Use asynchronous programming patterns with explicit controls on the number of concurrent tasks.
Configure your application to limit the number of active connections to the API at any given time.
Queue failed requests and process them with appropriate delays to avoid overwhelming the API.
When a rate limit is hit, wait for an increasing amount of time before retrying the request.
Check if the API offers endpoints for retrieving or manipulating multiple resources at once.
If the API supports it, group multiple data fetches or updates into single requests.
Contact the API provider to inquire about increasing your rate limit if your usage is legitimate.
Review your application's logic to reduce unnecessary or redundant API calls.
Add logic to your application to control the rate at which it sends requests to the API.
Start your computer with a minimal set of startup programs and services to identify if any background software is causing the conflict.
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Different teams or developers may have used or created their own versions of UI components, leading to variations in styling and behavior across the application.
Older sections of the application might have been built with different design principles or technologies, and these haven't been updated to match newer parts.
Without well-defined and accessible design guidelines, developers may interpret design requirements differently, resulting in visual discrepancies.
If multiple teams are working on different parts of the application without strong cross-team communication and shared design ownership, inconsistencies are likely to arise.
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