Very similar to human languages, computer programs maintain many different languages; Java, C++, Python, C, Pascal, PostScript, or RedCode to name a few. Naturally debates emerge over what language is the best. One of the most popular debated topics is whether to use the Python language or the C++ language. Overall, C++ provides a greater variety of use, ensures a more optimistic future for computer problem solving, and is also the ideal language for a large majority of academic incorporation, qualities no other computer language, including Python, can compete with. One of the most glorious attributes to the C++ language is its object oriented programming.
Microsoft’s C# compiler for the .NET Framework is a conforming implementation of both of these standards. C# is an object-oriented language, but C# further includes support for component-oriented programming. Contemporary software design increasingly relies on software components in the form of self-contained and self-describing packages of functionality. Key to such components is that they present a programming model with properties, methods, and events; they have attributes that provide declarative information about the component; and they incorporate their own documentation. C# provides language constructs to directly support these concepts, making C# a very natural language in which to create and use software components.
One of the major paradigms in programming language is Object Oriented programming. In modern software engineering object oriented programming is considered as the major concept, as it allows the programmer to facilitate clean and efficient code. Apart from this, the design patterns of object oriented programming suits well with most of the computing issues. Object oriented programming produces well organized code and also focuses on determinant of productivity. In this report we will discuss and compare objected oriented programming language and procedural programming language along with the genesis of OOP.
This makes Java ideal for cross-development. The downside to its interpreted code is speed. Java’s object-oriented is fundamental, and all code and data in a Java program exist within the object-oriented class. Java’s exception handiling with try, catch, and throw statements provide the solution for writing reliable code that responds to all possible error conditions. Another advantage of Java is a String class that does away with null-terminated, length byte and other types of strings.
Once simplicity has become apparent to the programmer, a step-by-step procedure is created, through specific and concise programming. Each step represents an important part of the entire program, and must be rendered through exact calculation in-order to reach the programs exact outcome. Large programs may be written through Procedural programming, by using the methodology of breaking down each sections into singular functions. Object-Oriented Programming (OOP) is almost exactly what it sounds like it should be. This type of programming is created through the use of created classes, and created objects within that class.
Framework has many advantages in designing part of software development but designing of framework will consists of many abstract classes. Developer should have fair idea on abstract classes concepts and developers needs to be very well experienced in object oriented programming so that developers can develop efficient frameworks which we can use for reusability in object oriented programming language. In present market most of the frameworks developed based on MVC architecture only. Along with reusability of code, reusability of framework also increased now a days in object oriented programming language. In this article author discussed about white-box frameworks and black-box frameworks and compared both of these
Secondly, software is built with the notion of being user-friendly, which requires teams to build a type of interface which meets any unique needs of the user. Software development is also a type of science, where mathematical computation and data-oriented theories are necessary for development. Thus, Software Engineering is both an art and a form of science. However, we should also focus on the belief that Software Development is a form of Engineering. Today many consider “Software Engineering” to be a buzzword, confusing yet again as seen in the previous paper, to be only a type of Computer Science.
There are many great reasons why you would want to program in C. The C language is a general purpose and a high-level language. C is also the most widely used programming language and is also the most popular system programming language. It is so popular because it may handle low level activates and may be compiled on many different computer platforms. I have not had any experience programming with this language before this project. However, one thing that I realized was that this language is very similar to programming in any other language with just a difference in syntax.
This paper explains how object-oriented Programming in C+ + has influenced Pi's evolution. The motivation for Object Oriented programming was to experiment with a browser-like graphical user interface. The first unforeseen benefit was in the symbol table: lazy construction of an abstract syntax-based tree gave a clean interface to the remainder of Pi, with an efficient and robust implementation. Next, though not in the original design, Pi was easily modified to control multiple processes simultaneously. Finally, Pi was extended to control processes executing across multiple heterogeneous target processors.
If space is important to the application, then perhaps the code should be written in assembly language. If something that can be used across many devices is desired, then perhaps C is way to go. Or if one is Neo from the Matrix, machine code may be the only way to go to prevent bad people from stealing and using your program. So what is in store for the future of the 8051? Many will argue that the 8051 has long reached the highest stage of its evolution.