Introduction
One of the most frequently asked questions by those starting their careers in computer science or related fields is which programming language to choose. Well, over the years, many different programming languages have been created by individuals around the world. But C and Python tend to be particularly attractive to programmers, who seem to be in great demand. If you want to learn more about C, join C C++ Training in Chennai with certification and placement support for your career enhancement.
What is C Language?
Dennis Ritchie created C between 1972 and 1973 while working at Bell Labs. One of the first general-purpose programming languages ever created, C was used to reimplement the Unix operating system’s kernel in addition to being used to create tools for Unix. C is used in the creation of a variety of portable systems and firmware in the present era. Numerous features, including recursion, lexical variable scope, structured programming, and a static type system, are supported by C.
C is also referred to as a middle-level language because it combines the characteristics of both low-level languages and high-level languages. Low-level languages provide little to no abstraction from a computer’s instruction set architecture, whereas high-level languages provide programmers with the ability to write programs that are more or less independent of a specific type of computer. Because of its many features, including structured programming, lexical variable scope, pointers, and others, the procedural language C attracted a lot of attention when it was first introduced.
What is Python?
Python is an interpreted general-purpose high-level language that is one of the most promising of the forthcoming eras. Python was first made accessible in 1991 as a replacement for the ABC programming language. Python’s indentation, which has been heavily stressed as a way to increase code readability, is one of its most distinctive features. Numerous programming paradigms are supported by Python, including Object-Oriented Programming (OOP), Functional Programming (FP), Structured Programming, etc.
Python uses garbage collection and has dynamic typing. Because of the abundance of capabilities it provides, Python is one of the most in-demand programming languages. It is used in many different industries, including software engineering, data science, machine learning, deep learning, etc. Because of how user-friendly it is and how simple it is to write Python code, many developers are choosing Python as their main programming language in modern times. Learn more about Python by joining Python Training in Chennai with certification and placement support for your career enhancement.
The difference between C and Python
- The C programming language was developed in 1972 by Dennis M. Ritchie. While Guido van Rossum initially developed the Python programming language, which was made public in 1991.
- The programming language C is procedural. Python is a computer language that emphasises objects.
- C is an intermediate-level language as it connects the gaps between machine-level and high-level languages. Python is a high-level language because it uses interpreters to convert Python code into machine language.
- The programming language C is compiled. Compilers are specialised programs that go through the C code line by line and stop compilation immediately if any errors are discovered. An interpreted programming language is Python. The entire Python code is checked by specialised programs called interpreters, and all problems are immediately notified.
- Python is slower than C since C is a compiled language. Because they are interpreted, Python programs typically run more slowly than C programs.
- When a variable is created in C, its type must be defined, and only values of that specific type are allowed to be given to it. Variables in Python are untyped, so you don’t need to specify their data type when declaring them. In various areas of the Python code, a particular variable can hold values of many data kinds.
- In C, memory management must be performed manually. Python’s built-in garbage collector automatically takes care of memory management.
- Pointers are supported in C. Pointers are not supported in Python.
- Because C is a procedural programming language, functions make up the majority of its functional units. Python is an object-oriented programming language, so most of its functional units are objects.
- The creation of hardware applications mostly uses the C programming language. A general-purpose programming language is Python.
- We must develop them from scratch in order to use different data structures like stacks, queues, etc. in C. Python has built-in libraries for data structures, making it simpler to use them.
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Conclusion
I hope that this blog helps you to get some valuable information about C. If you want to learn more about C, then join FITA Academy because it provides you with training from real-time working experts with certification and placement support for your career development.