Game Mechanics

/**
 * Sleep in a bed block
 * @param bedBlock - Bed block to sleep in
 * @returns Promise that resolves when sleep action completes
 */
sleep(bedBlock: Block): Promise<void>;

/**
 * Check if a block is a valid bed
 * @param bedBlock - Block to check
 * @returns True if block is a bed
 */
isABed(bedBlock: Block): boolean;

/**
 * Wake up from sleep
 * @returns Promise that resolves when wake action completes
 */
wake(): Promise<void>;

// Find and sleep in nearest bed
const bed = bot.findBlock({
  matching: (block) => bot.isABed(block),
  maxDistance: 16
});

if (bed) {
  try {
    await bot.sleep(bed);
    console.log("Bot is now sleeping");
    
    // Wake up after some time
    setTimeout(async () => {
      await bot.wake();
      console.log("Bot woke up");
    }, 10000);
  } catch (error) {
    console.log("Could not sleep:", error.message);
  }
}

// Auto-sleep at night
bot.on("time", () => {
  if (!bot.time.isDay && !bot.isSleeping) {
    const nearbyBed = bot.findBlock({
      matching: (block) => bot.isABed(block),
      maxDistance: 20
    });
    
    if (nearbyBed) {
      bot.sleep(nearbyBed).catch(console.error);
    }
  }
});

/**
 * Start fishing with equipped fishing rod
 * @returns Promise that resolves when fishing completes (catch or timeout)
 */
fish(): Promise<void>;

/**
 * Check if bot is currently using held item (like fishing rod)
 */
readonly usingHeldItem: boolean;

// Basic fishing
const fishingRod = bot.inventory.findItem("fishing_rod");
if (fishingRod) {
  await bot.equip(fishingRod, "hand");
  
  // Look at water
  const water = bot.findBlock({
    matching: (block) => block.name === "water",
    maxDistance: 10
  });
  
  if (water) {
    await bot.lookAt(water.position);
    await bot.fish();
    console.log("Caught something!");
  }
}

// Automated fishing loop
async function autoFish(duration: number) {
  const fishingRod = bot.inventory.findItem("fishing_rod");
  if (!fishingRod) {
    console.log("No fishing rod found");
    return;
  }
  
  await bot.equip(fishingRod, "hand");
  
  const endTime = Date.now() + duration;
  let catches = 0;
  
  while (Date.now() < endTime) {
    try {
      await bot.fish();
      catches++;
      console.log(`Caught item #${catches}`);
      
      // Brief pause between catches
      await new Promise(resolve => setTimeout(resolve, 1000));
    } catch (error) {
      console.log("Fishing failed:", error.message);
      break;
    }
  }
  
  console.log(`Fishing session ended. Total catches: ${catches}`);
}

// Auto-fish for 10 minutes
autoFish(10 * 60 * 1000);

/**
 * Write content to a book
 * @param slot - Inventory slot containing the book
 * @param pages - Array of page contents (strings)
 * @returns Promise that resolves when writing completes
 */
writeBook(slot: number, pages: string[]): Promise<void>;

// Write a simple book
const book = bot.inventory.findItem("writable_book");
if (book) {
  const pages = [
    "Chapter 1: The Beginning\n\nOnce upon a time, in a world made of blocks...",
    "Chapter 2: The Adventure\n\nOur hero ventured forth into the dangerous caves...",
    "Chapter 3: The End\n\nAnd they lived happily ever after.\n\nThe End."
  ];
  
  await bot.writeBook(book.slot, pages);
  console.log("Book written successfully!");
}

// Create a diary entry
async function writeDiary() {
  const book = bot.inventory.findItem("writable_book");
  if (!book) return;
  
  const date = new Date().toLocaleDateString();
  const time = bot.time.timeOfDay;
  const weather = bot.isRaining ? "raining" : "clear";
  const pos = bot.entity.position;
  
  const diaryEntry = [
    `Diary Entry - ${date}\n\nTime: ${time}\nWeather: ${weather}\nLocation: ${pos.x.toFixed(1)}, ${pos.y.toFixed(1)}, ${pos.z.toFixed(1)}`,
    `Today I explored the world and learned many things about survival in Minecraft...`,
    `Health: ${bot.health}/20\nFood: ${bot.food}/20\n\nUntil tomorrow,\n- Bot`
  ];
  
  await bot.writeBook(book.slot, diaryEntry);
}

// Auto-documentation system
async function documentDiscoveries() {
  const discoveries: string[] = [];
  
  // Track new blocks discovered
  bot.on("blockUpdate", (oldBlock, newBlock) => {
    if (newBlock && !oldBlock) {
      discoveries.push(`Found ${newBlock.name} at ${newBlock.position}`);
    }
  });
  
  // Track new entities
  bot.on("entitySpawn", (entity) => {
    discoveries.push(`Encountered ${entity.type} at ${entity.position}`);
  });
  
  // Write discoveries to book every hour
  setInterval(async () => {
    if (discoveries.length > 0) {
      const book = bot.inventory.findItem("writable_book");
      if (book) {
        const pages = [];
        let currentPage = "Discoveries:\n\n";
        
        for (const discovery of discoveries) {
          if (currentPage.length + discovery.length > 256) {
            pages.push(currentPage);
            currentPage = discovery + "\n";
          } else {
            currentPage += discovery + "\n";
          }
        }
        
        if (currentPage.length > 0) {
          pages.push(currentPage);
        }
        
        await bot.writeBook(book.slot, pages);
        discoveries.length = 0; // Clear discoveries
      }
    }
  }, 3600000); // Every hour
}

/**
 * Set a command block with specific command and options
 * @param pos - Position of the command block
 * @param command - Command to set
 * @param options - Command block configuration
 */
setCommandBlock(pos: Vec3, command: string, options: CommandBlockOptions): void;

interface CommandBlockOptions {
  /** Command block mode (0=impulse, 1=chain, 2=repeat) */
  mode: number;
  /** Track command output */
  trackOutput: boolean;
  /** Conditional execution */
  conditional: boolean;
  /** Always active */
  alwaysActive: boolean;
}

// Set up automated farm with command blocks
const commandBlockPos = new Vec3(100, 64, 200);

// Set a repeating command block
bot.setCommandBlock(commandBlockPos, "/say Automated message", {
  mode: 2,           // Repeat mode
  trackOutput: true,
  conditional: false,
  alwaysActive: true
});

// Chain of command blocks for complex automation
const commands = [
  "/fill ~1 ~-1 ~1 ~10 ~-1 ~10 minecraft:farmland",
  "/fill ~1 ~ ~1 ~10 ~ ~10 minecraft:water",
  "/give @p minecraft:wheat_seeds 64"
];

for (let i = 0; i < commands.length; i++) {
  const pos = commandBlockPos.offset(i, 0, 0);
  bot.setCommandBlock(pos, commands[i], {
    mode: i === 0 ? 0 : 1, // First impulse, rest chain
    trackOutput: true,
    conditional: false,
    alwaysActive: false
  });
}

/**
 * Execute a trade with a villager
 * @param villagerInstance - Open villager trading window
 * @param tradeIndex - Index of the trade to execute
 * @param times - Number of times to execute the trade
 * @returns Promise that resolves when trading completes
 */
trade(villagerInstance: Villager, tradeIndex: string | number, times?: number): Promise<void>;

// Optimize trading with multiple villagers
async function optimizeTrading() {
  const villagers = Object.values(bot.entities).filter(entity => 
    entity.name === "villager"
  );
  
  for (const villager of villagers) {
    try {
      const villagerWindow = await bot.openVillager(villager);
      await new Promise<void>(resolve => villagerWindow.on("ready", resolve));
      
      // Find best emerald trades
      const emeraldTrades = villagerWindow.trades.filter(trade => 
        trade.outputItem.name === "emerald" && !trade.tradeDisabled
      );
      
      for (const trade of emeraldTrades) {
        const inputCount = bot.inventory.count(trade.inputItem1.type);
        const maxTrades = Math.min(
          Math.floor(inputCount / trade.inputItem1.count),
          trade.maximumNbTradeUses - trade.nbTradeUses
        );
        
        if (maxTrades > 0) {
          await bot.trade(villagerWindow, villagerWindow.trades.indexOf(trade), maxTrades);
          console.log(`Traded ${maxTrades} times with villager`);
        }
      }
      
      villagerWindow.close();
    } catch (error) {
      console.log("Trading failed:", error.message);
    }
  }
}

// Create emerald farm
async function createEmeraldFarm() {
  // Find farmer villager
  const farmer = Object.values(bot.entities).find(entity =>
    entity.name === "villager" && entity.metadata[13] === 0
  );
  
  if (!farmer) return;
  
  // Plant crops nearby
  const farmArea = bot.findBlocks({
    matching: (block) => block.name === "farmland",
    maxDistance: 20,
    count: 100
  });
  
  const seeds = bot.inventory.items().filter(item => 
    item.name.includes("seeds") || item.name === "carrot" || item.name === "potato"
  );
  
  for (const seedType of seeds) {
    for (const farmPos of farmArea) {
      const airBlock = bot.blockAt(farmPos.offset(0, 1, 0));
      if (airBlock && airBlock.type === 0) {
        await bot.equip(seedType, "hand");
        await bot.placeBlock(bot.blockAt(farmPos)!, new Vec3(0, 1, 0));
        break;
      }
    }
  }
  
  console.log("Farm planted for emerald trading");
}

interface Bot {
  /** Whether bot is currently sleeping */
  isSleeping: boolean;
  /** Current weather state */
  isRaining: boolean;
  /** Thunder state */
  thunderState: number;
  /** Game time information */
  time: Time;
  /** Current experience */
  experience: Experience;
}

interface Time {
  /** Whether daylight cycle is enabled */
  doDaylightCycle: boolean;
  /** Full time value as BigInt */
  bigTime: BigInt;
  /** Time in ticks */
  time: number;
  /** Time of day (0-24000) */
  timeOfDay: number;
  /** Current day number */
  day: number;
  /** Whether it's daytime */
  isDay: boolean;
  /** Moon phase (0-7) */
  moonPhase: number;
  /** World age as BigInt */
  bigAge: BigInt;
  /** World age in ticks */
  age: number;
}

interface Experience {
  /** Experience level */
  level: number;
  /** Total experience points */
  points: number;
  /** Progress to next level (0-1) */
  progress: number;
}

interface BotEvents {
  /** Sleep state changed */
  sleep(): void;
  wake(): void;
  
  /** Weather events */
  rain(): void;
  
  /** Time events */
  time(): void;
  
  /** Experience gained */
  experience(): void;
  
  /** Death and respawn */
  death(): void;
  respawn(): void;
  
  /** Health and status */
  health(): void;
  breath(): void;
  
  /** Firework usage */
  usedFirework(): void;
  
  /** Spawn point changes */
  spawnReset(): void;
}

// React to weather changes
bot.on("rain", () => {
  if (bot.isRaining) {
    console.log("It started raining, seeking shelter");
    const shelter = bot.findBlock({
      matching: (block) => block.name.includes("roof") || block.name.includes("house"),
      maxDistance: 50
    });
    
    if (shelter) {
      // Move to shelter logic here
    }
  } else {
    console.log("Rain stopped, can go outside");
  }
});

// Time-based behavior
bot.on("time", () => {
  const timeOfDay = bot.time.timeOfDay;
  
  if (timeOfDay === 0) {
    console.log("New day started!");
  } else if (timeOfDay === 12000) {
    console.log("Nighttime, being cautious");
    // Enable defensive behavior
  } else if (timeOfDay === 23000) {
    console.log("Almost dawn, preparing for day");
  }
});

// Experience tracking
bot.on("experience", () => {
  console.log(`Level: ${bot.experience.level}, XP: ${bot.experience.points}`);
  
  if (bot.experience.level % 5 === 0) {
    bot.chat(`Reached level ${bot.experience.level}!`);
  }
});

// Health monitoring
bot.on("health", () => {
  if (bot.health < 6) {
    console.log("Low health! Seeking food and safety");
    
    // Find food
    const food = bot.inventory.items().find(item => 
      ["bread", "apple", "cooked_beef", "golden_apple"].includes(item.name)
    );
    
    if (food) {
      bot.equip(food, "hand").then(() => bot.consume()).catch(console.error);
    }
  }
});

// Auto-respawn system
bot.on("death", () => {
  console.log("Bot died, respawning soon...");
});

bot.on("respawn", () => {
  console.log("Bot respawned");
  
  // Return to last known safe location
  const safeLocation = new Vec3(0, 64, 0); // Spawn area
  // Navigation logic here
});

// Comprehensive game state monitor
function monitorGameState() {
  setInterval(() => {
    const status = {
      health: bot.health,
      food: bot.food,
      level: bot.experience.level,
      time: bot.time.timeOfDay,
      weather: bot.isRaining ? "rain" : "clear",
      position: bot.entity.position,
      dimension: bot.game.dimension
    };
    
    console.log("Bot Status:", JSON.stringify(status, null, 2));
  }, 60000); // Every minute
}

monitorGameState();