Python vs Rust: Choosing Your Language
Python is among the most widely used and well-known programming languages today. It powers everything from basic scripts and web applications , to data analytics. However, Rust is an up-and-coming programming language that is rapidly gaining traction within the tech industry.
Each of these programming languages has each with its own unique advantages and drawbacks. For this post, we'll look at how each one performs against each other, and then determine the most suitable one for your specific needs.
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What is Python?
Python came into existence in 1991 thanks to Guido van Rossum. This is a multiparadigm language created to be easily extended and assist users in working effectively.
Python removes the most common elements of other programming languages , such as curly brackets and semicolons while offering a simple programming experience that is simple in syntax that enhances code readability. Python is considered to be a more accessible language because of its simplicity.
The flexibility and extensibility of Python allow its use across a range of fields that range from administration of systems and application development, to machine learning, data analytics and development of artificial intelligence.
What is Rust?
Rust is a multiparadigm general purpose programming language developed by Graydon Hoare of Mozilla Research. Rust is a language that is focused on stability, safety and performance. It is a statically-typed programming language, with an efficient memory structure and is C/C++ compatible.
Although Rust is a more recent technology than Python however, it has rapidly gained popularity in the developer community. It is the most popular of all technologies, in accordance with the 2021 StackOverflow survey of developers.
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Comparing Python vs Rust
As we've got an understanding on Python and Rust today, let's look at comparing the two to see how they compare to one another.
The ease of programming
Python is designed in a way to give developers a more simple development experience. Its highly understandable syntax and code structure give developers a more enjoyable understanding of how to code. In addition, it is easy to adapt Python to meet any requirement and get started quickly since it is suitable for numerous applications.
However, Rust is geared more toward system programming and is better designed for specific scenarios. Rust has a more difficult learning curve to make use of its capabilities correctly.
Performance
As an interpreter language, Python is slower than other languages, even with options such as CPython designed to speed. Rust is more efficient and could be double the speed of Python. Because Rust is directly converted in machine code there's an interpreter, virtual machine or no interface to connect the program as well as the hardware. Another thing that boosts Rust's performance is Rust is its management of memory.
Even lacking a garbage collector, as the one in Python, Rust ensures proper memory management from the start by making sure that memory leaks as well as irregular memory behaviours. All in all, Rust has comparable performance to languages like C or C++ without the overheads.
Garbage collection
Rust allows developers to save data to the heap or on the stack. This feature is available during compilation of programs to determine when storage space is not needed and must be removed.
Furthermore, this option cleans out any data, without the requirement for the program to make a decision on the allocation and cleanup of memory. Rust is able to be combined with languages without altering them, since it removes the requirement for running an ongoing garbage collector.
Python makes use of a garbage collection to identify memory that isn't in use, and clears out that inefficient memory when it is in operation.
Documentation
Both of these programming languages have excellent documentation provided by official sources and community-based sources. Python documentation is easier to understand for beginners and even contributions from the community are clearly stated with a simple manner.
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Rust also comes with a clear and easy-to-read documentation. It's however focused on more experienced users and may be quite complex when in comparison to Python.
Extensibility
Python provides a clear benefit in the sense of extensibility thanks to the vast number of frameworks, libraries and software that can be used with Python or work with Python.
Although Rust is not a well-established language, it is rapid growth in its community due to its increasing popularity. But, it's not as popular as the languages offered by Python.
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