const mc = require('minecraft-protocol');
const lang = require("./en_us.json"); // translate message
const bot = mc.createClient({
  //host: 'chipmunk.land',
  host: '95.216.192.50', //kaboom.pw
  port: 25565,
  username: 'sysparser',
  version: "1.20.4",
});

bot.on('system_chat', (packet) => {
  console.log(parseMinecraftMessage(packet));
  console.log(JSON.stringify(packet, null, 2))
});

const ansiCodes = {
  '§0': '\x1B[30m', // Black
  '§1': '\x1B[34m', // Dark Blue
  '§2': '\x1B[32m', // Dark Green
  '§3': '\x1B[36m', // Dark Aqua
  '§4': '\x1B[31m', // Dark Red
  '§5': '\x1B[35m', // Dark Purple
  '§6': '\x1B[33m', // Gold
  '§7': '\x1B[37m', // Gray
  '§8': '\x1B[90m', // Dark Gray
  '§9': '\x1B[94m', // Blue
  '§a': '\x1B[92m', // Green
  '§b': '\x1B[96m', // Aqua
  '§c': '\x1B[91m', // Red
  '§d': '\x1B[95m', // Light Purple
  '§e': '\x1B[93m', // Yellow
  '§f': '\x1B[97m', // White
  '§l': '\x1B[1m',  // Bold
  '§o': '\x1B[3m',  // Italic
  '§n': '\x1B[4m',  // Underlined
  '§m': '\x1B[9m',  // Strikethrough
  '§k': '\x1B[5m',  // Obfuscated
  '§r': '\x1B[0m',  // Reset
  'black': '\x1B[30m', // Black
  'dark_blue': '\x1B[34m', // Dark Blue
  'dark_green': '\x1B[32m', // Dark Green
  'dark_aqua': '\x1B[36m', // Dark Aqua
  'dark_red': '\x1B[31m', // Dark Red
  'dark_purple': '\x1B[35m', // Dark Purple
  'gold': '\x1B[33m', // Gold
  'gray': '\x1B[37m', // Gray
  'dark_gray': '\x1B[90m', // Dark Gray
  'blue': '\x1B[94m', // Blue
  'green': '\x1B[92m', // Green
  'aqua': '\x1B[96m', // Aqua
  'red': '\x1B[91m', // Red
  'light_purple': '\x1B[95m', // Light Purple
  'yellow': '\x1B[93m', // Yellow
  'white': '\x1B[97m', // White
  'bold': '\x1B[1m',  // Bold
  'italic': '\x1B[3m',  // Italic
  'underlined': '\x1B[4m',  // Underlined
  'strikethrough': '\x1B[9m',  // Strikethrough
  'obfuscated': '\x1B[5m',  // Obfuscated
  'reset': '\x1B[0m' // Reset
};

function parseMinecraftMessage(component) {
  function extractText(comp) {
    let text = '';

    if (typeof comp === 'string') {
      return comp;
    }

    if (comp.text) {
      text += extractText(comp.text);
    }
    if (comp[""]) {
      text += extractText(comp[""]);
    }

    if (comp) {
      let Acomp = Array.isArray(comp) ? comp : [comp];
      Acomp.forEach(item => {
        if (typeof item === 'string') {
          text += item;
        }
      });
    }

    if (comp.extra) {
      let compextra = Array.isArray(comp.extra) ? comp.extra : [comp.extra];
      compextra.forEach(extraComp => {
        text += extractText(extraComp);
      });
    }
    if (comp.value) {
      let compvalue = Array.isArray(comp.value) ? comp.value : [comp.value];
      compvalue.forEach(valueComp => {
        text += extractText(valueComp);
      });
    }
if (comp.translate) { // anyone can help me ?
  let translateString = lang[comp.translate.value] || comp.translate.value;

  if (typeof translateString === 'string') {
    if (comp.with) {
      const withArray = Array.isArray(comp.with.value) ? comp.with.value : [comp.with.value];
      let formattedString = translateString;

      const replacements = [];

      withArray.forEach((replacementText) => {
        if (replacementText.value) {
          const items = Array.isArray(replacementText.value) ? replacementText.value : [replacementText.value];
          
          items.forEach((item) => {
            //console.log(item);
            replacements.push(extractText(item));
          });
        }
      });

      let replacementIndex = 0;
      formattedString = formattedString.replace(/%s/g, () => {

        return replacementIndex < replacements.length ? replacements[replacementIndex++] : '%s';
      });
	  //console.log(formattedString)
      text += formattedString;
    }
  } else {
    console.warn(`Translation not found for: ${comp.translate.value}`);
  }
}

	if (comp.color && ansiCodes[comp.color.value] && !comp.color.value.startsWith('#')) {
		text = ansiCodes[comp.color.value] + text;
	} else if (comp.color && comp.color.value.startsWith('#')) {
		const hexRegex = /#?([a-fA-F\d]{2})([a-fA-F\d]{2})([a-fA-F\d]{2})/;
		const hexCodes = hexRegex.exec(comp.color.value);
		if (hexCodes) {
			const red = parseInt(hexCodes[1], 16);
			const green = parseInt(hexCodes[2], 16);
			const blue = parseInt(hexCodes[3], 16);
			const ansiColor = `\u001b[38;2;${red};${green};${blue}m`;
			text = ansiColor + text + '\x1B[0m';
		}
	}
    if (comp.bold && comp.bold.value === 1) {
      text = '\x1b[1m' + text;
    }
    if (comp.italic && comp.italic.value === 1) {
      text = '\x1b[3m' + text;
    }
    if (comp.underlined && comp.underlined.value === 1) {
      text = '\x1b[4m' + text;
    }
    if (comp.obfuscated && comp.obfuscated.value === 1) {
      text = '\x1b[5m' + text;
    }
    if (comp.strikethrough && comp.strikethrough.value === 1) {
      text = '\x1b[9m' + text;
    }

    return text;
  }

  let result = '';

  if (component.content) {
    const mainComponents = Array.isArray(component.content) ? component.content : [component.content];
    mainComponents.forEach(comp => {
      result += extractText(comp);
    });
  }

  return `Result: ${result}\x1B[0m`; // Ensure to reset colors at the end
}