Suggest an editImprove this articleRefine the answer for “How does Abstract Factory promote loose coupling between components?”. Your changes go to moderation before they’re published.Approval requiredContentWhat you’re changing🇺🇸EN🇺🇦UAPreviewTitle (EN)Short answer (EN)**Abstract Factory** promotes loose coupling between components because it fully isolates client code from the concrete classes it works with: the client knows only the factory's abstract interface, not the concrete implementations. **Key point:** if you replace `MacFactory` with `WinFactory`, the system keeps working without changes, because the code depends on product abstractions rather than their concrete implementations.Shown above the full answer for quick recall.Answer (EN)Image**Abstract Factory** promotes **loose coupling between components** because it fully **isolates client code from the concrete classes** it works with. --- ### 1. **Separating the client from concrete implementations** The client knows only the **abstract factory interface** (`GUIFactory`), not the concrete classes (`WinFactory`, `MacFactory`). It accesses the factory through a common interface: ```java GUIFactory factory = new MacFactory(); Button button = factory.createButton(); ``` The client does not know or care which exact object will be created: a WindowsButton or a MacButton. This reduces the dependency between components. --- ### 2. **Depending on abstractions, not implementations** The code interacts with **product interfaces** (`Button`, `Checkbox`), not their concrete implementations. If you replace `MacFactory` with `WinFactory`, the system keeps working without changes. --- ### 3. **Flexible swapping of product families** You can swap one product family for another simply by passing a new factory, without rewriting the logic. This is achieved through the **Dependency Inversion Principle**: high-level code depends on abstractions, not on details. --- ### 4. **Localizing changes** If you need to change the implementation of a product (for example, how a button is drawn), that affects only the specific factory and product. The client code stays unchanged - its coupling to the factories is **minimal**. --- **Conclusion:** Abstract Factory creates a **layer of abstractions** between the client and the implementations, which makes the code independent, easy to extend, and less prone to cascading changes.For the reviewerNote to the moderator (optional)Visible only to the moderator. Helps review go faster.