API_Key

https://www.educative.io/collection/page/6586453712175104/5229534170578944/6556990780342272

projectId

storageBucket

messagingSenderId

appId

databaseURL

project_number

https://www.educative.io/collection/page/6586453712175104/5229534170578944/4997153791541248#Download-google-services.json

mobilesdk_app_id

current_key

google_signin_client_id

https://www.educative.io/collection/page/6586453712175104/5229534170578944/4905435603795968

Gain insights into building secure web and mobile apps using Flutter and Firebase. Learn about authentication, real-time data, media management, and deployment for cross-platform development.

Integrating Firebase to flutter for web and android apps.png

Dockerfile4.tar.gz

flutter2

response

statemanage

auth_ui

auth_backend

firestore_ui

firestore_backend

Realtime_Database

Realtime_Database-copy

Fluttter web

Fluttter android

storage ui

storage delete

storage download

storage upload

upload

flutter2- views

Flutter is a cross-platform framework that allows web and mobile application development using a single code base, whereas Firebase is a Backend-as-a-Service (BaaS) app development platform. This course will equip you with the knowledge and skills to build a fully functional application that connects users, stores data, and provides a seamless user experience.

You will start by setting up user authentication, ensuring your app is secure and accessible only to authorized users. Next, you will dive into Firebase Realtime Database and Firestore, gain hands-on experience storing and synchronizing real-time data, and learn how to manage media files with Firebase Cloud Storage, a crucial feature for any modern app. 

After completing this course, you will have the expertise to deploy an app to the web and mobile platforms using Firebase Hosting, making your app accessible to a wide audience. This knowledge will empower you to create a valuable skill set for your mobile and web development career advancement.

Building Web and Mobile Applications with Flutter and Firebase

What type of data structure does Firebase Realtime Database use?

What type of data structure does Firebase Realtime Database use?

It queues the operations and processes them sequentially.

It gives priority to write operations over read operations.

It employs a last-writer-wins conflict resolution strategy.

How does Firebase Realtime Database handle concurrent read and write operations?

How does Firebase Realtime Database handle concurrent read and write operations?

By using SQL queries to enforce data integrity

By implementing server-side validation logic

By defining security rules in the database

 How can developers implement data validation in Firebase Realtime Database?

How can developers implement data validation in Firebase Realtime Database?

By sharding data into multiple servers to distribute the load

By compressing data to reduce storage requirements

By automatically limiting the number of connected clients

How does Firebase’s Realtime Database handle data scaling for large applications?

How does Firebase’s Realtime Database handle data scaling for large applications?

The process of converting data from JSON format to tabular format

The process of optimizing data structure for faster reads at the cost of redundant data

The process of storing data in multiple databases for backup purposes

What does the term "denormalization" refer to in the context of Firebase Realtime Database?

What does the term “denormalization” refer to in the context of Firebase Realtime Database?

Test your knowledge and apply what you’ve learned.

Getting Started

Flutter and Firebase Setup

Firebase Authentication

Firebase Cloud Firestore

Evaluation: Firebase and Flutter Integration

Firebase Realtime Database

Cloud Storage

Firebase Hosting

Cross-Platform Techniques

Conclusion

Evaluation: Firebase and Flutter Integration 2

Appendix: Flutter Installation

Quiz: Firebase Realtime Database