Types of Coding Languages

Types of Coding Languages that You Should Know

In Today’s world, programming is the hottest topic because it has the highest job opportunities and salary trends. With so many programming languages, most of the students wonder about the types of coding languages. So, Today we are here to provide you the complete information about the types of coding languages.

What is a Coding Language?

Coding is the process of conveying instructions to a computer to follow. Code instructs a machine on what to do. The computer understands these instructions, and it responds appropriately to an event. You can teach computers what to do or how to behave if you know how to write code. You can use this expertise to create apps and websites, process data, and perform a variety of other tasks.

Where do we use coding in everyday life?

Almost everything related to technology has some coding behind it. Coding languages are used to develop applications for computers, tablets, and phones. It is also used in other digital systems like smart TVs and calculators. Almost every new car uses coding to manage everything from fuel injectors to air conditioning. Moreover, coding is used to create softwares to control traffic signals in cities. Coding is also used in artificial intelligence, machine learning, and even in kids coding games.

Types of Coding Languages

There are 3 types of coding languages which are as follows-

Machine Language

The computer only understands one language which is Machine language. Machine language is also known as machine code or object code, and it is made up of binary numbers 0 and 1. A computer system can understand and read these binary numbers and can directly execute them. Machine language is the native language of computers since it can be executed by the central processing unit directly. The computer’s OS(operating system) is used to determine the machine language used for that system. The machine language is the most challenging computer language to grasp because it employs the binary system, in which commands are represented in 1 and 0 format, which is not easy to understand. The OS(operating system) of a computer specifies how the program should be written for that computer so that it can be easily executed on the machine.

Assembly Language

The assembly language is a low-level language which is primarily used for microprocessors and programmable devices. This language is the most common programming language for any processor. Assembly language is the second-generation coding language whereas machine language is the first-generation language. We can also call it the symbolic representation of machine code. It is mainly utilized to program CPU architecture. The assembly language is well known for its use in creating various desktop applications and operating systems. Registry access, Memory management, and clock cycle operations are some of the tasks performed by assembly language programmers.

Assembly code is another term for the assembly language. The Assembly code is difficult to understand and does not provide code reusability. The assembly language is thought of as a collection of other programming languages. The operations performed with an assembly language can be executed on a CPU(central processing unit) after the assembler converts assembly code to machine code. The language has some disadvantages, such as the lack of variables, the lack of functions, and the program’s inability to run on different systems. The assembly language has the same structure and directives as machine language. However, instead of numbers, it uses names. The assembly language allows for high-speed operations. When compared to high-level languages, the operations are substantially faster.

High-Level Language

High-level programming languages have strong abstraction and easy to read and write syntax, which is later converted to machine code. When programmers realized the program’s portability limitations and syntax difficulty in low-level languages, they created high-level languages. The high-level language is easy to code and understand. Another benefit is that the code is not dependent on a computer system, allowing it to be transported to different machines.

The high-level language uses the abstraction idea and focuses primarily on programming rather than computer hardware components such as register or memory utilization. Higher-level languages are created to allow a programmer to produce a human-readable program that any user can understand. Unlike low-level languages, Every program can easily understand the syntax and programming style of high-level languages.

As the computer system does not directly understand the program written in a high-level language, the only requirement in a high-level language is the need for a compiler or interpreter.  C, C++, FORTRAN, Java, Pascal,  Ruby, Perl, and Visual Basic are examples of high-level languages.


In this blog, we have provided detailed information about the three types of coding languages. Apart from this, we have also provided the information on what is coding and where it is used. No doubt, low-level languages are difficult to read and write for beginners, but they are much faster than high level languages. However, high-level languages resemble plain English which are very much easier to read and write as compared to low level languages but they are also slower than low level languages. In case you still have any doubt regarding types of coding or you need coding assignment help, you can contact our experts anytime.

Frequently Asked Questions

What is the easiest coding language?

Python is the easiest coding language to get started with programming. If you are searching for a language with super easy syntax, Python is the best option for you. The syntax of Python is very close to simple English and that’s why it is very easy to learn and understand for a novice. 

What is the hardest programming language?

Malbolge is considered as the most challenging programming language. It was developed in 1998 by Ben Olmstead. Almost two years are spent in the appearance of the first program of this language, and that too was created by the beam search algorithm, which was designed by Andrew Cooke.

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