design_patterns-sequence_iteration

Handling errors in lazy sequences requires wrapping streams in a SeqError type to separate values from errors during iteration. This allows safe consumption of streaming data while surfacing partial failures across modules.

The best way to chain transformations is using combinators like Chain and Multiplex to coordinate lazy sequences. This approach builds flexible streaming pipelines that process data sequentially across modules.

Yes, processing streaming pipelines with partial failures is possible using error-aware iteration. The MergeSeqErrorLeft combinator merges sequence errors while allowing valid values to continue flowing through the pipeline.

Integrating quiter with lazy sequences uses the quiter_seq interoperability layer to connect Seq types. This enables parallel processing and aggregation of streaming data within Go pipelines.

SeqError wrappers are needed when consuming asynchronous sources that may produce partial failures during iteration. They provide a structured approach to isolate errors from valid values in lazy sequence generation.

Multiplexing multiple sequences into a single stream uses the Multiplex combinator to coordinate lazy sequences. This merges concurrent data sources while maintaining error-aware iteration across the combined output.