Python has been rising for the past few years, but last year it was as far back as #3, whereas this year, it wins overall with a rank of 100. Python, C, Java, and C++ round out the top four, with all well above 95, while the fifth place contestant, C# (Microsoft’s own language, developed as part of its .NET framework) sits at a solid 88.6. The drop-off in spots #5-10 is never as large as the gap between C++ and C#, and the tenth language, Apple’s Swift, makes the list for the first time at 75.3 overall rank.
The Python programming language has come a long way since it was first released in 1991. Today, it is quickly becoming a first-class enterprise language used in production.
Python is being used in a variety of ways. Many computer programming languages have a niche area that they serve. For example, Bash scripts focus on operating system tasks, while Ruby focuses more on web development. It seems like Python is used in every domain — system operations, web development, deployment, scientific modeling, etc etc. There is no other language that is so versatile,” the Python Software Foundation (PSF) board of directors wrote in an email interview with SD Times.
Python had remained in the backdrops for a long time. Programmers are now dusting it off the shelves because of its performance, efficiency, and secure environment. Python is a gem of a language owing to its features. It is gaining popularity as a leading technology among programmers. It is easy to use, easy to learn and can be updated to suit the ever-evolving technologies.
Easy to learn
It is one of the best languages for beginners in programming. Any programming language has to be easy to learn and apply. If the application and the learning are difficult, then wide adoption is a problem.
A programming language has to be very efficient to be widely used and applied. Any new technology has to fit the standards JAVA and Python has set with respect to efficiency. Because of the built-in methods and classes, Python helps a developer execute common tasks and repetitive functions systematically and seamlessly.
Scalability has been a key requirement nowadays. Methodologies like Agile cater to this crucial requirement that helps companies deploy applications in parts. Python helps a developer do just that.
Every new technology has an expiry date. They will be replaced by a newer, better option. If a technology crosses the time barrier and spans for years, then it has the ability to adapt to changes. Python is definitely such a language. Because of such an adaptation to evolving changes, Python is being used to develop web applications and mobile apps currently.
Python is suggested as a very good language to learn for beginners in programming, which is attributable to its easy commands. Apart from being secure, reliable and robust, this time-evading programming language has 24/7 support from Python community that will help you as you learn and implement.
- It’s easy to learn, so it’s great for people with non-tech backgrounds.
- It’s emphasis on clarity and readability makes it fantastic for groups, and easy to maintain over time.
- It’s mature enough that there are no glaring holes in its design.
- By and large its community is active and helpful, and pythonistas generally have a pretty good reputation.
- It’s versatile; you can do everything from web development to scientific modeling, and all of those things have well supported tools.
- Python is fast to write. Because everything is so straight forward you can churn out an entire project in a weekend.
But there are two huge marks against Python.
- It is interpreted. This makes it fast to write, but slow to run. Sure for small projects you probably wont notice a difference, but Python programs will always be limited at scale where compiled languages like Go or C++ have an advantage.
- It is dynamically typed. Dynamic typing is great if you’re lazy, but the amount of run time errors it can allow is unfathomable, and can also make development painful if a project gets big. Again, this isn’t a problem for small personal projects, but anything at scale is going to suffer substantially without static typing.
Python is totally unsuitable for systems programming like writing operating systems and device drivers.
Python is incapable of writing high-performance graphics programs.
Python has rightfully been called “Pseudocode which actually runs”. There’s often no need for pseudocode if you can show some Python. However it has its weaknesses.
All things considered we would call Python a very good language, but would assert the best programming language is variable dependent upon the programmer and the project.