Aggregation in Java is a relationship between two classes that is best described as a “has-a” and “whole/part” relationship . It is a more specialized version of the association relationship. The aggregate class contains a reference to another class and is said to have ownership of that class.
Read moreWhat is composition and aggregation in Java?
Aggregation vs Composition. Aggregation implies a relationship where the child can exist independently of the parent . For example, Bank and Employee, delete the Bank and the Employee still exist. whereas Composition implies a relationship where the child cannot exist independent of the parent.21 Oca 2015
Read moreWhat is composition and aggregation?
Composition is a strong Association. Aggregation means one object is the owner of another object . Composition means one object is contained in another object. The direction of a relation is a requirement in both Composition and Aggregation.
Read moreWhat is the difference between inheritance composition and aggregation?
The main difference between Inheritance and Composition is that inheritance allows using properties and methods of an existing class in the new class while composition is a special type of aggregation that describes the ownership between the associated objects.
Read moreWhat is the difference between inheritance composition and aggregation?
The main difference between Inheritance and Composition is that inheritance allows using properties and methods of an existing class in the new class while composition is a special type of aggregation that describes the ownership between the associated objects.
Read moreWhat is difference between composition and aggregation in Java?
In Aggregation, objects can remain in the scope of a system without each other. In a composition relationship, objects cannot remain in the scope of a system without each other .
Read moreWhat is difference between composition and aggregation in Java?
In Aggregation, objects can remain in the scope of a system without each other. In a composition relationship, objects cannot remain in the scope of a system without each other .
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