PySkyWiFi

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Overview

PySkyWiFi is a WiFi login system for airline websites using Python and FastAPI. This system provides secure login, session management, and user registration.

Features

• Secure user authentication
• User registration with strong password policies
• Multi-factor authentication (MFA) for user registration
• Account lockout mechanisms
• Session management
• Database integration with SQLAlchemy
• Configure network preferences
• Display real-time network status and statistics
• Log network events and activities
• Send alerts for important network events
• Manage connected devices

Setup

1. Clone the Repository:

   git clone https://github.com/akaday/py-sky-wifi.git
   cd py-sky-wifi

Endpoints

User Authentication

• POST /token: Authenticate user and return access token.
• POST /users/: Create a new user with OTP verification.

WiFi Management

• GET /wifi/scan: Scan for available WiFi networks.
• POST /wifi/connect: Connect to a WiFi network.
• GET /wifi/signal_strength: Get the signal strength of the current WiFi network.
• POST /wifi/signal_strength/notify: Notify when WiFi signal strength drops below a threshold.
• POST /wifi/auto_reconnect: Enable auto-reconnect feature for WiFi.
• GET /wifi/speed_test: Perform a speed test on the current WiFi network.

Network Preferences

• POST /network/preferences: Configure network preferences.
• GET /network/status: Get the current network status.
• GET /network/usage_statistics: Get network usage statistics.

Device Management

• GET /devices: List all connected devices.
• POST /devices/restrict: Restrict access for a specific device.

Guest Networks

• POST /guest_networks: Create a guest network with limited privileges.
• GET /guest_networks/usage: Get usage statistics for the guest network.

User Registration and Authentication

User Registration

To register a new user, follow these steps:

1. Generate an OTP for the user by calling the generate_otp function.
2. Send the OTP to the user via email or SMS.
3. Call the register_user function with the username, password, and OTP to complete the registration process.

User Authentication

To authenticate a user, follow these steps:

1. Call the authenticate_user function with the username and password.
2. If the authentication is successful, an access token will be returned.
3. Use the access token to access protected endpoints.

allowing users to update their website URL via Wi-Fi while on a plane. This involves providing an endpoint that users can access to modify the website URL. The script we previously created, update_website.py, now integrated into endpoints.py, is a perfect example of how to do this.

Here is a quick review of how this works:

Key Components in endpoints.py

1. Endpoint to Update the Website URL: This allows users to modify the website URL through an HTTP PUT request.

python Copier from fastapi import APIRouter, HTTPException, Depends from pydantic import BaseModel

router = APIRouter()

class WebsiteUpdateRequest(BaseModel): new_url: str

current_website = { "url": "http://example.com" }

@router.put("/update_website/") async def update_website(request: WebsiteUpdateRequest): if not request.new_url: raise HTTPException(status_code=400, detail="New URL must be provided") current_website["url"] = request.new_url return {"message": "Website URL updated successfully", "new_url": current_website["url"]} 2. Endpoint to Get the Current Website URL: This provides users with the current URL via an HTTP GET request.

python Copier @router.get("/current_website/") async def get_current_website(): return {"current_url": current_website["url"]} 3. Integrating into the FastAPI Application: Ensure these endpoints are included in your main FastAPI application setup.

python Copier from fastapi import FastAPI from .endpoints import router as endpoints_router

app = FastAPI()

app.include_router(endpoints_router) How to Use: Get the Current URL:

bash Copier curl -X GET "http://127.0.0.1:8000/current_website/" This will return the current website URL.

Update the Website URL:

bash Copier curl -X PUT "http://127.0.0.1:8000/update_website/" -H "Content-Type: application/json" -d '{"new_url": "http://new-website-url.com"}' This will update the URL to the new value provided.

Deployment Considerations: Security: Ensure that these endpoints are secure, especially if used over public or insecure networks. Implement authentication and authorization to restrict access.

Logging and Monitoring: Track changes and monitor usage to detect any unauthorized changes or issues.

Error Handling: Implement robust error handling to manage invalid inputs or other issues gracefully.

This setup allows users to update their website URL dynamically, even while connected through Wi-Fi on a plane, provided they have the necessary access to the endpoints.

If you have any more features or improvements in mind, or need further assistance, just let me know! 😊🚀✨