import re import os import platform # Function to read the save file def read_save_file(save_number): save_path = f'save_encode{save_number}.dat' if not os.path.exists(save_path): print(f"Error: Save file for save number {save_number} does not exist. Are you in the correct path?\n" "Linux: .../steamapps/compatdata/2448930/pfx/drive_c/users/steamuser/AppData/Local/StarstruckVagabond/") return None with open(save_path, 'r') as file: return file.read() # Function to print sector details def print_sector_details(sector_planet_dict): # Step 4: Count the total number of planets and sectors total_planets = sum(len(details['planets']) for details in sector_planet_dict.values()) total_sectors = len(sector_planet_dict) # Step 5: Sort the dictionary by keys and format the output sorted_sectors = dict(sorted(sector_planet_dict.items())) # Translate sector numbers to grid coordinates and print in the specified format def sector_to_grid(sector): return (sector % 10, sector // 10) # Print the summary print(f"{total_planets} Planets in {total_sectors} Sectors") # Print the details for sector, details in sorted_sectors.items(): grid_x, grid_y = sector_to_grid(sector) sector_name = details['name'] print(f"Sector {sector} ({grid_x}, {grid_y}) \"{sector_name}\":") for planet in details['planets']: planet_id, (posx, posy) = planet print(f" - Planet {planet_id} ({posx}, {posy})") # Check if running on Windows to import msvcrt for non-blocking input if platform.system() == 'Windows': import msvcrt # Main loop to query the user for save game number previous_save_number = None while True: save_number = None # Prompt user for save game number while save_number is None: if previous_save_number is not None: prompt = f"Press Enter to repeat (save {previous_save_number}), enter a new number (0-5), or 'q' to exit: " else: prompt = "Enter the save game number (0-5), or 'q' to exit: " print(prompt, end='') if platform.system() == 'Windows': user_input = msvcrt.getch().decode().lower() # Get a key press (Windows-specific) if user_input == '\r': # Handle Enter key on Windows if previous_save_number is not None: save_number = previous_save_number else: print("Error: No previous save number.") elif user_input == '\x1b' or user_input == 'q': # Check for Escape or 'q' to exit exit() else: try: save_number = int(user_input) if save_number not in range(0, 6): print("Error: Please enter a number between 0 and 5.") save_number = None # Reset save_number to prompt again except ValueError: print("Error: Please enter a valid number.") else: user_input = input().strip().lower() # Get input on Linux if user_input == '': # Handle Enter key on Linux if previous_save_number is not None: save_number = previous_save_number else: print("Error: No input.") elif user_input == 'q': # Check for 'q' to exit on Linux exit() else: try: save_number = int(user_input) if save_number not in range(0, 6): print("Error: Please enter a number between 0 and 5.") save_number = None # Reset save_number to prompt again except ValueError: print("Error: Please enter a valid number.") # Read the save file text = read_save_file(save_number) if text is None: continue # If read_save_file returns None, try again # Step 2: Initialize a dictionary to hold the sector as key and planet details as values sector_planet_dict = {} # Step 3: Search for patterns and extract numbers, positions, and sector names for i in range(300): landed_pattern = f'planetlanded{i}=\\"0' if landed_pattern in text: sector_pattern = re.compile(rf'planetsector{i:03}=\\"(\d+)') posx_pattern = re.compile(rf'planetposx{i:03}=\\"([\d\.]+)') posy_pattern = re.compile(rf'planetposy{i:03}=\\"([\d\.]+)') sector_match = sector_pattern.search(text) posx_match = posx_pattern.search(text) posy_match = posy_pattern.search(text) if sector_match and posx_match and posy_match: sector = int(sector_match.group(1)) posx = round(float(posx_match.group(1))) posy = round(float(posy_match.group(1))) planet_details = (i, (posx, posy)) if sector in sector_planet_dict: sector_planet_dict[sector]['planets'].append(planet_details) else: sector_planet_dict[sector] = {'planets': [planet_details], 'name': ''} # Extract sector names sector_name_pattern = re.compile(r'nsectorname(\d+)=\\"([\w]+)') sector_names = sector_name_pattern.findall(text) for sector_id, name in sector_names: sector_id = int(sector_id) if sector_id in sector_planet_dict: sector_planet_dict[sector_id]['name'] = name # Print sector details print_sector_details(sector_planet_dict) # Set previous_save_number for next iteration previous_save_number = save_number