Begin With C
Let’s start from the very beginning. When we speak we we begin with A, B, C. But in computer programming, experts say that it’s better to begin with C.
There are numerous programming languages created since the start of computing many decades ago. There are books and online tutorials available for almost each of them. But C language is an excellent choice for beginners. Not only it will provide you the necessary foundation of computer programming, but also it is still a common language in the industry until today. But why C?
C language lets you start from scratch
The basic concepts of the C language are the basis of other programming languages around. Even the world’s most popular computer language, Java, derives its syntax and programming concepts from C. Therefore, it will be easy for beginners to understand and learn other languages that are much complex.
C is a block-structured language
This means every code in the C language is written in separate block and is not connected with the code in the next block. Therefore, programming makes it easier for beginners with less unnecessary side effects.
C is a mid-level language
Programming languages are categorized into three – low level, middle level, and high level. Aside from being user-oriented, high level languages make software development fast enough. Machine=oriented, low level languages execute programs faster. Middle level languages like C combines the best attributes of both levels.
Object-Oriented Programming are written in C
When object-oriented languages became popular, C++ and Objective-C were the two different extensions of the C language that provided object-oriented capabilities.
C is for speed
The C language can also be used for website programming using CGI as a “gateway” for information between the web application, the server, and the browser. C is often chosen over interpreted languages because of its speed, stability, and near-universal availability.
Operating systems and drivers are written in C (for the most parts)
C is widely used for system programming in implementing operating systems and embedded system applications. The C code, when written for portability, can be used for most purposes, yet when needed, system-specific code can be used to access specific hardware addresses. If you want your programs to run on these systems, be familiar with C.