Advantages And Disadvantages Of Programming Languages

Coding has quickly become a very important part of modern society. In fact, coding is used in every single computer. Each computer talks in a form of language called the Binary Language. This language is spoken is a system and pattern of ones and zeros. Through time, coding has evolved into more complex languages. In Computers in Engineering at CBHS, the students learn a coding language called Python. Python is exclusively used today and in many coding jobs. Computers in Engineering is a dual enrollment class offered from Christian Brothers University. Every day in Computers in Engineering, the students will learn the coding language, Python.

First let us take a look at computer programming. This element takes on different program designs created by engineers and uses one of several different programming languages to write executable code that computers can read. Programming is the source for

4) The two mechanisms which used to translate a program written in a high-level language into a machine language are:

Unit 3: the computer programming code writing systems which is very fascinated topic programming come up with a great and focused based on three important computer programming code writing overview.

Machine code it the language that the computer understands. High level languages are better because they are easier to understand and work with.

is where the compiler polishes and fine-tunes the translation so that it runs a little faster or occupies a little less memory.

was to give efficient and flexible performance making it a versatile language that has found its place in a

1. What is machine code? Why is it preferable to write programs in a high level language such as C++?

An assembly language is a low-level programming language for a computer, microcontroller, or other programmable device, in which each statement corresponds to a single machine code instruction. Each assembly language is specific to a particular computer architecture, in contrast to most high-level programming languages, which are generally portable across multiple systems.

Computer programming as we know is an important engineering task in modern world where a maximum number of electronic equipment are based on microcontrollers and microprocessors. The cost of microprocessors and controllers have gone so low that the cost of entire electronic circuit which used to be sky high in 1970s and 80s, has now gone to down drastically. Even the simple microcontrollers we use today are able to perform complex arithmetic tasks along with several other tasks such as on chip network interface, wireless interface, etc. In order to utilize all the functions of a given processor, one must know the important programing procedures available today. In

The CPU has an “assembler” that is able to translate Assembly Language into binary code. From this, instructions can be read and executed. Assembly Language is a language that only the CPU can understand but different CPUs may have different versions of Assembly Languages. Despite what code a program is written in, the code will be broken down to the CPUs Assembly Language to carry out this process.

A compiler is a device used to transform a set of typed codes into a different computer language. In addition to this, Hopper was instrumental in popularizing the idea of programming languages that would be machine-independent. This led to the evolution of the modern day programming language, Common Business-Oriented Language (COBOL).

Programming languages are vast and diverse in their numbers. These different languages use fundamental styles of programming called programming paradigms. These programming paradigms layout the particular design approach that a program will use to solve a problem or achieve an objective. Of the many different types of programming paradigms, some of the more distinguished ones are procedural, functional, logical, and object orientated programming. Recently the object orientated languages have been rising in popularity due to their ability to easily implement large programs. There are many different object orientated programming languages (OOPLs), among them are C#, Java, Ruby, and Python. This essay will compare and contrast two of these languages: Python and Java.

Object-oriented programming at its core is a practice of strategic thinking. Essentially, in OOP we tend to focus on objects rather than "actions" and data rather than logic. A key step in OOP is identifying the objects one wants to manipulate and observing how they relate to each other. The basic idea of OOP involves breaking up the code into objects that can message each other, which proves to be very beneficial. To better understand and use object-oriented programming as intended, I decided to investigate two different languages that implement the object-oriented approach to programming. I chose Java because I am already familiar with the syntax and its

NS2 contain two types of programming languages used that we have discussed above, such as C ++ and OTcl :