n  },\n  /** Color for point print. */\n  POINT_COLOR: 'blue',\n  /** Color for notice print. */\n  NOTICE_COLOR: 'magenta',\n  /** Color for info print. */\n  INFO_COLOR: 'green',\n  /** Color for debug print. */\n  DEBUG_COLOR: '',\n  /** Color for trace print. */\n  TRACE_COLOR: 'white',\n  /** Color for warn print. */\n  WARN_COLOR: 'yellow',\n  /** Color for error print. */\n  ERROR_COLOR: 'red',\n  /** Color for error_detail print. */\n  ERROR_DETAIL_COLOR: '',\n  /** Color for fatal print. */\n  FATAL_COLOR: 'bgRed',\n  /** Alias for module:colorprint/lib~Colorprint#point. */\n  POINT () {\n    this.point.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#notice. */\n  NOTICE () {\n    this.notice.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#info. */\n  INFO () {\n    this.info.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#debug. */\n  DEBUG () {\n    this.debug.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#trace. */\n  TRACE () {\n    this.trace.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#warn. */\n  WARN () {\n    this.warn.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#error. */\n  ERROR () {\n    this.error.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#error_detail. */\n  ERROR_DETAIL () {\n    this.error_detail.apply(this, arguments)\n  },\n  /** Alias for module:colorprint/lib~Colorprint#fatal. */\n  FATAL () {\n    this.fatal.apply(this, arguments)\n  },\n  /** @constructs module:colorprint/lib~Colorprint */\n  init (config = {}) {\n    Object.assign(this, config)\n    this.PREFIX = config.prefix || this.PREFIX\n    this.SUFFIX = config.suffix || this.SUFFIX\n  },\n  /** Number of indent */\n  indent: 0,\n  /** Message prefix */\n  PREFIX: '',\n  /** Message suffix */\n  SUFFIX: '',\n  /**\n   * Print point message.\n   * @param {...string} msg - Message to print.\n   */\n  point (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.POINT_COLOR)\n  },\n  /**\n   * Print notice message.\n   * @param {...string} msg - Message to print.\n   */\n  notice (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.NOTICE_COLOR)\n  },\n  /**\n   * Print info message.\n   * @param {...string} msg - Message to print.\n   */\n  info (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.INFO_COLOR)\n  },\n  /**\n   * Print debug message.\n   * @param {...string} msg - Message to print.\n   */\n  debug (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.DEBUG_COLOR)\n  },\n  /**\n   * Print trace message.\n   * @param {...string} msg - Message to print.\n   */\n  trace (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.TRACE_COLOR)\n  },\n  /**\n   * Print warn message.\n   * @param {...string} msg - Message to print.\n   */\n  warn (msg) {\n    this.writeToStdout(this.prepareMsg.apply(this, arguments), this.WARN_COLOR)\n  },\n  /**\n   * Print error message.\n   * @param {...string} msg - Message to print.\n   */\n  error (msg) {\n    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.ERROR_COLOR)\n  },\n  /**\n   * Print error_detail message.\n   * @param {...string} msg - Message to print.\n   */\n  errorDetail (msg) {\n    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.ERROR_DETAIL_COLOR)\n  },\n  /**\n   * Print fatal message.\n   * @param {...string} msg - Message to print.\n   */\n  fatal (msg) {\n    this.writeToStderr(this.prepareMsg.apply(this, arguments), this.FATAL_COLOR)\n  }\n}\n\nmodule.exports = Colorprint\n"]}