190 lines
8.1 KiB
Python
190 lines
8.1 KiB
Python
# FlightMonitor/data/config.py
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from typing import Optional, Dict
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"""
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Global configurations for the FlightMonitor application.
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This file centralizes constants and settings used across different modules,
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making them easier to manage and modify. Each configuration option should
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be clearly documented.
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"""
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# --- API Configuration ---
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# Base URL for the OpenSky Network API's 'states/all' endpoint.
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# This endpoint provides current flight states (position, velocity, etc.).
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# Documentation: https://opensky-network.org/apidoc/rest.html#all-state-vectors
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OPENSKY_API_URL: str = "https://opensky-network.org/api/states/all"
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# Default timeout for API requests in seconds.
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# This is the maximum time the application will wait for a response from the API
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# before considering the request as timed out.
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DEFAULT_API_TIMEOUT_SECONDS: int = 15
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# --- Flag per Mock API ---
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# Set to True to use mock data instead of making real API calls to OpenSky.
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# This is useful for development to avoid consuming API credits and for offline testing.
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USE_MOCK_OPENSKY_API: bool = False # Imposta a False per chiamate reali
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MOCK_API_FLIGHT_COUNT: int = (
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50 # Numero di aerei finti da generare se USE_MOCK_OPENSKY_API è True
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)
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# MOCK_API_ERROR_SIMULATION: Optional[str] = None # Es: "RATE_LIMITED", "HTTP_ERROR", None per successo
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MOCK_API_ERROR_SIMULATION: Optional[str] = (
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None # MODIFIED: Moved error simulation example from comments. Example: "RATE_LIMITED", "HTTP_ERROR", None
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)
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# Polling interval in seconds for fetching live flight data.
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# This determines how frequently the application requests updates from the API
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# when live monitoring is active.
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LIVE_POLLING_INTERVAL_SECONDS: int = 15 # Ad esempio, ogni 15 secondi
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# --- GUI Configuration ---
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# Default geographical bounding box coordinates.
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# These values are used to pre-fill the input fields in the GUI for
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# selecting the geographical area of interest for live flight tracking.
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# The example values roughly cover Central Europe.
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# Latitude values must be between -90 and 90.
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# Longitude values must be between -180 and 180.
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DEFAULT_BBOX_LAT_MIN: float = 44.986 # 45.0 # Minimum latitude
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DEFAULT_BBOX_LON_MIN: float = 7.9341 # 5.0 # Minimum longitude
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DEFAULT_BBOX_LAT_MAX: float = 46.9567 # 55.0 # Maximum latitude
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DEFAULT_BBOX_LON_MAX: float = 10.5997 # 15.0 # Maximum longitude
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# lamin=44&lomin=6&lamax=47&lomax=10
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#
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# questa zona si trova nei dintorni del lago di como
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# https://boundingbox.klokantech.com/
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# 7.9341,44.986,10.5997,46.9567
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# Default dimensions (in pixels) for the flight map canvas in the GUI.
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# These dimensions determine the initial size of the area where flights are displayed.
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DEFAULT_CANVAS_WIDTH: int = 800
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DEFAULT_CANVAS_HEIGHT: int = 600
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# Directory for map tile caching.
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# A service-specific subdirectory will be created inside this.
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MAP_TILE_CACHE_DIR: str = "flightmonitor_tile_cache"
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# --- Logging Configuration ---
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# MODIFIED: Removed all logging-specific constants (LOG_LEVEL, LOG_FORMAT, LOG_DATE_FORMAT, LOG_COLOR_*)
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# WHY: These configurations are now centralized in the new logging_config.py module.
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# HOW: Deleted these lines.
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# Global logging level for the application.
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# Valid levels: "DEBUG", "INFO", "WARNING", "ERROR", "CRITICAL"
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# This sets the minimum severity of messages that will be processed.
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# LOG_LEVEL: str = "DEBUG"
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# Format string for log messages.
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# LOG_FORMAT: str = "%(asctime)s [%(levelname)-8s] %(name)-20s : %(message)s"
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# Format string for the date/time in log messages.
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# LOG_DATE_FORMAT: str = "%Y-%m-%d %H:%M:%S"
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# Colors for different log levels in the GUI log widget.
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# LOG_COLOR_DEBUG: str = "RoyalBlue1"
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# LOG_COLOR_INFO: str = "black"
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# LOG_COLOR_WARNING: str = "dark orange"
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# LOG_COLOR_ERROR: str = "red2"
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# LOG_COLOR_CRITICAL: str = "red4"
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# --- Data Storage Configuration ---
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# Directory where daily SQLite database files will be stored.
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# This path is relative to the main application directory or an absolute path.
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# Ensure this directory is writable by the application.
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DATABASE_DIRECTORY: str = "flight_data_history"
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# Format string for the daily database filenames.
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# Uses strftime format codes (YYYY, MM, DD, HH, etc.).
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# Example for daily files: "flights_%Y-%m-%d.db"
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DATABASE_FILENAME_FORMAT: str = "flights_%Y-%m-%d.db"
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# Placeholder for future: Maximum number of records or days to retain in the history.
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# DATA_RETENTION_DAYS: int = 30
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# --- GUI Layout Configuration ---
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# Questi valori definiscono le proporzioni iniziali e le dimensioni minime
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# per i vari pannelli dell'interfaccia utente.
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# I 'weights' sono usati dai PanedWindow per la distribuzione iniziale dello spazio.
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# I 'min_sizes' sono in pixel.
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# Divisione Principale (Orizzontale: Sinistra vs Destra)
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LAYOUT_MAIN_HORIZONTAL_WEIGHTS: Dict[str, int] = {
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"left_column": 20, # Peso per la colonna sinistra
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"right_column": 80, # Peso per la colonna destra
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}
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LAYOUT_MAIN_HORIZONTAL_MIN_SIZES: Dict[str, int] = {
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"left_column": 100, # Dimensione minima in pixel per la colonna sinistra
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"right_column": 400, # Dimensione minima in pixel per la colonna destra
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}
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# Divisione Colonna Sinistra (Verticale: Funzioni vs Log/Status)
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LAYOUT_LEFT_VERTICAL_WEIGHTS: Dict[str, int] = {
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"function_notebook": 70, # Peso per l'area del function notebook
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"log_status_area": 30, # Peso per l'area log e status bar
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}
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LAYOUT_LEFT_VERTICAL_MIN_SIZES: Dict[str, int] = {
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"function_notebook": 200, # Dimensione minima per il function notebook
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"log_status_area": 100, # Dimensione minima per l'area log/status
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}
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# Divisione Colonna Destra (Verticale: Viste vs Tools/Info)
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LAYOUT_RIGHT_VERTICAL_WEIGHTS: Dict[str, int] = {
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"views_notebook": 80, # Aumentato (es. 80 o 85)
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"map_tools_info": 20, # Ridotto (es. 20 o 15)
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}
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LAYOUT_RIGHT_VERTICAL_MIN_SIZES: Dict[str, int] = {
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"views_notebook": 300, # Dimensione minima per il views notebook
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"map_tools_info": 120, # Dimensione minima per l'area tools/info
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}
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# Divisione Area Tools/Info Mappa (Orizzontale: Tool vs Info)
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LAYOUT_TOOLS_INFO_HORIZONTAL_WEIGHTS: Dict[str, int] = {
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"map_tools": 20, # Peso per il frame degli strumenti mappa
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"map_info": 80, # Peso per il frame delle informazioni mappa
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}
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LAYOUT_TOOLS_INFO_HORIZONTAL_MIN_SIZES: Dict[str, int] = {
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"map_tools": 150, # Dimensione minima per gli strumenti mappa
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"map_info": 200, # Dimensione minima per le info mappa
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}
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LAYOUT_BOTTOM_PANELS_HORIZONTAL_WEIGHTS: Dict[str, int] = {
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"map_tools": 20, # Peso per il frame degli strumenti mappa
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"map_info": 35, # Peso per il frame delle informazioni mappa
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"flight_details": 45, # Peso per il frame dei dettagli del volo selezionato
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}
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# Finestra Principale
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# Se True, la finestra tenta di avviarsi massimizzata.
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# Se False, userà le dimensioni specificate sotto (se presenti) o quelle di default di Tkinter.
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LAYOUT_START_MAXIMIZED: bool = True
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# Dimensioni minime globali per la finestra (usate da root.minsize())
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# Queste dovrebbero essere calcolate o stimate in base alla somma dei min_sizes dei componenti.
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# Per ora, le lasciamo come valori fissi, ma potremmo renderle più dinamiche.
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LAYOUT_WINDOW_MIN_WIDTH: int = 700
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LAYOUT_WINDOW_MIN_HEIGHT: int = 500
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# --- OpenSky API Authentication Configuration ---
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# Set to True to attempt authentication with OpenSky Network API.
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# If False, or if credentials are not provided, anonymous access will be used.
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USE_OPENSKY_CREDENTIALS: bool = False # MODIFIED: Set to True to use your credentials
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# Your OpenSky Network API username and password.
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# IMPORTANT: It's recommended to store sensitive information like passwords
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# as environment variables (e.g., OPENSKY_USERNAME, OPENSKY_PASSWORD)
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# and retrieve them using os.getenv() for security.
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# For testing, you can uncomment and set them directly, but REMOVE THEM
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# before sharing your code publicly.
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OPENSKY_USERNAME: Optional[str] = "luca.vallongo@gmail.com" # os.getenv("OPENSKY_USERNAME", None)
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OPENSKY_PASSWORD: Optional[str] = "Emanuela76@#Opensky" # os.getenv("OPENSKY_PASSWORD", None)
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# Example of setting directly for testing (DO NOT USE IN PRODUCTION OR PUBLIC REPOS):
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# OPENSKY_USERNAME: Optional[str] = "YOUR_OPENSKY_USERNAME_HERE"
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# OPENSKY_PASSWORD: Optional[str] = "YOUR_OPENSKY_PASSWORD_HERE"
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