Greasy Fork is available in English.
Enhances MooMoo.io with mini-mods to level the playing field against cheaters whilst being fair to non-script users.
// ==UserScript==
// @name MOOMOO.IO Utility Mod! (Scrollable Inventory, Wearables Hotbar, Typing Indicator, & More!)
// @namespace http://greasyfork.icu/users/137913
// @description Enhances MooMoo.io with mini-mods to level the playing field against cheaters whilst being fair to non-script users.
// @license GNU GPLv3 with the condition: no auto-heal or instant kill features may be added to the licensed material.
// @author TigerYT
// @version 1.0.1
// @grant GM_info
// @match *://moomoo.io/*
// @match *://dev.moomoo.io/*
// @match *://sandbox.moomoo.io/*
// @icon https://www.google.com/s2/favicons?sz=64&domain=moomoo.io
// @run-at document-start
// ==/UserScript==
/*
Version numbers: A.B.C
A = Added or made a major change to multiple mini-mods
B = Added or made a major change to a feature (a whole mini-mod, or major parts within a mini-mod)
C = Added patches
*/
(function() {
'use strict';
/**
* Asynchronously retrieves the userscript's metadata object.
* This is the recommended, universally compatible method.
*
* @returns {Promise<object>} A Promise that resolves with the script info object.
*/
const getGMInfo = async () => {
// Modern API (Greasemonkey 4+)
if (typeof GM !== 'undefined' && typeof GM.info === 'function') {
return await GM.info;
}
// Legacy API (Tampermonkey, Violentmonkey, etc.)
if (typeof GM_info !== 'undefined') {
return GM_info;
}
// If neither is found, reject the promise
throw new Error("getGMInfoAsync() Error: Userscript manager info object not found. Make sure you have '@grant GM_info' in your script's header.");
}
/**
* @module Logger
* @description A simple, configurable logger to prefix messages and avoid cluttering the console.
* It respects the `DEBUG_MODE` flag in the main module's config.
*/
const Logger = {
/**
* Logs a standard message to the console if DEBUG_MODE is enabled.
* @param {string} message - The primary message to log.
* @param {...any} args - Additional arguments to pass directly to console.log.
*/
log: (message, ...args) => MooMooUtilityMod.config.DEBUG_MODE && console.log((args[0] && typeof args[0] == "string" && args[0].startsWith('color') ? '%c' : '') + `[Util-Mod] ${message}`, ...args),
/**
* Logs an informational message to the console if DEBUG_MODE is enabled.
* @param {string} message - The primary message to log.
* @param {...any} args - Additional arguments to pass directly to console.info.
*/
info: (message, ...args) => MooMooUtilityMod.config.DEBUG_MODE && console.info((args[0] && typeof args[0] == "string" && args[0].startsWith('color') ? '%c' : '') + `[Util-Mod] ${message}`, ...args),
/**
* Logs a warning message to the console if DEBUG_MODE is enabled.
* @param {string} message - The primary message to log.
* @param {...any} args - Additional arguments to pass directly to console.warn.
*/
warn: (message, ...args) => MooMooUtilityMod.config.DEBUG_MODE && console.warn((args[0] && typeof args[0] == "string" && args[0].startsWith('color') ? '%c' : '') + `[Util-Mod] ${message}`, ...args),
/**
* Logs an error message. This is always shown, regardless of the DEBUG_MODE setting.
* @param {string} message - The primary message to log.
* @param {...any} args - Additional arguments to pass directly to console.error.
*/
error: (message, ...args) => console.error((args[0] && typeof args[0] == "string" && args[0].startsWith('color') ? '%c' : '') + `[Util-Mod] ${message}`, ...args)
};
/**
* @module MooMooUtilityMod
* @description The core of the utility mod. It manages shared state, data, network hooks,
* and initializes all registered "minimods".
*/
const MooMooUtilityMod = {
// --- CORE MOD PROPERTIES ---
/**
* @property {object} config - Holds user-configurable settings for the script.
*/
config: {
/** @property {boolean} DEBUG_MODE - Set to true to see detailed logs in the console. */
DEBUG_MODE: true
},
/**
* @property {object} state - Holds the dynamic state of the script, changing as the user plays.
*/
state: {
/** @property {boolean} enabled - Master toggle for the entire utility mod. Set to false to disable all features. */
enabled: true,
/** @property {number} initTimestamp - The UNIX timestamp (in milliseconds) when the script was initiated. */
initTimestamp: Date.now(),
/** @property {boolean} codecsReady - Tracks if the msgpack encoder and decoder instances have been successfully captured. */
codecsReady: false,
/** @property {boolean} socketReady - Tracks if the game's WebSocket instance has been successfully captured. */
socketReady: false,
/** @property {boolean} isSandbox - Tracks if the player is in sandbox mode, which affects item placement limits. */
isSandbox: window.location.host.startsWith('sandbox'),
/** @property {WebSocket|null} gameSocket - A direct reference to the game's main WebSocket instance. */
gameSocket: null,
/** @property {object|null} gameEncoder - A direct reference to the game's msgpack encoder instance. */
gameEncoder: null,
/** @property {object|null} gameDecoder - A direct reference to the game's msgpack decoder instance. */
gameDecoder: null,
/** @property {number} playerId - The client player's unique server-side ID, assigned upon joining a game. */
playerId: -1,
/** @property {{food: number, wood: number, stone: number, gold: number}} playerResources - The player's current resource counts. */
playerResources: { food: 0, wood: 0, stone: 0, gold: 0 },
/** @property {Map<number, number>} playerPlacedItemCounts - Maps an item's limit group ID to the number of items placed from that group. */
playerPlacedItemCounts: new Map(),
/** @property {boolean} playerHasRespawned - Tracks if the player has died and respawned, used to manage certain UI elements. */
playerHasRespawned: false,
/** @property {Array<MutationObserver|ResizeObserver>} observers - Stores all active observers for easy disconnection and cleanup when the mod is disabled. */
observers: [],
/** @property {Array<string>} focusableElementIds - A list of DOM element IDs that should block hotkeys when visible. Minimods can add to this list. */
focusableElementIds: [],
},
/**
* @property {object} data - Contains structured, static data about the game, such as items and packet definitions.
*/
data: {
/** @property {Map<number, object>} _itemDataByServerId - A map for quickly looking up item data by its server-side ID. */
_itemDataByServerId: new Map(),
/** @property {Map<number, object[]>} _itemDataBySlot - A map for grouping items by their action bar slot (e.g., Food, Walls, Spikes). */
_itemDataBySlot: new Map(),
/**
* @property {object} constants - A collection of named constants to avoid "magic values" in the code.
* These are "universal" constants that multiple minimods may need access to.
*/
constants: {
PACKET_TYPES: {
USE_ITEM: 'F',
EQUIP_ITEM: 'z',
EQUIP_WEARABLE: 'c',
CHAT: '6'
},
PACKET_DATA: {
WEARABLE_TYPES: {
HAT: 'hat',
ACCESSORY: 'accessory',
},
STORE_ACTIONS: {
ADD_ITEM: 'buy',
UPDATE_EQUIPPED: 'equip',
},
USE_ACTIONS: {
START_USING: 1,
STOP_USING: 0,
}
},
ITEM_TYPES: {
PRIMARY_WEAPON: 0,
SECONDARY_WEAPON: 1,
FOOD: 2,
WALL: 3,
SPIKE: 4,
WINDMILL: 5,
FARM: 6,
TRAP: 7,
EXTRA: 8,
SPAWN_PAD: 9
},
DOM: {
// IDs
UTILITY_MOD_STYLES: 'utilityModStyles',
UTILITY_MOD_SCRIPTS: 'utilityModScripts',
MENU_CONTAINER: 'menuContainer',
MAIN_MENU: 'mainMenu',
STORE_MENU: 'storeMenu',
STORE_HOLDER: 'storeHolder',
RESOURCE_DISPLAY: 'resDisplay',
CHAT_HOLDER: 'chatHolder',
CHAT_BOX: 'chatBox',
ALLIANCE_MENU: 'allianceMenu',
ACTION_BAR: 'actionBar',
GAME_CANVAS: 'gameCanvas',
GAME_UI: 'gameUI',
DIED_TEXT: 'diedText',
ENTER_GAME_BUTTON: 'enterGame',
UPGRADE_HOLDER: 'upgradeHolder',
UPGRADE_COUNTER: 'upgradeCounter',
ITEM_INFO_HOLDER: 'itemInfoHolder',
GAME_TITLE: 'gameName',
LOADING_TEXT: 'loadingText',
LOADING_INFO: 'loadingInfo',
AD_HOLDER: 'promoImgHolder',
WIDE_AD_CARD: 'wideAdCard',
AD_CARD: 'adCard',
RIGHT_CARD_HOLDER: 'rightCardHolder',
MENU_CARD_HOLDER: 'menuCardHolder',
SHUTDOWN_DISPLAY: 'shutdownDisplay',
LINKS_CONTAINER: 'linksContainer2',
// Selectors / Patterns / Classes
ACTION_BAR_ITEM_REGEX: /^actionBarItem(\d+)$/,
ACTION_BAR_ITEM_CLASS: '.actionBarItem',
STORE_MENU_EXPANDED_CLASS: 'expanded',
MENU_CARD_CLASS: 'menuCard',
STORE_TAB_CLASS: 'storeTab',
MENU_LINK_CLASS: 'menuLink',
PASSTHROUGH_CLASS: 'passthrough',
},
CSS: {
DISPLAY_NONE: 'none',
DISPLAY_FLEX: 'flex',
DISPLAY_BLOCK: 'block',
OPAQUE: 1,
},
GAME_STATE: {
INITIAL_SELECTED_ITEM_INDEX: 0,
WEBSOCKET_STATE_OPEN: 1, // WebSocket.OPEN
NO_SCROLL: 0,
SCROLL_DOWN: 1,
SCROLL_UP: -1,
},
TIMEOUTS: {
MANUAL_CODEC_SCAN: 2500,
},
},
/** @property {object} _rawItems - The raw item database, grouped by category for readability before processing. */
_rawItems: {
PRIMARY_WEAPONS: [
{ id: 0, server_id: 0, name: "Tool Hammer" },
{ id: 1, server_id: 1, name: "Hand Axe" },
{ id: 3, server_id: 3, name: "Short Sword" },
{ id: 4, server_id: 4, name: "Katana" },
{ id: 5, server_id: 5, name: "Polearm" },
{ id: 6, server_id: 6, name: "Bat" },
{ id: 7, server_id: 7, name: "Daggers" },
{ id: 8, server_id: 8, name: "Stick" },
{ id: 2, server_id: 2, name: "Great Axe" },
],
SECONDARY_WEAPONS: [
{ id: 9, server_id: 9, name: "Hunting Bow", cost: { wood: 4 } },
{ id: 10, server_id: 10, name: "Great Hammer" },
{ id: 11, server_id: 11, name: "Wooden Shield" },
{ id: 12, server_id: 12, name: "Crossbow", cost: { wood: 5 } },
{ id: 13, server_id: 13, name: "Repeater Crossbow", cost: { wood: 10 } },
{ id: 14, server_id: 14, name: "MC Grabby" },
{ id: 15, server_id: 15, name: "Musket", cost: { stone: 10 } },
],
FOOD: [
{ id: 0, server_id: 16, name: "Apple", cost: { food: 10 } },
{ id: 1, server_id: 17, name: "Cookie", cost: { food: 15 } },
{ id: 2, server_id: 18, name: "Cheese", cost: { food: 25 } },
],
WALLS: [
{ id: 3, server_id: 19, name: "Wood Wall", limitGroup: 1, limit: 30, cost: { wood: 10 } },
{ id: 4, server_id: 20, name: "Stone Wall", limitGroup: 1, limit: 30, cost: { stone: 25 } },
{ id: 5, server_id: 21, name: "Castle Wall", limitGroup: 1, limit: 30, cost: { stone: 35 } },
],
SPIKES: [
{ id: 6, server_id: 22, name: "Spikes", limitGroup: 2, limit: 15, cost: { wood: 20, stone: 5 } },
{ id: 7, server_id: 23, name: "Greater Spikes", limitGroup: 2, limit: 15, cost: { wood: 30, stone: 10 } },
{ id: 8, server_id: 24, name: "Poison Spikes", limitGroup: 2, limit: 15, cost: { wood: 35, stone: 15 } },
{ id: 9, server_id: 25, name: "Spinning Spikes", limitGroup: 2, limit: 15, cost: { wood: 30, stone: 20 } },
],
WINDMILLS: [
{ id: 10, server_id: 26, name: "Windmill", limitGroup: 3, limit: 7, sandboxLimit: 299, cost: { wood: 50, stone: 10 } },
{ id: 11, server_id: 27, name: "Faster Windmill", limitGroup: 3, limit: 7, sandboxLimit: 299, cost: { wood: 60, stone: 20 } },
{ id: 12, server_id: 28, name: "Power Mill", limitGroup: 3, limit: 7, sandboxLimit: 299, cost: { wood: 100, stone: 50 } },
],
FARMS: [
{ id: 13, server_id: 29, name: "Mine", limitGroup: 4, limit: 1, cost: { wood: 20, stone: 100 } },
{ id: 14, server_id: 30, name: "Sapling", limitGroup: 5, limit: 2, cost: { wood: 150 } },
],
TRAPS: [
{ id: 15, server_id: 31, name: "Pit Trap", limitGroup: 6, limit: 6, cost: { wood: 30, stone: 30 } },
{ id: 16, server_id: 32, name: "Boost Pad", limitGroup: 7, limit: 12, sandboxLimit: 299, cost: { wood: 5, stone: 20 } },
],
EXTRAS: [
{ id: 17, server_id: 33, name: "Turret", limitGroup: 8, limit: 2, cost: { wood: 200, stone: 150 } },
{ id: 18, server_id: 34, name: "Platform", limitGroup: 9, limit: 12, cost: { wood: 20 } },
{ id: 19, server_id: 35, name: "Healing Pad", limitGroup: 10, limit: 4, cost: { food: 10, wood: 30 } },
{ id: 21, server_id: 37, name: "Blocker", limitGroup: 11, limit: 3, cost: { wood: 30, stone: 25 } },
{ id: 22, server_id: 38, name: "Teleporter", limitGroup: 12, limit: 2, sandboxLimit: 299, cost: { wood: 60, stone: 60 } },
],
SPAWN_PADS: [
{ id: 20, server_id: 36, name: "Spawn Pad", limitGroup: 13, limit: 1, cost: { wood: 100, stone: 100 } },
],
},
/** @property {object} _issueTemplates - Holds raw markdown for pre-filling GitHub issue bodies. */
_issueTemplates: {}, // MODIFIED: Will be populated by a fetch call.
// NEW: Added URLs for fetching templates
/** @property {object} _issueTemplateURLs - URLs to the raw issue templates on GitHub. */
_issueTemplateURLs: {
featureRequest: 'https://raw.githubusercontent.com/TimChinye/UserScripts/main/.github/RAW_ISSUE_TEMPLATE/feature_request.md',
bugReport: 'https://raw.githubusercontent.com/TimChinye/UserScripts/main/.github/RAW_ISSUE_TEMPLATE/bug_report.md'
},
/** @property {object} _packetNames - Maps packet ID codes to human-readable names for logging. */
_packetNames: {
'io-init': 'Initial Connection',
'A': 'All Clans List',
'B': 'Disconnect',
'C': 'Setup Game',
'D': 'Add Player',
'E': 'Remove Player',
'G': 'Leaderboard Update',
'H': 'Load Game Objects',
'I': 'Update AI',
'J': 'Animate AI',
'K': 'Gather Animation',
'L': 'Wiggle Game Object',
'M': 'Shoot Turret',
'N': 'Update Player Value',
'O': 'Update Health',
'P': 'Client Player Death',
'Q': 'Kill Object',
'R': 'Kill Objects',
'S': 'Update Item Counts',
'T': 'Update Age',
'U': 'Update Upgrades',
'V': 'Update Items',
'X': 'Add Projectile',
'Y': 'Remove Projectile',
'Z': 'Server Shutdown Notice',
'a': 'Update Players',
'g': 'Add Alliance',
'0': 'Ping Response',
'1': 'Delete Alliance',
'2': 'Alliance Notification',
'3': 'Set Player Team',
'4': 'Set Alliance Players',
'5': 'Update Store Items',
'6': 'Receive Chat',
'7': 'Update Minimap',
'8': 'Show Text',
'9': 'Ping Map',
},
/** @property {object} _packetFormatters - Maps packet IDs to functions that format raw packet data into structured objects for easier use and logging. */
_packetFormatters: {
'io-init': ([socketID]) => ({ socketID }),
'A': ([data]) => data,
'B': ([reason]) => ({ reason }),
'C': ([yourSID]) => ({ yourSID }),
'D': ([playerData, isYou]) => ({
id: playerData[0], sid: playerData[1], name: playerData[2], x: playerData[3], y: playerData[4], dir: playerData[5], health: playerData[6], maxHealth: playerData[7], scale: playerData[8], skinColor: playerData[9], isYou
}),
'E': ([id]) => ({ id }),
'G': (data) => {
const leaderboard = [];
for (let i = 0; i < data.length; i += 3) leaderboard.push({ sid: data[i], name: data[i + 1], score: data[i + 2] });
return { leaderboard };
},
'H': (data) => {
const objects = [];
for (let i = 0; i < data.length; i += 8) objects.push({ sid: data[i], x: data[i+1], y: data[i+2], dir: data[i+3], scale: data[i+4], type: data[i+5], itemID: data[i+6], ownerSID: data[i+7] });
return { objects };
},
'I': (data) => {
const ais = [];
for (let i = 0; i < data.length; i += 7) ais.push({ sid: data[i], index: data[i+1], x: data[i+2], y: data[i+3], dir: data[i+4], health: data[i+5], nameIndex: data[i+6] });
return { ais };
},
'J': ([sid]) => ({ sid }),
'K': ([sid, didHit, index]) => ({ sid, didHit, weaponIndex: index }),
'L': ([dir, sid]) => ({ dir, sid }),
'M': ([sid, dir]) => ({ sid, dir }),
'N': ([propertyName, value, updateView]) => ({ propertyName, value, updateView }),
'O': ([sid, newHealth]) => ({ sid, newHealth }),
'P': () => ({}),
'Q': ([sid]) => ({ sid }),
'R': ([sid]) => ({ sid }),
'S': ([groupID, count]) => ({ groupID, count }),
'T': ([xp, maxXP, age]) => ({ xp, maxXP, age }),
'U': ([points, age]) => ({ points, age }),
'V': ([items, isWeaponList]) => ({ items, isWeaponList }),
'X': ([x, y, dir, range, speed, index, layer, sid]) => ({ x, y, dir, range, speed, index, layer, sid }),
'Y': ([sid, newRange]) => ({ sid, newRange }),
'Z': ([countdown]) => ({ countdown }),
'a': (data) => {
const players = [];
for (let i = 0; i < data.length; i += 13) players.push({ sid: data[i], x: data[i+1], y: data[i+2], dir: data[i+3], buildIndex: data[i+4], weaponIndex: data[i+5], weaponVariant: data[i+6], team: data[i+7], isLeader: data[i+8], skinIndex: data[i+9], tailIndex: data[i+10], iconIndex: data[i+11], zIndex: data[i+12] });
return { players };
},
'g': ([clanData]) => ({ newClan: clanData }),
'0': () => ({}),
'1': ([sid]) => ({ sid }),
'2': ([sid, name]) => ({ sid, name }),
'3': ([team, isOwner]) => ({ team, isOwner }),
'4': (data) => {
const members = [];
for (let i = 0; i < data.length; i += 2) members.push({ sid: data[i], name: data[i+1] });
return { members };
},
'5': ([action, itemID, itemType]) => {
const CoreC = window.MooMooUtilityMod.data.constants;
return ({
itemType: itemType === 0 ? CoreC.PACKET_DATA.WEARABLE_TYPES.HAT : CoreC.PACKET_DATA.WEARABLE_TYPES.ACCESSORY,
itemID,
action: action === 0 ? CoreC.PACKET_DATA.STORE_ACTIONS.ADD_ITEM : CoreC.PACKET_DATA.STORE_ACTIONS.UPDATE_EQUIPPED
});
},
'6': ([sid, message]) => ({ sid, message }),
'7': (data) => ({ minimapData: data }),
'8': ([x, y, value, type]) => ({ x, y, value, type }),
'9': ([x, y]) => ({ x, y })
},
/**
* Processes the raw item data from `_rawItems` into the lookup maps for efficient access.
* This function is called once during the script's initialization.
* @function
* @returns {void}
*/
initialize() {
const CoreC = this.constants;
const itemTypes = {
FOOD: { slot: 0, itemType: CoreC.ITEM_TYPES.FOOD },
WALLS: { slot: 1, itemType: CoreC.ITEM_TYPES.WALL },
SPIKES: { slot: 2, itemType: CoreC.ITEM_TYPES.SPIKE },
WINDMILLS: { slot: 3, itemType: CoreC.ITEM_TYPES.WINDMILL },
FARMS: { slot: 6, itemType: CoreC.ITEM_TYPES.FARM },
TRAPS: { slot: 4, itemType: CoreC.ITEM_TYPES.TRAP },
EXTRAS: { slot: 5, itemType: CoreC.ITEM_TYPES.EXTRA },
SPAWN_PADS: { slot: 7, itemType: CoreC.ITEM_TYPES.SPAWN_PAD },
PRIMARY_WEAPONS: { slot: 8, itemType: CoreC.ITEM_TYPES.PRIMARY_WEAPON },
SECONDARY_WEAPONS: { slot: 9, itemType: CoreC.ITEM_TYPES.SECONDARY_WEAPON },
};
for (const category in this._rawItems) {
const { itemType, slot } = itemTypes[category];
this._rawItems[category].forEach(item => {
const fullItemData = {
...item,
itemType,
slot,
cost: {
food: 0,
wood: 0,
stone: 0,
gold: 0,
...item.cost
}
};
this._itemDataByServerId.set(fullItemData.server_id, fullItemData);
if (!this._itemDataBySlot.has(fullItemData.slot)) {
this._itemDataBySlot.set(fullItemData.slot, []);
}
this._itemDataBySlot.get(fullItemData.slot).push(fullItemData);
});
}
},
},
// --- PUBLIC UTILITY FUNCTIONS ---
/**
* Disables the entire utility mod, cleaning up all UI, styles, and event listeners.
* @returns {void}
*/
disableMod() {
if (!this.state.enabled) return; // Already disabled
Logger.warn("Disabling MooMoo Utility Mod...");
this.state.enabled = false;
// 1. Cleanup minimods first
this.miniMods.forEach(mod => {
if (typeof mod.cleanup === 'function') {
Logger.log(`Cleaning up minimod: ${mod.name}`);
try {
mod.cleanup();
} catch (e) {
Logger.error(`Error during cleanup of ${mod.name}:`, e);
}
}
});
// 2. Cleanup core UI, styles, and observers
const CoreC = this.data.constants;
const style = document.getElementById(CoreC.DOM.UTILITY_MOD_STYLES);
if (style) style.remove();
const titleElem = document.getElementById(CoreC.DOM.GAME_TITLE);
if (titleElem) titleElem.innerHTML = 'MOOMOO.io';
const loadingInfo = document.getElementById(CoreC.DOM.LOADING_INFO);
if (loadingInfo) loadingInfo.remove();
this.state.observers.forEach(obs => obs.disconnect());
this.state.observers.length = 0; // Clear the array
// 3. Ensure all core UI element styles are unlocked
this.waitForElementsToLoad({
mainMenu: CoreC.DOM.MAIN_MENU,
menuCardHolder: CoreC.DOM.MENU_CARD_HOLDER,
loadingText: CoreC.DOM.LOADING_TEXT,
gameUI: CoreC.DOM.GAME_UI,
diedText: CoreC.DOM.DIED_TEXT,
}).then(elements => {
this.unlockStyleUpdates("display", Object.values(elements));
});
Logger.warn("Mod disabled. Game reverted to vanilla state.");
},
/**
* Switches the UI to show the main menu.
* @returns {void}
*/
goToMainMenu() {
this.setUIState('showMenu');
},
/**
* Switches the UI to show the in-game interface.
* @returns {void}
*/
goToGamePlay() {
this.setUIState('showGameplay');
},
/**
* Extracts the server-side item ID from a DOM element's ID attribute.
* @param {HTMLElement} itemElem - The action bar item element.
* @returns {RegExpMatchArray|null} A match array or null.
*/
getItemIdFromElem(itemElem) {
return itemElem.id.match(this.data.constants.DOM.ACTION_BAR_ITEM_REGEX);
},
/**
* Retrieves the full data object for an item from its corresponding DOM element.
* @param {HTMLElement} itemElem - The action bar item element.
* @returns {object|undefined} The item's data object.
*/
getItemFromElem(itemElem) {
const match = this.getItemIdFromElem(itemElem);
if (!match) return undefined;
const serverItemId = parseInt(match[1]);
return this.data._itemDataByServerId.get(serverItemId);
},
/**
* Checks if the player has sufficient resources to afford an item.
* @param {object} itemData - The item's data object.
* @returns {boolean} True if the player can afford the item.
*/
isAffordableItem(itemData) {
if (!itemData || !itemData.cost) return true; // Free items are always affordable
return this.state.playerResources.food >= itemData.cost.food &&
this.state.playerResources.wood >= itemData.cost.wood &&
this.state.playerResources.stone >= itemData.cost.stone;
},
/**
* Checks if an item element in the action bar is currently visible and represents a valid item.
* @param {HTMLElement} itemElem - The action bar item element to check.
* @returns {boolean} True if the item is available.
*/
isAvailableItem(itemElem) {
const isVisible = itemElem.style.display !== this.data.constants.CSS.DISPLAY_NONE;
if (!isVisible) return false;
return !!this.getItemIdFromElem(itemElem);
},
/**
* Determines if an item can be equipped by checking its availability, affordability, and placement limits.
* @param {HTMLElement} itemElem - The action bar item element to check.
* @returns {boolean} True if all conditions are met.
*/
isEquippableItem(itemElem) {
if (!this.isAvailableItem(itemElem)) return false;
const itemData = this.getItemFromElem(itemElem);
if (!itemData) return false;
// Check 1: Resource affordability
if (!this.isAffordableItem(itemData)) return false;
// Check 2: Placement limit
if (itemData.limitGroup) {
const limit = this.state.isSandbox && itemData.sandboxLimit ? itemData.sandboxLimit : itemData.limit;
const currentCount = this.state.playerPlacedItemCounts.get(itemData.limitGroup) || 0;
if (currentCount >= limit) return false;
}
return true; // If both checks pass
},
/**
* Checks if a user input element is currently focused and visible.
* @private
* @returns {boolean} True if an input is focused.
*/
isInputFocused() {
const CoreC = this.data.constants;
const isVisible = (id) => {
const elem = document.getElementById(id);
return elem && window.getComputedStyle(elem).display !== CoreC.CSS.DISPLAY_NONE && window.getComputedStyle(elem).opacity == CoreC.CSS.OPAQUE;
};
return this.state.focusableElementIds.some(isVisible);
},
/**
* Registers a DOM element ID as a "focusable" element. When this element is visible,
* most hotkeys will be disabled to prevent conflicts with typing or UI interaction.
* @param {string} elementId - The ID of the DOM element to register.
* @returns {void}
*/
registerFocusableElement(elementId) {
if (typeof elementId !== 'string' || !elementId) {
Logger.error("registerFocusableElement: elementId must be a non-empty string.");
return;
}
if (!this.state.focusableElementIds.includes(elementId)) {
this.state.focusableElementIds.push(elementId);
Logger.log(`Registered new focusable element: #${elementId}`);
}
},
/**
* Observes an element until its computed style 'display' is not 'none'.
* @param {HTMLElement} element - The HTML element to observe.
* @returns {Promise<HTMLElement>} A promise that resolves with the element.
*/
waitForVisible(element) {
if (!element) return Promise.reject();
// Define the condition check in one place to avoid repetition.
const isDisplayBlock = () => window.getComputedStyle(element).display !== 'none';
// Handle the common case: If the element is already visible, resolve immediately.
if (isDisplayBlock()) return Promise.resolve(element);
// If not visible, return a promise that sets up the observer.
return new Promise(resolve => {
const observer = new MutationObserver(() => {
// When any mutation occurs, re-run the check.
if (isDisplayBlock()) {
// Once the condition is met, clean up and resolve the promise.
observer.disconnect();
resolve(element);
}
});
// Start observing the specific element for attribute changes
observer.observe(element, { attributes: true });
this.state.observers.push(observer);
});
},
/**
* Waits for one or more elements to be present in the DOM.
*
* @overload
* @param {string} elementId - The ID of the single element to wait for.
* @returns {Promise<HTMLElement>} A promise that resolves with the found HTML element.
*
* @overload
* @param {string[]} elementIds - An array of element IDs to wait for.
* @returns {Promise<HTMLElement[]>} A promise that resolves with an array of the found HTML elements, in the same order as the input array.
*
* @overload
* @param {Object<string, string>} elementMap - An object mapping variable names to element IDs.
* @returns {Promise<Object<string, HTMLElement>>} A promise that resolves with an object of the found HTML elements, keyed by the provided variable names.
*/
waitForElementsToLoad(parameter, options = {}) {
const { timeout = 5000 } = options; // Default timeout of 5 seconds.
let inputType;
let elementMap;
// 1. Normalize Input (this part is largely the same, but slightly refined)
if (typeof parameter === 'string') {
inputType = 'string';
elementMap = { [parameter]: parameter };
} else if (Array.isArray(parameter)) {
inputType = 'array';
// A more modern/declarative way to convert an array to a map
elementMap = Object.fromEntries(parameter.map(id => [id, id]));
} else if (typeof parameter === 'object' && parameter !== null && !Array.isArray(parameter)) {
inputType = 'object';
elementMap = parameter;
} else {
return Promise.reject(new TypeError('Invalid argument. Must be a string, array of strings, or an object.'));
}
// 2. Core Waiting Logic (significantly improved)
const corePromise = new Promise((resolve, reject) => {
const foundElements = {};
// Use a Set for efficient lookup and deletion of keys we still need to find.
const remainingKeys = new Set(Object.keys(elementMap));
let observer; // Declare here to be accessible in timeout
const timeoutId = setTimeout(() => {
observer?.disconnect(); // Stop observing on timeout
const missingIds = Array.from(remainingKeys).map(key => elementMap[key]);
reject(new Error(`Timed out after ${timeout}ms. Could not find elements with IDs: ${missingIds.join(', ')}`));
}, timeout);
const checkElements = () => {
// Only iterate over the keys of elements we haven't found yet.
for (const key of remainingKeys) {
const id = elementMap[key];
const element = document.getElementById(id);
if (element) {
foundElements[key] = element;
remainingKeys.delete(key); // KEY IMPROVEMENT: Stop looking for this element.
}
}
// If the set is empty, we've found everything.
if (remainingKeys.size === 0) {
clearTimeout(timeoutId); // Success, so clear the timeout.
observer?.disconnect();
resolve(foundElements);
}
};
// Set up the observer to only call our efficient checker.
observer = new MutationObserver(checkElements);
// Perform an initial check in case elements are already on the page.
checkElements();
// If the initial check didn't find everything, start observing.
if (remainingKeys.size > 0) {
observer.observe(document.body, { childList: true, subtree: true });
// Assuming 'this.state.observers' exists from your original context
if (this.state && this.state.observers) {
this.state.observers.push(observer);
}
}
});
// 3. Format Output (unchanged, but now attached to the more robust promise)
return corePromise.then(foundElements => {
switch (inputType) {
case 'string':
return Object.values(foundElements)[0];
case 'array':
return parameter.map(id => foundElements[id]);
case 'object':
return foundElements;
default:
throw new Error(`Internal Error: Unhandled inputType "${inputType}" in waitForElementsToLoad.`);
}
});
},
/**
* Locks a CSS style property on an array of elements, preventing it from being
* changed by JavaScript. A 'data-locked-styles' attribute is added to the element
* for easy inspection, acting as the single source of truth for the lock state.
*
* @param {string} propertyName - The name of the style property to lock.
* @param {HTMLElement[]} elements - An array of HTMLElements to affect.
* @returns {void}
*/
lockStyleUpdates(propertyName, elements) {
if (!Array.isArray(elements)) {
console.error("Failed to lock style: `elements` must be an array.");
return;
}
elements.forEach(element => {
if (!(element instanceof HTMLElement)) {
console.warn("Skipping item because it is not a valid HTMLElement:", element);
return;
}
const lockedStyles = (element.getAttribute('data-locked-styles') || '').split(',').filter(Boolean);
if (lockedStyles.includes(propertyName)) {
return; // This property is already locked.
}
const styleObj = element.style;
// Capture the value at the moment of locking.
let currentValue = styleObj[propertyName];
Object.defineProperty(styleObj, propertyName, {
// This MUST be true so we can 'delete' it later to unlock.
configurable: true,
enumerable: true,
get() {
return currentValue;
},
set(newValue) {
console.warn(`Blocked attempt to set locked property "${propertyName}" to "${newValue}" on`, element);
// The set operation is completely ignored.
}
});
// Update the visible HTML attribute.
lockedStyles.push(propertyName);
element.setAttribute('data-locked-styles', lockedStyles.join(','));
});
},
/**
* Unlocks a CSS style property on an array of elements, allowing to be changed by JavaScript. The 'data-locked-styles'
* attribute is updated or removed.
*
* @param {string} propertyName - The name of the style property to unlock.
* @param {HTMLElement[]} elements - An array of HTMLElements to affect.
* @returns {void}
*/
unlockStyleUpdates(propertyName, elements) {
if (!Array.isArray(elements)) {
console.error("Failed to unlock style: `elements` must be an array.");
return;
}
elements.forEach(element => {
if (!(element instanceof HTMLElement)) {
return;
}
const lockedStylesAttr = element.getAttribute('data-locked-styles');
if (!lockedStylesAttr || !lockedStylesAttr.includes(propertyName)) {
return; // This property isn't locked on this element.
}
// --- The Key Step: Delete the override ---
// This removes our custom get/set and reverts to the default prototype behavior.
delete element.style[propertyName];
// Update the visible HTML attribute.
const updatedLockedStyles = lockedStylesAttr.split(',').filter(p => p !== propertyName);
if (updatedLockedStyles.length > 0) {
element.setAttribute('data-locked-styles', updatedLockedStyles.join(','));
} else {
element.removeAttribute('data-locked-styles');
}
});
},
/**
* Returns a Promise that resolves on the next animation frame.
* @returns {Promise<void>}
*/
waitTillNextFrame() {
return new Promise(resolve => requestAnimationFrame(resolve));
},
/**
* Returns a Promise that resolves after a specified delay.
* @param {number} ms - The delay in milliseconds.
* @returns {Promise<void>}
*/
wait(ms) {
return new Promise(resolve => setTimeout(resolve, ms));
},
// --- CORE INTERNAL FUNCTIONS ---
/**
* A simple parser for the navigator.userAgent string.
* @private
* @returns {{name: string, version: string}}
*/
_getBrowserInfo() {
const ua = navigator.userAgent;
let match = ua.match(/(opera|chrome|safari|firefox|msie|trident(?=\/))\/?\s*(\d+)/i) || [];
let temp;
if (/trident/i.test(match[1])) {
temp = /\brv[ :]+(\d+)/g.exec(ua) || [];
return { name: 'IE', version: temp[1] || '' };
}
if (match[1] === 'Chrome') {
temp = ua.match(/\b(OPR|Edge)\/(\d+)/);
if (temp != null) return { name: temp[1].replace('OPR', 'Opera'), version: temp[2] };
}
match = match[2] ? [match[1], match[2]] : [navigator.appName, navigator.appVersion, '-?'];
if ((temp = ua.match(/version\/(\d+)/i)) != null) match.splice(1, 1, temp[1]);
return { name: match[0], version: match[1] };
},
/**
* Encodes and sends a packet to the game server.
* @param {string} type - The one-character packet identifier.
* @param {any[]} data - The payload data for the packet.
* @returns {void}
*/
sendGamePacket(type, data) {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
const CoreC = this.data.constants;
try {
if (this.state.gameSocket && this.state.gameSocket.readyState === CoreC.GAME_STATE.WEBSOCKET_STATE_OPEN) {
this.state.gameSocket.send(this.state.gameEncoder.encode([type, data]));
}
} catch (err) {
Logger.error(`Failed to send packet [${type}]`, err);
}
},
/**
* Intercepts and processes incoming WebSocket messages to track game state changes.
* @param {MessageEvent} event - The WebSocket message event containing the raw game data.
* @returns {void}
*/
handleSocketMessage(event) {
if (!this.state.enabled || !this.state.gameDecoder) return; // Already disabled or already set up, no need to proceed.
try {
const [packetID, ...argsArr] = this.state.gameDecoder.decode(new Uint8Array(event.data));
const args = argsArr[0]; // The game nests args in another array for some reason
const packetName = this.data._packetNames[packetID] || 'Unknown Packet';
const packetData = this.data._packetFormatters[packetID] ? this.data._packetFormatters[packetID](args) : { rawData: args };
// Dispatch the packet to all minimods
this.miniMods.forEach(mod => {
if (typeof mod.onPacket === 'function') {
mod.onPacket(packetName, packetData, args);
}
});
switch (packetName) {
case 'Client Player Death': {
if (this.state.playerHasRespawned); // Do nothing
else this.state.playerHasRespawned = true
break;
}
case 'Server Shutdown Notice': {
const { countdown } = packetData;
const CoreC = this.data.constants;
const shutdownDisplay = document.getElementById(CoreC.DOM.SHUTDOWN_DISPLAY);
if (countdown < 0 || !shutdownDisplay) return;
var minutes = Math.floor(countdown / 60);
var seconds = countdown % 60;
seconds = ("0" + seconds).slice(-2);
shutdownDisplay.innerText = "Server restarting in " + minutes + ":" + seconds;
shutdownDisplay.hidden = false;
break;
}
}
if (this.config.DEBUG_MODE) {
// --- Log Every Packet ---
/* Ignore List (mostly due to spam):
{
'I': 'All Animals / NPCs State Update',
'a': 'All Players State Update',
'0': 'Ping',
'7': 'Unknown Periodic Event'
'H': 'Create Map Objects',
'G': 'Leaderboard Update',
'K': 'Player Attack Animation',
'L': 'Object Damaged',
'T': 'Player XP Update / Age Up',
}
*/
// These four periodically spam, very quickly too.
// const ignoredPackets = ['I', 'a', '0', '7', 'Z'];
// Some of these are period, some aren't, all are very frequent.
const ignoredPackets = ['I', 'a', '0', '7', 'Z', 'H', 'G', 'K', 'L', 'T'];
if (ignoredPackets.includes(packetID.toString())) return;
// Other people get hurt / heal around you quite often, it's a little annoying:
// if (packetID.toString() === 'O' && packetData.playerID !== this.state.playerId) return;
const dataString = Object.keys(packetData).length > 0 ? JSON.stringify(packetData) : '{}';
Logger.log(`Packet: ${packetName} (${packetID}) -> ${dataString}`, args);
}
} catch (e) { /* Ignore decoding errors for packets we don't care about */
if (this.config.DEBUG_MODE) Logger.error("Failed to decode packet:", event, e);
}
},
// --- INITIALIZATION & HOOKING ---
// NEW: Fetches issue templates from GitHub to ensure they are always up-to-date.
async getIssueTemplates() {
Logger.log("Fetching issue templates from GitHub...");
const urls = this.data._issueTemplateURLs;
try {
// Fetch both templates concurrently for speed
const [featureText, bugText] = await Promise.all([
fetch(urls.featureRequest).then(res => res.ok ? res.text() : ''),
fetch(urls.bugReport).then(res => res.ok ? res.text() : '')
]);
this.data._issueTemplates.featureRequest = featureText;
this.data._issueTemplates.bugReport = bugText;
if (featureText && bugText) {
Logger.log("Successfully fetched issue templates.", "color: #4CAF50;");
} else {
Logger.warn("One or more issue templates failed to load. Links will fall back to default.");
}
} catch (error) {
Logger.error("Failed to fetch issue templates:", error);
// Ensure the templates object is clean on error
this.data._issueTemplates = { featureRequest: '', bugReport: '' };
}
},
/**
* Collects and injects CSS from the core mod and all registered mini-mods.
* @returns {void}
*/
injectCSS() {
const CoreC = this.data.constants;
const allCSS = [];
// Add core CSS
const coreCSS = this.applyCoreCSS().trim();
if (coreCSS) {
allCSS.push('/* --- Injecting Core Mod CSS --- */\n' + coreCSS);
}
// Add minimod CSS
this.miniMods.forEach(mod => {
if (mod && typeof mod.applyCSS === 'function') {
const modCSS = mod.applyCSS().trim();
if (modCSS) {
allCSS.push('/* --- Injecting "' + (mod.name || 'Unnamed Mod') + '" MiniMod CSS --- */\n' + modCSS);
}
}
});
if (allCSS.length > 0) {
const style = document.createElement('style');
style.id = CoreC.DOM.UTILITY_MOD_STYLES;
style.textContent = allCSS.join('\n\n/* --- CSS Separator --- */\n\n');
document.head.append(style);
Logger.log(`Injected CSS from core and ${this.miniMods.filter(m => typeof m.applyCSS === 'function' && m.applyCSS().trim()).length} mini-mod(s).`, "color: #4CAF50;");
} else {
Logger.log("No CSS to inject.");
}
},
/**
* Provides the CSS styles to be applied for the core mod.
* @returns {string} The CSS string.
*/
applyCoreCSS() {
const CoreC = this.data.constants;
return `
#${CoreC.DOM.GAME_TITLE} {
--text-shadow-colour: oklch(from currentColor calc(l * 0.82) c h);
text-shadow: 0 1px 0 var(--text-shadow-colour), 0 2px 0 var(--text-shadow-colour), 0 3px 0 var(--text-shadow-colour), 0 4px 0 var(--text-shadow-colour), 0 5px 0 var(--text-shadow-colour), 0 6px 0 var(--text-shadow-colour), 0 7px 0 var(--text-shadow-colour), 0 8px 0 var(--text-shadow-colour), 0 9px 0 var(--text-shadow-colour);
& > span {
color: oklch(0.95 0.05 92.5);
}
}
#${CoreC.DOM.LOADING_INFO} {
color: #fff;
text-align: center;
font-size: 22.5px;
}
#${CoreC.DOM.AD_HOLDER} {
display: block;
& > .${CoreC.DOM.MENU_CARD_CLASS} {
margin: 0;
}
}
button.${CoreC.DOM.MENU_LINK_CLASS} {
color: #a56dc8;
text-decoration: none;
background: none;
border: none;
padding: 0;
cursor: pointer;
&:hover {
color: #795094;
}
}
#${CoreC.DOM.MAIN_MENU}.${CoreC.DOM.PASSTHROUGH_CLASS} {
pointer-events: none;
#${CoreC.DOM.MENU_CONTAINER} ~ div {
pointer-events: auto;
}
}
`;
},
/**
* Updates the main menu screen.
* @returns {void}
*/
updateMainMenu() {
const CoreC = this.data.constants;
this.waitForElementsToLoad(CoreC.DOM.GAME_TITLE).then((titleElem) => {
if (!this.state.enabled || !window.gmInfo) return;
titleElem.innerHTML = `MOOMOO<span>.</span>io`;
const linksContainer = document.getElementById(CoreC.DOM.LINKS_CONTAINER);
// --- MODIFIED: Dynamic Link Generation ---
const gmInfo = window.gmInfo;
const featureTemplate = this.data._issueTemplates.featureRequest;
const bugTemplate = this.data._issueTemplates.bugReport;
// 1. Define fallback URLs
let featureRequestURL = 'https://github.com/TimChinye/UserScripts/issues/new?template=feature_request.md';
let bugReportURL = 'https://github.com/TimChinye/UserScripts/issues/new?template=bug_report.md';
// 2. If templates were fetched successfully, create pre-filled URLs
if (featureTemplate && bugTemplate) {
const scriptNameVersion = `${gmInfo.script.name} (v${gmInfo.script.version})`;
const browserInfo = this._getBrowserInfo();
const environmentDetails = `
- **Browser Name:** <!-- (Required) e.g; Chrome, Firefox, Edge, Safari -->
> ${browserInfo.name}
- **Browser Version:** <!-- (Optional) e.g; 125.0 -->
> ${browserInfo.version}
- **Userscript Manager Name:** <!-- (Optional) e.g; Tampermonkey, Violentmonkey -->
> ${gmInfo.scriptHandler}
- **Userscript Manager Version:** <!-- (Optional) e.g; 5.1.1 -->
> ${gmInfo.version}
`.trim();
const featureBody = featureTemplate.replace('{{ SCRIPT_NAME_VERSION }}', scriptNameVersion);
const bugBody = bugTemplate.replace('{{ SCRIPT_NAME_VERSION }}', scriptNameVersion).replace('{{ ENVIRONMENT_DETAILS }}', environmentDetails);
featureRequestURL += `&body=${encodeURIComponent(featureBody)}`;
bugReportURL += `&body=${encodeURIComponent(bugBody)}`;
}
// 3. Inject the final HTML with the correct URLs
linksContainer.insertAdjacentHTML('beforebegin', `
<div id="linksContainer1">
<a href="http://greasyfork.icu/en/scripts/463689/feedback" target="_blank" class="menuLink">Share Thoughts</a>
|
<a href="${featureRequestURL}" target="_blank" class="menuLink">Got an idea?</a>
|
<a href="${bugReportURL}" target="_blank" class="menuLink">Report a Bug</a>
|
<a href="https://github.com/TimChinye/UserScripts/commits/main/MooMoo.io%20Utility%20Mod/script.user.js" target="_blank" class="menuLink">v${gmInfo.script.version}</a>
</div>
`);
linksContainer.firstElementChild.insertAdjacentHTML('afterend', ' | <a href="https://frvr.com/browse" target="_blank" class="menuLink">Other Games</a>');
});
},
/**
* Manages the visibility of core game UI screens.
* @param {'showError' | 'showGameplay' | 'showMenu'} state - The UI state to display.
* @returns {void}
*/
setUIState(state) {
const CoreC = this.data.constants;
const elementIds = {
mainMenu: CoreC.DOM.MAIN_MENU,
menuCardHolder: CoreC.DOM.MENU_CARD_HOLDER,
loadingText: CoreC.DOM.LOADING_TEXT,
gameUI: CoreC.DOM.GAME_UI,
diedText: CoreC.DOM.DIED_TEXT,
};
this.waitForElementsToLoad(elementIds).then(elementsMap => {
const domElements = Object.values(elementsMap);
// Ensure styles are unlocked before changing them.
this.unlockStyleUpdates("display", domElements);
// Reset all to a blank slate.
domElements.forEach(el => el.style.display = 'none');
elementsMap.mainMenu.classList.remove(CoreC.DOM.PASSTHROUGH_CLASS);
// Show only the elements necessary for each screen
switch (state) {
case 'showMenu':
elementsMap.mainMenu.style.display = 'block';
elementsMap.menuCardHolder.style.display = 'block';
break;
case 'showGameplay':
elementsMap.gameUI.style.display = 'block';
elementsMap.menuCardHolder.style.display = 'block';
break;
case 'showError':
elementsMap.mainMenu.style.display = 'block';
elementsMap.loadingText.style.display = 'block';
elementsMap.mainMenu.classList.add(CoreC.DOM.PASSTHROUGH_CLASS);
if (this.state.enabled) {
// Disable updating the element display types
this.lockStyleUpdates("display", domElements);
// Provide useful info to the user.
const loadingInfo = document.getElementById(CoreC.DOM.LOADING_INFO);
if (loadingInfo) elementsMap.loadingText.childNodes[0].nodeValue = `Re-attempting Connection...`;
}
break;
default:
Logger.error(`Invalid UI state provided: ${state}`);
break;
}
});
},
/**
* Updates the loading/error UI screen with a message to provide feedback during connection attempts.
* @private
* @param {string} message - The message to display.
* @returns {void}
*/
_updateLoadingUI(message) {
const CoreC = this.data.constants;
// Inject custom info element for the reload logic
const getLoadingInfoElem = () => document.getElementById(CoreC.DOM.LOADING_INFO);
const menuContainer = document.getElementById(CoreC.DOM.MENU_CONTAINER);
if (menuContainer && !getLoadingInfoElem()) {
menuContainer.insertAdjacentHTML('beforeend', `<div id="${CoreC.DOM.LOADING_INFO}" style="display: none;"><br>${message}<br></div>`);
const loadingText = document.getElementById(CoreC.DOM.LOADING_TEXT);
const syncDisplayCallback = () => {
const newDisplayStyle = window.getComputedStyle(loadingText).display;
const loadingInfo = getLoadingInfoElem();
if (loadingInfo && loadingInfo.style.display !== newDisplayStyle) {
loadingInfo.style.display = newDisplayStyle;
}
};
const observer = new MutationObserver(syncDisplayCallback);
observer.observe(loadingText, { attributes: true, attributeFilter: ['style'] });
this.state.observers.push(observer);
}
},
/**
* Handles the scenario where the script fails to hook codecs and prompts for a reload.
* If reload prompt is cancelled, disables mod.
* @private
* @param {boolean} [afterGameEnter=false] - If true, indicates failure happened after entering the game.
* @returns {Promise<void>}
*/
async handleHookFailureAndReload(afterGameEnter = false) {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
const CoreC = this.data.constants;
const { gameUI, mainMenu } = await this.waitForElementsToLoad({
gameUI: CoreC.DOM.GAME_UI,
mainMenu: CoreC.DOM.MAIN_MENU
});
if (afterGameEnter) await this.waitForVisible(gameUI);
else await this.waitForVisible(mainMenu);
Logger.error("All hooking methods failed. The script cannot function. Reloading...");
this._updateLoadingUI("Couldn't intercept in time. May be a network issue. Try not entering the game so fast.");
this.setUIState('showError');
await this.wait(5000);
const loadingInfo = document.getElementById(CoreC.DOM.LOADING_INFO);
if (loadingInfo) {
loadingInfo.append("If you cancel, you can play the game as normal - without the mod enabled.");
await this.waitTillNextFrame();
await this.waitTillNextFrame();
}
if (afterGameEnter || window.confirm("Are you sure you want to reload?")) window.location.reload();
// User cancelled the reload. Disable the mod and restore the UI - play like normal.
Logger.warn("User cancelled reload. Disabling mod.");
this.disableMod();
if (afterGameEnter) {
this.setUIState('showGameplay');
} else {
this.setUIState('showMenu');
}
},
/**
* Checks if codecs and WebSocket are ready and performs final setup.
* @private
* @returns {void}
*/
attemptFinalSetup() {
if (!this.state.enabled || !this.state.codecsReady || !this.state.socketReady) return; // Already disabled or already set up, no need to proceed.
Logger.log("Codecs and WebSocket are ready. Attaching all listeners.", "color: #ffb700;");
this.state.gameSocket.addEventListener('message', this.handleSocketMessage.bind(this));
this.miniMods.forEach(mod => {
if (typeof mod.addEventListeners === 'function') mod.addEventListeners();
});
},
/**
* Finds game's msgpack instances by hooking into Object.prototype.
* @private
* @param {string} propName - The unique property name to watch for.
* @param {Function} onFound - The callback to execute when the object is found.
* @returns {void}
*/
hookIntoPrototype(propName, onFound) {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
Logger.log(`Setting up prototype hook for: ${propName}`);
if (this.state?.codecsReady) return Logger.log("Both codecs found already, cancelling prototype hooks method.", "color: #4CAF50;");
const originalDesc = Object.getOwnPropertyDescriptor(Object.prototype, propName);
Object.defineProperty(Object.prototype, propName, {
set(value) {
if (!MooMooUtilityMod.state.enabled) return; // Already disabled, no need to proceed.
if (MooMooUtilityMod.state.codecsReady) return Logger.log("Both codecs found already, cancelling prototype hooks method.", "color: #4CAF50;");
// Restore the prototype to its original state *before* doing anything else.
// This prevents unexpected side effects and race conditions within the hook itself.
if (originalDesc) {
Object.defineProperty(Object.prototype, propName, originalDesc);
} else {
delete Object.prototype[propName];
}
// Now, apply the value to the current instance.
this[propName] = value;
// Check if this is the object we are looking for and trigger the callback.
// We check for the function's existence to be more certain.
const isFoundCodec = (targetPropName, codecOperation) => propName === targetPropName && typeof codecOperation === 'function';
if (isFoundCodec("initialBufferSize", this.encode) || isFoundCodec("maxStrLength", this.decode)) {
Logger.log(`Hook successful for "${propName}". Object found.`, "color: #4CAF50;");
onFound(this);
}
},
configurable: true,
});
},
/**
* Sets up hooks to capture the game's msgpack encoder and decoder instances.
* @private
* @returns {void}
*/
initializeHooks() {
// Set up prototype hooks for both encoder and decoder
const onCodecFound = () => {
if (this.state.gameEncoder && this.state.gameDecoder) {
Logger.log(`Both msgpack codecs found via prototype hooks. ${Date.now() - this.state.initTimestamp}ms`, "color: #4CAF50;");
this.state.codecsReady = true;
this.attemptFinalSetup();
}
};
this.hookIntoPrototype("initialBufferSize", (obj) => { this.state.gameEncoder = obj; onCodecFound(); });
this.hookIntoPrototype("maxStrLength", (obj) => { this.state.gameDecoder = obj; onCodecFound(); });
},
/**
* Intercepts and modifies the game's main script to expose codecs.
* @private
* @returns {void}
*/
interceptGameScript() {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
Logger.log("Attempting to intercept and modify the game script...");
const CoreC = this.data.constants;
const SCRIPT_SELECTOR = "/assets/index-eb87bff7.js";
const ENCODER_REGEX = /(this\.initialBufferSize=\w,)/;
const ENCODER_EXPOSURE = `$1 (typeof Logger !== 'undefined' && Logger.log("✅ CAPTURED ENCODER!")), window.gameEncoder = this,`;
const DECODER_REGEX = /(this\.maxStrLength=\w,)/;
const DECODER_EXPOSURE = `$1 (typeof Logger !== 'undefined' && Logger.log("✅ CAPTURED DECODER!")), window.gameDecoder = this,`;
/**
* Attempts to find and modify the game script to expose the codecs.
* If found, it disconnects the observer to prevent further attempts.
* @param {MutationObserver} [observer] - The MutationObserver instance to disconnect if the script is found.
*/
const leaveBackdoorOpen = (observer) => {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
if (this.state?.codecsReady) return Logger.log("Both codecs found already, cancelling prototype hooks method.", "color: #4CAF50;");
const targetScript = document.querySelector(`script[src*="${SCRIPT_SELECTOR}"]`);
if (targetScript) {
if (observer) observer.disconnect();
Logger.log(`Found game script: ${targetScript.src}`);
targetScript.type = 'text/plain'; // Neutralize the original script
fetch(targetScript.src)
.then(res => res.text())
.then(scriptText => {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
if (this.state?.codecsReady) return Logger.log("Both codecs found already, cancelling prototype hooks method.", "color: #4CAF50;");
let modifiedScript = scriptText
.replace(/(customElements\.define\("altcha-widget".*"verify"\],!1\)\);)/, '')
.replace(ENCODER_REGEX, ENCODER_EXPOSURE)
.replace(DECODER_REGEX, DECODER_EXPOSURE);
if (!modifiedScript.includes("window.gameEncoder") || !modifiedScript.includes("window.gameDecoder")) return Logger.error("Script injection failed! Regex patterns did not match.");
const newScript = document.createElement('script');
newScript.id = CoreC.DOM.UTILITY_MOD_SCRIPTS;
newScript.textContent = modifiedScript;
// This is the function we want to run once the DOM is ready.
const injectAndFinalize = () => {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
if (this.state?.codecsReady) return Logger.log("Both codecs found already, cancelling prototype hooks method.", "color: #4CAF50;");
// Make sure this only runs once, in case of any edge cases.
if (document.body.contains(newScript)) return;
document.head.append(newScript);
targetScript.remove();
Logger.log("Modified game script injected.", "color: #4CAF50;");
// Verify capture and finalize setup
// Use setTimeout to allow the newly injected script to execute and populate the window object.
setTimeout(() => {
if (window.gameEncoder && window.gameDecoder) {
Logger.log(`Codec interception successful! ${Date.now() - this.state.initTimestamp}ms`, "color: #4CAF50; font-weight: bold;");
this.state.gameEncoder = window.gameEncoder;
this.state.gameDecoder = window.gameDecoder;
this.state.codecsReady = true;
this.attemptFinalSetup();
} else {
Logger.error("Codecs were not found on window after injection.");
}
}, 0);
};
// Check if the DOM is already loaded
if (document.readyState === 'loading') {
// DOM is not ready yet, so wait for the event
document.addEventListener('DOMContentLoaded', injectAndFinalize);
} else {
// DOM is already ready, so execute the function immediately
injectAndFinalize();
}
})
.catch(err => {
Logger.error("Failed to fetch or process game script:", err);
});
} else { /* Fail silently */ };
}
const observer = new MutationObserver((mutations, obs) => leaveBackdoorOpen(obs));
observer.observe(document.documentElement, { childList: true, subtree: true });
this.state.observers.push(observer);
},
/**
* Sets up a WebSocket proxy to capture the game's connection instance.
* @private
* @returns {void}
*/
setupWebSocketProxy() {
const originalWebSocket = window.WebSocket;
window.WebSocket = new Proxy(originalWebSocket, {
construct: (target, args) => {
const wsInstance = new target(...args);
if (this.state.enabled) {
if (this.state.gameEncoder && this.state.gameDecoder) {
this.state.gameSocket = wsInstance;
this.state.socketReady = true;
Logger.log("Game WebSocket instance captured.");
window.WebSocket = originalWebSocket; // Restore immediately
this.attemptFinalSetup();
}
else {
// A final check. If by the time the WS is created NO method has worked, fail.
console.error("WebSocket created but codecs were not found. All hooking methods have failed.");
this.handleHookFailureAndReload(true);
}
}
return wsInstance;
}
});
},
/**
* Runs once the player has spawned, notifying minimods that the game is fully ready.
* @private
* @returns {void}
*/
onGameReady() {
if (!this.state.enabled) return; // Already disabled, no need to proceed.
try {
// Notify minimods that the game is ready
this.miniMods.forEach(mod => {
if (typeof mod.onGameReady === 'function') mod.onGameReady();
});
const shutdownDisplay = document.getElementById(this.data.constants.DOM.SHUTDOWN_DISPLAY);
if (shutdownDisplay) shutdownDisplay.hidden = false;
} catch(e) {
Logger.error("Failed during onGameReady setup.", e);
}
},
/**
* The main entry point for the script.
* @returns {void}
*/
init() {
// Exposes the logger to the global window object for debugging purposes.
window.Logger = Logger;
getGMInfo().then((gmInfo) => {
Logger.log(`--- MOOMOO.IO Utility Mod (v${gmInfo.script.version}) Initializing ---`, "color: #ffb700; font-weight: bold;");
window.gmInfo = gmInfo;
})
// Attempts to find codecs by modifying the game script directly to open a backdoor.
this.interceptGameScript(); // Typically succeeds 0.025x slower than mainMenu.
// Set up hooks to intercept codecs as they enter the global scope.
this.initializeHooks(); // Typically succeeds 0.5x slower than mainMenu.
// Set up WebSocket proxy to capture the game's WebSocket instance.
this.setupWebSocketProxy();
const CoreC = this.data.constants;
// If codecs aren't found within a reasonable amount of time, assume failure and prompt for reload.
this.waitForElementsToLoad({ mainMenu: this.data.constants.DOM.MAIN_MENU }).then(({ mainMenu }) => {
// We use time until main menu is loaded & visible, to get a good baseline for CPU/Network speeds.
this.waitForVisible(mainMenu).then(() => {
setTimeout(() => {
if (!this.state.enabled || this.state.codecsReady) return; // Already disabled
Logger.error("Hooks failed to find codecs within the time limit.");
this.handleHookFailureAndReload();
}, ((Date.now() - this.state.initTimestamp) + 250) * 2.5); // If no success after 1.5x the mainMenu, assume failure.
});
});
// Initialize item data and lookups
this.data.initialize();
// Inject styles immediately, as document.head is available early.
this.injectCSS();
// Wait for the body to load, and get issue templates before trying to update main menu.
this.getIssueTemplates().then(() => {
this.updateMainMenu();
});
this.state.focusableElementIds = [CoreC.DOM.CHAT_HOLDER, CoreC.DOM.STORE_MENU, CoreC.DOM.ALLIANCE_MENU];
// Initialize all registered minimods
this.miniMods.forEach(mod => {
if (typeof mod.init === 'function') {
Logger.log(`Initializing minimod: ${mod.name || 'Unnamed Mod'}`);
try {
mod.init();
} catch (e) {
Logger.error(`Error during init of ${mod.name || 'Unnamed Mod'}:`, e);
}
}
});
// Exposes the core to the global window object for debugging purposes.
window.MooMooUtilityMod = this;
},
// --- MINI-MOD MANAGEMENT ---
/** @property {Array<object>} miniMods - A list of all registered sub-modules (minimods). */
miniMods: [],
/**
* Adds a mini-mod to the system.
* @param {object} mod - The mini-mod object to register.
* @returns {void}
*/
registerMod(mod) {
this.miniMods.push(mod);
mod.core = this; // Give the minimod a reference to the core
Logger.log(`Registered minimod: ${mod.name || 'Unnamed Mod'}`);
}
};
/**
* @module SettingsManagerMiniMod
* @description Manages loading, saving, and displaying a UI for all mod settings.
*/
const SettingsManagerMiniMod = {
/** @property {object|null} core - A reference to the core module, set upon registration. */
core: null,
/** @property {string} name - The display name of the minimod. */
name: "Settings Manager",
/** @property {object} constants - Constants specific to this minimod. */
constants: {
LOCALSTORAGE_KEY: 'MooMooUtilMod_Settings',
DOM: {
MOD_CARD: 'modCard',
LEFT_CARD_HOLDER: 'leftCardHolder',
SETTINGS_LINK: 'settingsLink',
CAPTCHA_INPUT: 'altcha',
OTHER_INPUTS: 'otherInputs',
SETTINGS_ICON: 'settingsIcon',
SETTINGS_CATEGORY_CLASS: 'settings-category',
SETTING_ITEM_CLASS: 'setting-item',
SETTING_ITEM_CONTROL_CLASS: 'setting-item-control',
KEYBIND_INPUT_CLASS: 'keybind-input',
RESET_SETTING_BTN_CLASS: 'reset-setting-btn',
RESET_ALL_BUTTON_CLASS: 'reset-all-button',
},
TEXT: {
MOD_SETTINGS_HEADER: 'Gameplay Settings',
KEYBIND_FOCUS_TEXT: '...',
RESET_ALL_CONFIRM: 'Are you sure you want to reset all mod settings to their defaults? The page will reload.',
RESET_ALL_BUTTON_TEXT: 'Rexset All Settings',
RESET_BUTTON_TITLE: 'Reset to default',
RESET_BUTTON_TEXT: 'Reset',
},
},
/** @property {object} state - Dynamic state for this minimod. */
state: {
/** @property {object} savedSettings - Settings loaded from localStorage. */
savedSettings: {},
/** @property {object} defaultSettings - A temporary store of default settings for the reset feature. */
defaultSettings: {},
},
/** @property {object} config - Holds user-configurable settings. */
config: {
/** @property {boolean} isPanelVisible - Toggle whether or not to show/hide the panel. */
isPanelVisible: true,
},
// --- MINI-MOD LIFECYCLE & HOOKS ---
/**
* Initializes the settings panel creation.
* @returns {void}
*/
init() {
this.loadSettings();
this.createAndInjectSettingsCard();
this.applySettingsToAllMods();
},
/**
* Returns the CSS rules required for styling the settings panel.
* @returns {string} The complete CSS string.
*/
applyCSS() {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
return `
#${LocalC.DOM.LEFT_CARD_HOLDER} {
display: inline-block;
vertical-align: top;
}
:is(#${LocalC.DOM.LEFT_CARD_HOLDER}, #${CoreC.DOM.RIGHT_CARD_HOLDER}) > .${CoreC.DOM.MENU_CARD_CLASS} {
min-height: 250px;
}
#${LocalC.DOM.MOD_CARD} {
max-height: 250px;
overflow-y: auto;
-webkit-overflow-scrolling: touch;
}
#${LocalC.DOM.MOD_CARD} > .menuHeader {
margin-bottom: 15px;
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.SETTINGS_CATEGORY_CLASS} {
margin-bottom: 20px;
& .menuHeader {
font-size: 20px;
color: #4a4a4a;
}
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.SETTING_ITEM_CLASS} {
display: flex;
justify-content: space-between;
align-items: center;
margin-bottom: 10px;
font-size: 18px; /* Matched to game's .settingRadio */
color: #a8a8a8;
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.SETTING_ITEM_CONTROL_CLASS} {
display: flex;
align-items: center;
gap: 8px; /* Space between input and reset button */
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.SETTING_ITEM_CLASS} label {
line-height: 1.2;
width: 180px;
color: #777777;
& small {
display: block;
font-size: 14px;
color: #c0c0c0;
}
}
/* Match game's native input look */
#${LocalC.DOM.MOD_CARD} input[type="text"],
#${LocalC.DOM.MOD_CARD} input[type="number"] {
text-align: center;
font-size: 14px;
padding: 4px;
border: none;
outline: none;
box-sizing: border-box;
color: #4A4A4A;
background-color: #e5e3e3;
width: calc(8px + 3ch + 20px);
border-radius: 4px;
&[type="number"] {
text-align: start;
padding-left: 8px;
}
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.KEYBIND_INPUT_CLASS} {
cursor: pointer;
text-transform: uppercase;
&:focus {
background-color: #d0d0d0;
}
}
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.RESET_SETTING_BTN_CLASS} {
font-size: 14px;
color: #d0635c;
cursor: pointer;
&:hover {
color: #984742;
text-decoration: underline;
}
}
/* Button styling to match game's .menuButton */
#${LocalC.DOM.MOD_CARD} .${LocalC.DOM.RESET_ALL_BUTTON_CLASS} {
font-size: 18px;
padding: 5px;
margin-top: 10px;
background-color: #f75d59; /* Red for reset/danger */
&:hover {
background-color: #ea6b64;
}
}
#${LocalC.DOM.OTHER_INPUTS} {
height: 100%;
display: flex;
align-items: center;
gap: 9px;
> #${LocalC.DOM.SETTINGS_ICON} {
display: block;
height: 44px;
aspect-ratio: 1 / 1;
background: url('https://raw.githubusercontent.com/TimChinye/UserScripts/c76a1b7552434f093774949cfcbf4f57c37b6fdd/MooMoo.io%20Utility%20Mod/settings-icon.svg') center / 100% no-repeat;
background-clip: border-box;
opacity: 0.5;
cursor: pointer;
border: 4.5px solid transparent;
&:hover {
filter: opacity(0.75);
}
& ~ #altcha {
flex: 1;
order: -1;
}
}
}
`;
},
/**
* Cleans up all UI created by this minimod.
* @returns {void}
*/
cleanup() {
const LocalC = this.constants;
// Restore the original structure
this.config.isPanelVisible = false;
this.removeSettingsCard();
const rightCardHolder = document.getElementById(LocalC.DOM.RIGHT_CARD_HOLDER);
if (leftCardHolder) rightCardHolder.querySelector('.menuHeader:has(+ .settingRadio)').textContent = 'Settings';
// Remove the settings panel card
const leftCardHolder = document.getElementById(LocalC.DOM.LEFT_CARD_HOLDER);
if (leftCardHolder) leftCardHolder.remove();
// Unwrap captcha input
const captchaElem = document.getElementById(LocalC.DOM.CAPTCHA_INPUT);
if (captchaElem) {
captchaElem.parentElement.before(captchaElem);
captchaElem.parentElement.remove();
}
},
// --- CORE LOGIC ---
/**
* Loads settings from localStorage into the state.
* @returns {void}
*/
loadSettings() {
try {
const saved = localStorage.getItem(this.constants.LOCALSTORAGE_KEY);
this.state.savedSettings = saved ? JSON.parse(saved) : {};
Logger.log("Settings loaded from localStorage.", "color: lightblue;");
} catch (e) {
Logger.error("Failed to load settings from localStorage.", e);
this.state.savedSettings = {};
}
},
/**
* Saves a single setting value to localStorage.
* @param {string} key - The unique ID of the setting.
* @param {any} value - The value to save.
* @returns {void}
*/
saveSetting(key, value) {
this.state.savedSettings[key] = value;
localStorage.setItem(this.constants.LOCALSTORAGE_KEY, JSON.stringify(this.state.savedSettings));
},
/**
* Applies all loaded settings to their respective mods' config objects.
* @returns {void}
*/
applySettingsToAllMods() {
this.state.defaultSettings = {}; // Clear previous defaults
const allMods = this.core.miniMods;
allMods.forEach(mod => {
if (!mod.getSettings) return;
const configObj = mod.name === 'Core' ? this.core.config : mod.config;
mod.getSettings().forEach(setting => {
// Store the default value before creating the input
this.state.defaultSettings[setting.id] = mod.config[setting.configKey];
const savedValue = this.state.savedSettings[setting.id];
if (savedValue !== undefined) {
configObj[setting.configKey] = savedValue;
}
});
});
Logger.log("Applied saved settings to all modules.");
},
/**
* Clears all mod settings from localStorage and reloads the page.
* @returns {void}
*/
resetAllSettings() {
localStorage.removeItem(this.constants.LOCALSTORAGE_KEY);
this.state.savedSettings = {};
// Reload the page to apply all defaults cleanly
window.location.reload();
},
// --- UI GENERATION ---
/**
* Rearranges the main menu to create and inject the settings card.
* @returns {Promise<void>}
*/
createAndInjectSettingsCard() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const updatePanelVisibility = () => {
if (this.config.isPanelVisible) this.showSettingsCard();
else this.removeSettingsCard();
}
return this.core.waitForElementsToLoad(CoreC.DOM.MENU_CARD_HOLDER).then((menuCardHolder) => {
const settingLabel = 'settings_panel_visible';
// Set panel visibility to it's previous state, using localStorage.
const panelVisibility = this.state.savedSettings[settingLabel];
if (typeof panelVisibility === 'boolean') this.config.isPanelVisible = panelVisibility;
const rightCardHolder = menuCardHolder.lastElementChild;
if (!rightCardHolder) return; // Safety check
rightCardHolder.querySelector('.menuHeader:has(+ .settingRadio)').textContent = 'Display Settings';
const leftCardHolder = rightCardHolder.cloneNode(true);
leftCardHolder.id = LocalC.DOM.LEFT_CARD_HOLDER;
const modCard = leftCardHolder.firstElementChild;
modCard.id = LocalC.DOM.MOD_CARD;
modCard.innerHTML = ''; // Clear the cloned content
menuCardHolder.className = Date.now();
menuCardHolder.prepend(leftCardHolder);
// Now that panel has been injected into the page, toggle visibility.
updatePanelVisibility();
// Now that the card exists, populate it with the settings.
this.populateSettingsPanel(modCard);
const captchaElem = document.getElementById(LocalC.DOM.CAPTCHA_INPUT);
captchaElem.insertAdjacentHTML('beforebegin', `<div id="${LocalC.DOM.OTHER_INPUTS}"><button id="${LocalC.DOM.SETTINGS_ICON}"></button></div>`);
document.getElementById(LocalC.DOM.OTHER_INPUTS).append(captchaElem);
document.getElementById(LocalC.DOM.SETTINGS_ICON).addEventListener('click', () => {
this.config.isPanelVisible = !this.config.isPanelVisible;
updatePanelVisibility();
this.saveSetting(settingLabel, this.config.isPanelVisible); // Update localStorage.
});
});
},
/**
* Removes the settings card from the DOM.
* @returns {void}
*/
showSettingsCard() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const leftCardHolder = document.getElementById(LocalC.DOM.LEFT_CARD_HOLDER);
if (leftCardHolder) leftCardHolder.style.removeProperty('display');
const menuCardHolder = document.getElementById(CoreC.DOM.MENU_CARD_HOLDER);
const promoImgHolder = document.getElementById(CoreC.DOM.AD_HOLDER);
const wideAdCard = document.getElementById(CoreC.DOM.WIDE_AD_CARD);
const adCard = document.getElementById(CoreC.DOM.AD_CARD);
if (menuCardHolder.previousElementSibling !== wideAdCard) menuCardHolder.before(wideAdCard);
if (promoImgHolder.lastElementChild !== adCard) promoImgHolder.append(adCard);
},
/**
* Removes the settings card from the DOM.
* @returns {void}
*/
removeSettingsCard() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const leftCardHolder = document.getElementById(LocalC.DOM.LEFT_CARD_HOLDER);
if (leftCardHolder) leftCardHolder.style.setProperty('display', 'none');
const menuCardHolder = document.getElementById(CoreC.DOM.MENU_CARD_HOLDER);
const promoImgHolder = document.getElementById(CoreC.DOM.AD_HOLDER);
const wideAdCard = document.getElementById(CoreC.DOM.WIDE_AD_CARD);
const adCard = document.getElementById(CoreC.DOM.AD_CARD);
if (menuCardHolder.nextElementSibling !== wideAdCard) menuCardHolder.after(wideAdCard);
if (menuCardHolder.firstElementChild !== adCard) menuCardHolder.prepend(adCard);
},
/**
* Fills the settings panel with inputs for all registered mods.
* @param {HTMLElement} panel - The 'modCard' element to fill.
* @returns {void}
*/
populateSettingsPanel(panel) {
const LocalC = this.constants;
panel.innerHTML = `<div class="menuHeader">${LocalC.TEXT.MOD_SETTINGS_HEADER}</div>`;
const allMods = this.core.miniMods;
allMods.forEach(mod => {
if (!mod.getSettings) return;
const settings = mod.getSettings();
if (settings.length === 0) return;
const categoryDiv = document.createElement('div');
categoryDiv.className = LocalC.DOM.SETTINGS_CATEGORY_CLASS;
categoryDiv.innerHTML = `<div class="menuHeader">${mod.name}</div>`;
panel.append(categoryDiv);
settings.forEach(setting => {
const itemDiv = this.createSettingInput(setting, mod.config, mod);
categoryDiv.append(itemDiv);
});
});
const itemDiv = document.createElement('div');
itemDiv.className = `menuButton ${LocalC.DOM.RESET_ALL_BUTTON_CLASS}`;
itemDiv.textContent = LocalC.TEXT.RESET_ALL_BUTTON_TEXT;
itemDiv.addEventListener('click', () => {
if (window.confirm(LocalC.TEXT.RESET_ALL_CONFIRM)) {
this.resetAllSettings();
}
});
panel.append(itemDiv);
},
/**
* Creates a single HTML input element for a given setting definition.
* @param {object} setting - The setting definition object.
* @param {object} config - The config object of the mod the setting belongs to.
* @param {object} mod - The mod object itself.
* @returns {HTMLElement} The generated setting item element.
*/
createSettingInput(setting, config, mod) {
const LocalC = this.constants;
const itemDiv = document.createElement('div');
itemDiv.className = LocalC.DOM.SETTING_ITEM_CLASS;
let currentValue = config[setting.configKey];
let controlHtml = '';
switch (setting.type) {
case 'checkbox':
controlHtml = `<input type="checkbox" id="${setting.id}" ${currentValue ? 'checked' : ''}>`;
break;
case 'keybind':
controlHtml = `<input type="text" class="${LocalC.DOM.KEYBIND_INPUT_CLASS}" id="${setting.id}" value="${currentValue}" readonly>`;
break;
case 'number':
controlHtml = `<input type="number" id="${setting.id}" value="${currentValue}" min="${setting.min || 0}" max="${setting.max || 10000}" step="${setting.step || 1}">`;
break;
}
// Add a reset button for settings that are not buttons
const resetButtonHtml = `<div class="${LocalC.DOM.RESET_SETTING_BTN_CLASS}" title="${LocalC.TEXT.RESET_BUTTON_TITLE}">${LocalC.TEXT.RESET_BUTTON_TEXT}</div>`;
itemDiv.innerHTML = `
<label for="${setting.id}">
${setting.label}
${setting.desc ? `<small>${setting.desc}</small>` : ''}
</label>
<div class="${LocalC.DOM.SETTING_ITEM_CONTROL_CLASS}">
${controlHtml}
${resetButtonHtml}
</div>
`;
const input = itemDiv.querySelector('input');
const resetButton = itemDiv.querySelector(`.${LocalC.DOM.RESET_SETTING_BTN_CLASS}`);
const updateSetting = (newValue) => {
// Update the live config object
config[setting.configKey] = newValue;
// Save to local storage if it's not a temporary setting
if (setting.save !== false) {
this.saveSetting(setting.id, newValue);
}
// Trigger any immediate callback
if (setting.onChange) {
setting.onChange(newValue, this.core);
}
};
resetButton.addEventListener('click', () => {
const defaultValue = this.state.defaultSettings[setting.id];
if (setting.type === 'checkbox') {
input.checked = defaultValue;
} else {
input.value = defaultValue;
}
updateSetting(defaultValue);
});
if (setting.type === 'keybind') {
input.addEventListener('focus', () => input.value = LocalC.TEXT.KEYBIND_FOCUS_TEXT);
input.addEventListener('blur', () => input.value = config[setting.configKey]);
input.addEventListener('keydown', e => {
e.preventDefault();
const key = e.key.toUpperCase();
input.value = key;
updateSetting(key);
input.blur();
});
} else {
input.addEventListener('change', () => {
const value = setting.type === 'checkbox' ? input.checked : (setting.type === 'number' ? Number(input.value) : input.value);
updateSetting(value);
});
}
return itemDiv;
},
};
/**
* @module ScrollInventoryMiniMod
* @description A minimod for Minecraft-style inventory selection with the scroll wheel and hotkeys.
*/
const ScrollInventoryMiniMod = {
// --- MINI-MOD PROPERTIES ---
/** @property {object|null} core - A reference to the core module. */
core: null,
/** @property {string} name - The display name of the minimod. */
name: "Scrollable Inventory",
/** @property {object} config - Holds user-configurable settings. */
config: {
/** @property {boolean} enabled - Master switch for this minimod. */
enabled: true,
/** @property {boolean} INVERT_SCROLL - If true, reverses the scroll direction for item selection. */
INVERT_SCROLL: false
},
/** @property {object} constants - Constants specific to this minimod. */
constants: {
HOTKEYS: {
USE_FOOD: 'Q',
},
CSS: {
FILTER_EQUIPPABLE: 'grayscale(0) brightness(1)',
FILTER_UNEQUIPPABLE: 'grayscale(1) brightness(0.75)',
BORDER_NONE: 'none',
SELECTION_BORDER_STYLE: '2px solid white',
},
},
/** @property {object} state - Dynamic state for this minimod. */
state: {
/** @property {number} selectedItemIndex - The current index within the filtered list of *equippable* items. */
selectedItemIndex: -1,
/** @property {number} lastSelectedWeaponIndex - The index of the last selected weapon, used to auto-switch back after using a non-weapon item. */
lastSelectedWeaponIndex: -1,
/** @property {object} boundHandlers - Stores bound event handler functions for easy addition and removal of listeners. */
boundHandlers: {},
},
/**
* Defines the settings for this minimod.
* @returns {Array<object>} An array of setting definition objects.
*/
getSettings() {
return [
{
id: 'scroll_inv_enabled',
configKey: 'enabled',
label: 'Enable Scroll Inventory',
desc: 'Use scroll wheel to cycle through items.',
type: 'checkbox'
},
{
id: 'scroll_inv_invert',
configKey: 'INVERT_SCROLL',
label: 'Invert Scroll Direction',
desc: 'Changes which way the selection moves.',
type: 'checkbox'
}
];
},
// --- MINI-MOD LIFECYCLE & HOOKS ---
/**
* Handles incoming game packets to update the minimod's state.
* @param {string} packetName - The human-readable name of the packet.
* @param {object} packetData - The parsed data object from the packet.
* @returns {void}
*/
onPacket(packetName, packetData) {
if (!this.config.enabled) return;
switch (packetName) {
case 'Setup Game': {
// Stores the client's player ID upon initial connection.
this.core.state.playerId = packetData.yourSID;
break;
}
case 'Add Player': {
// When the client player spawns, trigger the core's onGameReady to finalize setup.
if (this.core.state.playerId === packetData.sid && packetData.isYou) {
this.core.onGameReady();
}
break;
}
case 'Update Player Value': {
// Updates player resource counts and refreshes equippable item states.
// If a non-gold resource decreases, assume item usage and try to revert to the last selected weapon.
const resourceType = packetData.propertyName;
const oldAmount = this.core.state.playerResources[resourceType];
this.core.state.playerResources[resourceType] = packetData.value;
if (resourceType !== 'points' && packetData.value < oldAmount) {
this.state.selectedItemIndex = this.state.lastSelectedWeaponIndex;
}
this.refreshEquippableState();
break;
}
case 'Update Item Counts': {
// Updates the count of placed items (e.g; walls, traps) and refreshes equippable states.
// This is crucial for enforcing placement limits.
const itemData = this.core.data._itemDataByServerId.get(packetData.groupID);
if (itemData && itemData.limitGroup) {
this.core.state.playerPlacedItemCounts.set(itemData.limitGroup, packetData.count);
this.refreshEquippableState();
}
break;
}
case 'Update Upgrades': {
this.refreshEquippableState();
break;
}
}
},
/**
* Adds all necessary event listeners for this minimod.
* @returns {void}
*/
addEventListeners() {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
this.state.boundHandlers.handleInventoryScroll = this.handleInventoryScroll.bind(this);
this.state.boundHandlers.handleKeyPress = this.handleKeyPress.bind(this);
this.state.boundHandlers.handleItemClick = this.handleItemClick.bind(this);
document.addEventListener('wheel', this.state.boundHandlers.handleInventoryScroll, { passive: false });
document.addEventListener('keydown', this.state.boundHandlers.handleKeyPress);
document.getElementById(CoreC.DOM.ACTION_BAR).addEventListener('click', this.state.boundHandlers.handleItemClick);
},
/**
* Cleans up by removing all event listeners added by this minimod.
* @returns {void}
*/
cleanup() {
const CoreC = this.core.data.constants;
document.removeEventListener('wheel', this.state.boundHandlers.handleInventoryScroll);
document.removeEventListener('keydown', this.state.boundHandlers.handleKeyPress);
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (actionBar) {
actionBar.removeEventListener('click', this.state.boundHandlers.handleItemClick);
}
},
/**
* Called when the player has spawned. Scrapes initial state and sets up UI.
* @returns {void}
*/
onGameReady() {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
// Wait for Game UI to load before proceeding
const gameUI = document.getElementById(CoreC.DOM.GAME_UI);
this.core.waitForVisible(gameUI).then(() => {
// Scrape initial state from the DOM
const resElements = document.getElementById(CoreC.DOM.RESOURCE_DISPLAY).children;
this.core.state.playerResources = {
food: parseInt(resElements[0].textContent) || 0,
wood: parseInt(resElements[1].textContent) || 0,
stone: parseInt(resElements[2].textContent) || 0,
gold: parseInt(resElements[3].textContent) || 0,
};
// Set the initial selected item
this.selectItemByIndex(CoreC.GAME_STATE.INITIAL_SELECTED_ITEM_INDEX);
});
},
// --- EVENT HANDLERS ---
/**
* Handles the 'wheel' event to cycle through inventory items.
* @param {WheelEvent} event - The DOM wheel event.
* @returns {void}
*/
handleInventoryScroll(event) {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
if (this.core.isInputFocused() || !this.core.state.gameSocket || this.core.state.gameSocket.readyState !== CoreC.GAME_STATE.WEBSOCKET_STATE_OPEN) return;
// Determine scroll direction and send to refresh selection UI function.
let scrollDirection = event.deltaY > 0 ? CoreC.GAME_STATE.SCROLL_DOWN : CoreC.GAME_STATE.SCROLL_UP;
if (this.config.INVERT_SCROLL) { scrollDirection *= -1; }
this.refreshEquippableState(scrollDirection);
},
/**
* Handles keyboard shortcuts for direct item selection.
* @param {KeyboardEvent} event - The DOM keyboard event.
* @returns {void}
*/
handleKeyPress(event) {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
if (this.core.isInputFocused()) return;
const pressedKey = event.key.toUpperCase();
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (!actionBar) return;
const availableItems = Array.from(actionBar.children).filter(el => this.core.isAvailableItem(el));
if (availableItems.length === 0) return;
const isNumericHotkey = (key) => key >= '1' && key <= '9';
const isFoodHotkey = (key) => key === this.constants.HOTKEYS.USE_FOOD;
const findFoodItem = (items) => items.find(el => this.core.getItemFromElem(el)?.itemType === CoreC.ITEM_TYPES.FOOD);
let targetElement = null;
if (isNumericHotkey(pressedKey)) {
targetElement = availableItems[parseInt(pressedKey) - 1];
} else if (isFoodHotkey(pressedKey)) {
targetElement = findFoodItem(availableItems);
}
if (targetElement && this.core.isEquippableItem(targetElement)) {
const equippableItems = Array.from(actionBar.children).filter(el => this.core.isEquippableItem(el));
const newIndex = equippableItems.findIndex(el => el.id === targetElement.id);
if (newIndex !== -1) {
if (this.state.selectedItemIndex === newIndex) {
// Switch to weapon instead.
this.selectItemByIndex(this.state.lastSelectedWeaponIndex);
}
else this.selectItemByIndex(newIndex);
}
}
},
/**
* Handles direct item selection by clicking on an item in the action bar.
* @param {MouseEvent} event - The DOM mouse event.
* @returns {void}
*/
handleItemClick(event) {
if (!this.config.enabled) return;
if (this.core.isInputFocused()) return;
const CoreC = this.core.data.constants;
const clickedElement = event.target.closest(CoreC.DOM.ACTION_BAR_ITEM_CLASS);
if (clickedElement && this.core.isEquippableItem(clickedElement)) {
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (!actionBar) return;
const equippableItems = Array.from(actionBar.children).filter(el => this.core.isEquippableItem(el));
const newIndex = equippableItems.findIndex(el => el.id === clickedElement.id);
if (newIndex !== -1) this.selectItemByIndex(newIndex);
}
},
// --- CORE LOGIC & UI MANIPULATION ---
/**
* The master function for refreshing the inventory selection state and UI. It recalculates the list
* of equippable items, determines the new selection index, sends an equip packet if needed, and updates the UI.
* @param {number} [scrollDirection=0] - The direction of scroll: 1 for down, -1 for up, 0 for no change.
* @returns {void}
*/
refreshEquippableState(scrollDirection = this.core.data.constants.GAME_STATE.NO_SCROLL) {
const CoreC = this.core.data.constants;
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (!actionBar) return;
const equippableItems = Array.from(actionBar.children).filter(el => this.core.isEquippableItem(el));
if (equippableItems.length === 0) {
Logger.warn("No equippable items available.");
this.state.selectedItemIndex = -1;
this.updateSelectionUI(null);
return;
}
// Calculate new index, handling scrolling and list changes.
this.state.selectedItemIndex = (this.state.selectedItemIndex + scrollDirection + equippableItems.length) % equippableItems.length;
// Store the last active weapon's index.
if (equippableItems[1]) {
const secondEquippableItem = this.core.getItemFromElem(equippableItems[1]);
if (this.state.selectedItemIndex <= CoreC.ITEM_TYPES.SECONDARY_WEAPON) {
const isSingleWielder = secondEquippableItem?.itemType > CoreC.ITEM_TYPES.SECONDARY_WEAPON;
this.state.lastSelectedWeaponIndex = isSingleWielder ? CoreC.ITEM_TYPES.PRIMARY_WEAPON : this.state.selectedItemIndex;
}
}
const selectedElement = equippableItems[this.state.selectedItemIndex];
if (!selectedElement) return;
// If we scrolled, send the equip packet.
if (scrollDirection !== CoreC.GAME_STATE.NO_SCROLL) {
const itemToEquip = this.core.getItemFromElem(selectedElement);
if (itemToEquip) {
const isWeapon = itemToEquip.itemType <= CoreC.ITEM_TYPES.SECONDARY_WEAPON;
this.core.sendGamePacket(CoreC.PACKET_TYPES.EQUIP_ITEM, [itemToEquip.id, isWeapon]);
}
}
this.updateSelectionUI(selectedElement);
},
/**
* Selects an item by its index in the list of equippable items.
* @param {number} newIndex - The index of the item to select.
* @returns {void}
*/
selectItemByIndex(newIndex) {
const CoreC = this.core.data.constants;
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (!actionBar) return;
const equippableItems = Array.from(actionBar.children).filter(el => this.core.isEquippableItem(el));
if (newIndex < 0 || newIndex >= equippableItems.length) return;
this.state.selectedItemIndex = newIndex;
this.refreshEquippableState(CoreC.GAME_STATE.NO_SCROLL);
},
// --- UI & HELPER FUNCTIONS ---
/**
* Updates the action bar UI to highlight the selected item.
* @param {HTMLElement|null} selectedItem - The element to highlight as selected.
* @returns {void}
*/
updateSelectionUI(selectedItem) {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const actionBar = document.getElementById(CoreC.DOM.ACTION_BAR);
if (!actionBar) return;
const allItems = Array.from(actionBar.children);
allItems.forEach(item => {
item.style.border = item === selectedItem ? LocalC.CSS.SELECTION_BORDER_STYLE : LocalC.CSS.BORDER_NONE;
item.style.filter = this.core.isEquippableItem(item) ? LocalC.CSS.FILTER_EQUIPPABLE : LocalC.CSS.FILTER_UNEQUIPPABLE;
});
}
};
/**
* @module WearablesToolbarMiniMod
* @description A minimod that adds a clickable, draggable hotbar for equipping wearables.
*/
const WearablesToolbarMiniMod = {
// --- MINI-MOD PROPERTIES ---
/** @property {object|null} core - A reference to the core module. */
core: null,
/** @property {string} name - The display name of the minimod. */
name: "Wearables Toolbar",
/** @property {object} config - Holds user-configurable settings. */
config: {
/** @property {boolean} enabled - Master switch for this minimod. */
enabled: true,
/** @property {string} TOGGLE_KEY - The hotkey to show or hide the toolbar. */
TOGGLE_KEY: 'P',
/** @property {boolean} START_HIDDEN - If true, the toolbar will be hidden on spawn. */
START_HIDDEN: false,
/** @property {boolean} INSTA_PIN_FREE_HATS - If true, all owned wearables are pinned at the start. */
INSTA_PIN_FREE_HATS: false,
/** @property {boolean} DRAGGABLE_ENABLED - If true, wearables can be reordered via drag-and-drop. */
DRAGGABLE_ENABLED: true,
/** @property {boolean} AUTO_PIN_ON_BUY - If true, automatically pins a wearable upon purchase. */
AUTO_PIN_ON_BUY: false,
},
/** @property {object} constants - Constants specific to this minimod. */
constants: {
TEXT: {
PIN: 'Pin',
UNPIN: 'Unpin',
EQUIP_BUTTON_TEXT: 'equip',
},
DOM: {
WEARABLES_TOOLBAR: 'wearablesToolbar',
WEARABLES_HOTKEY: 'wearablesHotkey',
WEARABLES_HATS: 'wearablesHats',
WEARABLES_ACCESSORIES: 'wearablesAccessories',
WEARABLES_GRID_CLASS: 'wearables-grid',
WEARABLE_BUTTON_CLASS: 'wearable-btn',
WEARABLE_BUTTON_ID_PREFIX: 'wearable-btn-',
JOIN_ALLIANCE_BUTTON_CLASS: 'joinAlBtn',
PIN_BUTTON_CLASS: 'pinBtn',
WEARABLE_SELECTED_CLASS: 'selected',
WEARABLE_DRAGGING_CLASS: 'dragging'
},
CSS: {
DRAGGING_OPACITY: '0.5',
STORE_MENU_TRANSFORM: 'translateY(0px)',
},
REGEX: {
HAT_IMG: /hat_(\d+)\.png/,
ACCESSORY_IMG: /access_(\d+)\.png/,
},
URLS: {
BASE_IMG: 'https://moomoo.io/img',
HAT_IMG_PATH: '/hats/hat_',
ACCESSORY_IMG_PATH: '/accessories/access_',
IMG_EXT: '.png',
},
TIMEOUTS: {
DRAG_AND_DROP_VISIBILITY: 0,
},
},
/** @property {object} state - Dynamic state for this minimod. */
state: {
/** @property {boolean} isVisible - Whether the toolbar UI is currently shown. */
isVisible: true,
/** @property {Set<number>} pinnedWearables - A set of wearable IDs that the user has pinned to the toolbar. */
pinnedWearables: new Set(),
/** @property {HTMLElement|null} draggedItem - The wearable button element currently being dragged. */
draggedItem: null,
/** @property {object} boundHandlers - Stores bound event handler functions for easy addition and removal of listeners. */
boundHandlers: {},
/** @property {Array<MutationObserver|ResizeObserver>} observers - Stores observers for dynamic UI adjustments and cleanup. */
observers: []
},
/**
* Defines the settings for this minimod.
* @returns {Array<object>} An array of setting definition objects.
*/
getSettings() {
return [
{
id: 'wearables_toolbar_enabled',
configKey: 'enabled',
label: 'Enable Wearables Toolbar',
desc: 'Adds a draggable hotbar for accessories.',
type: 'checkbox',
onChange: (value) => this.toggleFeature(value)
},
{
id: 'wearables_toolbar_toggle_key',
configKey: 'TOGGLE_KEY',
label: 'Toggle Toolbar Key',
desc: 'Press to show or hide the toolbar.',
type: 'keybind',
onChange: (value) => {
const wearableHotkeyLabel = document.getElementById(this.constants.DOM.WEARABLES_HOTKEY);
if (wearableHotkeyLabel) wearableHotkeyLabel.textContent = `(Press '${value}' to toggle)`;
}
},
{
id: 'wearables_toolbar_start_hidden',
configKey: 'START_HIDDEN',
label: 'Start Hidden',
desc: 'The toolbar will be hidden on spawn.',
type: 'checkbox'
},
{
id: 'wearables_toolbar_insta_pin_free_hats',
configKey: 'INSTA_PIN_FREE_HATS',
label: 'Insta-pin Free Hats',
desc: 'Automatically pins all the free hats, as soon as the game start.',
type: 'checkbox'
},
{
id: 'wearables_toolbar_draggable',
configKey: 'DRAGGABLE_ENABLED',
label: 'Draggable Wearables',
desc: 'Allow reordering wearables by dragging.',
type: 'checkbox',
onChange: (value) => this.toggleDraggable(value)
},
{
id: 'wearables_toolbar_auto_pin_on_buy',
configKey: 'AUTO_PIN_ON_BUY',
label: 'Auto-pin on Buy',
desc: 'Automatically pin a wearable when you buy it.',
type: 'checkbox'
}
];
},
// --- MINI-MOD LIFECYCLE & HOOKS ---
/**
* Returns the CSS rules required for this minimod.
* @returns {string} The complete CSS string.
*/
applyCSS() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
return `
#${CoreC.DOM.STORE_MENU} {
top: 20px;
height: calc(100% - 240px);
--extended-width: 80px;
& .${CoreC.DOM.STORE_TAB_CLASS} {
padding: 10px calc(10px + (var(--extended-width) / 4));
}
& #${CoreC.DOM.STORE_HOLDER} {
height: 100%;
width: calc(400px + var(--extended-width));
}
&.${CoreC.DOM.STORE_MENU_EXPANDED_CLASS} {
top: 140px;
height: calc(100% - 360px);
}
}
.${LocalC.DOM.PIN_BUTTON_CLASS} {
--text-color: hsl(from #80eefc calc(h + 215) s l);
color: var(--text-color);
padding-right: 5px;
&:hover {
color: hsl(from var(--text-color) h calc(s * 0.5) calc(l * 0.875));
}
}
#${CoreC.DOM.ITEM_INFO_HOLDER} {
top: calc(20px + var(--top-offset, 0px));
}
#${LocalC.DOM.WEARABLES_TOOLBAR} {
position: absolute;
left: 20px;
top: 20px;
padding: 7px 10px 5px;
width: auto;
max-width: 440px;
background-color: rgba(0, 0, 0, 0.25);
border-radius: 3px;
pointer-events: all;
& > h1 {
margin: 0;
color: #fff;
font-size: 31px;
font-weight: inherit;
& > span {
font-size: 0.5em;
vertical-align: middle;
}
}
}
.${LocalC.DOM.WEARABLES_GRID_CLASS} {
display: flex;
flex-wrap: wrap;
gap: 5px;
justify-content: flex-start;
}
.${LocalC.DOM.WEARABLE_BUTTON_CLASS} {
width: 40px;
height: 40px;
margin: 4px 0;
border: 2px solid rgba(255, 255, 255, 0.25);
background-size: contain;
background-position: center;
background-repeat: no-repeat;
cursor: pointer;
background-color: rgba(0, 0, 0, 0.125);
border-radius: 4px;
transition: all 0.2s ease;
&:hover {
background-color: rgba(255, 255, 255, 0.125);
border-color: white;
}
&.${LocalC.DOM.WEARABLE_SELECTED_CLASS} {
background-color: #5b9c52;
border-color: lightgreen;
box-shadow: 0 0 8px lightgreen;
}
&.${LocalC.DOM.WEARABLE_DRAGGING_CLASS} {
opacity: ${LocalC.CSS.DRAGGING_OPACITY};
}
}
`
},
/**
* Handles incoming game packets to update wearables.
* @param {string} packetName - The human-readable name of the packet.
* @param {object} packetData - The parsed data object from the packet.
* @returns {void}
*/
onPacket(packetName, packetData) {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
switch (packetName) {
case 'Update Store Items': {
const { itemID, itemType, action } = packetData;
if (action === CoreC.PACKET_DATA.STORE_ACTIONS.ADD_ITEM) {
this.addWearableButton(itemID, itemType);
// If auto-pin is on, pin the new item.
if (this.config.AUTO_PIN_ON_BUY && !this.isWearablePinned(itemID)) {
this.togglePin(itemID, itemType);
}
} else if (action === CoreC.PACKET_DATA.STORE_ACTIONS.UPDATE_EQUIPPED) {
this.updateEquippedWearable(itemID, itemType);
}
break;
}
case 'Add Player': {
if (packetData.isYou) {
this.state.isVisible = !this.config.START_HIDDEN;
}
break;
}
}
},
/**
* Called when the player has spawned. Creates the toolbar UI.
* @returns {void}
*/
onGameReady() {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
const LocalC = this.constants;
if (!this.core.state.playerHasRespawned && !document.getElementById(LocalC.DOM.WEARABLES_TOOLBAR)) {
// Wait for Game UI to load before proceeding
const gameUI = document.getElementById(CoreC.DOM.GAME_UI);
this.core.waitForVisible(gameUI).then(() => {
this.createWearablesToolbarUI();
this.setupDynamicPositioning();
this.setupStoreMenuObservers();
if (this.config.INSTA_PIN_FREE_HATS) {
this.instaPinFreeHats();
}
});
}
},
/**
* Cleans up all UI elements, observers, and event listeners.
* @returns {void}
*/
cleanup() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
document.getElementById(CoreC.DOM.STORE_MENU)?.style.removeProperty('transform');
document.getElementById(LocalC.DOM.WEARABLES_TOOLBAR)?.remove();
document.querySelectorAll(`.${LocalC.DOM.PIN_BUTTON_CLASS}`).forEach((pinElem) => pinElem.remove());
document.removeEventListener('keydown', this.state.boundHandlers.handleKeyDown);
this.state.observers.forEach(obs => obs.disconnect());
this.state.observers.length = 0;
},
/**
* Immediately shows or hides the feature based on the enabled state.
* @param {boolean} isEnabled - The new enabled state.
* @returns {void}
*/
toggleFeature(isEnabled) {
const toolbar = document.getElementById(this.constants.DOM.WEARABLES_TOOLBAR);
if (isEnabled) {
// If enabling, but toolbar doesn't exist, try to create it
if (!toolbar) this.onGameReady();
else toolbar.style.display = this.state.isVisible ? 'block' : 'none';
} else {
if (toolbar) toolbar.style.display = 'none';
}
},
// --- INITIAL UI SETUP ---
/**
* Creates the main HTML structure for the wearables toolbar.
* @returns {void}
*/
createWearablesToolbarUI() {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
const container = document.createElement('div');
container.id = LocalC.DOM.WEARABLES_TOOLBAR;
container.innerHTML = `
<h1>Wearables Toolbar <span id="${LocalC.DOM.WEARABLES_HOTKEY}">(Press '${this.config.TOGGLE_KEY}' to toggle)</span></h1>
<div id="${LocalC.DOM.WEARABLES_HATS}" class="${LocalC.DOM.WEARABLES_GRID_CLASS}"></div>
<div id="${LocalC.DOM.WEARABLES_ACCESSORIES}" class="${LocalC.DOM.WEARABLES_GRID_CLASS}"></div>
`;
// Apply start hidden setting
container.style.display = this.state.isVisible ? CoreC.CSS.DISPLAY_BLOCK : CoreC.CSS.DISPLAY_NONE;
document.getElementById(CoreC.DOM.GAME_UI).prepend(container);
const hatsGrid = container.querySelector(`#${LocalC.DOM.WEARABLES_HATS}`);
const accessoriesGrid = container.querySelector(`#${LocalC.DOM.WEARABLES_ACCESSORIES}`);
hatsGrid.addEventListener('dragover', this.handleDragOver.bind(this));
accessoriesGrid.addEventListener('dragover', this.handleDragOver.bind(this));
this.state.boundHandlers.handleKeyDown = (e) => {
if (!this.config.enabled || this.core.isInputFocused()) return;
if (e.key.toUpperCase() === this.config.TOGGLE_KEY) {
this.state.isVisible = !this.state.isVisible;
container.style.display = this.state.isVisible ? CoreC.CSS.DISPLAY_BLOCK : CoreC.CSS.DISPLAY_NONE;
}
};
document.addEventListener('keydown', this.state.boundHandlers.handleKeyDown);
},
/**
* Sets up observers to dynamically position the toolbar and info box.
* @returns {void}
*/
setupDynamicPositioning() {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
const toolbar = document.getElementById(LocalC.DOM.WEARABLES_TOOLBAR);
const infoHolder = document.getElementById(CoreC.DOM.ITEM_INFO_HOLDER);
if (!toolbar || !infoHolder) return Logger.warn("Could not find toolbar or info holder for dynamic positioning.");
const updatePosition = () => {
const isExpanded = infoHolder.offsetHeight > 0;
infoHolder.style.setProperty('--top-offset', isExpanded ? `${toolbar.offsetHeight + 20}px` : '0px');
};
// Observer 1: Reacts to any change in the info holder's size (e.g; appearing/disappearing).
const infoHolderObserver = new ResizeObserver(updatePosition);
infoHolderObserver.observe(infoHolder);
this.state.observers.push(infoHolderObserver);
// Observer 2: Reacts to significant changes in the toolbar's height,
// which happens when a new row of wearables is pinned.
let lastToolbarHeight = toolbar.offsetHeight;
const toolbarObserver = new ResizeObserver(() => {
const currentHeight = toolbar.offsetHeight;
// Only update if the height changes by 10px or more to avoid minor fluctuations.
if (Math.abs(currentHeight - lastToolbarHeight) >= 10) {
updatePosition();
lastToolbarHeight = currentHeight; // Update the last known height
}
});
toolbarObserver.observe(toolbar);
this.state.observers.push(toolbarObserver);
// Run once at the start to set the initial position.
updatePosition();
},
/**
* Sets up observers to adjust the store menu and inject pin buttons.
* @returns {void}
*/
setupStoreMenuObservers() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const storeMenu = document.getElementById(CoreC.DOM.STORE_MENU);
storeMenu.style.transform = LocalC.CSS.STORE_MENU_TRANSFORM;
const upgradeHolder = document.getElementById(CoreC.DOM.UPGRADE_HOLDER);
const upgradeCounter = document.getElementById(CoreC.DOM.UPGRADE_COUNTER);
const initialCheck = () => {
const upgradeHolderVisible = upgradeHolder.style.display === CoreC.CSS.DISPLAY_BLOCK;
const upgradeCounterVisible = upgradeCounter.style.display === CoreC.CSS.DISPLAY_BLOCK;
const isExpanded = upgradeHolderVisible && upgradeCounterVisible;
storeMenu.classList.toggle(CoreC.DOM.STORE_MENU_EXPANDED_CLASS, isExpanded);
};
initialCheck();
const upgradeObserver = new MutationObserver(initialCheck);
upgradeObserver.observe(upgradeHolder, { attributes: true, attributeFilter: ['style'] });
upgradeObserver.observe(upgradeCounter, { attributes: true, attributeFilter: ['style'] });
this.state.observers.push(upgradeObserver);
const storeMenuObserver = new MutationObserver((mutationsList) => {
for (const mutation of mutationsList) {
if (storeMenu.style.display === CoreC.CSS.DISPLAY_BLOCK && mutation.oldValue?.includes(`display: ${CoreC.CSS.DISPLAY_NONE}`)) {
this.addPinButtons();
}
}
});
storeMenuObserver.observe(storeMenu, { attributes: true, attributeFilter: ['style'], attributeOldValue: true });
this.state.observers.push(storeMenuObserver);
const storeHolderObserver = new MutationObserver(() => this.addPinButtons());
storeHolderObserver.observe(document.getElementById(CoreC.DOM.STORE_HOLDER), { childList: true });
this.state.observers.push(storeHolderObserver);
},
// --- UI MANIPULATION & STATE UPDATES ---
/**
* Adds a new button for a specific wearable to the toolbar.
* @param {number} id - The server-side ID of the wearable.
* @param {string} type - The type of wearable ('hat' or 'accessory').
* @returns {void}
*/
addWearableButton(id, type) {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
const containerId = type === CoreC.PACKET_DATA.WEARABLE_TYPES.HAT ? LocalC.DOM.WEARABLES_HATS : LocalC.DOM.WEARABLES_ACCESSORIES;
const container = document.getElementById(containerId);
if (!container) return;
const buttonId = `${LocalC.DOM.WEARABLE_BUTTON_ID_PREFIX}${type}-${id}`;
if (document.getElementById(buttonId)) return;
const btn = document.createElement('div');
btn.id = buttonId;
btn.className = LocalC.DOM.WEARABLE_BUTTON_CLASS;
btn.draggable = this.config.DRAGGABLE_ENABLED;
btn.dataset.wearableId = id;
const imagePath = type === CoreC.PACKET_DATA.WEARABLE_TYPES.HAT ? LocalC.URLS.HAT_IMG_PATH : LocalC.URLS.ACCESSORY_IMG_PATH;
btn.style.backgroundImage = `url(${LocalC.URLS.BASE_IMG}${imagePath}${id}${LocalC.URLS.IMG_EXT})`;
btn.title = `Item ID: ${id}`;
btn.addEventListener('dragstart', () => {
this.state.draggedItem = btn;
setTimeout(() => btn.classList.add(LocalC.DOM.WEARABLE_DRAGGING_CLASS), LocalC.TIMEOUTS.DRAG_AND_DROP_VISIBILITY);
});
btn.addEventListener('dragend', () => {
setTimeout(() => {
if (this.state.draggedItem) this.state.draggedItem.classList.remove(LocalC.DOM.WEARABLE_DRAGGING_CLASS);
this.state.draggedItem = null;
}, LocalC.TIMEOUTS.DRAG_AND_DROP_VISIBILITY);
});
btn.addEventListener('click', () => {
const isCurrentlySelected = btn.classList.contains(LocalC.DOM.WEARABLE_SELECTED_CLASS);
const newItemId = isCurrentlySelected ? 0 : id;
this.core.sendGamePacket(CoreC.PACKET_TYPES.EQUIP_WEARABLE, [0, newItemId, type === CoreC.PACKET_DATA.WEARABLE_TYPES.HAT ? 0 : 1]);
});
container.append(btn);
this.refreshToolbarVisibility();
},
/**
* Updates the visual state of buttons to highlight the equipped wearable.
* @param {number} id - The server-side ID of the newly equipped wearable.
* @param {string} type - The type of wearable.
* @returns {void}
*/
updateEquippedWearable(id, type) {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
const containerId = type === CoreC.PACKET_DATA.WEARABLE_TYPES.HAT ? LocalC.DOM.WEARABLES_HATS : LocalC.DOM.WEARABLES_ACCESSORIES;
const container = document.getElementById(containerId);
if (!container) return;
const currentSelected = container.querySelector(`.${LocalC.DOM.WEARABLE_SELECTED_CLASS}`);
if (currentSelected) currentSelected.classList.remove(LocalC.DOM.WEARABLE_SELECTED_CLASS);
if (id > 0) {
const buttonId = `${LocalC.DOM.WEARABLE_BUTTON_ID_PREFIX}${type}-${id}`;
const newSelectedBtn = document.getElementById(buttonId);
if (newSelectedBtn) newSelectedBtn.classList.add(LocalC.DOM.WEARABLE_SELECTED_CLASS);
}
},
/**
* Hides or shows wearable buttons based on the pinned set.
* @returns {void}
*/
refreshToolbarVisibility() {
const LocalC = this.constants;
const CoreC = this.core.data.constants;
const allButtons = document.querySelectorAll(`.${LocalC.DOM.WEARABLE_BUTTON_CLASS}`);
allButtons.forEach(btn => {
const buttonId = parseInt(btn.dataset.wearableId);
if (!isNaN(buttonId)) {
btn.style.display = this.state.pinnedWearables.has(buttonId) ? CoreC.CSS.DISPLAY_BLOCK : CoreC.CSS.DISPLAY_NONE;
}
});
},
// --- PINNING LOGIC ---
/**
* Scans the store for all owned wearables and pins them if they aren't already.
* This is triggered by the 'Start With All Pinned' setting.
* @returns {void}
*/
instaPinFreeHats() {
const CoreC = this.core.data.constants;
const freeHats = [51, 50, 28, 29, 30, 36, 37, 38, 44, 35, 42, 43, 49];
freeHats.forEach((storeItemId) => {
if (!this.isWearablePinned(storeItemId)) {
this.togglePin(storeItemId, CoreC.PACKET_DATA.WEARABLE_TYPES.HAT);
}
});
this.refreshToolbarVisibility();
},
/**
* Scans the store menu and adds "Pin" buttons to owned wearables.
* @returns {void}
*/
addPinButtons() {
const CoreC = this.core.data.constants;
const LocalC = this.constants;
const storeHolder = document.getElementById(CoreC.DOM.STORE_HOLDER);
Array.from(storeHolder.children).forEach((storeItem) => {
const wearableIcon = storeItem.querySelector('img');
const joinBtn = storeItem.querySelector('.' + LocalC.DOM.JOIN_ALLIANCE_BUTTON_CLASS);
const hasPinButton = storeItem.querySelector(`.${LocalC.DOM.PIN_BUTTON_CLASS}`);
const isNotEquipButton = !joinBtn || !joinBtn.textContent.toLowerCase().includes(LocalC.TEXT.EQUIP_BUTTON_TEXT);
// Check if eligible for a new pin button.
if (!wearableIcon || hasPinButton || isNotEquipButton) return;
let id, type;
const hatMatch = wearableIcon.src.match(LocalC.REGEX.HAT_IMG);
const accMatch = wearableIcon.src.match(LocalC.REGEX.ACCESSORY_IMG);
if (hatMatch) {
id = parseInt(hatMatch[1]);
type = CoreC.PACKET_DATA.WEARABLE_TYPES.HAT;
} else if (accMatch) {
id = parseInt(accMatch[1]);
type = CoreC.PACKET_DATA.WEARABLE_TYPES.ACCESSORY;
} else {
return; // Not a wearable item
}
const pinButton = document.createElement('div');
pinButton.className = `${LocalC.DOM.JOIN_ALLIANCE_BUTTON_CLASS} ${LocalC.DOM.PIN_BUTTON_CLASS}`;
pinButton.style.marginTop = '5px';
pinButton.textContent = this.isWearablePinned(id) ? LocalC.TEXT.UNPIN : LocalC.TEXT.PIN;
pinButton.addEventListener('click', () => {
pinButton.textContent = this.togglePin(id, type) ? LocalC.TEXT.UNPIN : LocalC.TEXT.PIN;
this.refreshToolbarVisibility();
});
joinBtn.after(pinButton);
});
},
/**
* Checks if a wearable is currently pinned.
* @param {number} id - The ID of the wearable.
* @returns {boolean} True if pinned.
*/
isWearablePinned(id) {
return this.state.pinnedWearables.has(id);
},
/**
* Toggles the pinned state of a wearable.
* @param {number} id - The ID of the wearable.
* @param {string} type - The type of the wearable.
* @returns {boolean} The new pinned state.
*/
togglePin(id, type) {
const pinned = this.state.pinnedWearables;
if (pinned.has(id)) { // Unpin
pinned.delete(id);
return false;
} else { // Pin
pinned.add(id);
this.addWearableButton(id, type);
return true;
}
},
/**
* Toggles the draggable property on all wearable buttons based on the user setting.
* @param {boolean} isEnabled - Whether dragging should be enabled.
* @returns {void}
*/
toggleDraggable(isEnabled) {
const LocalC = this.constants;
const allButtons = document.querySelectorAll(`.${LocalC.DOM.WEARABLE_BUTTON_CLASS}`);
allButtons.forEach(btn => {
btn.draggable = isEnabled;
});
},
// --- EVENT HANDLERS (DRAG & DROP) ---
/**
* Handles the dragover event for reordering pinned items.
* @param {DragEvent} e - The DOM drag event.
* @returns {void}
*/
handleDragOver(e) {
e.preventDefault();
const grid = e.currentTarget;
const currentlyDragged = this.state.draggedItem;
if (!currentlyDragged || currentlyDragged.parentElement != grid) return;
// Determine where the item SHOULD be placed.
const afterElement = this._getDragAfterElement(grid, e.clientX, e.clientY);
// Optimization: Prevent DOM updates if position hasn't changed to avoid jitter.
if (currentlyDragged.nextSibling === afterElement) return;
grid.insertBefore(currentlyDragged, afterElement);
},
// --- HELPER FUNCTIONS ---
/**
* Finds the sibling element that should come after the dragged item.
* @private
* @param {HTMLElement} container - The grid container element.
* @param {number} x - The cursor's horizontal position.
* @param {number} y - The cursor's vertical position.
* @returns {HTMLElement|null} The sibling element to insert before.
*/
_getDragAfterElement(container, x, y) {
const LocalC = this.constants;
const selector = `.${LocalC.DOM.WEARABLE_BUTTON_CLASS}:not(.${LocalC.DOM.WEARABLE_DRAGGING_CLASS})`;
const draggableSiblings = [...container.querySelectorAll(selector)];
for (const sibling of draggableSiblings) {
const box = sibling.getBoundingClientRect();
const isVerticallyBefore = y < box.top + box.height / 2;
const isInRow = y >= box.top && y <= box.bottom;
const isHorizontallyBefore = x < box.left + box.width / 2;
if (isVerticallyBefore || (isInRow && isHorizontallyBefore)) {
return sibling;
}
}
return null; // If after all other elements
},
};
/**
* @module TypingIndicatorMiniMod
* @description Shows a "..." typing indicator in chat while the user is typing.
*/
const TypingIndicatorMiniMod = {
// --- MINI-MOD PROPERTIES ---
/** @property {object|null} core - A reference to the core module. */
core: null,
/** @property {string} name - The display name of the minimod. */
name: "Typing Indicator",
/** @property {object} config - Holds user-configurable settings. */
config: {
/** @property {boolean} enabled - Master switch for this minimod. */
enabled: true,
/** @property {number} INDICATOR_INTERVAL - The time in milliseconds between each animation frame. */
INDICATOR_INTERVAL: 1000,
/** @property {number} RATE_LIMIT_MS - The cooldown period between sending chat messages. */
RATE_LIMIT_MS: 550,
/** @property {number} START_DELAY - A safe buffer before showing the indicator. */
START_DELAY: 1000,
/** @property {string[]} ANIMATION_FRAMES - The sequence of strings used for the typing animation. */
ANIMATION_FRAMES: ['.', '..', '...'],
/** @property {number} QUEUE_PROCESSOR_INTERVAL - How often to check the message queue for pending messages to send. */
QUEUE_PROCESSOR_INTERVAL: 100,
},
/** @property {object} state - Dynamic state for this minimod. */
state: {
/** @property {HTMLElement|null} chatBoxElement - A reference to the game's chat input element. */
chatBoxElement: null,
/** @property {number|null} indicatorIntervalId - The ID of the interval used for the typing animation. */
indicatorIntervalId: null,
/** @property {number|null} startIndicatorTimeoutId - The ID of the timeout used to delay the start of the indicator. */
startIndicatorTimeoutId: null,
/** @property {number|null} queueProcessorIntervalId - The ID of the interval that processes the message queue. */
queueProcessorIntervalId: null,
/** @property {number} animationFrameIndex - The current index in the `ANIMATION_FRAMES` array. */
animationFrameIndex: 0,
/** @property {number} lastMessageSentTime - The timestamp of the last message sent to the server. */
lastMessageSentTime: 0,
/** @property {Array<{type: 'user'|'system', content: string}>} messageQueue - The queue of messages waiting to be sent. */
messageQueue: [],
/** @property {object} boundHandlers - Stores bound event handler functions for easy addition and removal of listeners. */
boundHandlers: {},
},
/**
* Defines the settings for this minimod.
* @returns {Array<object>} An array of setting definition objects.
*/
getSettings() {
return [
{
id: 'typing_indicator_enabled',
configKey: 'enabled',
label: 'Enable Typing Indicator',
desc: 'Shows "..." in chat while you are typing.',
type: 'checkbox'
}
]
},
// --- MINI-MOD LIFECYCLE & HOOKS ---
/**
* Adds all necessary event listeners for this minimod.
* @returns {void}
*/
addEventListeners() {
if (!this.config.enabled) return;
this.state.chatBoxElement = document.getElementById(this.core.data.constants.DOM.CHAT_BOX);
if (!this.state.chatBoxElement) return Logger.error("Could not find chatBox element. Mod will not function.");
this.state.boundHandlers.handleFocus = this.handleFocus.bind(this);
this.state.boundHandlers.handleBlur = this.handleBlur.bind(this);
this.state.boundHandlers.handleKeyDown = this.handleKeyDown.bind(this);
this.state.chatBoxElement.addEventListener('focus', this.state.boundHandlers.handleFocus);
this.state.chatBoxElement.addEventListener('blur', this.state.boundHandlers.handleBlur);
this.state.chatBoxElement.addEventListener('keydown', this.state.boundHandlers.handleKeyDown);
// Start the queue processor, which will run continuously to send queued messages.
this.startQueueProcessor();
Logger.log("Typing indicator event listeners attached and queue processor started.");
},
/**
* Cleans up all timers and event listeners.
* @returns {void}
*/
cleanup() {
clearInterval(this.state.indicatorIntervalId);
clearInterval(this.state.queueProcessorIntervalId);
clearTimeout(this.state.startIndicatorTimeoutId);
if (this.state.chatBoxElement) {
this.state.chatBoxElement.removeEventListener('focus', this.state.boundHandlers.handleFocus);
this.state.chatBoxElement.removeEventListener('blur', this.state.boundHandlers.handleBlur);
this.state.chatBoxElement.removeEventListener('keydown', this.state.boundHandlers.handleKeyDown);
}
},
// --- EVENT HANDLERS ---
/**
* Handles the `focus` event on the chat box.
* @returns {void}
*/
handleFocus() {
if (!this.config.enabled) return;
// Instead of starting immediately, set a timeout to begin the animation.
// This prevents the indicator from flashing for accidental clicks or very fast messages.
if (this.state.startIndicatorTimeoutId) clearTimeout(this.state.startIndicatorTimeoutId);
this.state.startIndicatorTimeoutId = setTimeout(() => {
this.startTypingIndicator();
}, this.config.START_DELAY);
},
/**
* Handles the `blur` event on the chat box.
* @returns {void}
*/
handleBlur() {
if (!this.config.enabled) return;
clearTimeout(this.state.startIndicatorTimeoutId);
this.stopTypingIndicator();
},
/**
* Intercepts the 'Enter' key press to queue the message.
* @param {KeyboardEvent} event - The DOM keyboard event.
* @returns {void}
*/
handleKeyDown(event) {
if (this.config.enabled && event.key === 'Enter') {
// Prevent the game from sending the message. We will handle it.
event.preventDefault();
clearTimeout(this.state.startIndicatorTimeoutId);
const message = this.state.chatBoxElement.value.trim();
if (message) {
this.queueUserMessage(message);
}
// Clear the chat box and stop the indicator, as the user is done typing.
this.state.chatBoxElement.value = '';
this.stopTypingIndicator();
}
},
// --- CORE LOGIC ---
/**
* Starts the animation loop.
* @returns {void}
*/
startTypingIndicator() {
if (!this.config.enabled || this.state.indicatorIntervalId) return; // Already running
Logger.log("Starting typing indicator.");
this.state.animationFrameIndex = 0;
// Run once immediately, then start the interval
this.animateIndicator();
this.state.indicatorIntervalId = setInterval(this.animateIndicator.bind(this), this.config.INDICATOR_INTERVAL);
},
/**
* Stops the animation loop and cleans up.
* @returns {void}
*/
stopTypingIndicator() {
if (!this.state.indicatorIntervalId) return; // Already stopped
Logger.log("Stopping typing indicator and cleaning up queue.");
clearInterval(this.state.indicatorIntervalId);
this.state.indicatorIntervalId = null;
// Remove any pending system messages
this.state.messageQueue = this.state.messageQueue.filter(msg => msg.type !== 'system');
// Queue one final, empty message to clear the indicator that might be visible in chat.
this.queueSystemMessage('');
},
/**
* Queues the next frame of the animation to be sent.
* @returns {void}
*/
animateIndicator() {
const frame = this.config.ANIMATION_FRAMES[this.state.animationFrameIndex];
this.queueSystemMessage(frame);
// Cycle to the next frame
this.state.animationFrameIndex = (this.state.animationFrameIndex + 1) % this.config.ANIMATION_FRAMES.length;
},
// --- RATE LIMIT & QUEUE MANAGEMENT ---
/**
* Starts the interval that processes the message queue.
* @returns {void}
*/
startQueueProcessor() {
if (this.state.queueProcessorIntervalId) return;
this.state.queueProcessorIntervalId = setInterval(this.processMessageQueue.bind(this), this.config.QUEUE_PROCESSOR_INTERVAL);
},
/**
* Adds a user-typed message to the front of the queue.
* @param {string} message - The user's chat message.
* @returns {void}
*/
queueUserMessage(message) {
Logger.log(`Queueing user message: "${message}"`);
this.state.messageQueue.unshift({ type: 'user', content: message });
},
/**
* Adds a system message (like the indicator) to the back of the queue.
* @param {string} message - The system message content.
* @returns {void}
*/
queueSystemMessage(message) {
// Optimization: Don't queue up a ton of indicator dots.
// If the last message in the queue is also an indicator, replace it.
const lastInQueue = this.state.messageQueue[this.state.messageQueue.length - 1];
if (lastInQueue && lastInQueue.type === 'system') {
this.state.messageQueue[this.state.messageQueue.length - 1].content = message;
} else {
this.state.messageQueue.push({ type: 'system', content: message });
}
},
/**
* Checks the queue and sends the next message if the rate limit has passed.
* @returns {void}
*/
processMessageQueue() {
const CoreC = this.core.data.constants;
const canSendMessage = (Date.now() - this.state.lastMessageSentTime) > this.config.RATE_LIMIT_MS;
if (canSendMessage && this.state.messageQueue.length > 0) {
const messageToSend = this.state.messageQueue.shift(); // Get the next message
this.core.sendGamePacket(CoreC.PACKET_TYPES.CHAT, [messageToSend.content]);
this.state.lastMessageSentTime = Date.now();
if (messageToSend.type === 'user') {
Logger.log(`Sent queued user message: "${messageToSend.content}"`);
}
}
}
};
/**
* @module ProximityChatMiniMod
* @description Displays nearby player chats in a Minecraft/Roblox-style chatbox,
* showing player names, leaderboard ranks, and timestamps.
*/
const ProximityChatMiniMod = {
// --- MINI-MOD PROPERTIES ---
/** @property {object|null} core - A reference to the core module. */
core: null,
/** @property {string} name - The display name of the minimod. */
name: "Proximity Chat",
/** @property {object} config - Holds user-configurable settings. */
config: {
/** @property {boolean} enabled - Master switch for this minimod. */
enabled: true,
/** @property {string} TOGGLE_KEY - The hotkey to show or hide the toolbar. */
TOGGLE_KEY: 'T',
/** @property {number} maxMessages - The maximum number of messages to keep in the chatbox. */
maxMessages: 12
},
/** @property {object} constants - Constants specific to this minimod. */
constants: {
DOM: {
CHATBOX_CONTAINER_ID: 'proximityChatboxContainer',
CHATBOX_MESSAGES_ID: 'proximityChatboxMessages',
CHAT_MESSAGE_CLASS: 'proximityChatMessage'
}
},
/** @property {object} state - Dynamic state for this minimod. */
state: {
/** @property {boolean} isVisible - Whether the toolbar UI is currently shown. */
isVisible: true,
/** @property {Map<number, object>} players - Maps player SID to their data {id, name}. */
players: new Map(),
/** @property {Map<number, number>} leaderboard - Maps player SID to their rank. */
leaderboard: new Map(),
/** @property {HTMLElement|null} chatboxContainer - Reference to the main chatbox UI element. */
chatboxContainer: null,
/** @property {HTMLElement|null} messagesContainer - Reference to the inner element that holds messages. */
messagesContainer: null,
/** @property {object} boundHandlers - Stores bound event handler functions for easy addition and removal of listeners. */
boundHandlers: {}
},
/**
* Defines the settings for this minimod.
* @returns {Array<object>} An array of setting definition objects.
*/
getSettings() {
return [
{
id: 'proximity_chat_enabled',
configKey: 'enabled',
label: 'Enable Proximity Chat',
desc: 'Shows nearby chats in a custom chatbox.',
type: 'checkbox',
onChange: (value) => this.toggleFeature(value)
},
{
id: 'proximity_chat_toggle_key',
configKey: 'TOGGLE_KEY',
label: 'Toggle Chatbox Key',
desc: 'Press to show or hide the chatbox.',
type: 'keybind'
},
{
id: 'proximity_chat_max_messages',
configKey: 'maxMessages',
label: 'Max Chat Messages',
desc: 'The number of messages to show before old ones disappear.',
type: 'number', min: 10, max: 500
}
];
},
// --- MINI-MOD LIFECYCLE & HOOKS ---
/**
* Initializes the minimod by creating the chatbox UI.
* @returns {void}
*/
init() {
if (!this.config.enabled) return;
const CoreC = this.core.data.constants;
// Wait for the main game UI to be ready before injecting our chatbox
this.core.waitForElementsToLoad(CoreC.DOM.GAME_UI).then(gameUI => {
const chatboxContainer = document.createElement('div');
chatboxContainer.id = this.constants.DOM.CHATBOX_CONTAINER_ID;
this.core.registerFocusableElement(chatboxContainer.id);
const messagesContainer = document.createElement('div');
messagesContainer.id = this.constants.DOM.CHATBOX_MESSAGES_ID;
chatboxContainer.appendChild(messagesContainer);
gameUI.appendChild(chatboxContainer);
this.state.chatboxContainer = chatboxContainer;
this.state.messagesContainer = messagesContainer;
this.state.boundHandlers.handleKeyDown = (e) => {
if (!this.config.enabled || this.core.isInputFocused()) return;
if (e.key.toUpperCase() === this.config.TOGGLE_KEY) {
this.state.isVisible = !this.state.isVisible;
this.state.chatboxContainer.style.display = this.state.isVisible ? CoreC.CSS.DISPLAY_FLEX : CoreC.CSS.DISPLAY_NONE;
}
};
document.addEventListener('keydown', this.state.boundHandlers.handleKeyDown);
});
},
/**
* Returns the CSS rules required for styling the chatbox.
* @returns {string} The complete CSS string.
*/
applyCSS() {
const LocalC = this.constants;
return `
#${LocalC.DOM.CHATBOX_CONTAINER_ID} {
position: absolute;
bottom: 215px; /* Positioned above the action bar */
left: 20px;
width: 400px;
max-width: 50%;
height: 250px;
opacity: 0.75;
background-color: rgba(0, 0, 0, 0.33333);
border-radius: 4px;
color: white;
font-family: 'Hammersmith One', sans-serif;
font-size: 16px;
display: flex;
flex-direction: column-reverse; /* New messages appear at the bottom */
pointer-events: all;
z-index: 10; /* Ensure it's above most game elements but below menus */
/* --- KEY CHANGE: Scrolling is now handled by the main container --- */
overflow-y: auto;
scrollbar-width: thin;
scrollbar-color: rgba(255, 255, 255, 0.3) rgba(0, 0, 0, 0.2);
transition: opacity 1s;
&:hover {
opacity: 1;
}
&:not(:has(.${LocalC.DOM.CHAT_MESSAGE_CLASS})):is(&, &:hover) {
opacity: 0;
}
}
#${LocalC.DOM.CHATBOX_CONTAINER_ID}::-webkit-scrollbar {
width: 6px;
}
#${LocalC.DOM.CHATBOX_CONTAINER_ID}::-webkit-scrollbar-track {
background: rgba(0, 0, 0, 0.2);
}
#${LocalC.DOM.CHATBOX_CONTAINER_ID}::-webkit-scrollbar-thumb {
background-color: rgba(255, 255, 255, 0.3);
border-radius: 3px;
}
#${LocalC.DOM.CHATBOX_MESSAGES_ID} {
/* --- KEY CHANGE: Removed flex properties and overflow from the inner container --- */
padding: 8px;
word-wrap: break-word;
}
.${LocalC.DOM.CHAT_MESSAGE_CLASS} {
margin-top: 4px;
text-shadow: 1px 1px 2px rgba(0, 0, 0, 0.7);
animation: fadeIn 0.3s ease-in-out;
transition: 1s;
}
@keyframes fadeIn {
from { opacity: 0; transform: translateY(10px); }
to { opacity: 1; transform: translateY(0); }
}
.${LocalC.DOM.CHAT_MESSAGE_CLASS} .timestamp {
color: #AAAAAA;
}
.${LocalC.DOM.CHAT_MESSAGE_CLASS} .player-name {
font-weight: bold;
color: #FFFFFF;
}
.${LocalC.DOM.CHAT_MESSAGE_CLASS} .message-content {
color: #FFFFFF;
}
`;
},
/**
* Cleans up all UI created by this minimod.
* @returns {void}
*/
cleanup() {
this.state.chatboxContainer?.remove();
this.state.chatboxContainer = null;
this.state.messagesContainer = null;
this.state.players.clear();
this.state.leaderboard.clear();
document.removeEventListener('keydown', this.state.boundHandlers.handleKeyDown);
},
/**
* Toggles the feature's visibility.
* @param {boolean} isEnabled - The new enabled state.
*/
toggleFeature(isEnabled) {
if (this.state.chatboxContainer) {
this.state.chatboxContainer.style.display = isEnabled ? 'flex' : 'none';
}
},
/**
* Handles incoming game packets to update the minimod's state.
* @param {string} packetName - The human-readable name of the packet.
* @param {object} packetData - The parsed data object from the packet.
*/
onPacket(packetName, packetData) {
if (!this.config.enabled) return;
switch (packetName) {
case 'Add Player':
if (packetData.sid) {
this.state.players.set(packetData.sid, { id: packetData.id, name: packetData.name });
}
break;
case 'Remove Player': {
const idToRemove = packetData.id;
for (const [sid, playerData] of this.state.players.entries()) {
if (playerData.id === idToRemove) {
this.state.players.delete(sid);
break;
}
}
break;
}
case 'Leaderboard Update':
this.state.leaderboard.clear();
packetData.leaderboard.forEach((player, index) => {
this.state.leaderboard.set(player.sid, index + 1);
});
break;
case 'Receive Chat':
if (!(/^\.+$/.test(packetData.message))) this.addChatMessage(packetData.sid, packetData.message);
break;
case 'Client Player Death':
case 'Setup Game': // Clear on respawn or new game
this.state.players.clear();
this.state.leaderboard.clear();
if (this.state.messagesContainer) {
this.state.messagesContainer.innerHTML = '';
}
break;
}
},
/**
* Creates and adds a new chat message to the UI.
* @param {number} sid - The sender's session ID.
* @param {string} message - The chat message content.
*/
async addChatMessage(sid, message) {
if (!this.config.enabled || !this.state.messagesContainer) return;
const playerInfo = this.state.players.get(sid);
const rank = this.state.leaderboard.get(sid);
let playerName = playerInfo ? playerInfo.name : `Player ${sid}`;
if (rank) {
playerName = `[${rank}] ${playerName}`;
}
const timestamp = new Date().toLocaleTimeString('en-US', { hour12: false, hour: '2-digit', minute: '2-digit', second: '2-digit' });
// Create elements safely to prevent HTML injection
const msgElement = document.createElement('div');
msgElement.className = this.constants.DOM.CHAT_MESSAGE_CLASS;
const timeSpan = document.createElement('span');
timeSpan.className = 'timestamp';
timeSpan.textContent = `[${timestamp}] `;
const nameSpan = document.createElement('span');
nameSpan.className = 'player-name';
nameSpan.textContent = `${playerName}`;
// Style ranked players differently for emphasis
if (rank) {
nameSpan.style.color = '#FFD700'; // Gold color
}
const contentSpan = document.createElement('span');
contentSpan.className = 'message-content';
contentSpan.textContent = `: ${message}`;
msgElement.append(timeSpan, nameSpan, contentSpan);
// Add to UI and manage message limit
this.state.messagesContainer.appendChild(msgElement);
if (this.state.messagesContainer.children.length > this.config.maxMessages) {
const lastMessage = this.state.messagesContainer.firstChild;
lastMessage.style.opacity = '0';
lastMessage.style.translateY = '-10px';
await this.core.wait(1000);
this.state.messagesContainer.removeChild(lastMessage);
}
},
};
// --- REGISTER MINI-MODS & INITIALIZE ---
MooMooUtilityMod.registerMod(SettingsManagerMiniMod);
MooMooUtilityMod.registerMod(ScrollInventoryMiniMod);
MooMooUtilityMod.registerMod(WearablesToolbarMiniMod);
MooMooUtilityMod.registerMod(TypingIndicatorMiniMod);
MooMooUtilityMod.registerMod(ProximityChatMiniMod);
MooMooUtilityMod.init();
})();