G-Python

G-Earth extension interface for Python.

G-Earth + G-Python allows you to create simple scripts for Habbo and run them on the fly!

Installation

Requires python >= 3.2: https://www.python.org/downloads/
Note: during Windows installation, make sure to select "Add python to PATH" if you want to install G-Python extensions in G-Earth

Then execute the following in a terminal: python -m pip install g-python

Features

G-Python exports the following modules:

from g_python.gextension import Extension
from g_python.hmessage import Direction, HMessage
from g_python.hpacket import HPacket
from g_python import hparsers
from g_python import htools

At any point where a (header)id is required, a name or hash can be used as well, if G-Earth is connected to Harble API
"hparsers" contains a load of useful parsers
"htools" contains fully prepared environments for accessing your Inventory, Room Furniture, and Room Users

Usage

Examples are available in the tests/ folder. (highly recommended to check out, since it contains functionality not shown underneath)

This is a template extension with the minimal amount of code to connect with G-Earth:

import sys
from g_python.gextension import Extension

extension_info = {
    "title": "Extension stuff",
    "description": "g_python test",
    "version": "1.0",
    "author": "sirjonasxx"
}

ext = Extension(extension_info, sys.argv)   # sys.argv are the commandline arguments, for example ['-p', '9092'] (G-Earth's extensions port)
ext.start()

It is possible to register for events:

ext.on_event('double_click', lambda: print('Extension has been clicked'))
ext.on_event('init', lambda: print('Initialized with g-earth'))
ext.on_event('connection_start', lambda: print('Connection started'))
ext.on_event('connection_end', lambda: print('Connection ended'))

Packet injection:

# sending packets to the server
ext.send_to_server(HPacket('RoomUserAction', 1))                    # wave using harble api name
ext.send_to_server(HPacket(1843, 1))                                # wave using header Id
ext.send_to_server(HPacket('623058bd68a68267114aa8d1ee15b597', 1))  # wave using harble api hash

# sending packets from raw text:
ext.send_to_client('{l}{u:1411}{i:0}{s:"hi"}{i:0}{i:23}{i:0}{i:2}')
ext.send_to_client('[0][0][0][6][5][131][0][0][0][0]')
ext.send_to_client(HPacket.from_string('[0][0][0][6][5][131][0][0][0][0]', ext))

# string methods: 
packet = HPacket(1231, "hi", 5, "old", False, True, "lol")
expression = packet.g_expression(ext)   # G-Earth's predicted expression
g_string = packet.g_string(ext)         # G-Earth's string representation

Intercepting packets:

# intercept & print all packets
def all_packets(message):
    packet = message.packet
    print(packet.g_string(ext))

ext.intercept(Direction.TO_CLIENT, all_packets)
ext.intercept(Direction.TO_SERVER, all_packets)


# intercept & parse specific packets
def on_walk(message):
    (x, y) = message.packet.read('ii')
    print("Walking to x:{}, y={}".format(x, y))

def on_speech(message):
    (text, color, index) = message.packet.read('sii')
    message.is_blocked = (text == 'blocked')  # block packet if speech equals "blocked"
    print("User said: {}".format(text))

ext.intercept(Direction.TO_SERVER, on_walk, 'RoomUserWalk')
ext.intercept(Direction.TO_SERVER, on_speech, 'RoomUserTalk')