The Pipes and Filters architectural pattern is used to break down a complex task into smaller tasks and execute them sequentially. It promotes modularity, flexibility, and reusability. It also allows for efficient data processing and scalability. However, it introduces complexities in managing data flow and can cause latency in real-time processing.
Table of contents
Understanding Pipes and Filters Architectural PatternAn Example ImplementationPros of Pipes and FiltersCons of Pipes and FiltersConclusion1 Comment
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