The above statistics reveal that the increased prevalence of computers and electronic devices has given rise to the demand for programming languages. Basically, they serve as the set of instructions that direct computers to behave and carry out tasks.
The knowledge of programming languages is becoming an important skill and mastering any of these languages can make you successful in the business world.
Scope of Programming Language(s)
Here in this article, we will discuss the pros and cons of major programming languages that can turn out to be very beneficial for you.
Not only is it the simplest, but it is the most effective programming language that you can learn without any prior knowledge. Even if you are not a data science student, you can start with it. This language is mainly used for machine learning and Artificial intelligence.
The good news is that you do not need to pay any fees to start with Python. So if you have an interest in web development, data science, and coding, you should learn Python as a programming skill.
Nowadays, various companies are using Python for various purposes.
Some of the companies that use Python include Instagram, Google, Netflix, and Spotify. Most importantly, it is being used by Google to enhance its search engine capabilities.
- Easy to utilize as it is similar to the English language
- It focuses on versatility in development and does not follow the standard configuration.
- Helpful for the companies in the generation of clear reports.
- It supports OO, procedural, and functional programming methodology.
- Fun to use and easy to understand.
- Open-source language with a wide community.
- Works for all kinds of operating systems.
- Widely used programming language.
- Does not interact with weak components of the mobile operating system.
- Speed of development is low as compared to other languages.
- No web browser integration.
- Not the best scripting language.
- Object-oriented programming language
- Simple and secure
- Cheap and economical to maintain.
- It is platform-independent, and you can run it on any machine even without installing any software.
- Portable and stable.
- A great coding language.
- You have to deal with complex codes.
- Requires significant memory space.
- Not an attractive look.
- Does not provide a backup facility.
Being one of the modern programming languages, it is a strong competitor of Python. It can also address the issues occurring with Java and runs on JVM. It is also used for web programming purposes and can perform complex machine learning algorithms. The best part about this programming language is that it can handle complex data queries. It not only provides support for object-oriented programming but also for functional programming.
It is a fast, efficient, and compact language as compared to Java and Python.
- Provides pretty good IDE support.
- Fun to use and easy to pick up.
- Highly functional and great for data analytics.
- Can handle big projects with accuracy and efficiency.
- Highly scalable (Its name is derived from the words, scalable and language)
- Capable of performing complex machine learning algorithms.
- It supports a wide range of languages and frameworks.
- Sometimes you have to deal with bugs.
- It is not completely free and open-source.
It is an open-source programming language that was built mainly for statisticians. Interestingly, its creators are also the statisticians, and it seems they developed it to help one another. With this programming language, you can deal with all kinds of statistical computation, including the formation of charts and graphs.
Although it is not as easy as Python and Java, you can learn it within a few months if you are ready to spend time. There are many libraries for data science in R that make it diverse. So the learning can take much time if you do not have any prior knowledge because it has a steep learning curve.
- It is an open-source programming language
- Provides exemplary support for data wrangling.
- Highly compatible language.
- Platform-independent language.
- Provides eye-catching reports.
- Can develop statistical tools.
- With the wide array of packages, this language appeals to a wide range of industries.
- Does not have support for dynamic and 3D technologies.
- It utilizes more memory as compared to other languages.
- Not an ideal option while dealing with big data.
- R lacks basic security.
Last but not least, it is a powerful programming language that can compete with Java and approach the performance of C++. Though it is a high-level, high-performance language, you can use it to learn it very quickly and easily. Being a dynamic and fast programming language, it can provide the best numerical computation speed. You can also use it to implement mathematical concepts such as Linear Algebra.
In short, many of its features are developed for computational science and numerical analysis. In the world of web development, it can be used both for front-end development and backend development purposes.
Remember that Julia is very fast and works more quickly than Python, R, and C++.
- Offers the easiest syntaxes.
- 30 times faster than Python.
- Easy to learn.
- Best libraries for mathematical operation and automatic differentiation.
- Supports an astounding degree of interoperability between unrelated libraries and codebases.
- Free and open source.
- Powerful shell-like capabilities.
- Jupyter notebook integration.
- It is hard to master.
- Does not have enough killer applications.
- It mostly serves scientific niches.
Now we have gone through the most popular programming languages for data science, remember that they are not without disadvantages or cons. The data science industry is rapidly overcoming its weaknesses and is getting better all the time.
In 2021, Python is a high-level language and considered the best language as it has many libraries for data science and a massive number of packages. However, other programming languages are making their contribution and can perform various data science functions. If you want to learn the programming languages, you must know the strict syntax, objective c, GUI applications, PHP developers, data analysis, reusable code, active community, memory allocation, web application hypertext preprocessor visual content and garbage collection.
Well, which of the above-mentioned programming languages seems most helpful to you? Python or Scala?
Interesting related article: “What is Software?“