This project is an Instagram-like social media application built using Flutter. It features a highly appealing UI with various screens and functionalities. The app integrates with Firebase for backend services, including authentication and data fetching. It maintains state using the Provider pattern and follows a clean Flutter architecture.

• Appealing UI: The app has a visually appealing user interface with smooth animations and transitions.
• Multiple Screens: The app includes various screens such as Home, Profile, Post, Authentication, and more.
• Authentication: Users can sign up, sign in, and manage their profiles using Firebase Authentication.
• State Management: The app uses the Provider pattern for state management, ensuring a predictable and maintainable state.
• Firebase Integration: The app fetches data from Firebase Firestore and uses Firebase Storage for storing media files.
• Clean Architecture: The project follows a clean architecture, making it easy to scale and maintain.

Watch the video demonstration of the app to see it in action: Pinstagram Video Demonstration

1. User Authentication:

   • Users can sign up or log in using their email and password.
   • Firebase Authentication handles the authentication process.

2. Home Screen:

   • Displays a list of posts from users.
   • Users can like, comment, and share posts.

3. Search Functionality:

   • Users can search for profiles and posts.
   • The search results are fetched from Firebase Firestore.

4. Post Creation:

   • Users can create new posts with images and captions.
   • Posts are stored in Firebase Firestore and images in Firebase Storage.

5. Profile Management:

   • Users can view and edit their profile information.
   • Profile data is stored and retrieved from Firebase Firestore.

6. State Management:

   • The app uses the Provider pattern to manage the state of the application.
   • Ensures a predictable and maintainable state throughout the app.

7. Data Fetching:

   • The app fetches data from Firebase Firestore for posts and user information.
   • Firebase Storage is used for storing and retrieving media files.

8. Clean Architecture:

   • The project follows a clean architecture, separating the UI, business logic, and data layers.
   • Makes the codebase easy to maintain and scale.

Would you like to proceed with the technologies used section next?## Workflow

1. User Authentication:

   • Users can sign up or log in using their email and password.
   • Firebase Authentication handles the authentication process.

2. Home Screen:

   • Displays a list of posts from users.
   • Users can like, comment, and share posts.

3. Search Functionality:

   • Users can search for profiles and posts.
   • The search results are fetched from Firebase Firestore.

4. Post Creation:

   • Users can create new posts with images and captions.
   • Posts are stored in Firebase Firestore and images in Firebase Storage.

5. Profile Management:

   • Users can view and edit their profile information.
   • Profile data is stored and retrieved from Firebase Firestore.

6. State Management:

   • The app uses the Provider pattern to manage the state of the application.
   • Ensures a predictable and maintainable state throughout the app.

7. Data Fetching:

   • The app fetches data from Firebase Firestore for posts and user information.
   • Firebase Storage is used for storing and retrieving media files.

8. Clean Architecture:

   • The project follows a clean architecture, separating the UI, business logic, and data layers.
   • Makes the codebase easy to maintain and scale.

• Flutter: The framework used for building the app.
• Dart: The programming language used with Flutter.
• Firebase Authentication: For user authentication.
• Firebase Firestore: For storing and retrieving data.
• Firebase Storage: For storing media files.
• Provider: For state management and dependency injection.
• HTTP: For making network requests.
• Equatable: For value equality in Dart objects.
• Flutter Widgets: For building the UI components.