golang-samber-oops

You can add structured context to Golang errors by building fluent error chains with domain, tags, codes, and attributes at handler, service, and repository boundaries. This preserves the full failure path for layered diagnostics across your application.

Separating internal error details from user-safe messages in Go involves defining a stable public message during error creation. You then retrieve this specific public message when responding to clients, keeping technical diagnostics isolated in internal logs.

Yes, you can convert Go panics into structured errors using recovery helpers. These helpers capture the panic and wrap it into a structured error, while allowing you to carry preconfigured error context through Go contexts for better observability.

You can track tenant and user context in Golang structured logging by attaching user and tenant context fields directly to your structured errors. This contextual data propagates through your application layers and appears in observable diagnostics.

Yes, this structured error handling approach works for goroutines in Go. It provides panic recovery helpers and context propagation specifically designed to capture failures and carry preconfigured diagnostic context safely across concurrent operations.

You should use structured errors with error codes instead of plain Go errors when you need observable diagnostics, layered context, or stable client-facing messages. This is critical for APIs requiring consistent error reporting and detailed internal tracing.