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Object Oriented Programming
OOP is defined as a major concept of programming languages in which implementation of the objects take place. It permits the interaction between one or more objects in order to solving a particular problem. It involves the data structure that comprises of data and fields, whereas field is known as codes.
The main objective of OOP is to enhance the understanding of programmer and provide the simplicity in evolution and maintenance. It encourages the modularization and software re-use. In modularization, a big application can be divides into the smaller modules and in software re-use, a new application can be created by using the current and existed modules. Few major advantages of the OOP are as follows:
- Include the imperative concepts of C programming language.
- Follows bottom-up approach
- Permits hiding the data
- Preserve the consistency in the development of software
- Used function to provide the communication between data
OOP deals with the various important concepts, such as core language, Open recursion, dynamic binding, Exceptions, File handling, trees, lists, Java Server Pages, Networking, hash tables, User interface design, Dynamic dispatch, etc.
Jeroo is a tool that is mainly used for learning the concepts of OOP. It refers to an educational tool that helps students to learn about the concept of OOP, such as control structure, objects, methods, and many other concepts. A user can perform the various actions, such as eating, moving, etc by giving the instructions to Jerros via programming. This tools comes with the very interactive features and acts as an efficient tool for developing the knowledge in Computer programming.
In the beginning phase of the OOP, a programmer recognize the object that he wants to operate and then search a field where all of these objects are linked with each other. This operation is termed as data modeling and after completing the data modeling, programmer classified the objects according to their nature for determining the features of the data. Furthermore, programmer manipulates the data type by defining the logic sequence of them and this logic sequence is termed as methods. Few major imperative principles of OOP are given as:
- Abstraction: abstraction represents the only useful information and hides the complex information. For e.g., in C++ Programming language, methods are visible and variables are not visible.
- Inheritance: it enables one to reuse the once written code repeatedly. The class from which the other classes are derived is known as the base class.
- Polymorphism: it refers to the use of one thing in many forms. It means having the function with different arguments and same name.
- Overloading: it refers to a part of polymorphism and it occurs when a function is defined numerous times to perform the different function.
- Encapsulation: it is a method to combine the data and function together into a single component.
To solve a particular problem, a programmer must follow a general cycle, which includes the following steps:
- Identification of the problem
- Analyzing the problem
- Designing phase
- Coding phase
Delegation and Method Overloading are the two major concepts that involved in the OOP. Delegation permits to evaluate the behavior of one object in the context to another. It is of two types, such as explicit delegation and implicit delegation. It can build a class from various classes without relating them in a hierarchy. While Method Overloading enables a class to define the various methods with identical name but with different signature.
Moreover, DCOM refers to a technology that enables the communication between networked computers and software components. It stands for Distributed Component Object Model which is used to mitigate the bandwidth utilization by combing with the various objects that take place in the client browser. It used to solve the problems of Marshalling and Distributed garbage collection. It comes with a major disadvantage i.e. it is difficult to use this technology over the unknown machines and internet firewalls.
COBRA which is named as Common Request Broker Architecture provides the ease of communication between the systems that are located on the several platforms. It is a standard which enables the communication between the systems that are deployed on the different computing hardware and OS. It specifies the interfaces between objects by using an IDL. It is the most known example of the distributed object paradigm.
A language which is mainly used for visualizing the object oriented programs is known as LePUS3. It refers to a formal specification language and diagram in this language is termed as Codechart. Its codechart can be created by using the Two-Tier programming language.
IDEF4 is defined as the object oriented language that is used for designing the client/server systems that are component-based. IDEF4 stands for Integrated DEFinition for Object-Oriented Design that provides the easy transition from the domain of applications which are responsible to generate the source code. IDEF4 multi-dimensional approach comprises of design models, design layers, design features and Artifact design status.
Furthermore, OOPs is a broad field and it involves the various major concepts. Some of the major concepts of OOP are graphical user interface design, Simple UML class diagrams, implementing class relationships, abstract classes, Developing small programs, Sub type polymorphism, etc. Students who majorly studied about the OOP Subject in their colleges need to learn about its Advanced Concepts also. Some of its advanced Concepts are listed as:
- Advanced Object-Oriented Thinking
- Event-Driven Programming and Animations
- Threads in OOP
- Advanced C++ idioms
- Advanced template usage
- Client Server Computing
- CADES & UML
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Object-oriented programming(OOP) is a model related to programming which is structured around objects rather than "activities" and information . OOPS refer to a programming approach which is based on objects, rather than just functions and methodology. These objects are composed into classes, which permit individual object to be gather together.Object-oriented programming is a technique for programming in view of a progressive system of classes, and well characterized and cooperating instances.
A class is a structure that characterizes the collection ob objects. A class encapsulates the information representation and makes information access possible at a more elevated amount of abstraction.
An object is an executable copy of a class. There can be any number of objects of a given class.It defines as a run time entity.
It defines the relationships between objects.In this a new class is derived from the base class.
One bit of code works with all objects.In this one function is used for performing different tasks.
Encapsulation and Information Hiding
Information can be encapsulated such that it is not visible to the "outside world".The instance is a "fire-wall" between the instance and the "outside world". In encapsulation the data is wrapped into a single unit and in information hiding the background details are hidden.
Information Access Levels
Another way classes cooperate is through access level controls. Classes, and their fields and routines have admittance levels to indicate how they can be utilized by different items at the time of execution.
Object-oriented design principles
Common design patterns
modelling with UML
Systematic software development
Functional Programming Techniques
Classes and OO design
Elementary data structures
Standard Template Library
Exceptions and Assertions