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What Is Computer Language |Full Detail ,Its Extra Knowledge
Computer Language – A Way to Talk to a Computer!
Humans need a language like Hindi, Telugu, English, or any other regional language, or simply body language, to communicate, express emotions, and interact with others. Have you ever wondered how we talk to computers? Isn’t it mysterious and exciting?
Computers cannot directly understand human languages. Therefore, we need a language to communicate with computers. We have developed many languages as a way of computer communication. Simply put, the languages used to communicate with computers are called computer languages.
Definition of Computer Language
A computer language is a set of instructions used to create computer programs. This is a brief description of computer languages. Their main purpose is to establish human-computer interaction.
Types of Computer Languages
Below are descriptions of the different types of computer languages.
Low-level language:
Low-level computer language consists only of 1s and 0s. This language was used in first- and second-generation computers. Low-level language is easily understood by computers but difficult for humans to understand.
Low-level languages are designed to interact with computer hardware and are classified into two types: machine-level language and assembly-level language.
Machine Language:
As mentioned above, machine-level language is a type of low-level language. Machine language is considered the oldest computer language. Machine language was developed using only binary numbers, i.e., 0 and 1. Therefore, instructions or statements in this language use sequences of 0 and 1.
Assembly Language:
The development of assembly language in computer programming Language coincided with advances in machine language. Assembly language uses symbols, known as mnemonics in computer parlance, to represent instructions of this Language. Therefore, programs written in assembly language are more understandable to humans than those written in machine language.
Assembly language code is converted into machine language code using an assembler so that the computer can understand the converted binary assembly language.
High-level languages:
High-level computer languages are advanced development languages in the development of computer languages. These languages are designed to make programming easier and error-free.
High-level languages use words and commands, as well as symbols and numbers.
Key words used in high-level languages are similar to English words and are more easily understood by humans than those in low-level languages.
Types of high-level programming languages include the following:
- C
- C++
- Java
- JavaScript
- Python
- C#
- PHP
The list of computer languages above is just a few examples, but there are many more. Each of these languages has its own structure (structured statements) and keywords.
Important Terms Used in Computer Languages
Statement: A statement tells a computer how to perform a desired action using words or instructions.
Syntax: Syntax is the structured arrangement of statements.
Algorithms: An algorithm is a set of instructions written to solve a problem. It is the logical thinking process of a computer.
Binary Numbers: Binary numbers are a way of expressing data. 1s and 0s are called binary numbers. Computers can only understand binary language. Computers are capable of processing millions of 1s and 0s.
Coding: Do you know what “computer code” is? Coding is the process of creating computer instructions. Computer code is also called a program.
Debug: Debugging is the process of finding and eliminating errors in code.
Assembler: An assembler is a computer program designed to convert mnemonic symbols into 0s and 1s.
Summary
Learning about programming languages is extremely interesting because it shows us a path to today’s technology-driven society. Programming languages have come a long way from early machine code to today’s human-readable code, which forms the basis of our favorite technologies. Computer programming will continue to evolve as it has over the years, so keep learning computer languages and it will be exciting to see the possibilities that the future holds.
