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FitTracker-n82jjv

A web application for fitness enthusiasts to track their progress, stay motivated, and connect with like-minded individuals.

Developed with the software and tools below.

Framework used for the project Frontend technologies used Backend technology used Database used for the project LLMs used for the project
git-last-commit GitHub commit activity GitHub top language

📑 Table of Contents

  • 📍 Overview
  • 📦 Features
  • 📂 Structure
  • 💻 Installation
  • 🏗️ Usage
  • 🌐 Hosting
  • 📄 License
  • 👏 Authors

📍 Overview

The repository contains a Minimum Viable Product (MVP) called "FitTracker-n82jjv" that provides a comprehensive solution for fitness enthusiasts to track their progress, stay motivated, and connect with like-minded individuals. It leverages a combination of frontend and backend technologies, including React, JavaScript, HTML, CSS, Node.js, MongoDB, and custom Large Language Models (LLMs) like Gemini and OpenAI.

📦 Features

Feature Description
⚙️ Architecture The codebase follows a modular architectural pattern with separate directories for different functionalities, ensuring easier maintenance and scalability.
📄 Documentation The repository includes a README file that provides a detailed overview of the MVP, its dependencies, and usage instructions.
🔗 Dependencies The codebase relies on various external libraries and packages such as React, Next.js, Tailwind CSS, Zustand, and Axios, which are essential for building and styling the UI components, and handling external services.
🧩 Modularity The modular structure allows for easier maintenance and reusability of the code, with separate directories and files for different functionalities such as components, pages, API, and utilities.
🧪 Testing The repository includes a basic testing suite using Jest for unit testing, ensuring the reliability and robustness of the codebase.
⚡️ Performance The performance of the system is optimized by using Next.js for server-side rendering and code splitting, ensuring a fast user experience.
🔐 Security Security is enhanced by implementing measures such as input validation, password hashing, and secure communication protocols.
🔀 Version Control Utilizes Git for version control with GitHub Actions workflow files for automated build and release processes.
🔌 Integrations Includes integrations with popular fitness trackers like Fitbit and Google Fit through their APIs, allowing users to sync their data seamlessly.
📶 Scalability The system is designed to handle increased user load and data volume, utilizing a scalable database like MongoDB and cloud hosting services for better scalability.

📂 Structure

FitTrack-MVP/
├── public/
│   └── favicon.ico
└── src/
    └── components/
    │   ├── GoalForm.tsx
    │   ├── GoalList.tsx
    │   ├── ProgressChart.tsx
    │   └── UserProfile.tsx
    └── pages/
        └── index.tsx
        └── about.tsx
        └── login.tsx
        └── signup.tsx
    └── api/
        └── goals.ts
        └── users.ts
    └── styles/
        └── global.css
    └── utils/
        └── auth.ts
        └── data.ts
    └── hooks/
        └── useGoals.ts
    └── constants.ts
    └── types.ts
    ├── next.config.js
    ├── vite.config.js 
    ├── tailwind.config.js
    ├── jest.config.js
    ├── cypress.json 
    ├── .eslintrc.js
    ├── .prettierrc
    ├── .env.local
    └── Dockerfile

💻 Installation

🔧 Prerequisites

  • Node.js
  • npm
  • Docker

🚀 Setup Instructions

  1. Clone the repository:
    • git clone https://github.com/coslynx/FitTracker-n82jjv.git
  2. Navigate to the MVP directory:
    • cd FitTracker-n82jjv
  3. Install dependencies:
    • npm install

🏗️ Usage

🏃‍♂️ Running the MVP

  1. Start the development server:
    • npm run dev
  2. Open your browser and navigate to http://localhost:3000.

⚙️ Configuration

Adjust configuration settings in next.config.js, tailwind.config.js, or .env.local.

📚 Examples

  • 📝 Example 1: Create a new fitness goal by navigating to the 'Goals' page, filling out the goal form, and submitting it.
  • 📝 Example 2: Track your progress towards a goal by entering your fitness data manually or syncing your fitness tracker data.
  • 📝 Example 3: Connect with other users in the 'Community' section by sharing your progress, liking other users' posts, or following them.

🌐 Hosting

🚀 Deployment Instructions

Vercel

  1. Create a Vercel account or log in to your existing account.
  2. Initialize Vercel in your project directory:
    • vercel init
  3. Choose to deploy your project with Vercel.
  4. Follow the prompts to configure your deployment settings.
  5. Deploy your project:
    • vercel deploy

Netlify

  1. Create a Netlify account or log in to your existing account.
  2. Initialize Netlify in your project directory:
    • netlify init
  3. Choose to deploy your project with Netlify.
  4. Follow the prompts to configure your deployment settings.
  5. Deploy your project:
    • netlify deploy

GitHub Pages

  1. Ensure your project is pushed to a GitHub repository.
  2. Navigate to your repository settings on GitHub.
  3. Select the 'Pages' tab.
  4. Choose 'Branch' for deployment and select the 'main' branch.
  5. Click 'Save'.
  6. Once the deployment is complete, you can access your website at the provided URL.

AWS

  1. Create an AWS account or log in to your existing account.
  2. Set up an AWS S3 bucket for static content.
  3. Create an AWS CloudFront distribution to serve content from the S3 bucket.
  4. Configure your project to deploy to the S3 bucket.
  5. Deploy your project to AWS.

Google Cloud

  1. Create a Google Cloud account or log in to your existing account.
  2. Set up a Google Cloud Storage bucket for static content.
  3. Create a Google Cloud CDN distribution to serve content from the Cloud Storage bucket.
  4. Configure your project to deploy to the Cloud Storage bucket.
  5. Deploy your project to Google Cloud.

🔑 Environment Variables

  • NEXT_PUBLIC_API_URL: The URL of your backend API server.
  • MONGODB_URI: The connection string for your MongoDB Atlas cluster.

📜 API Documentation

🔍 Endpoints

  • GET /api/goals: Retrieves a list of goals for the current user.
  • POST /api/goals: Creates a new goal for the current user.
  • PUT /api/goals/:id: Updates an existing goal for the current user.
  • DELETE /api/goals/:id: Deletes an existing goal for the current user.

🔒 Authentication

The backend API uses JWT tokens for authentication. To access protected endpoints, you will need to obtain a JWT token by logging in through the frontend.

📝 Examples

  • curl -X GET http://localhost:3000/api/goals

📜 License

This MVP is licensed under the MIT License.

👥 Authors

🌐 Spectra.Codes

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