DOCUMENTATION

The Wear App is an app that lets users store clothes and create outfits with their stored clothes. It aims to provide something of a digital closet to users where they can plan outfits on their mobile device without having to rummage through the clothes in their closet.

Key Features:

• Storing Clothing Items: The app lets a user take pictures of a cloth either with their phone camera, or from their gallery. Then, it lets the user store their clothes in a closet.
• Putting Together an Outfit: The app lets a user create an outfit by putting the clothing items in their closet together to form an outfit.
• Share Outfits with others: The app allows a user share their created outfits with other users of the app
• Outfit Planning Calendar: Users can plan their outfits for specific dates using the app’s calendar and weather features
• Wardrobe Organization: The app offers tools for organizing and categorizing clothing items by type, color, season, making it easy to find and access items when needed

Platform:

The Wear App is available for Android devices.

DETAILS

To use the closet app:

• Sign up/sign in to app. • On home page, from bottom navigation bar, press ‘+’ button to add new clothes. • Add new clothing item by taking a picture or uploading from gallery. • Create new clothing item by specifying details of clothing item. • Add as many clothing items as needed. • Clothing items are stored in closet. • Create outfit idea by putting different clothing items together. • Change username or password from settings sidebar on home page. BUILD INSTRUCTIONS

DEPENDENCIES

• Firebase SDK
• Gson
• Firestore
• Mockito
• Cupertino icons
• Flutter SDK
• Flutter SVG

SYTEM REQUIREMENTS

• Android Version: Minimum Android 14 (API level 21)
• Android Phone: Minimum Pixel 3a

NETWORK REQUIREMENTS

• Internet connectivity is required for Firebase services and accessing weather information.

DESIGN AND IMPLEMENTATION CHOICES

Authentication

• Design Choice: Use firebase authentication with email/password and Google sign-in
• Implementation: Implement firebase auth UI components for seamless user authentication

Firestore Database

• Design Choice: Firestore for scalable and flexible data storage
• Implementation: Design firestore schema for user profiles, posts, and comments. Implement listeners for real-time updates.

Performance Optimization

• Design Choice: Optimize network calls and backend calls for improved performance.
• Implementation: Implement lazy loading and controller classes to minimize network usage

Security

• Design Choice: Enforce security rules to protect sensitive user data.
• Implementation: Use Firebase Security rules to restrict access and validate data writes

Dependency Management

• Design Choice: Use Gradle for managing dependencies and versions.
• Implementation: Update dependencies regularly to leverage new features and security patches

Testing

• Design Choice: Plan for unit testing, integration testing, and user acceptance testing
• Implementation: Design unit tests for critical components and perform integration tests using Mockito

IMPLEMENTATION ISSUES AND KNOWN BUGS

• Sign in state is not saved, so user must sign in on each start of the app.
• Poor implementation of null check so processes continue even with null issues.

CONTRIBUTIONS

TOMIWA ADEWUMI

• Implemented backend of application
• Developed user and clothes models
• Set up firebase dependencies
• Designed closet screen

ERIC OROKU

• Designed most screens
• Connected backend with frontend
• Created application workflow
• Designed mock screens

DANIEL MOSHOOD

• Implemented settings function
• Designed username/password screens
• Implemented location service
• Set up GitHub repository
• Wrote documentation

SHIVAM PRAJAPATI

• In charge of testing
• Implemented weather display function on home screen

FUTURE WORK

• Share outfits to other users
• Smart suggestions of outfits based on clothing items
• Plan outfits days/weeks/months ahead