FirebaseDemo is a sample that shows basic usage of the FirebaseArduino API.

1. Install Arduino 1.6.9
2. Install Arduino ESP8266 core
3. Download FirebaseArduino library
4. Start Arduino
5. Click Sketch > Include Library > Add .ZIP Library...
6. Choose firebase-arduino-master.zip downloaded in step 3.

1. Start Arduino
2. Open File > Examples > FirebaseArduino > FirebaseRoom_ESP8266
3. In FirebaseRoom_ESP8266: Replace WIFI_SSID and WIFI_PASSWORD with WiFi credentials
4. Go to https://firebase.google.com/console/ and create a new Firebase Project
5. Go to Database
6. Copy the Database hostname (Database URL without https:// and trailing /)
7. In FirebaseRoom_ESP8266: replace FIREBASE_HOST with the Database Hostname
8. Go to ⚙ > Project Settings > Database > Database secrets
9. Click Firebase Secrets > Show
10. Copy the Database Secret
11. In FirebaseRoom_ESP8266: Replace FIREBASE_AUTH with Database Secret
12. Select the board Board > ESP8266 Modules > NodeMCU 1.0
13. Select the serial port Port > /dev/tty...
14. Select the upload speed Upload Speed > 115200
15. Click Sketch > Upload

1. Go to the Firebase console Data section
2. Watch the data being modified as the sketch runs

Certainly! Here's a similar format tailored for your "Lasereye" project:

1. Download the Application:

   • Visit the GitHub repository for Lasereye.
   • Click on the green "Code" button and select "Download ZIP".
   • Once downloaded, extract the ZIP file to your desired location.

2. Setup ESP8266 Board:

   • Connect and configure the ESP8266 board with the laser and laser sensor as per the project requirements.

3. Install Dependencies:

   • [Add any specific instructions for installing dependencies, such as Firebase setup or Android Studio installation.]

4. Run the Android App:

   • Open the Android Studio IDE.
   • Import the project located in the extracted folder.
   • Run the app on an Android emulator or physical device.

5. Interact with Lasereye:

   • Use the Android app to monitor real-time notifications of trespassing events.
   • Toggle the sensor's on/off status remotely through the app.

• Real-time Trespassing Detection: Lasereye detects trespassing events in real-time using a laser sensor.
• Firebase Integration: Trespassing events are recorded and stored in Firebase Realtime Database for access and monitoring.
• Android App Notifications: Receive instant notifications on your Android device when a trespassing event occurs.
• History Tracking: View a history of trespassing events within the Android app for monitoring and analysis.
• Remote Control: Control the sensor's on/off status remotely through the Android app.