- π Overview
- π¦ Features
- π Structure
- π» Installation
- ποΈ Usage
- π Hosting
- π License
- π Authors
The repository contains a Minimum Viable Product (MVP) called "FitTrack-MVP-Community" that provides a community-driven platform for fitness enthusiasts to set goals, track progress, and connect with each other. The project leverages a robust technology stack including Next.js, React, TypeScript, Node.js, PostgreSQL, and Tailwind CSS.
Feature | Description | |
---|---|---|
π | Secure Authentication | Secure user authentication and session management implemented using NextAuth.js with support for various providers (e.g., Google, Facebook, Email/Password). |
π― | Personalized Goal Setting | Users can define their own fitness goals, setting targets and deadlines for motivation and progress tracking. |
ποΈ | Detailed Workout Tracking | Users can log their workouts, including activity type, duration, intensity, and calories burned, for comprehensive data analysis. |
π | Visual Progress Tracking | Progress charts and visualizations provide users with a clear and intuitive understanding of their achievements and areas for improvement. |
π€ | Community Engagement | A social feed enables users to connect with like-minded individuals, share their progress, motivate each other, and join challenges. |
ποΈ | Modular Architecture | The codebase follows a modular architecture, making it easy to maintain, extend, and scale the application as it grows. |
π§ͺ | Comprehensive Testing | Unit tests using Jest and React Testing Library ensure the reliability and robustness of the codebase. |
π | Scalable Infrastructure | The application is designed for scalability, utilizing a NoSQL database and serverless functions to handle increased user load and data volume. |
π± | Responsive Design | The user interface adapts seamlessly to different screen sizes and devices, ensuring a consistent and optimal experience across all platforms. |
π | Data Privacy and Security | Strict data privacy and security measures are implemented to protect user information, including data encryption, access controls, and secure API interactions. |
FitTrack-MVP-Community
βββ components
β βββ Button.tsx
β βββ Header.tsx
β βββ Layout.tsx
β βββ GoalInput.tsx
β βββ ProgressChart.tsx
β βββ SocialShareButton.tsx
βββ pages
β βββ api
β β βββ auth.ts
β β βββ goals.ts
β β βββ progress.ts
β βββ _app.tsx
β βββ index.tsx
β βββ dashboard.tsx
β βββ login.tsx
βββ styles
β βββ global.css
βββ utils
β βββ helpers.ts
β βββ api.ts
β βββ auth.ts
β βββ validation.ts
βββ config
β βββ next-auth.config.ts
βββ middleware
β βββ authentication.ts
βββ .env
βββ package.json
- Node.js
- npm
- Docker (Optional for deployment)
- Clone the repository:
git clone https://github.com/coslynx/FitTrack-MVP-Community.git
- Navigate to the project directory:
cd FitTrack-MVP-Community
- Install dependencies:
npm install
- Setup the database:
- Create a PostgreSQL database and configure the environment variables in
.env
with the database credentials.
- Create a PostgreSQL database and configure the environment variables in
- (Optional) Build a Docker image for deployment:
docker build -t fittrack-mvp .
- Start the development server:
npm run dev
- Open your browser and navigate to http://localhost:3000.
Adjust configuration settings in config/next-auth.config.ts
or .env
as needed.
- π Example 1: Sign up or log in as a new user to create a profile.
- π Example 2: Set a fitness goal, such as weight loss, distance running, or muscle gain.
- π Example 3: Log your daily workouts, including activity type, duration, and intensity.
- π Example 4: View progress charts to visualize your performance and track your progress towards your goals.
- π Example 5: Share your achievements and motivate others by joining the community feed and interacting with other users.
- Log in to your Vercel account or create a new account.
- Import the project:
vercel import git https://github.com/coslynx/FitTrack-MVP-Community.git
- Configure the environment variables in Vercel's dashboard.
- Deploy the application:
- Click the "Deploy" button in the Vercel dashboard.
- Log in to your Netlify account or create a new account.
- Import the project:
- Click on "New site from Git" in Netlify's dashboard.
- Connect your GitHub repository.
- Configure the environment variables in Netlify's dashboard.
- Deploy the application:
- Click the "Deploy" button in Netlify's dashboard.
- Install the Heroku CLI:
npm install -g heroku
- Log in to Heroku:
heroku login
- Create a new Heroku app:
heroku create
- Set up the PostgreSQL database on Heroku (refer to Heroku documentation for instructions).
- Configure environment variables (DB_HOST, DB_USER, DB_PASS) in Heroku's dashboard.
- Deploy the code:
git push heroku main
DATABASE_URL
: The URL for your PostgreSQL database (e.g.,postgres://user:password@host:port/database_name
).
- GET /api/goals: Retrieves a list of user goals.
- POST /api/goals: Creates a new user goal.
- PUT /api/goals/:id: Updates an existing user goal.
- DELETE /api/goals/:id: Deletes a user goal.
- GET /api/workouts: Retrieves a list of user workouts.
- POST /api/workouts: Logs a new workout.
- GET /api/progress/:goalId: Retrieves progress data for a specific goal.
Use JWT tokens for authentication.
curl -X GET http://localhost:3000/api/goals
This Minimum Viable Product (MVP) is licensed under the GNU AGPLv3 license.
This MVP was entirely generated using artificial intelligence through CosLynx.com. No human was directly involved in the coding process.
For any questions or concerns regarding this AI-generated MVP, please contact CosLynx at:
- Website: CosLynx.com
- Twitter: @CosLynxAI
Create Your Custom MVP in Minutes With CosLynxAI!