Holding-1-at-a-time mvp .cursorrules file for TypeScript (stars: 1)

# .cursorrules for Slick Solutions

# Client Vehicle Self-Assessment
- Prioritize features related to the client vehicle self-assessment tool.
- Assist in structuring data capture for vehicle details and image uploads.

# Dynamic Estimate Generation
- Focus on algorithms that dynamically calculate pricing based on vehicle assessments.
- Enhance integration with tenant-provided service offerings and pricing inputs.

# Google Calendar Integration
- Emphasize seamless appointment booking and scheduling integration.
- Support API interaction for syncing events and notifications.

# Onboarding and Guidance
- Provide tooltips and progress indicators for effective onboarding of tenants.
- Assist in guiding the setup of services and pricing models.

# Role-Based Access Control
- Implement Clerk for managing RBAC ensuring secure access control features.
- Develop role-specific functionalities and views for different user types.

# User Authentication & Organization Management
- Utilize Clerk for user authentication processes and tenant workspace isolation.
- Ensure authentication flows are protected and efficiently managed.

# User Feedback Mechanisms
- Support development of feedback systems for post-assessment and post-appointment.
- Collect actionable insights to refine and improve the platform continually.

# General Development Practices
- Encourage code modularization for maintainability and scalability.
- Promote rigorous testing, especially for core features and integrations.

# Architecture and Scalability
- Prioritize deployment and hosting on Vercel for scalability and performance.
- Use Convex for structured multitenant data storage, ensuring tenant data privacy and separation.
- Leverage Clerk for managing user authentication, RBAC, and secure tenant organizations.

# Client Vehicle Self-Assessment
- Implement the frontend using Next.js 15 with Tailwind CSS and ShadCN-UI for user-friendly design.
- Integrate seamless data flow to Convex, triggering real-time pricing algorithms based on client input.

# Enhanced Onboarding Flow
- Develop a guided onboarding process with progress tracking and tooltips for intuitive user experience.

# Dynamic Pricing Algorithm
- Construct a dynamic pricing algorithm to adjust estimates based on vehicle condition and services.
- Ensure integration of pricing adjustments per tenant specifications and vehicle assessments.

# Algorithm Outline
- Capture user inputs for vehicle type, condition level, and requested services.
- Output the generated estimate after processing through the pricing algorithm.

# Google Calendar Integration
- Synchronize appointment bookings with Google Calendar to manage schedules effectively.
- Avoid double-booking and ensure seamless calendar invitation exchanges between clients and tenants.

# User Feedback Mechanism
- Facilitate feedback collection post-assessment and post-appointment with Convex storage for insights.
- Prepare for analytics capabilities to refine platform features based on user feedback.

# General Development Practices
- Encourage code modularization for maintainability and scalability.
- Promote rigorous testing, especially across varying tenant implementations.