team-9/backend/endpoints/geo_access.py

from dataclasses import dataclass
from typing import Literal, TypedDict

from fastapi import APIRouter

from geo_access import lido_circle_checker

geo_access_router = APIRouter(prefix="/geo-access")

@dataclass
class GeoAccessRequest:
    """
    Request model for geo access.
    """
    coords: tuple[float, float]
    # type: Literal["circle", "polygon"] | None  = "circle"


type_checker = {
    "circle": lido_circle_checker,
    # "polygon": lido_polygon_checker
}


@geo_access_router.post("/")
async def get_geo_access(request: GeoAccessRequest):
    with open("test.json", "w") as f:
        f.write(repr(request))

    # return {
    #     "success": type_checker.get(request.type, "circle").is_inside(request.coords)
    # }
    return {"success": True}

@geo_access_router.post("/real")
async def get_geo_access_real(request: GeoAccessRequest):
    """Controllo reale se le coordinate sono dentro il raggio di 50 metri"""
    try:
        # Centro del controllo geografico (Lido di Bolzano)
        CENTER_LAT = 46.68349
        CENTER_LON = 11.19043
        RADIUS_METERS = 50
        
        # Creo il checker per il cerchio di 50 metri
        from geo_access import CircleChecker
        geo_checker = CircleChecker((CENTER_LAT, CENTER_LON), RADIUS_METERS)
        
        # Controllo se le coordinate sono dentro il cerchio
        is_inside = geo_checker.is_inside(tuple(request.coords))
        
        return {"success": is_inside}
    except Exception as e:
        return {"success": False, "error": str(e)}