AccountForger-neuerUpload/infrastructure/services/fingerprint/timezone_location_service.py

"""
Timezone Location Service - Manages timezone and location consistency.
"""

import random
from typing import Dict, Optional, Tuple, Any


class TimezoneLocationService:
    """Service for managing timezone and location relationships."""
    
    TIMEZONE_MAPPING = {
        "de": {
            "timezones": ["Europe/Berlin", "Europe/Munich"],
            "offset": -60,  # UTC+1
            "dst_offset": -120  # UTC+2 during DST
        },
        "us": {
            "timezones": ["America/New_York", "America/Chicago", "America/Los_Angeles", "America/Denver"],
            "offset": 300,  # UTC-5 (New York)
            "dst_offset": 240  # UTC-4 during DST
        },
        "uk": {
            "timezones": ["Europe/London"],
            "offset": 0,  # UTC
            "dst_offset": -60  # UTC+1 during DST
        },
        "jp": {
            "timezones": ["Asia/Tokyo"],
            "offset": -540,  # UTC+9
            "dst_offset": -540  # No DST
        },
        "au": {
            "timezones": ["Australia/Sydney", "Australia/Melbourne"],
            "offset": -600,  # UTC+10
            "dst_offset": -660  # UTC+11 during DST
        }
    }
    
    CITY_TO_TIMEZONE = {
        "Berlin": "Europe/Berlin",
        "Munich": "Europe/Munich",
        "Frankfurt": "Europe/Berlin",
        "Hamburg": "Europe/Berlin",
        "New York": "America/New_York",
        "Los Angeles": "America/Los_Angeles",
        "Chicago": "America/Chicago",
        "London": "Europe/London",
        "Tokyo": "Asia/Tokyo",
        "Sydney": "Australia/Sydney"
    }
    
    LANGUAGE_TO_LOCATION = {
        "de-DE": ["de", "at", "ch"],
        "en-US": ["us"],
        "en-GB": ["uk"],
        "ja-JP": ["jp"],
        "en-AU": ["au"],
        "fr-FR": ["fr"],
        "es-ES": ["es"],
        "it-IT": ["it"]
    }
    
    def get_timezone_for_location(self, location: Optional[str] = None) -> Tuple[str, int]:
        """Get timezone and offset for a location."""
        if not location:
            location = random.choice(list(self.TIMEZONE_MAPPING.keys()))
        
        location_lower = location.lower()
        
        # Check if it's a city
        for city, tz in self.CITY_TO_TIMEZONE.items():
            if city.lower() in location_lower:
                # Find the offset from the mapping
                for country, data in self.TIMEZONE_MAPPING.items():
                    if tz in data["timezones"]:
                        return tz, data["offset"]
                return tz, 0
        
        # Check if it's a country code
        if location_lower in self.TIMEZONE_MAPPING:
            data = self.TIMEZONE_MAPPING[location_lower]
            timezone = random.choice(data["timezones"])
            return timezone, data["offset"]
        
        # Default to Berlin
        return "Europe/Berlin", -60
    
    def get_location_for_language(self, language: str) -> str:
        """Get a suitable location for a language."""
        if language in self.LANGUAGE_TO_LOCATION:
            locations = self.LANGUAGE_TO_LOCATION[language]
            return random.choice(locations)
        
        # Extract base language
        base_lang = language.split('-')[0]
        for lang, locations in self.LANGUAGE_TO_LOCATION.items():
            if lang.startswith(base_lang):
                return random.choice(locations)
        
        # Default
        return "us"
    
    def validate_timezone_consistency(self, timezone: str, language: str) -> bool:
        """Validate if timezone is consistent with language."""
        expected_location = self.get_location_for_language(language)
        
        # Get timezones for the expected location
        if expected_location in self.TIMEZONE_MAPPING:
            expected_timezones = self.TIMEZONE_MAPPING[expected_location]["timezones"]
            return timezone in expected_timezones
        
        # If we can't determine, assume it's valid
        return True
    
    def get_locale_for_timezone(self, timezone: str) -> str:
        """Get appropriate locale for a timezone."""
        tz_to_locale = {
            "Europe/Berlin": "de-DE",
            "Europe/Munich": "de-DE",
            "America/New_York": "en-US",
            "America/Los_Angeles": "en-US",
            "America/Chicago": "en-US",
            "Europe/London": "en-GB",
            "Asia/Tokyo": "ja-JP",
            "Australia/Sydney": "en-AU"
        }
        
        return tz_to_locale.get(timezone, "en-US")
    
    def calculate_timezone_offset(self, timezone: str, is_dst: bool = False) -> int:
        """Calculate timezone offset in minutes from UTC."""
        # Find the timezone in our mapping
        for country, data in self.TIMEZONE_MAPPING.items():
            if timezone in data["timezones"]:
                return data["dst_offset"] if is_dst else data["offset"]
        
        # Default to UTC
        return 0
    
    def get_consistent_location_data(self, proxy_location: Optional[str] = None) -> Dict[str, Any]:
        """Get consistent location data including timezone, locale, and language."""
        timezone, offset = self.get_timezone_for_location(proxy_location)
        locale = self.get_locale_for_timezone(timezone)
        
        # Extract language from locale
        language = locale.split('-')[0]
        languages = [locale, language]
        
        # Add fallback languages
        if language != "en":
            languages.extend(["en-US", "en"])
        
        return {
            "timezone": timezone,
            "timezone_offset": offset,
            "locale": locale,
            "language": language,
            "languages": languages
        }