Implementation Plan Generator for Coding Assistants

Completed

Creates a detailed, step-by-step implementation plan that AI coding assistants can follow to build your project.

# How to Use This Implementation Plan with AI Coding Assistants

1. **Save this plan** as a markdown (.md) file in your project directory.
2. **Open the file** in your preferred code editor with Cursor or Windsurf AI assistant.
3. **Copy and paste** the following prompt to your AI assistant:

   "I want to implement this project following the implementation plan in this file. Let's start with the first unchecked item. For each step: 1) Ask me any clarifying questions if something is unclear before proceeding, 2) Explain what needs to be done, 3) Write the necessary code, 4) Check the box when complete (change `- [ ]` to `- [x]`), then 5) Move to the next unchecked item. After completing logical groups of steps, commit the changes with a descriptive message. Let's begin with step #1."

4. **Track your progress** by checking off completed items as you go.
5. **Commit regularly** after logical groups of steps are completed.

# Implementation Plan for Clikk: Spontaneous Social Meetup Platform

## Project Overview
Clikk aims to create a platform for spontaneous local meetups, focusing on improving social interactions through user-generated event suggestions. The architecture will utilize React and React Native for the frontend, Node.js with Express for the backend, PostgreSQL for the database, and AWS for hosting.

## Phase 1: Project Setup

- [ ] 1. Create a new Git repository for the Clikk project.
- [ ] 2. Initialize the project with `npm init` and create a `package.json` with basic metadata.
- [ ] 3. Create a `.gitignore` file with entries for Node.js and environment files.
- [ ] 4. Create a `README.md` file with project description and setup instructions.
- [ ] 5. Set up the folder structure: `src/`, `tests/`, `public/`.
- [ ] 6. Create a basic server file: `server.js` with Express setup.
- [ ] 7. Install necessary dependencies: `npm install express cors dotenv pg`.
- [ ] 8. Install development dependencies: `npm install --save-dev nodemon`.
- [ ] 9. Create a basic `webpack.config.js` for frontend assets.
- [ ] 10. Create `src/index.js` as the React entry point.
- [ ] 11. Create a `src/index.html` template file for the web app.
- [ ] 12. Write a basic CI/CD workflow in `.github/workflows/ci.yml`.
- [ ] 13. Write unit tests to verify project setup using Jest.

## Phase 2: User Authentication Feature

### Setup user authentication

- [ ] 14. Create a `src/components/auth/` directory for authentication components.
- [ ] 15. Create `LoginForm.js` in the `src/components/auth/` for login UI.
- [ ] 16. Add email input field to `LoginForm.js`.
- [ ] 17. Add password input field to `LoginForm.js`.
- [ ] 18. Add submit button to `LoginForm.js`.
- [ ] 19. Implement form validation for email and password in `LoginForm.js`.
- [ ] 20. Set up `src/services/auth.js` for authentication API methods.
- [ ] 21. Integrate login API method to handle form submission in `LoginForm.js`.
- [ ] 22. Add loading state to `LoginForm.js` during submission.
- [ ] 23. Add error handling for failed login attempts in `LoginForm.js`.
- [ ] 24. Write unit tests for email and password validation in `LoginForm.test.js`.
- [ ] 25. Write unit tests for the login API call in `auth.test.js`.

## Phase 3: Real-Time Event Alerts

### Implement real-time event notifications

- [ ] 26. Set up WebSocket server in `server.js` for real-time communication.
- [ ] 27. Integrate WebSocket client in the frontend to listen for event updates.
- [ ] 28. Create function to fetch nearby events based on user location in `src/services/events.js`.
- [ ] 29. Create event notification handler in WebSocket connection callback.
- [ ] 30. Display real-time notifications in the `Home` component.
- [ ] 31. Write unit tests for WebSocket connection in `events.test.js`.

## Phase 4: Event Creation Feature

### Create event management functionalities

- [ ] 32. Create `CreateEventForm.js` component in `src/components/events/`.
- [ ] 33. Add title input field to `CreateEventForm.js`.
- [ ] 34. Add date and time picker to `CreateEventForm.js`.
- [ ] 35. Add location selector based on user current GPS in `CreateEventForm.js`.
- [ ] 36. Implement event submission function in `src/services/events.js`.
- [ ] 37. Connect create event form to API in `CreateEventForm.js`.
- [ ] 38. Write unit tests for event creation function in `events.test.js`.

## Phase 5: Community Safety Features

### Implement safety protocols and user verification

- [ ] 39. Develop user verification process in `server.js` with OAuth integration.
- [ ] 40. Add safety tips page in `src/components/safety/SafetyTips.js`.
- [ ] 41. Create user feedback form after events in `src/components/feedback/FeedbackForm.js`.
- [ ] 42. Integrate feedback submission functionality in `FeedbackForm.js`.
- [ ] 43. Write unit tests for feedback functionality in `feedback.test.js`.
  
## Phase 6: Location Services

### Integrate location-based features

- [ ] 44. Setup geolocation API for retrieving user location in `src/services/location.js`.
- [ ] 45. Integrate map service (e.g., Google Maps) in `src/components/maps/MapView.js`.
- [ ] 46. Create a utility function to find nearby events based on current location in `location.js`.
- [ ] 47. Write tests for location fetching functions in `location.test.js`.

## Phase 7: Testing and Quality Assurance

### Conduct thorough testing of all features

- [ ] 48. Set up testing frameworks and create comprehensive test cases across components and services.
- [ ] 49. Conduct user acceptance testing (UAT) focusing on each feature functionality.
- [ ] 50. Collect feedback from test users for all implemented features.
- [ ] 51. Iterate on product based on UAT feedback for potential improvements and bug fixes.

## Phase 8: Launch Preparation

### Finalize deployment and marketing strategies

- [ ] 52. Run final integration tests for all features before launching.
- [ ] 53. Prepare marketing materials focusing on unique value proposition.
- [ ] 54. Set up cloud infrastructure on AWS for scalability and cost management.
- [ ] 55. Deploy backend services to a production environment on AWS.
- [ ] 56. Deploy the frontend application to a hosting service.
- [ ] 57. Launch MVP in targeted urban areas and initiate marketing campaigns.

This detailed implementation plan is structured to allow for incremental development and testing of Clikk’s primary features, ensuring a comprehensive approach to building a spontaneous social meetup platform. Each task is atomic, focusing on a singular responsibility, and the steps are arranged logically to respect dependencies, fulfilling the project’s requirements succinctly.

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