Bridge Design Pattern used to create a class diagram  and   key futures and  code  c++ on  the ( bank system) used all the rollers insides them  the in Bridge Design Pattern

not   1 = unified modeling language    OR  class diagram created  on bank system 

        2  =code  in c++ language

       3 = key futures  used to Bridge Design Pattern   

according  to the  intelligence  that  accompanies the photo   according to the answer 

Transcribed Image Text:

Object: Theory: The Bridge Pattern According to the Gang of four, the intent of the Bridge pattem is to; Decouple an abstraction from its implementation so that the two can vary Lab # 13 Intent-Decouple a set of implementations from the set of objects using them. Problem. The derivations of an abstract class must use multiple implementations without causing an explosion in the number of classes. Solution-Define an interface for all implementations to use and have the derivations of the abstract class use that. Participants and Collaborators-Abstraction defines the interface for the objects being implemented. Implementor defines the interface for the specific implementation classes. Classes derived from Abstraction use classes derived from Implementor without knowing which particular ConcreteImplementor is in use. Consequences- The decoupling of the implementations from the objects that use them increases extensibility. Client objects are not aware of implementation issues. Implementation-1) Encapsulate the implementations in an abstract class. 2) Contain a handle to it in the base class of the abstraction being implemented. Abstraction operation() RefinedAbstraction imp-Operationimp() Implementor Operationimp ConcretelmplementorA Operationimp Concretelmplementor B Operationimp Object: Theory: The Bridge Pattern According to the Gang of four, the intent of the Bridge pattem is to; Decouple an abstraction from its implementation so that the two can vary Lab # 13 Intent-Decouple a set of implementations from the set of objects using them. Problem. The derivations of an abstract class must use multiple implementations without causing an explosion in the number of classes. Solution-Define an interface for all implementations to use and have the derivations of the abstract class use that. Participants and Collaborators-Abstraction defines the interface for the objects being implemented. Implementor defines the interface for the specific implementation classes. Classes derived from Abstraction use classes derived from Implementor without knowing which particular ConcreteImplementor is in use. Consequences- The decoupling of the implementations from the objects that use them increases extensibility. Client objects are not aware of implementation issues. Implementation-1) Encapsulate the implementations in an abstract class. 2) Contain a handle to it in the base class of the abstraction being implemented. Abstraction operation() RefinedAbstraction imp-Operationimp() Implementor Operationimp ConcretelmplementorA Operationimp Concretelmplementor B Operationimp

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Bridge Design Pattern The Bridge design pattern allows you to separate the abstraction from the implementationIt is a structural design pattern There are 2 parts in Bridge design pattern Abstraction I... View the full answer