The future of computer logic and programming with Python - Essay Example

The future of computer logic and programming with Python This essay discusses the role of the Python programming language in today’s programming paradigms. This research shows how the future of the Python programming language is secure. Python is a very attractive tool for programmers especially when they have to develop cloud applications. It is a well-developed and well-structured OOP (object oriented programming) language which encompasses a wide variety of dynamic functions and features. Though, it is common purpose language, however, it can be used for completing diverse programming assignments for different platforms. At the present, it is being widely used for the development of different application software and programs. In view of the fact that this programming language offers some of the simplest design principles hence it allows programmers to easily develop and interpret their programs. This programming language was created by Guido van Rossum and this development was supported and encouraged by various other programming paradigms such as by ABC, Haskell, Java, LIST programming, Icon and Perl programming languages. Though, python is a smallest programming language framework, however it is a complete, well-developed, multi-platform and high level programming language. The most amazing characteristic that distinguishes python from other programming languages is that it does not require from the programmers to insert or take care of any kind of semicolons and brackets while writing source code. Normally, in python, programs are written using an indentation technique (Bodnar, 2010). At the present, python programming language is available in two versions: 2.x and 3.x. In this scenario, Python version 3.x is an advanced version of python, which has addressed all the regressive compatibility issues that programmers experienced with previous versions. In fact, the basic purpose of developing this version was to address different design defects of this language and improve the capabilities of the language (Bodnar, 2010). Though, python programming language is a small programming framework but it still encompasses most the features that are included in the latest and huge programming languages for instance it is a collaborating tool with well-built functionalities and features and effectively works with objects. In addition, it encompasses a variety of features such as programming, exception, very high level of dynamic data types, components, class level and function typing functionalities. Additionally, with python programming language, programmers have incredible control over their programs because of easy to use and very clear language syntax of python programming rules. In fact, this programming language allows programmers to use user interfaces to a number of built-in libraries, system calls, and to various window systems. In this scenario, it does not offer any compatibility issues when there is need to integrate it with other programming languages such as C and C++ functionalities. In the same way, it can be an excellent option as an extendable language for programs requiring a programmable user working interface. Python programming language is compatible and portable with almost all the operating systems. In this scenario, it can be used on almost all the operating systems such as Personal Computers under MS-DOS, UNIX platforms, Windows operating systems like that OS/2 platform and Windows NT and Macintosh system. In addition, a program written using a platform such as Windows can be run on any other platform such as UNIX operating system (Python Software Foundation, 2011; Lindstrom, 2005). The history of the python programming language can traced back to 1990s, when Guido von Rossum developed the initial version of the python programming language. The developer chosen this name because of Brit-com Monty Python's Flying Circus. Since then a large number of developers and inventors took part in improving and updating these efforts. Python programming language can be downloaded free of cost from Python Software Foundation. At the present, python’s version 2.5 is widely used that appeared in 2006 (Python Software Foundation, 2011; Lindstrom, 2005). Basically, the architecture of the Python programming language allows programmers to develop programs with improved efficiency. Additionally, with the Python programming language program development, debugging and testing phases work very quickly because there is no compilation phase involved in program development. In the same way, this programming language allows programmers to correct and debug their codes easily. As a result, a faulty input does not cause a segmentation error. On the other hand, language interpreter throws specific type of exception error whenever it detects an error. Additionally, if the python program fails to get that exception, its interpreter shows a stack sign. Throughout the program development phase, a debugger watchfully determines global and local scope of variables used in the program. This debugger also performs other tasks such as reading through the code line by line, setting divisions and a number of other tasks. In view of the fact that this debugger is itself developed in python language, hence it ensures the Python's reflective authority. In addition, if someone needs to debug a program quickly they just need to write their program in the form of a small number of print statements. In this scenario, this quickly writing-testing-debugging mechanism makes this direct practice a useful process (Python Software Foundation, 2011). Basically, python programming language is believed to be a system design approach. In addition, there are three most important implementations of Python such as CPython, IronPython and Jython. In this scenario, CPython is implemented by making use of C language. In fact, it is one of the most widely used implementations of python. As a result, it is used as a default version of python. In the same way, another implementation is known as IronPython, which is implemented in C sharp. Basically, this implementation appears as a component of the .NET framework. In addition, the third implementation is Jython that is implemented in Java. In this scenario, a Java object-code file is used to interpret Jython and it is executed through JVM (Java Virtual Machine) (Bodnar, 2010). Python programming language offers a large number of benefits, which make this language a wonderful choice for the programmers. This language is believed to be much simpler than various other system programming languages such as C++ and Java. It offers a regular and user-friendly language syntax. In this scenario, the programmers do not need to have specific programming skills in order to use this language. Even with these easy to use features it allows programmers to develop programs that are similar to a code with executable characteristics. In addition, the python contains a data garbage set in order that programmers don’t feel difficulties while dealing with memory trickles or pointers. Moreover, the Python programming language does not require its programmers to establish language classes with the purpose of writing python pseudo-code in the meantime python supports OOP features all the way through a language class system. In fact, it offers all those features related to object oriented paradigms which are offered various other object oriented programming languages such as C++ and Java. Furthermore, the program class model of python is a simplification of C++ model and contain various inheritance features. In view of the fact that it is very easy to understand this language this characteristic of python makes it easy to explore and learn (Python Software Foundation, 2011; Lindstrom, 2005). In conclusion, Python is an object oriented programming language, which is similar to other object oriented languages like that C++ and Java. In fact, it encompasses some additional support and features, especially for system managers. In addition, the Python programming language contains all the capabilities like that it is an interactive, well-built, and effective support for object oriented paradigm. It also offers various other features such as programming components, exception, and very high level of dynamic data types, brisk typing and class level functionalities. This paper has discussed some of the important aspects associated with the Python programming language. This paper has discussed some of the advantages and applications of Python language. In fact, the uses of the Python programming language are increasing day by day and it is widely used for the development of cloud based applications. This shows the future of Python programming is very bright and in the future its applications will grow. References Bodnar, J. (2010, December 02). Python language. Retrieved May 02, 2014, from http://zetcode.com/tutorials/pythontutorial/python/ Lindstrom, G. (2005). Programming with Python. IT Professional, Volume 7 Issue 5, pp. 10-16. Python Software Foundation. (2011). General Python FAQ. Retrieved May 03, 2014, from http://docs.python.org/faq/general.html Read More