What is Programming Language? Top 3 Easy Programming Languages to Learn in 2023
What is Programming Language? Programming language Definition
currently, java and python are the most commonly used programming languages. It is easy to learn coding through code academy.
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| Programming Language |
- clearing the screen
- writing data on the screen.
- executing loops.
- to change the screen colors.
- create words.
- create files etc.
What is a Programming Language?
There are varieties of Programming Languages, Some of them are difficult to learn and use, and some of them are to be used for special purposes such as scientific calculations, drawing, or database management.
‘What is Computer Programming’ -Computer Language is the media for communication between humans and computers.
if you need to know about a computer you must learn about computer language.
In fact, the language of computers is the language of programming.
A computer programming language is a language used to scribe computer programs, that embroils a computer performing some kind of computation or algorithm.
So “programming language” are some instructions that control the computer program as well as the execution of devices such as printers, disks, drives, robots, and so on.
for example, postscript programs are repeatedly built by different programs to monitor a computer printer or display.
More generally, a programming language may describe computation on some, possibly abstract, machine.
It is usually obtained that an entire specification for a programming language covers a description, possibly idealized, of a device or processor for that language.
In most useful formulas, a programming language embroils a computer, consequently, programming languages are generally defined and practiced this way.
Programming languages vary from regular languages in that regular languages are only used for interaction between people, while programming languages also assume humans communicate injunctions to devices.
Computers understand only computer language.
The knowledge of computers about language is very limited indeed yes(on) and no(off) they do not understand anything anymore.
This Yes(on) and No(off) to solve the problem is to explain to the computer.
Computers and other electronic equipment comprise the logic gates.
It only works on logic 0(zero) and 1(one), Yes or No, and True or False.
This system of function is called a binary system.
All the work is done on the computer in this binary system.
Hence 0(zero) or 1(one) both are known as bits used in this manner.
These two bits (0 or 1) are indicated by the voltage level in computer and electronic circuits.
we monitor computers by composing code that is evolved by the central processing unit (CPU).
With a progressive degree, this coding model the functions edited by the computer and its parts, and how they work simultaneously.
Like this code has syntax and semantics which together build a computer language. These programming languages were not used when the first programming language was created.
Now we will know about the history of programming languages and coding:
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Learn Programming Languages:
“What is a Programming Language?”- Computer programming languages have during the last 60+ years undergone big changes.
They have become easier to use, more imaginative, and more structured than the first generations.
Features of these languages can be divided into five stages or generations. Namely-
1. 1st generation language(1945): Machine Language
2. 2nd generation language(1950): Assembly Language
3. 3rd generation language(1960): High-Level Language
4. 4th generation language(1970): Very High-Level Language
5. 5th generation language(1945): Natural Language
Machine Language and Assembly Language are called low-level languages because this language is nearby computer languages (0 or 1).
Around the high-level language is nearby human language. Such as-English language.
MACHINE LANGUAGE
The own language of the computer is called machine language or low-level language.
This low-level language is the basic language of computers.
Any program can write in this language using binary digits (0 or 1) or using the hexadecimal method.
Computers can understand only machine language.
If a program is written in other than machine language computer translates the program into machine language by translating the program before execution.
this language is a genuine reflection of the internal working method of the computer.
ASSEMBLY LANGUAGE
An assembly language is a low-level ‘programming language’ for a computer, or another programmable device, in which there is a very strong correspondence between the language and the architecture’s machine code instructions.
Every assembly language is appointed to an individual computer masonry, in contradiction to most high-level programming languages, which are usually bearable across multiple masonries but require translating or compiling.
Assembly language is converted into executable device code by an active program mentioned as an assembler: the transformation method is mentioned as assembly or assembling the code.
MID-LEVEL LANGUAGE
The own language of the computer is called machine language or low-level language.
This low-level language is the basic language of the computer.
Any program can write by using the binary digit(0 or 1), or by using the hexadecimal method.
computers can only understand machine language.
This language can be used to connect directly to the machine.
Various types of problems in machine language high-level language are created.
this program is beyond the control of the organization of the computer.
this language is similar to a human language.
High-LEVEL LANGUAGE
In computer science, a high-level programming language is a programming language with power from the niceties of the computer.
In comparison to a low-level programming language, it may use natural language elements, be easier to use, or may automate (or even hide entirely) significant areas of a computing system, making the process of growing a program easy and more intelligible compared to a lower-level language.
this amount of abstraction provided defines how “HIGH-LEVEL” a programming language is.
In the 1960 s, high-level programming language using a compiler was commonly called auto-codes.
Examples of auto-codes are COBOL and FORTRAN.
Now programming languages have become very popular in the world. The demand for computer programming is increasing day by day.
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