Julia is a modern programming language developed to be available as a free, high-level and fast language. Julia was officially unveiled to the world in 2012 and made some great features.
You may consider what is the need for another language? So, let me tell you that programming languages can never be perfect. It is not the ultimate product, so it continues to change and evolve over time. Today, I will share five reasons to learn programming language Julia.
1. Codebase is written entirely in Julia's own language
If you can develop applications in Julia, it also means you can contribute to Julia. It is one of the most important advantages of Julia compared to other dynamic languages.
Let's take a Python example. You'll find a code written in C. Python also allows you to add C extensions. Not only that, but you can also type the code in C ++ and connect it to the Python code, giving it a big bump in performance. However, this will take away the main purpose of Python. The language is supposed to be simple and easy. Mixing it with other languages spoils its flavor.
Julia is above these problems. Its base, its standard library, primitive operations such as arithmetic, etc. are written in Julia's own language.
2. Very fast
Julia is designed to maintain high performance as a top priority. It comes with an LLVM interpreter that allows you to translate Julia applications into native code for multiple operating systems.
Julia does not need to know what type of variable you are trying to use, but knows how to plan in advance whenever you call a function.
In this language, when you call a function, the arguments are already known. The compiler uses this data to see the necessary CPU instructions required for the media assigned by carefully monitoring the functionality.
3. Has advantage in technical computing
Julia comes with great syntax for mathematics. It supports many types of digital data and provides parallelism by default. Julia multitasking is very suitable for identifying data types that resemble the array and its types.
For example, if you type a backslash, you can type a string (an equivalent LATEX string) to insert the corresponding character. This is a very useful feature for developers who can draw and write some equations directly. Such as if you type julia> \ sqrt <TAB>, Julia will replace \ sqrt with the square root symbol (julia>)).
4. Dynamic and easy to understand
Julia is a dynamic programming language but also benefits from static writing systems by indicating that some values have specific types.
This helps a lot in creating effective code and allows sending method to types of function arguments in an integrated language.
In order to make it more expressive, Julia also provides explicit annotations in the previously "unmatched" code. Annotations meet three basic purposes: improving human readability, capturing programmers' errors, and taking advantage of Julia's powerful multicast mechanism.
5. General purpose programming language
Julia was initially designed as a technical language but now you can use it even in general purpose programming. You can use Julia to write user interfaces, compile code code statically, and even publish code to your web server.
Julia works on a multicast model and makes it easy to express many functional programming patterns and objects. Julia's standard library also provides process control, registration, characterization, asynchronous I / O, etc.
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