Pipes and Filters

Pipes and Filters - C#

The Pipes and Filters pattern breaks down a larger processing task into a series of independent, reusable processing stages (filters) connected by channels (pipes). Each filter performs a specific transformation on the data it receives, passing the result to the next filter in the pipeline. This promotes modularity, …

Pipes and Filters - TypeScript

The Pipes and Filters pattern structures a program as a sequence of processing stages (filters), each performing a distinct operation on the input data. Data flows through this “pipeline,” with each filter receiving input from the previous one and passing its output to the next. This promotes modularity, …

Pipes and Filters - JavaScript

The Pipes and Filters pattern structures an application as a series of processing elements (filters) connected by channels (pipes) through which data flows. Each filter performs a specific, self-contained transformation on the data. This promotes modularity, reusability, and ease of maintenance as filters can be added, …

Pipes and Filters - Python

The Pipes and Filters pattern processes a stream of data through a series of independent processing components (filters) connected by channels (pipes). Each filter performs a specific transformation on the data, passing the result to the next filter in the pipeline. This promotes modularity, reusability, and simplifies …

Pipes and Filters - Java

The Pipes and Filters pattern breaks down a complex processing task into a series of independent, reusable processing steps (filters) connected by channels (pipes) that pass data from one filter to the next. Each filter performs a specific transformation on the data without knowing the source or destination of that …