Computer actually is a counting machine

Computer actually is a counting machine, is not it? Although we listen to music with it, watch videos, play games, do many more things. Actually, the computer is able to understand the calculation (0) and the one (1) accounting. So whatever the user (user) does, computer does count all the work. The reason behind the use of computers is so huge that it is possible to do various types of work with different types of software. To create this software, write the program ie what is to be interpreted as a program to explain the computer.

At one time but only using 0 and 1 would write a computer program. Because computers do not understand anything other than 0, 1, and if you want to do any work with the computer, then you have to give instructions in the language. The language that is used for programming, using 0, 1, is called machine language. Then the El Assembly language. In this, programmers use some instructions like ADD (Yoga), ML (quality) etc. And think of this language on the responsibility of working with the language of 0, 1 on the responsible assembler, programmers. But people's demand is not over. New new things emerge as a result of new demand. It has been seen that working with assembly language is a problem. So bigger programs are designed to create more easy and advanced different programming languages. For example - Fortran (Basic), Basic (Basic), Passakil (Pascal), C (C). But not over here, there are many more languages, one of which is C plus plus (C ++), Visual Basic, Java (Java), C Sharp (C #), Perl (Pearl), PHP ( PHP), Python (Python), Ruby (Ruby). Computer scientists are still creating the latest programming languages. Programmers use this language to write programs and each language has a different compiler, whose job is to convert the computer to understandable language, so programmers are not concerned about it.

The programmers have to do three main tasks while writing programs. First of his perception that he is actually going to do, what does his program actually mean? Then the algorithm was raised by thinking and using logic (argument). That means, logicoga is stepped in step. The next thing is to convert the algorithm into a programming language, which we call coding. Single languages ​​are more useful for single type of work.