LEARN PROGRAMMING ‘’C’’ | BINARY COMPUTER
1. Portable
As Programming C is ASCII-based, it works well on various platforms including Windows, Linux, Mac OS X, Android, iOS, and so forth. Therefore, regardless of where you live, you can run your C programming anywhere.
2. Easy to debug
You can easily debug the code because Programming C does not require complicated statements such as loops, conditionals, variables, functions, arrays, points, etc. For example, if you have trouble running your program, only press Ctrl+D to immediately stop the process. You can then simply go back one line and keep working until the problem statement is reached.
3. Language that is focused on procedures
In the C programming language, users write procedures or functions to carry out their responsibilities. Because of the way it works, learning a procedure-oriented language is quite simple (algorithm to execute the statements you write). You need to frame an algorithm and start converting it into a function if you want to write a program in the procedure-oriented language.
4. Compilation timeframe
The C-Programming compiler generates machine code quickly. In a matter of seconds, about a thousand lines of code can be assembled. The C Compiler improves the efficiency of the code, allowing it to run faster.
5. Algorithms and data structures are executed.
The use of algorithms and data structures in C-Programming has resulted in highly fast and smooth program calculations. As a result, the C programming language may be used in more complicated computations and activities, such as MATLAB.
6. Memory allocation that is dynamic
Memory can be allocated dynamically or statically in the C programming language. We don’t know how much space our data structure will demand at run time in dynamic allocation. However, if we employ static allocation, we must set aside a predetermined amount of RAM before beginning the application’s execution. As a result, we have greater flexibility than other languages like Java, where all variables must be declared as final.
You can distribute memory at runtime with dynamic memory allocation. For example, if you have no idea how much memory your program’s objects require, you can run a program in C and allocate memory at the same time.
