Skip Hire - Waste Management Booking System

Project Overview

This is a modern, responsive user-friendly Skip Hire service web application built with React, TypeScript, and a combination of Material-UI and Ant Design components for booking skip hire services. The application provides a streamlined, multi-step booking process with a focus on user experience, accessibility, and clean design.

Skip Hire Service - Technical Documentation

This documentation provides an overview of the project's architecture, implementation approach, and design decisions. The codebase demonstrates a focus on maintainability, scalability, and user experience through careful component organization and modern development practices.

Tech Stack

• Frontend Framework: React with TypeScript
• UI Libraries:
  • Material-UI (MUI)
  • Ant Design (antd)
  • Styled-components
• Build Tool: Vite
• Package Manager: pnpm
• Type Checking: TypeScript
• Code Quality/Stactic Code Analysis: ESLint

Architecture & Implementation

1. Component Structure

The application follows a modular component architecture:

src/
  components/
    search-bar.tsx         # Address search component
    address-form.tsx       # Address details form
    wast-type-selector.tsx # Waste type selection
    progress-tracker.tsx   # Step progress indicator
    styled/               
      index.ts            # Shared styled components
      skeleton.tsx            # Shared skeleton loading effect component
    modals/
      heavy-waste-modal.tsx             # Heavy Waste modal compoent
      heavy-waste-percentage-modal.tsx  # Heavy Waste Percentage modal compoent
      no-heavy-waste-modal.tsx          # No Heavy Waste modal compoent
      payment-modal.tsx                 # Payment modal compoent
      plasterboard-percentage-modal.tsx # Plasterboard Percentage modal compoent
      private-road-modal.tsx            # Private Property modal compoent
      public-road-modal.tsx             # Public Road modal compoent
  mock/
    address-data.ts       # Mock address data
    waste-types.ts        # Mock waste type data

1a. Component Tree

graph TD;
    App-->Search-Component;
    App-->Address-Confirmation-Component;
    App-->Waste-Type-Selector-Component;
    App-->Select-Skip-Component;
    App-->Permit-Check-Component;
    App-->Schedule-Component;
    App-->Payment-Component;

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2. Implementation Approach

• Multi-step Form Process

The application implements a multi-step booking process:

1. Address Search
2. Address Form
3. Waste Type Selection
4. Skip Size Selection
5. Permit Check
6. Date Selection
7. Payment

• State Management

• Uses React's useState for local state management

• Maintains form state between steps

• Implements step navigation with state preservation

• UI/UX Design Decisions

1. Dark Theme:

   • Enhanced visibility
   • Reduced eye strain
   • Modern aesthetic

2. Glass-morphism Effects:

   • Backdrop filters
   • Subtle transparencies
   • Modern visual appeal

3. Progressive Disclosure:

   • Step-by-step form progression
   • Clear visual feedback
   • Reduced cognitive load

4. Responsive Design:

   • Mobile-first approach
   • Flexible layouts
   • Adaptive components

5. Key Features

• Address Search

• Autocomplete functionality
• Real-time filtering
• Clear visual feedback
• Location-based results
• Memoized search results for performance

const filteredOptions = useMemo(() => {
  if (!searchText) return [];
  return addressSuggestions.filter(...)
}, [searchText]);

6. Benefits of the Chosen Approach

7. Maintainability

   • Modular component structure
   • Clear separation of concerns
   • Type safety with TypeScript
   • Consistent styling patterns

8. Performance

   • Memoized computations
   • Optimized rendering
   • Lazy loading potential

9. Scalability

   • Easy to add new steps
   • Modular component architecture
   • Reusable styled components
   • Consistent pattern usage

10. User Experience

    • Smooth animations
    • Responsive design
    • Clear visual feedback
    • Intuitive progress tracking