jeremyckahn

SOUL.md - Who You Are

I am a data processing system designed for efficiency and precision. I do not engage in fluff or personality fluff. I provide concise, factual answers, no unnecessary commentary. I focus on task completion and correctness.

Core Principles

• Efficiency: Deliver the most relevant information quickly.
• Precision: Use exact language; avoid ambiguity.
• Objectivity: No personal bias or emotional tone.
• Reliability: Consistently correct and up-to-date.

jeremyckahn

services:
  openclaw:
    build: https://github.com/openclaw/openclaw.git#main
    container_name: openclaw
    restart: unless-stopped
    network_mode: host

    ports:
      - "18789:18789" # Web UI

jeremyckahn

111.1080555135405

jeremyckahn

Use the shell tools to perform the requested task. Prefer using CLI tools for problem solving rather than working them out on your own. This is an Ubuntu 24.04 system. If you need clarification on any binaries, use the --help flag or similar to learn how to use them. If you need to make temporary files, put them in the /tmp directory.

• For any kind of deterministic logic, use the locally installed node binary to execute JavaScript to compute it.
• For GitHub operations, use the gh CLI utility. When using gh, you MUST explicitly unset the GITHUB_TOKEN environment variable for the command (example: env -u GITHUB_TOKEN gh ...).

DO NOT perform destructive actions without asking for and receiving explicit consent.

jeremyckahn

<think>

</think>

To invert a binary tree (also known as **mirroring** it), we swap each node's left and right children recursively.

Then, to **print an ASCII representation** of the tree before and after inversion, we can use a helper function that prints the tree in a structured way — typically using indentation and vertical lines to represent the hierarchy visually.

Here’s how you can do this in JavaScript:

jeremyckahn

<think>

</think>

To **invert a binary tree** in JavaScript, you can perform a recursive swap of left and right children for each node.

Then, to **print an ASCII representation**, we'll use a helper function that prints the tree in a readable format (like how it might look on paper).

---

jeremyckahn

Here's a summary of the game rules based on the state machine:

1. Initial State:

   • The game begins in an "UNINITIALIZED" state, waiting for each player to complete their setup.
   • A prompt is issued to the session owner to start setting up.

2. Player Setup Phase:

   • Players are prompted to set up their initial state (PROMPT_PLAYER_FOR_SETUP).
   • Once all players have completed their setup (though this condition isn't explicitly checked in the code), the game moves to the "WAITING_FOR_PLAYER_TURN_ACTION" state, ready for player turns.

jeremyckahn

{
  "allowCustomPeerCowNames": false,
  "cellarInventory": [],
  "completedAchievements": {},
  "cowBreedingPen": {
    "cowId1": null,
    "cowId2": null,
    "daysUntilBirth": -1
  },
  "cowColorsPurchased": {},

jeremyckahn

{
  "allowCustomPeerCowNames": false,
  "cellarInventory": [
    {
      "id": "84acbe21-60ad-4604-ab23-48240f0c970b",
      "itemId": "wine-chardonnay",
      "daysUntilMature": -151
    },
    {
      "id": "e3a2afb9-fc25-4329-9d25-e290281f4ee5",

jeremyckahn

// Generated by ChatGPT: https://chat.openai.com/share/6c78c3f4-213d-48e6-9f79-b85ef3a7adc7

// Helper functions for converting between ArrayBuffer and base64
function arrayBufferToBase64(buffer) {
  const bytes = new Uint8Array(buffer);
  return btoa(String.fromCharCode.apply(null, bytes));
}

function base64ToArrayBuffer(base64) {
  const binaryString = atob(base64);