error-handling-patterns

You can implement a retry policy in a .NET API using Polly by applying resilience tooling to handle transient faults. This skill outlines how to configure retries with a fallback policy to build fault-tolerant API clients that surface meaningful errors.

Exceptions and result types differ in how they signal errors during execution. This skill standardizes patterns for both structured exception hierarchies and result-based error signaling across .NET, TypeScript, and other platforms for resilient applications.

You should use a circuit breaker pattern in service integration to prevent cascading failures during outages. This skill covers applying resilience tooling, including circuit breakers and graceful degradation, to build robust APIs and client-facing code.

Yes, you can use this skill for TypeScript applications. It standardizes error handling patterns for exceptions, result types, and error propagation across .NET, TypeScript, and other platforms to build resilient applications.

The best way to design a fault-tolerant API client is to combine resilience tooling with meaningful error surfacing. This skill outlines how to use Polly policies, including retries and circuit breakers, to gracefully degrade and handle transient faults.

Error propagation strategies often fail across platforms due to inconsistent exception hierarchies and error signaling. This skill standardizes error handling patterns across languages to satisfy requirements for structured exceptions and result types.