Reusability and maintainability
One of the main advantages of Object-oriented Programming over Procedural Programming is its reusability and maintainability. Object-oriented Programming is built in a way that it can be updated and adjusted with relative ease making it a clear choice for those who are looking for a method of programming that will save them time and money in the long run.
I will discuss some of the differences here in depth between Object-oriented Programming and Procedural Programming and their reusability and maintainability.
Object-oriented Programming reusability and maintainability
As mentioned earlier a key advantage of Object-oriented Programming is its reusability and maintainability. When thinking of code as reusable it is often thought of as being put in a library to be extracted later. Although this is true for most methods of programming and is true for Object-oriented Programming, this is not the type of reusability I will talk about.
When referring to reusability in Object-oriented Programming the code itself can be reused throughout the application. An example would be the creation of a super class that can have its attributes inherited into other classes. A super class might be a dog and sub-classes that inherit attributes from the dog class could be collie or pit bull. Both of these other classes have dog attributes but are also unique from each other.
In this way code can be reused throughout the program mitigating the need for developers to rewrite the dog class over and over throughout the code every time there is a new dog introduced.
With the code being reused in this manner it can be maintained in a similar way. As in our previous example if the program required that every dog be classified with a certain hair color, the developer could change the super class dog to have a hair color of say blonde. This would then change all the dog classes that inherit hair color from the super class throughout the program.
As maintenance arises and updates are needed, Object-oriented Programming cuts out many hours of updating code by relating the code together in a way that relates to real world scenarios. This also makes it much easier for the developer to maintain the application.
Procedural Programming reusability and maintainability
Unlike Object-oriented Programming, Procedural Programming reusability and maintainability are looked at in a very different fashion. Procedural Programming methods and code is often stored in a library which can be accesses at a later date by other developers. This library usually is made up of different actions that are used over and over again in a program.
An example of one of these actions would be a contact form on a web page. The contact form might be displayed in html, styled with CSS and executed with JavaScript. All of these files would be stored together in a library which could then be reused over and over again when someone would need a contact form on their website.
Although this method is simple and easy in theory it presents many problems to new developers. For instance not all libraries are written in a way that is understandable to an average coder. This makes using code from a library difficult and sometimes dangerous to the wrong people.
In addition, using code from libraries can make maintenance difficult if not impossible. Some libraries have their own external files such as JQuery. As code is updated throughout time, applications that rely on the code library may have bugs or cease to function making it a necessity for the developer to recode or find a new library with the action they are looking for.
Beyond libraries, Procedural Programming code can be reused over and over again throughout an application as problems are continually broken down over and over again. Some functions such as search and replace have made updating this type of code easier, but unlike Object-oriented Programming, Procedural Programming requires that all out of date code is updated for the program to work. This has proven over time to be a very large difficulty for many Procedural Programming developers.
Well known applications
Many well known applications use Object-oriented Programming. While researching programs that use the Procedural Programming approach it was very difficult for me to find any up to date programs or applications that do. As an example the top ten visited websites on the internet all use Object-oriented Programming as their programming method of choice (Wikipedia, 2013). I will focus mainly on some varied applications that use Object-oriented Programming as their method.
Well known Object-oriented Programming applications
Android
The android market recently surpassed the iPhone market in users and apps. Android applications are built in the language of JAVA and can be developed using Eclipse. Many have argued that android applications are in much higher demand now more than ever creating a higher demand for Object-oriented Programming developers familiar with eclipse (Android, N/A).
Youtube.com
One of the most popular video sharing sites, youtube has averaged about 800,000,000 unique visitors since it went live (Wikipedia, 2013). The primary languages that are used in this website are C, Python and JAVA, all of which are Object-oriented Programming languages.
Oanda Currency Exchange
Another JAVA application is the Oanda Currency Exchange. Traders and bankers use the java application on the site to view real time exchange rates and to trade currencies with other banks and institutions throughout the world (Oanda Currency Exchange, N/A).
Summary
I have discussed the important design concepts of both Procedural Programming and Object-oriented Programming methods. I have also talked about the design and development process as well as the reusability and maintainability of each method. I finished up by talking about the advantages and disadvantages of each program with major applications that use Object-oriented Programming as their primary method of programming.
As I researched and prepared for this, I not only learned some distinct advantages of using Object-oriented Programming, I also was able to better understand the benefits associated with it. I was able to realize the major benefits to me personally it will be to use more Object-oriented Programming in my daily work.
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You cite (SEH, 2013) in the second paragraph under “Object-oriented Programming Languages,” but you don’t list the source anywhere.
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Thank you neonbrand!
A real, real world example – using actual coding would be helpful for those like me who are wondering how to get to grips with OOP. If you were to show an example in procedural style then the same solution in OOP. Otherwise it’s all kind of conceptual.
“Object-Oriented Programming” is jargon and should be avoided. It hides the meaning and is probably often used for the purpose of demanding bigger paychecks.
As far as I can make out, OOP is very easily explained in terms of modularity and repeatability. Rather than litter your code a thousand times with 3.14159, for example, create a variable called “pi” and use it. It’s much easier to write and reasonably insures you’re not going to make a mistake in one of the many times you have to write 3.14159. If you make a mistake in the definition, you can correct it and every instance will inherit the correction. Want more precision? Update the definition once and every instance will inherit the change.
Same goes for equations, routines, and algorithms that you want to use over and over again. You need to use the Pythagorean Thm many times? Create a class or function that can be used along the lines of pyth(a,b,c). Oops! Did you accidentally define it with b^2+4ac instead of -4ac? No problem. Correct the equation in the class or function and everything gets updated at once.
So OOP is really Modular Programming, or perhaps even Macro Programming. It allows, and sometimes forces, users to create modules/macros that can be created and used repeatedly and quickly, rather than having the coder write out every piece of an algorithm, every time.
Further, each class or function can be created such that it allows some customization. Define a car class that let’s you declare the color, make, model, mileage, age, etc. Now you can create two differently colored Volkswagen Rabbit GTIs:
a=Car(blue, Volkswagen, Rabbit GTI, 1982, 183e3)
b=Car(silver, Volkswagen, Rabbit GTI, 1982, 206e3)
Now after you drive car b around for several months and want to update its mileage, you write something like, b.mileage += 3e3.
To make a short story long, if you want to more easily understand OOP, call it something else.
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I see developers using object orientated programming languages to design procedural programs. That’s like 90% of the time. I believe the IT world has to start to different between the language and design approach. For instance French, as smooth as it sounds, does not make an explanation any nicer or more correct then a Russian accent. Basic things like separation of user interfaces, any i/o and the use of expert classes or using events based programming is whats missing.
Thank you for making clear idea about the differences of this both languages. this makes very useful for in the future for me to build a better coding skill ability. and once again thank you guys for making clear understandable about the programming concept.
Thanks a lot information was very useful.