devongifford / flipdish Goto Github PK

Summary:
To enhance the accessibility of the web app and provide a more inclusive user experience, we aim to implement various improvements.

Proposed Enhancements:

• Semantic HTML Elements:
  Ensure proper use of semantic HTML elements.

• Aria Labels and Roles:
  Add ARIA attributes and roles to elements for better screen reader support and interaction for users with disabilities.

• Check Keyboard Navigation:
  Ensure smooth keyboard navigation throughout the app.

• Testing with Assistive Technologies:
  Conduct thorough testing using screen readers and other assistive technologies to identify/address any remaining issues.

Expected Outcome:
The web app will be more accessible to users with disabilities, providing a more inclusive and user-friendly experience.

Aim to optimize the loading experience by implementing a prioritized loading strategy for components above the fold.
Utilize React's Suspense & Lazy Loading techniques to ensure a faster and smoother initial page load.

Details:

• Above-the-Fold Priority:
  Components and content sections that are immediately visible to the user upon page load (above the fold) will be given priority in the loading process. This means they will load first and faster, providing a quicker initial user experience.

• Suspense for Data Fetching:
  Utilize React Suspense to manage the loading of data for components. This will allow for a more seamless loading experience, preventing the user from experiencing content shifting or empty states.

• Lazy Loading for Below-the-Fold Components:
  Components that are not initially visible (below the fold) will be loaded lazily. This means they will only be fetched and rendered when the user scrolls down to view them, reducing the initial page load time.

Expected Outcome:
By prioritizing above-the-fold content, utilizing Suspense for data fetching, and implementing lazy loading for below-the-fold components, users will experience a faster and more responsive initial page load. This enhancement will lead to a more seamless and engaging user experience.

Note:
This feature prioritizes the loading of content that is immediately visible to the user, providing a better first impression and ensuring a smoother overall interaction with the website. These techniques are in line with best practices for optimizing web performance and user experience.

The current implementation of the UI card, especially for mobile view, could be improved for better readability and aesthetics.

Details:
Title and description alignment: The title and description should be left-aligned for a cleaner look.
Description padding: Increase padding for the description to improve readability and allow it to wrap onto a new line when necessary.
Mobile responsiveness: Ensure that the UI card adapts well to various mobile screen sizes.

Expected Outcome:
After the refactoring, the UI card on mobile view should provide a cleaner, more organized presentation of the content.

Notes:
This enhancement is aimed at improving the visual aesthetics and user experience, particularly on mobile devices.
While the current implementation is suitable for prototyping, the production version requires a more polished appearance.

When resizing the screen, the product images on the website are not maintaining uniform width, leading to inconsistent display.

Steps to Reproduce:

1. Open the website in a browser.
2. Navigate to a page with multiple product images.
3. Resize the browser window by dragging the edges.

Expected Behavior:
The product images should resize proportionally, maintaining uniform width.

Actual Behavior:
The product images resize unevenly, resulting in inconsistent widths.

Additional Information:

• Affecting all browsers
  

Implement enhancements related to loading and placeholder handling on the website.

Summary:

• Skeleton Loading:
  When the website is loading, a skeleton representation of the data will be displayed to provide visual feedback to the user. This gives the impression of content being loaded.

• Conditional Rendering of Placeholders:
  Implement a check to determine if there is no data available for a specific category card or section. If no data is found, a designated placeholder will be rendered to inform the user.

• Customized Empty State Messages:
  Provide informative messages in the placeholders to let users know why there might be no content in a particular section. For example, if a category has no items, display a message explaining the absence of items.

• Improved User Feedback:
  These enhancements will contribute to a more user-friendly experience by offering clear visual cues about the loading process and presenting relevant information in cases where data is absent.

Expected Outcome:
After implementing these features, users will experience improved feedback during loading, and they will receive informative messages when certain sections or categories have no associated data.