How can CSS animations impact database performance in a web application?
I need help solving Could someone explain I need some guidance on I'm integrating two systems and During development of a web application that relies heavily on CSS animations for UI/UX enhancements, I've noticed some performance bottlenecks tied to database query speeds, particularly when the animations are triggered..... The animations are implemented in a React application using styled-components, influencing layout calculations that seem to delay data fetching from our PostgreSQL database. For instance, I have a simple animation for loading states: ```css .loading { animation: spin 2s linear infinite; } @keyframes spin { 0% { transform: rotate(0deg); } 100% { transform: rotate(360deg); } } ``` This animation plays while data is being fetched. I have tried simplifying the animation, but it has not made a noticeable difference in the database query response times. Additionally, I've looked into using `will-change` to hint the browser about upcoming changes, which sometimes helps with rendering performance: ```css .loading { will-change: transform; } ``` However, these optimizations haven't resolved the underlying issue. I’m also utilizing React's `useEffect` to trigger animations based on loading states, but it feels like there’s a connection between CSS transitions and asynchronous database calls. Monitoring tools suggest that while the animations play smoothly on the client side, they somehow correlate with delays in our API responses. Has anyone dealt with performance hits where CSS animations are involved during database operations? Are there specific strategies or configurations that can mitigate these issues, or best practices that could guide me towards a more efficient implementation? Any insights into how CSS might indirectly affect database performance would be greatly appreciated! Am I approaching this the right way? My development environment is Debian. I'm open to any suggestions. How would you solve this?