Error handling complexity with multiple HTTP status codes and transient failures
4/10 LowDevelopers must implement robust error handling covering multiple HTTP status codes (400, 403, 429, 500) with different retry strategies. Implementing exponential backoff and graceful error catching adds complexity to error handling logic.
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Developers are expected to implement their own retry policies when calling MSAL. MSAL makes HTTP calls to the AAD service, and occasional failures can occur, for example the network can go down or the server is overloaded. HTTP 5xx status code responses are retried once.
Debugging blind is a mistake... Finally, manage error handling. A vague 500 tells you nothing. Use consistent error formats. Return useful codes and messages. Provide clear retry instructions for clients.
When working with the Anthropic API, you'll occasionally run into HTTP errors. Some are simple, like a bad request or an expired API key. Others can be trickier-rate limits, malformed prompts, or server-side issues.
Developers should also implement robust error handling. The API uses standard HTTP status codes to indicate the success or failure of a request. Common errors include `400 (INVALID_ARGUMENT)` for a malformed request, `403 (PERMISSION_DENIED)` for an invalid API key, and `429 (RESOURCE_EXHAUSTED)` if you exceed your rate limit. Your application should be designed to catch these errors gracefully, and for transient issues like rate limits or `500 (Internal Server Error)`, implementing a retry mechanism with exponential backoff is a good practice.