go-context

To enforce context.Context as the first parameter in Go, apply standardized context patterns across your projects. This ensures safe cancellation, deadlines, and request-scoped value propagation throughout API boundaries.

You should avoid storing context.Context in Go structs to prevent unpredictable lifetimes and scope leakage. Passing context explicitly as the first parameter ensures safe, predictable flows and proper cancellation across API boundaries.

To propagate cancellation and deadlines across Golang API boundaries, pass context.Context explicitly through call chains. Standardizing this propagation ensures workers and handlers respect timeouts and safely terminate operations.

The best way to handle request-scoped values in Go context is to propagate them explicitly across API boundaries. Guiding context value usage avoids custom Context types and ensures values remain tied to specific requests.

No, you should not create custom Context types for Golang workers. Standardizing on the built-in context.Context prevents structural embedding issues and ensures predictable cancellation and deadline handling across background tasks.

You need to standardize context usage patterns in a Go codebase when managing cancellation, deadlines, and request-scoped values. Standardization enforces the first-parameter pattern and prevents unsafe struct embedding across API handlers.