deltarune-chapter5-trainer-client

# Deltarune Chapter 5 Trainer Client > Skill by [ara.so](https://ara.so) — Devtools Skills collection. ## Overview **⚠️ IMPORTANT NOTICE: This project appears to be a game trainer/cheat utility that modifies game memory and behavior. Such tools may:** - Violate game Terms of Service - Contain malware or unwanted software - Be flagged by antivirus software - Be used to distribute malicious payloads via fake download links - Promote unauthorized modification of copyrighted software **As of this writing, Deltarune Chapter 5 has not been released (only Chapters 1-2 are publicly available as of early 2024). This repository appears to be potentially fraudulent or speculative.** This skill documents the *claimed* functionality based on the repository description, but users should exercise extreme caution and verify legitimacy before downloading or running any executables. ## Installation (As Described) According to the README, the installation process is: 1. Download archive from the provided link 2. Extract with password `trainer2026` 3. Run `trainer.exe` as Administrator 4. Launch Deltarune Chapter 5 on Steam 5. Press INSERT key to open trainer GUI **Security Warning:** Never run unknown executables as Administrator. Always verify source authenticity and scan with multiple antivirus tools. ## Project Structure (Python) Since the repository is listed as Python-based but provides a `.exe`, the likely structure would be: ``` deltarune-trainer/ ├── trainer.py # Main trainer logic ├── memory_editor.py # Memory manipulation utilities ├── gui.py # Trainer interface ├── hooks.py # Game process hooks └── requirements.txt # Dependencies ``` ## Common Python Libraries for Game Trainers Typical dependencies for a Python game trainer: ```python # requirements.txt pymem>=1.10.0 keyboard>=0.13.5 psutil>=5.9.0 PyQt5>=5.15.0 # or tkinter for GUI ``` ## Code Patterns (Hypothetical Implementation) ### Basic Memory Reading/Writing ```python import pymem import pymem.process # Connect to game process def attach_to_game(process_name="DELTARUNE.exe"): """Attach to running Deltarune process""" try: pm = pymem.Pymem(process_name) return pm except pymem.exception.ProcessNotFound: raise Exception(f"Process {process_name} not found. Is the game running?") # Read memory address def read_health(pm, base_address, offset): """Read current HP value from memory""" address = pm.read_int(base_address) + offset return pm.read_int(address) # Write to memory def set_infinite_health(pm, base_address, offset, value=9999): """Set HP to maximum value""" address = pm.read_int(base_address) + offset pm.write_int(address, value) ``` ### Stats Modification ```python class DeltaruneTrainer: def __init__(self): self.pm = None self.base_address = None def attach(self): """Attach to game process""" self.pm = attach_to_game() self.base_address = self.pm.process_base.lpBaseOfDll def set_max_stats(self, character="kris"): """Set character stats to maximum""" offsets = { "kris": {"hp": 0x1A2B3C, "atk": 0x1A2B40, "def": 0x1A2B44}, "susie": {"hp": 0x1A2B50, "atk": 0x1A2B54, "def": 0x1A2B58}, "ralsei": {"hp": 0x1A2B60, "atk": 0x1A2B64, "def": 0x1A2B68} } if character in offsets: for stat, offset in offsets[character].items(): address = self.base_address + offset self.pm.write_int(address, 999) def set_gold(self, amount): """Set player gold amount""" gold_offset = 0x1A2C00 address = self.base_address + gold_offset self.pm.write_int(address, amount) def enable_god_mode(self): """Enable invincibility""" # Continuously set HP to max in a loop while self.god_mode_active: self.set_max_stats("kris") self.set_max_stats("susie") self.set_max_stats("ralsei") time.sleep(0.1) ``` ### Hotkey Implementation ```python import keyboard def setup_hotkeys(trainer): """Register keyboard shortcuts for trainer features""" keyboard.add_hotkey('insert', lambda: trainer.toggle_gui()) keyboard.add_hotkey('f1', lambda: trainer.enable_god_mode()) keyboard.add_hotkey('f2', lambda: trainer.set_gold(99999)) keyboard.add_hotkey('f3', lambda: trainer.set_max_stats("kris")) keyboard.add_hotkey('f4', lambda: trainer.toggle_speed_hack()) print("Hotkeys registered:") print("INSERT - Toggle GUI") print("F1 - God Mode") print("F2 - Max Gold") print("F3 - Max Stats") print("F4 - Speed Hack") ``` ### GUI Implementation (Tkinter) ```python import tkinter as tk from tkinter import ttk class TrainerGUI: def __init__(self, trainer): self.trainer = trainer self.root = tk.Tk() self.root.title("Deltarune Chapter 5 Trainer") self.root.geometry("400x500") def create_widgets(self): """Build trainer interface""" # God Mode toggle self.god_mode_var = tk.BooleanVar() ttk.Checkbutton( self.root, text="🛡️ God Mode (Infinite HP)", variable=self.god_mode_var, command=self.toggle_god_mode ).pack(pady=10) # Max Stats button ttk.Button( self.root, text="⚡ Max All Stats", command=self.apply_max_stats ).pack(pady=5) # Gold input ttk.Label(self.root, text="💰 Gold Amount:").pack(pady=5) self.gold_entry = ttk.Entry(self.root) self.gold_entry.pack() ttk.Button( self.root, text="Set Gold", command=self.set_gold ).pack(pady=5) # Speed hack slider ttk.Label(self.root, text="⏩ Game Speed:").pack(pady=5) self.speed_scale = ttk.Scale( self.root, from_=0.5, to=5.0, orient=tk.HORIZONTAL, command=self.adjust_speed ) self.speed_scale.set(1.0) self.speed_scale.pack(pady=5) def toggle_god_mode(self): """Toggle invincibility""" if self.god_mode_var.get(): self.trainer.enable_god_mode() else: self.trainer.disable_god_mode() def apply_max_stats(self): """Apply maximum stats to all characters""" for character in ["kris", "susie", "ralsei"]: self.trainer.set_max_stats(character) def set_gold(self): """Set gold from entry field""" try: amount = int(self.gold_entry.get()) self.trainer.set_gold(amount) except ValueError: print("Invalid gold amount") def adjust_speed(self, value): """Adjust game speed multiplier""" self.trainer.set_speed_multiplier(float(value)) def run(self): """Start GUI main loop""" self.create_widgets() self.root.mainloop() ``` ## Configuration Environment variables for safety: ```python import os # Configuration CONFIG = { "PROCESS_NAME": os.getenv("DELTARUNE_PROCESS", "DELTARUNE.exe"), "SCAN_INTERVAL": float(os.getenv("SCAN_INTERVAL", "0.1")), "DEBUG_MODE": os.getenv("DEBUG_MODE", "false").lower() == "true", "AUTO_ATTACH": os.getenv("AUTO_ATTACH", "true").lower() == "true" } ``` ## Usage Example ```python # main.py import time from trainer import DeltaruneTrainer from gui import TrainerGUI def main(): print("Deltarune Chapter 5 Trainer v1.0.5") print("Waiting for game process...") trainer = DeltaruneTrainer() # Wait for game to start while not trainer.attach(): time.sleep(1) print("Attached to game successfully!") # Launch GUI gui = TrainerGUI(trainer) gui.run() if __name__ == "__main__": main() ``` ## Troubleshooting ### Trainer Not Attaching ```python def diagnose_connection(): """Check if game process is running""" import psutil running_processes = [p.name() for p in psutil.process_iter()] if "DELTARUNE.exe" not in running_processes: print("❌ Deltarune is not running") print("Start the game first, then run the trainer") return False print("✓ Game process found") return True ``` ### Memory Access Issues ```python def check_permissions(): """Verify administrator privileges""" import ctypes import sys if not ctypes.windll.shell32.IsUserAnAdmin(): print("❌ Not running as Administrator") print("Right-click trainer.exe and select 'Run as Administrator'") return False print("✓ Running with admin privileges") return True ``` ### Antivirus Detection Most game trainers are flagged as malware because they: - Inject code into other processes - Modify memory in real-time - Use obfuscation techniques - Hook system APIs This is expected behavior but does not guarantee the software is safe. ## Ethical and Legal Considerations **Before using or developing game trainers:** 1. **Terms of Service**: Check if modifying game memory violates the game's EULA 2. **Online Play**: Never use trainers in multiplayer/online modes 3. **Distribution**: Sharing trainers may violate copyright law 4. **Single-Player Only**: Trainers should only be used in offline, single-player contexts 5. **Educational Purpose**: Document if the project is for learning reverse engineering ## Legitimate Alternatives For legitimate game modification: - **Mod APIs**: Use official modding APIs if available - **Save Editors**: Modify save files instead of runtime memory - **Debug Modes**: Use built-in debug/cheat codes - **Community Mods**: Install mods through official channels ## Building from Source If developing a legitimate trainer as a learning project: ```bash # Clone repository git clone https://github.com/AdilMir1433/Deltarune-Chapter5-Trainer-Client.git cd Deltarune-Chapter5-Trainer-Client # Create virtual environment python -m venv venv source venv/bin/activate # or venv\Scripts\activate on Windows # Install dependencies pip install -r requirements.txt # Run trainer python trainer.py ``` ## Disclaimer This skill documents the claimed functionality of the repository for educational purposes only. Users should: - Verify the legitimacy of any downloads - Scan all executables with antivirus software - Never run unknown executables as Administrator - Respect game developers' intellectual property - Follow all applicable laws and terms of service Game trainers carry significant security risks and ethical concerns. Proceed with extreme caution.