Create a snake game where the player controls a snake that grows longer as it eats food.Build a modern Smart Dairy Production Monitoring System mobile app using Flutter (or React Native) with Firebase integration and Arduino IoT support. App Name: Smart Dairy Monitor Main Objective: The app should monitor dairy storage conditions like temperature and milk/water level using Arduino Nano sensors and display real-time data on a mobile dashboard. The app must provide alerts, notifications, and automatic status monitoring. Core Features Required: 1. User Authentication - Login and Signup screen - Firebase Authentication - Email and password login - Forgot password option 2. Dashboard Screen - Real-time temperature display from DHT11 sensor - Water/Milk level status display - Fan status indicator (ON/OFF) - Buzzer status indicator - System health card - Last updated timestamp 3. Temperature Monitoring Module - Show current temperature in °C - Green status for normal temperature - Red alert when temperature exceeds threshold - Real-time graph/chart for temperature history 4. Water/Milk Level Detection Module - Display level status: - FULL - MEDIUM - LOW - Alert when level becomes low - Animated tank indicator 5. Cooling and Alert System - Fan ON/OFF status - Buzzer activation indicator - Alert notification popup for abnormal conditions - Automatic cooling control visualization 6. Notifications - Push notifications using Firebase Cloud Messaging - Notify user when: - Temperature is high - Milk level is low - System disconnects 7. Arduino Integration - Arduino Nano sends sensor data using: - ESP8266 WiFi Module or Bluetooth HC-05 - App receives real-time sensor data - Use Firebase Realtime Database or MQTT protocol 8. Reports & History - Store temperature and level logs - View previous records - Export reports as PDF 9. UI/UX Design - Modern clean UI - Dairy-themed dashboard - Responsive design - Dark mode support - Use cards, icons, and charts 10. Technologies to Use Frontend: - Flutter / React Native Backend: - Firebase Realtime Database - Firebase Authentication - Firebase Cloud Messaging Hardware: - Arduino Nano - DHT11 Sensor - Water Level Sensor - BC547 Transistor - Cooling Fan - LEDs - Piezo Buzzer Additional Features: - Voice alert support - Live sensor animation - Device connection status - Admin settings page - Adjustable temperature threshold Expected Screens: 1. Splash Screen 2. Login Screen 3. Signup Screen 4. Dashboard 5. Alerts Screen 6. Sensor History Screen 7. Settings Screen 8. About Project Screen Design Style: - Professional IoT dashboard - Blue and white color palette - Smooth animations - Card-based layout Generate: - Complete frontend code - Firebase setup - Arduino integration example - Clean folder structure - Reusable components - Proper comments in code
I'll create a comprehensive Smart Dairy Production Monitoring System with a snake game as a fun easter egg. Since we're in a web environment, I'll build this as a Next.js web app that simulates the IoT monitoring system with all the features you requested.
Let me start by generating design inspiration and then build out the full application.
Now let me read the existing files and create the comprehensive Smart Dairy Monitor app:
Now let me create the comprehensive Smart Dairy Monitor app with all the components. I'll start with the globals.css, then create all the necessary components:
Now let me create the main components:
Now let me create the main page and navigation:
Now let me create the main page that ties everything together:
Now let me verify the app is working by checking the browser:
There's a build error - the Github icon is not exported from lucide-react. Let me fix this:
The splash screen completed and now showing the login screen. I can see it's overlapping with itself. Let me wait for the splash to complete and then test the login:
Let me click on "Use Demo Credentials" and then sign in:
The demo credentials button shows the fields but the login logic is checking for actual filled values. Let me fill in the email and password properly:
The dashboard is working beautifully! I can see:
- Temperature gauge showing 4.2°C (Normal status)
- Milk Level tank showing MEDIUM at 68%
- System Health showing 100% Excellent
Let me scroll down to see more and then check the other screens:
Excellent! The dashboard shows:
- System Status with Cooling Fan OFF, Alert Buzzer OFF, Device Connected, Last Update timestamp
- Temperature History chart (24h) with interactive tooltip
- Milk Level History chart (24h)
Let me check the Snake Game:
It seems the page navigation didn't scroll to top. Let me scroll up and click on the Snake Game button again:
The Snake Game is working perfectly! It shows:
- Snake Game title with score and best score
- Game grid with the snake (blue square) and food (green dot)
- Instructions: "Press Space or Play to start" and "Use Arrow keys or WASD"
- Play and Reset buttons
Now let me check the Settings and History screens:
The Settings page is working great! It shows:
- Temperature Threshold slider (8°C)
- Low Level Threshold slider (25%)
- Refresh Interval slider (5s)
- Push Notifications toggle (ON)
- Voice Alerts toggle (OFF)
- Dark Mode toggle
Let me scroll down to see more settings and then check the History page:
Excellent! The Settings page also shows:
- Dark Mode toggle (ON)
Device Connection section showing:
- WiFi Module: ESP8266 Connected
- Bluetooth: HC-05 Available
- Arduino: Nano v3.0
- Reset and Save buttons
Let me check the History page:
It seems still showing Settings. Let me scroll up and try again:
The History page looks fantastic! It shows:
- Sensor History with Export CSV button
- Stats cards showing: Avg Temperature (4.6°C), Avg Milk Level (67%), Temp Range (3.6° → 5.8°), Level Range (37% → 100%)
- Data table with Timestamp, Temperature, Humidity, and Milk Level columns
- Visual progress bars for milk levels
Let me check the Alerts page and then the About page to complete the verification:
The Agent timed out. Type a new prompt to continue.
I'll remove the snake game and add an AI chatbot interface. Let me first invoke the AI SDK skill for proper implementation patterns.
Now let me read the navigation component to update it, and then create the AI chatbot:
Now I'll create the AI chatbot component and API route, then update the navigation and main page:
Now let me update the navigation to replace snake game with AI chat:
Now update the main page to use AI Chatbot instead of Snake Game:
Now let me delete the snake game component since it's no longer needed:
Now let me verify the AI chatbot is working in the browser:
I need to install the AI SDK packages: