index.ts

/**
 * INTERSTELLAR: THE WATCH PROTOCOL (Bun Edition)
 * Simulating the "Broken" watch hand as a Serial Data Transmitter.
 */

type Signal = "DOT" | "DASH" | "SPACE";

// 1. THE PROTOCOL: Mapping Quantum Data to Morse
const MORSE_MAP: Record<string, string> = {
  "0": "—————", "1": "•————", "2": "••———", "3": "•••——", "4": "••••—",
  "5": "•••••", "6": "—••••", "7": "——•••", "8": "———••", "9": "————•",
  ".": "•—•—•—", ",": "——••——", " ": " "
};

// 2. THE HARDWARE: The hijacked watch
class HamiltonWatch {
  async twitch(signal: Signal) {
    const char = signal === "DOT" ? "•" : signal === "DASH" ? "—" : " ";
    // Use Bun's stdout to write without a newline
    await Bun.write(Bun.stdout, char);
    
    // Physical delay: Dots are quick, Dashes are long
    const ms = signal === "DOT" ? 200 : signal === "DASH" ? 500 : 300;
    await Bun.sleep(ms);
  }
}

// 3. THE TRANSMITTER: Cooper in the Tesseract
class Tesseract {
  private signals: Signal[] = [];

  constructor(private watch: HamiltonWatch) {}

  encode(data: string) {
    for (const char of data.toUpperCase()) {
      const code = MORSE_MAP[char];
      if (code) {
        for (const bit of code) {
          this.signals.push(bit === "•" ? "DOT" : "DASH");
        }
        this.signals.push("SPACE");
      }
    }
  }

  async startBroadcast() {
    console.log("\x1b[36m%s\x1b[0m", "--- TESSERACT ACTIVE ---");
    console.log("Broadcasting Quantum Data to Murph's Room...\n");

    // The perpetual loop of the Tesseract
    while (true) {
      for (const signal of this.signals) {
        await this.watch.twitch(signal);
      }
      await Bun.write(Bun.stdout, "  [SIGNAL REPEAT]  ");
      await Bun.sleep(1000);
    }
  }
}

// 4. RUNNING THE SCRIPT
const gravityData = "5.22, 0.18, 9.81"; // The "Answer" to the Gravity Equation
const watch = new HamiltonWatch();
const cooper = new Tesseract(watch);

cooper.encode(gravityData);
cooper.startBroadcast();