golang-samber-mo

To avoid nil pointer panics, use the Option[T] monad from the samber/mo library to represent nullable values safely without explicit nil checks. It encapsulates the presence or absence of a value functionally.

Using the Result[T] monad is the best way to handle errors as values for composable error handling in Golang. This functional programming pattern wraps computations to chain operations safely without exceptions.

You perform non-blocking asynchronous computations using the Future[T] monad to represent asynchronous values. The Task[T] monad further delays these async computations until explicitly executed.

Yes, the samber/mo library supports state threading through functional computations in Golang using the State[S, A] monad. It threads state through computations while producing results safely.

Yes, you can wrap synchronous side effects for lazy execution in Golang using the IO[T] monad. This pattern ensures side effects are controlled and deferred until explicitly evaluated.

While the samber/mo library provides core monadic types with zero dependencies, implementing specific monadic patterns may require additional libraries. This supports proper functional composition for specific use cases.