Bridge

Bridge - Dart

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different implementations. This is useful when you want to avoid a tight coupling between abstract and concrete classes, allowing you to change implementations independently without …

Bridge - Scala

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that both can vary independently. It’s useful when you have an abstraction with multiple possible implementations, and you want to avoid a combinatorial explosion of classes.

This Scala example …

Bridge - PHP

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different implementations. This is useful when you want to avoid a tight coupling between abstract and concrete classes, allowing you to change implementations independently without …

Bridge - Ruby

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different implementations. This is useful when there is a need to avoid a hard coupling between an abstraction and its implementation, allowing both to vary independently.

The code …

Bridge - Swift

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that the two can vary independently. It’s useful when you have an abstraction with multiple, potentially varying implementations. This avoids a proliferation of classes caused by combining each …

Bridge - Kotlin

The Bridge pattern is a structural design pattern that lets you split one or several interfaces from their implementation(s), allowing you to vary them independently. It’s beneficial when you have a class that can be configured with different abstractions or implementations without causing tight coupling.

This …

Bridge - Rust

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different abstract interfaces. This is useful when you want to avoid a rigid hierarchy of classes. In this Rust example, we have an AudioPlayer abstraction and different AudioFormat …

Bridge - Go

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different implementations. This is useful when you want to avoid a tight coupling between abstract and concrete implementations, or when you have multiple independent abstractions that …

Bridge - C

The Bridge pattern is a structural design pattern that lets you split an abstraction – such as a class – into separate abstraction and implementation hierarchies. This pattern is used when there’s a need to avoid a tight coupling between an abstraction and its implementation, allowing both to vary independently. …

Bridge - C++

The Bridge pattern is a structural design pattern that lets you split an abstraction from its implementation so that objects can have different abstractions with different implementations, and vice versa. This is useful when you have multiple abstractions and implementations that you want to combine without creating a …