Bridge pattern is used to provide flexibility to an implementation, that has frequent changes in the implementation. Bridge pattern archives that by decoupling implementation and abstraction. This article demonstrates Bridge pattern implementation in Go.
Adapter pattern helps by enabling an interface to adapt to a new interface. This is useful when we have an existing interface, and some new requirement comes or we need to adapt to some interface that is developed separately. By following the Open/Closed principle, the adapter pattern keeps the existing interface as is, ads the adapter implementation as a bridge to then new interface. This article demonstrates Adapter pattern implementations in Go.
Prototype pattern use the existing object, to create a new object(of the same type), by cloning the existing object. This process will reduce resource usage, and makes object creation easier. This article demonstrates Prototype pattern implementations in TypeScript.
Prototype pattern clones an existing object to create a new object, instead of building a new object at runtime. This helps reduce resource usage, as the complex object creation/initiation process is replaced with cloning existing objects. This is very useful for keeping object cached and/or default object. This article demonstrates Prototype pattern implementations in Go.
Builder pattern simplifies the object-building process by keeping the object creation and usage process separate. Also helpful in the case when the item class has a lot of properties, by setting the properties step by step. This article demonstrates Builder pattern implementations in TypeScript.
This article demonstrates the Abstract factory pattern in Go. Abstract factory pattern is used to generate the class factories, which in turn will generate item objects.
We use the Factory pattern to generate object, when we don’t want to instantiate the object directly. Factory generates the desired object based on the selected criteria. In this article we are exploring the implementation of Factory pattern in Golang.
We can generate multiple factories using the Abstract factory pattern. This article discusses the Abstract Factory pattern implementations in TypeScript.
Builder pattern is used to abstract the complex objects building process from the client and also this pattern is responsible for building objects step-by-step. This article demonstrates Builder pattern implementation in Golang.
Factory pattern is used when we don’t want to instantiate objects directly, instead, we want to generate the instance(s) based on some criteria. The factory is responsible for generating the objects. This article demonstrates Factory pattern implementations in TypeScript.