Advantages of OOP

What is OOP??

- OOP (Object Oriented Programming) is a programming paradigm that is completely based on 'objects'. A general explanation of 'object' for better understanding - Mr. A is going to build a POT with the use of BLOCKS. So, Objects are nothing but POTS. We build an Object by assigning values to the properties when we need them.

BLOCK is nothing but the templates of the object. There we write how the object should appeal (means look like) and how the actions will take place. In Java, we call it a class.

Moving to the advantages of OOP, we would like to say that there are many, as this is one of the core development approaches which is widely accepted. Let's what are the advantages of OOP offers to its users.

OOP makes java more reliable and scalable along with easy to write code for developing application.

1. Re-Usability

It means reusing some facilities rather than building it again and again. This can be achieved with the use of the class. We can use it 'n' number of times as per our need.

2. Data Redundancy:

This is a condition created at the place of the data storage (you can say Database) when the same piece of data is held in two separate places. So the data redundancy is one of the greatest advantages of OOP. If a user wants a similar functionality in multiple classes he/she can go ahead by writing a common class definition for similar functionalities and inherit them.

3. Code Maintenance:

This feature is more of a necessity for any programming language, it helps users from doing re-work in many ways. It is always easy and time-saving to maintain and modify the existing codes with the use of the data hiding and abstraction mechanism, we are filtering out limited data to exposure which means we are maintaining security and providing necessary data to view.

4. Design Benefits

If you are practicing on OOPs the design benet a user will get is in terms of designing and xing things easily and eliminating the risks (if any). Here the Object-Oriented Programs forces the...(continue in point 5)

5. Better productivity

with the above-mentioned facts of using the application definitely enhances its user's overall productivity. This leads to more work done, finish a better program, having more inbuilt features, and easier to read, write and maintain. An OOP programmer cans stitch new software objects to make completely new programs. A good number of libraries with useful functions in abundance make it possible.

6. Easy troubleshooting

let's witness some common issues or problems any developers face in their work.

Is this the problem in the widget le?

Is the problem is in the WhaleFlumper?

Will I have to trudge through that ‘sewage.c’ le?

Commenting on all these issues related to code.

So, many a time it happens that something has gone wrong which later becomes so brainstorming for the developers to look where the error is. Relax! Working with OOP language you will know where to look for. This is the advantage of using encapsulation in OOP; all the objects are self constrained.

With this modality behavior, the IT teams get a lot of work benefits as they are now capable to work on multiple projects simultaneously with an advantage that there is no possibility of code duplicity.

You behave in a different way if the place or surrounding gets change. A person will behave like a customer if he is in a market, the same person will behave like a student if he is in a school and as a son/daughter if put in a house. Here we can see that the same person showing different behavior every time the surroundings are changed. This means polymorphism is flexible and helps developers in a number of ways.

It's simplicity

Extensibility

7. Problems solving

Decomposing a complex problem into smaller chunks or discrete components is a good practice. OOP is specialized in this behavior, as it breaks down your software code into bite-sized – one object at a time. In doing this the broken components can be reused in solutions to different other problems (both less and more complex) or either they can be replaced by the future modules which relate to the same interface with implementation details.

A general – at a high level a car can be decomposed into wheels, engine, a chassis soon and each of those components can be further broken down into even smaller atomic components like screws and bolts. The engine’s design doesn’t need to know anything about the size of the tires in order to deliver a certain amount of power (as output) has little to do with each other.