Top 10 Reasons Stating Why Use Python for Web Development

Python, being a high-level language, permits you to emphasize the app’s main functionalities by taking into account general programming tasks. Several reasons are stating ‘why use Python’ for developing software apps, the shells of operating systems, and pages within a web browser.

The modest syntax guidelines of the Python programming language make it extremely easy to keep the code database readable and app maintainable. Let’s understand the concept of Python and various companies implementing it for their web development.

Python at A Glance

Python is an interactive, interpreted, and high-level scripting language. It is intended to be extremely readable. This scripting language often utilizes English keywords, while other programming languages use punctuation. Its object-oriented approach assists programmers in writing logical and clear code for minor and major projects.

Guido van Rossum initiated functioning on Python language in the late 1980s, as a descendant of the ABC language, and released it in 1991 as Python 0.9.0. Python is garbage-collected and dynamically typed.

It facilitates manifold programming paradigms, comprising functional and structured (chiefly procedural) programming. It has fewer syntactic structures than the rest of the languages. It is often defined as a ‘batteries included’ programming language owing to its wide-ranging standard library.

The latest version, Python 3.9.4, furnishes installers and source code that are accessible to download.

  • Interactive: You can interact with an interpreter straightaway to write your agendas.
  • Interpreted: Python language is administered at runtime by an interpreter. You do not require to accumulate your program before implementing it. This is much similar to PHP and PERL.
  • Beginner’s language: Python is an excellent programming language for beginners. It supports creating a comprehensive range of apps from www browsers to simple text processing to some games.
  • Object-oriented: Python language supports object-oriented technique or style of programming that captures code within the objects.

Top Features of Python

Python employs a grouping of a cycle-detecting garbage collector and reference counting for memory management and dynamic typing. It features vibrant name resolution, which binds variable names and methods during program implementation. The features of Python are as follows:

  • Extendable: You can include low-level modules to Python interpreter. Such modules allow programmers to customize or add tools to be more effective.
  • Portable: Python can work on an extensive range of platforms and has a similar interface on all the stated platforms.
  • GUI Programming: Python programming enables GUI applications that can be formed and ported to many Python libraries, system calls, and windows systems, such as Macintosh, the X Window system UNIX, and Windows MFC.
  • Scalable: Python delivers better support and structure for huge agendas than shell scripting.
  • Databases: Python offers interfaces to all chief commercial databases.

Why Use Python?

why use python?

Python is a high-level and general-purpose language. It can be employed to form desktop GUI applications, apps, and websites that function on refined algorithms. The most prevalent answer to the question ‘What is Python used for?’ is mentioned here. It is broadly recognized as one of the versatile programming languages that can be utilized across various projects.

It also allows you to aim at an app’s core functions instead of focusing on the insignificant details. As per Stack Overflow, the graph depicts that Python has grown in popularity when compared to Javascript or Java. The following are the reasons that will help you get apt answers to the question ‘Why utilize Python?’

  1. Supports Manifold Programming Prototypes

    Python is built to aid any Python developer in writing clean and logical code for both small and large-scale projects. It facilitates the below-mentioned network programming prototypes and tools:

    • Functional programming: In a functional kind of programming, web developers attempt to bind the whole thing in a sheer scientific and computational way. It includes the assessment of multifaceted expressions. Here, some of the programmers principally focus on the anticipated result and not on computing it.
    • Object-oriented programming: It is created on the idea of class and object. In simple terms, such classes and objects are the collections of data that comprise variable data types and fields in the type of code. This programming starts with scheduling and diagramming the project. Then classes and objects are built, functions are constructed, and data fields are positioned, commencing to take the development ecosystem.
    • Procedural programming: It is founded on the procedures or programming paradigms that contain any sequence of computational stages. Its key objective is to emphasize the program’s agenda, then recognize the complications and break them down into more manageable elements (termed as modules) to resolve the chief goal. Here, the plan is intended in a storyboard pattern.
  2. Python Code is Easy To Use and Read

    The efficiency of any application prominently relies on the value of its source code. A vigorous app requires an influential programming language that is simpler to read, upgrade, and preserve.

    Python integrates all these characteristics. It presents everything, containing a set of huge utilities and libraries that are desirable to develop amazing frameworks and applications.

    Some prime benefits that Python presents to the organization and developers are:

    • Python has a structured and clean code database, forming the maintenance chores of the software simpler for Python developers. It does not necessitate developers to write extra code, and hence, saves their valuable time and effort.
    • Python’s syntax rule is made with English keywords mainly, accentuating the code readability. Such readability plays the main role while developing the application. Customers’ needs can change once the software functions in the real-life.
    • Moreover, you do not require to worry about the varying necessities. Even if the web developers have formerly developed the application with the initial and inventive code, new web developers can easily understand that inventive form of the code and device the new requests accordingly.
  3. Huge Standard Library

    Python language has a large and robust standard library that makes it prominent from the rest of the programming languages. Its library comprises an extensive series of modules, web service tools, and operations that you can opt for and utilize for your apps without writing extra code.

    Its standard library offers low-level particulars to developers. Thus, developers can emphasize the logic of the app rather than considering low-level specifics for the apps. As most web developers are acquainted with its library, the code delivered by Python’s library is more sustainable and can be reutilized across the developments easily.

    This allows the new programmers joining the company to understand the existing projects, limiting the learning curve. Python’s library is tested and well-optimized, providing an effective and reliable code for your app.

  4. Asynchronous Method of Coding

    It does not take much time and effort to write and preserve asynchronous code utilizing Python as there are no research contention or deadlocks, or other such confusing matters. Every unit of this code activates distinctly, allowing you to manage varied problems and situations faster.

  5. Open-source Benefits

    Python language possesses an open-source license. This makes it effortlessly available to users and supports unrestricted and redistribution alterations. Developers can generously use this programming language and facilitate its improvement.

  6. App Scripting and Software Testing

    Owing to its solid integration with Java, C, and C++, Python can be easily employed by developers in web application scripting. Intended to be embeddable from the initial stage, it can be tremendously beneficial for modifying large applications and computing robust extensions for them.

    Python is used in test automation. Many QA automation experts select Python for its easy learning curve, clear syntax, readability, and strong community. Additionally, it has an easy-to-employ unit testing framework. For example, you can execute geolocation testing for mobile devices with it.

  7. Simplify Intricate Software Development

    Python is an all-purpose language used for building web and desktop applications. Furthermore, you can utilize Python for building complex numeric and scientific applications. This programming language is intended with characteristics to assist visualization and data analysis.

    You can gain several advantages from Python’s analysis traits to generate customized big data solutions without even investing extra effort and time. Simultaneously, APIs and the data visualization libraries provided help you to envisage and furnish data more effectively and appealingly. Many developers use it to achieve natural language processing and artificial intelligence (AI) tasks.

  8. Interactivity and Portability

    Python contains notable abilities for fast prototyping and dynamic semantics, which is conceivable owing to its portability and interactivity. It can be inserted easily in an all-inclusive range of applications, even the ones that utilize diverse coding languages.

    Subsequently, you can fix novel modules and prolong Python’s basic vocabulary smoothly. It can effortlessly associate various components. And it is sometimes termed as ‘glue language’.

  9. Cost-effective Method

    Python, being an open-source programming language, states that no licensing fees are required to employ it. Hence, this makes Python be the most affordable and reasonable choice for many enterprises. It presents all-inclusive web development tools, libraries, and open-source frameworks that considerably diminish development cost and time.

  10. Well-suited For Major Systems and Platforms

    Python facilitates all the major architectures and operating systems. Let’s take a closer look:

    • With this support, Python code can run on different platforms. Being an interpreted language, its code is implemented line-by-line straightaway without a precondition to accumulate the written code into machine commands first.
    • Whereas in compiled programming languages, namely, Java, C, and C++, a compiler translates the written code into machine commands altogether, rather than line-by-line and then the performance of code gets into the picture. Python presents the following advantages over compiled programming languages.
    • It is simpler to execute the same Python methodology on various platforms, comprising Linux, Windows, and macOS. You just have to ensure that Python is fitted on the computing device to perform the code.
    • Since its code is implemented line-by-line and not concurrently, it is easier to modify the code database and execute the altered code and look at the influence of variations in the result immediately.

Top Python Web Frameworks

Python language is specifically known for its influential web frameworks and is occupied with numerous choices apt for your project management requirements. Whether you need to build a complicated website or a simple application, with the assistance of Python frameworks, you can create an efficient and secure backend script easily. Below are the top Python frameworks that will provide high-performing web solutions in 2021:

  1. CherryPy

    cherrypy icon

    CherryPy is an object-oriented and open-source Python framework that abides by a minimalistic method. This micro-framework, issued in 2002, is one of the oldest Python web frameworks and has immense popularity.

    A CherryPy-based application is a separate Python app with its fixed multi-threaded web server and functions on any OS. This type of application can be installed anywhere a regular Python application can function.

  2. Django

    django icon

    Django is one of the most preferable software development frameworks for building Python applications amongst developers. It accentuates less code, reusability and pluggability of components, low coupling, the principle of don’t repeat yourself (DRY), and rapid development.

    Being a full-stack framework, Django seamlessly suits complex and large projects. It is an exceptional solution due to its huge quantity of frequently used functions, which eradicates discrete Python libraries’ requirements. It includes URL routing, authorization, a template engine, an admin interface, ORM for interaction with databases, email, and web services. All these characteristics make Django a versatile and scalable framework.

  3. Bottle

    Bottle icon

    The Bottle framework is well-suited for prototyping and small-scale projects as it is minimalistic by design. It contains a single source file. Apart from a customary Python library, it has no exterior dependencies.

    It is quicker than many of the frameworks available, but it lacks the functionality wanted for large-scale projects. It has routing with support for URL parameters, an inbuilt HTTP server, template support, debugging in ‘debug’ mode, downloading files, and convenient work with forms.

  4. Flask

    Flask icon

    The notion behind Flask is developing a solid groundwork for the rapid scaling of any web project. It is an apt choice for standalone applications and quick prototyping. Flask, being a microframework, states that it is focused more on simplicity and less on functionalities. It is based on Jinja2 (template engine) and Pocoo projects Werkzeug (utility libraries for Python).

    As it is a lightweight framework, it can be modified to a diversity of tasks. It has various useful features, namely, the Jinja2 template engine, the ability to connect any ORM, support for secure cookies, an integrated development server, and a quick debugger.

Industries That Use Python

industries that use python

Python’s code base is easily readable, and the app stays maintainable altogether. It also makes it simpler to code in intricate applications utilizing extremely flexible programming language in the field of data science, AI, and IoT. GitHut, a conception of GitHub language status, pins the growth of Python. Below are some of the vital industries that utilize python for robust project development.

  1. Python and Machine Learning

    Many machine learning scales have been established by Python, with the versatility and size it presents. Machine learning (ML) requires a consistent coding background that can be molded into precise project requirements. Python is fuelling many inventive projects that influence ML and has been supplying support to the exact application domains.

  2. Python and Game Development

    Python is a greatly flexible language for game development. It has gained popularity in this field as it can generate an enchanted game ecosystem for developers or coders to explore new dimensions. Many software packages in the market develop the central Python script, and numerous developers utilize them to get ready for gaming. Such game development is an exceedingly progressing area that requires versatility to explore completely.

  3. Python and IoT

    In the sphere of IoT, the Python programming language is highly preferred. Its scale and flexibility across all parameters make it a feasible technology for being exercised across borders. The explicit IoT frameworks can be formed utilizing the primary power of Python. Python also inclines to be employed as an explanatory scripting language, which makes it similar to utilizing a Java JIIT compilation software.

    This states that there are innate code compilers such as Cython that make the task very comfortable. It also allows for more compressed implementations, and microcontrollers can amplify under the pattern.

  4. Python and Data Science

    Data science has been enriched by utilizing Python coding. It has a software development environment and code base that makes it simpler for its developers to create multifaceted algorithms on which image processing or data can be executed. The essential code makes it highly scalable to attain quick data analytics and produce new insights from the current data which is very helpful in the field of data science.

  5. Python and Robotics

    Active knowledge-based and self-learning robots can be created exercising Python. This language has many characteristics that furnish the essential support for robotics to prosper. Robotics and data science need a multidimensional way to utilize coding, which is specifically what Python delivers. It also supplies the developer’s skill level and permits sophisticated robots to utilize streamlined web development frameworks and tools.

    Novel robots can be added with much ease, together with older versions of robots being upgraded employing the Python scripts. Hence, the part of Python in robotics, data science, and AI becomes very imperative.

Python for Web Development

These days it is imperative to select the correct tools to build or rebuild your web app or website. The PopularitY of Programming Language (PYPL), founded on foremost indicators from Google Trends search keyword study, displays Python at the top.

Many companies extensively use the Python language to analyze data, automate operations via DevOps, build web apps, and create scalable and reliable enterprise apps. Below listed are the companies that use Python that have mounting popularity:

  • PayPal utilizes Python across their whole setup and writes technical blog articles on the packaging, optimization utilizing C, and constructing DNS.
  • Goldman Sachs employs Python and asks applicants about user experience with the language during the interview process.
  • Uber’s technology stack comprises a noteworthy amount of Python, which they have documented in a sequence of engineering posts.
  • Netflix employs Python across their company to execute disorder engineering tests and usually sticks together with the code from their high-level functioning of polyglot team members.
  • Google utilizes Python excessively and authoritatively supports it internally being one of their three central programming languages (the other two being Golang and Java).
  • Spotify, a music streaming app, is the chief market player that integrates data analytics to administer its Discover and Radio features.
  • Instagram, a social media platform, depends on Python to allow its active users to edit, share, and store their designs in a personal digital folder.

Frequently Asked Questions

Why do we use Python?

Python is often utilized as a ‘scripting language’ for web applications. This states that it can mechanize explicit series of jobs, making it more effective. Therefore, Python language is often exercised in software apps, some games, the shells of operating schemes, and pages within a browser.

What is Python best used for?

If you require to work with any sort of data – data analysis, scraping, visualization, AI, or machine learning, Python is the best option. There are numerous significant libraries for every task, greatly used in production and research environments.

What are the benefits of Python?

The significant benefits of using Python are it has many support libraries, third-party modules, learning ease and support available, open-source and community development, high productivity and speed, and user-friendly data structures.


Conclusion

From this blog, we have examined the crucial reasons stating why use python for robust project development. Its coding language focuses on the excess of novel technologies while offering a standardized coding situation. Contact Monocubed to build simple and clear Python applications that function seamlessly in small and complex projects.

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Author Bio
Jigar Mistry
Jigar Mistry
Designation: Founder - Monocubed

Jigar Mistry is the Founder of Monocubed and is the main curator and writer of the content found on this site. He has 14+ years of experience in the information technology industry. He always believes in quality, in terms of code and application.