#python programming langauge

[tpointtechblogs]

Top 8 Things to Know About the Python Programming Language

Discover the top 8 things to know about the Python programming language in this quick guide. Python is a beginner-friendly, high-level language known for its clean syntax and powerful versatility. It’s used across industries for web development, data science, automation, AI, and more. With strong community support and an extensive library ecosystem, Python helps developers build efficient, scalable applications. Whether you're just starting out or advancing your career, Python remains a future-proof and in-demand programming skill for modern tech development.

[solus-official]

PROGRAMMING QUESTION

hey i got a question about programming languages that i feel like is a very stupid question but i wanna ask it anyway is there a reason besides "easier to learn/more classes available/ect" that most consumer programs/devices/games tend to be written in JS, Python or likewise? Like, I don't know what the actual amounts are for how many things are programmed in what languages, I just feel like most things are programmed in "The Popular Langauges" I feel like I never see a software or device or anything that's just programmed in C (or children) and I've definitely not seen something programmed in Rust in a very long time Maybe i'm just dumb and I don't know how things outside my very limited perspective get coded and I just need a reality check but theoretically nothing is stopping a big company from programming their next touch-screen control panel thing in C, right?

[tccicomputercoaching]

Here are four easy-to-learn programming languages that are great for beginners:

[a-journey-of-a-thousand]

Python dynamic typing

It seems that python uses polymorphism, similar to javascript to allow dynamic typing. What this basically means is that you don’t have to declare the type of variable you create, like you would in Java or C. Under the hood, a variable gets assigned to an object in memory that has a field for its type (which references another object that represents all of those types) and space for its actual value.  The variable name doesn’t need to be typed because its only a pointer in memory to that object. This reminds me of javascript, where an object has a prototype chain to the ‘object of ...’ ie. the object of all Arrays. That’s similar to what’s happening in python, where an object’s type references an ‘object of ints’ or something. As I learn python, I understand why things in Javascript is the way they are. I see there is a history of how computer languages came to be, from

C -> Python -> Javascript

When I only learned Javascript it didn’t make too much sense, but now I see it from the point of view as, if I were to make a language from scratch, how would I implement variable types? It totally makes sense to point them to one global variable type. Any immutable types (numbers, strings, tuples) don’t share pointers. So if you point two variables at the same value they will make independent copies that don’t change if you modify the other. a = ‘string’ b = a a = 2 print(b) // ‘string’ Python under the hood wont immediately delete small numbers or strings and keep them in memory in case they are referenced later. The opposite is true for mutable types, (sets, dictionaries, lists) if you have two variables sharing a pointer to the same object, mutating that value will change it everywhere.

[thatboredreviewer]

Python

Okay, so recently I began my journey on learning the language of Python, I have not gotten that far in it and am still familiarizing myself with the syntax of this popular and easy "trending" language. I should mention that the python language is not my first computer language. For five years now I have studied Java and object oriented language, I am also currently learning C language which is procedure oriented. I have also dabbled in various other languages which I personally consider the classics- HTML, CSS, LOGO, BASIC and VBASIC. I have also studied a few other languages but not in as much depth perhaps.

Python is acceptably and extremely easy language to master in comparison to the other languages like JAVA, C, C++.

It does not have the constraints of things such as variable declaration, or variable data types. There is no constant need to put semi colons in order to end statements in python which always are a cause of pain for programmers who forget to put a measly semicolon in a complex program and then find it difficult to isolate the error in syntax throughout the program.

The use of indentation instead of curly braces was also a very interesting and refreshing way to look at the programming construct of python. Of course languages like JAVA also encourage indentation in order to increase code readability but unlike python it is not a compulsory requirement as it is in python to define a block of code.

What particularly blew my mind however was the multiplication of strings and numbers to cause repetition of the string that many times, which I do personally consider a neat trick. I believe the term for this is called OPERATOR OVERLOADING. Using the operator of * for both multiplication of numbers as well as string repetition.

Overall what I have found from the beginning of my journey in learning the language of python, which I am sure will definitely have more interesting tricks up it's sleeve. I think it is both a chaotically different language from JAVA, C, C++. Although based on the construct of those languages, Python uses much easier routes to perform tasks in the language. Of course my personal bias for the language of JAVA from years of dabbling in it keep me at a conflict to whether the lack of semicolons makes me feel like the code is empty or the easier ways to do the program is better or not. I find it to be a refreshing and interesting journey.

I do however stand by my original opinion that anyone learning how to program should not start their journey from Python if they are interested in learning other languages in the future. Python is admittedly an interesting and fun language to learn and understand, but if we begin our journey in programming from Python, it will be much difficult for the user to understand the other languages which use much more complex codes and a stricter syntax than python. The concepts of data types, syntax errors and others would provide a more difficult task to adapt to. Of course in the end what any programming language requires is the use of proper logic and understanding. The adaptability of the individual to change between the different languages is secondary in a way. But to start from python and then to move to older languages could be in a way like relearning how to code itself, if not completely from square 0, then from square 1.

I do think Python is a wonderful language however and I am going to enjoy spending my time learning the various parts to the language and see what it holds for me.

[contractjobs]

What is Python ?

Python is high level programming Language which is used to build scripting language for different Web Applications. Apart from that, you can also Automate the specific series of Task by defining certain Functionalities using Python's Syntax. Python Programming Language was released in 1991 by Guido van Rossum, Python is one of the third most popular programming languages after Java and C. Why Python Programming Language is so Popular? There are many reasons as to why python has become many programmers’ favorite: 1. Python Language is Flexible 2. Capability to Automate the Tasks 3. Numerous Python Libraries and Framework are Available 4. It is efficient, reliable, and much faster than most modern languages. 5. Easy to Learn

Source: https://www.contract-jobs.com/blog/what-is-python-language-why-is-it-so-popular/

[csmates]

Top 5 websites how to learn to code online? - csmates.com

[izicodes]

What is the best coding language to learn first ??? And the most useful to learn for the future?

'What is the best coding language to learn first?'

I would say it depends if you prefer technology you're interested in e.g. web design, machine learning, software development, game development, android/IOS development, Artificial Intelligence etc. Definitely look into what sector you're interested in so you can find the right languages to start learning with.

BUT for you're brand new to coding and have no idea what you're interested in, I would recommend starting with the '3 basics':

1. HTML5

2. CSS3

3. JavaScript

These languages will just get you used to coding in general. I truly believe these are the must-have languages everyone should learn.

A programming language that is becoming popular right now is Python. When I was applying for a software developer apprenticeship, they all asked if I had any experience in Python. Every single one. So, it must be in demand ( ╹▽╹ )

'And the most useful to learn for the future?'

Before I say anything else, the basic 3 will always be needed. They will never go away in my opinion. They been here for over 25 years and are still being used now! (人*´∀｀)｡*ﾟ+

I recently did my own little research: I searched for Software/Frontend/Backend Developer jobs (you can do the same with the actual job you want to do) and looked at the programming langauges requirements and this is what I gathered after looking at 22 job posts in the UK (I do need to collect more but that's what I got so far):

BUT if you read articles like the one on HackerEarth, they provide this very handy diagram showing you the top 10 programming languages of the future. Not necessarily saying these are new programming languages but will be in-demand in the future:

Advice

What I would advise is if you're brand new to coding, start with the 3 basics. Once you got a hang of it, you can divert to what job you want to focus on and learn the required programming language(s)! Be sure to read articles to get more insight on this! Hope this helps and good luck coding! (*˘︶˘*).｡*♡

[professor-doc-emeritus]

How do programming languages with regard to different human languages? Since it's all set terms can you just set your coding software of choice to a different language and it'll just translate that code into that programming language but in spanish or japanese? or do all the mainstream coding languages just work in english only?

things like vairable names and comments work fine in any language, so long as the IDE and compiler has access to than language's alphabet in their font database. Things like loop names, variable types, and native object and function names, however, only exist in the language the programming language has support for. For example, 'print' is always print in Python. You can actually see a good examples of this in, of all things, the dragon maid anime:

about 1/3rd of all programming languages are made in english speaking countries, and even languages that aren't made in english speaking countries often use english syntax for international appeal. Python was made in the netherlands, Ruby in japan, but both use English syntax.

That being said, there's lots of programming langauges with non-english syntaxt. Qalib in Arabic, Nadeshko in japanese, Kalaam.io in hindi, etc. There's even programming lagnauges for more niche languages, for instance Lusus is written with Latin syntax.There are also several translations of popular/important programming languages into other natural languages, for instance Python and Basic have both been translated into numerous other languages like Chinese and German. There are even a small handful of programming languages that are meant to be international, and have native support for syntax in multiple languages.

That being said, most of the programming languages with a meaningful market share are written in english, and even if an existing translation exists many companies use the original english syntax since it's easier for international workers to work on the code. Native english speakers have a big leg up on the rest of the world, since the syntax is in their native language, and most of the documentation in their language is easily available and up to date. It's a lot harder to 'just learn to code bro' when the only language with syntax in your natural language is 10 years out of date!

[myteweb]

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[inspigeniuseducationcenter]

Coding for Kids - Best Coding Classes for Kids,  specially designed for kids ages 6-18.  Coding for Kids course increase logical thinking and help to grow brain faster.

In this session your kids will learn

The concept of coding is with the graphical user interface.

Game development using block based coding.

A kid will learn Advance Game Development, Mobile App Development, and Design Digital Art for games.

A Kid will start writing actual Python Langauge code to develop a program. Step by Step moving ahead!

We will teach WordPress, HTML and CSS Coding to Kid at this level. A kid will be having his/her own Website.

[plebcoder]

Programming languages

Whats neat about programming langauges are that they are “portable” in the sense that they can be installed on multiple arhitectures. Take python for example https://docs.python.org/3/library/platform.html, works on both linux, windows and mac. The “portability” aspect of general purpose programming languages might vary in feature-completeness between platforms.

[tccicomputercoaching]

4 EASY TO LEARN PROGRAMMING LANGAUGES

Here are four easy-to-learn programming languages that are great for beginners:

### 1. **Python**

- **Why it's easy**: Python has a simple and readable syntax that mimics natural language. It abstracts many complex details, making it beginner-friendly.

- **Uses**: Web development, data analysis, machine learning, automation, and scientific computing.

- **Example**:

  ```python

  print("Hello, World!")

  ```

### 2. **JavaScript**

- **Why it's easy**: JavaScript is the language of the web and can be run directly in the browser, making it easy to see results immediately. It's versatile for both frontend and backend development.

- **Uses**: Web development, building interactive websites, server-side development with Node.js.

- **Example**:

  ```javascript

  console.log("Hello, World!");

  ```

### 3. **Ruby**

- **Why it's easy**: Ruby has an elegant and readable syntax that is designed to be intuitive and human-friendly. It's known for its simplicity and productivity.

- **Uses**: Web development, especially with the Ruby on Rails framework, automation, data processing.

- **Example**:

  ```ruby

  puts "Hello, World!"

  ```

### 4. **Scratch**

- **Why it's easy**: Scratch is a visual programming language designed for beginners, particularly children. It uses a drag-and-drop interface to create programs, making it very accessible.

- **Uses**: Learning programming concepts, game development, interactive stories, animations.

- **Example**: Create a new project, drag the "when green flag clicked" block, and then drag the "say 'Hello, World!'" block.

These languages provide a solid foundation for understanding programming concepts and are widely used in various fields, making them practical choices for beginners.

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[shieldfoss]

Do you have any thoughts on Lua? I've had to write a few lines in it a long while back, and it was the only programming language I've ever enjoyed working with. But apparently it's not suitable for more complex or high-performance tasks.

I can furnish an opinion real quick - “I know extremely important high-pressure code that uses LUA for some amount of customization (mainly in how to select the data to be worked on) so it can’t be all bad” - but I’ve never worked on it myself except some extremely limited bug-finding in other people’s code so I don’t have any personal opinion on Lua as a langauge in general.

But if you enjoy writing Lua: Keep doing that until you run into problems you can’t solve with Lua and be happy you solved your other problems first so you don’t have to worry about those while seeking out a solution to your new problems.

( I am reminded of an anecdote about somebody who wrote a python script that spent about seven days to run on their data, then somebody re-wrote it in C++ or some other systems language and it took a couple of hours to run instead - which is supposed to be a lesson about how fast compiled native code can be compared to scripts, but it is also a lesson about how, actually, doing it in python worked and if they hadn’t solved it in python first, they’d probably never have solved it in C++)