Friday, 23 February 2024 19:48

A taste of new programs in an old programming language Featured

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       Computer programmers have many ideas about the program that they want to solve with the program. That is, all the problems that people have in their daily life can be easily solved by computer's mathematical logic, analysis and programming coding. According to the commands that the programmers type from the keyboard, the code line commands inside the motherboard are converted into the central processing unit and output as a result. In fact, the computer has its own language, which is created by humans. But computers do not understand the language that humans speak. Among the different computer languages are:


  2. COBOL
  3. C/C+/C#
  4. JAVA
  5. PHP
  6. RUBY
  9. ABC


The programming languages mentioned above work in two ways on the computer circuit motherboard, one is low level and the other is high level or high level.

Computer languages operate at these two levels and their practical application is proportional.


Among the computer programming languages mentioned above, C program is the most widely used and many other programs have been developed from this C program. A wonderful computer program! Can't stop talking about the praises and virtues of C. It has applications in almost every field of the modern world, from computer operating systems, software to rocket science.


Many times newbies come to learn programming/coding with great interest. After a while they fall off. Again after some time they start again but cannot sustain. There are some students who somehow pass the college/university textbooks but in reality they remain clumsy.


But any programmer whether he learns or learns on his own as a freelancer if he knows how to code and can solve any problem that comes in front of him with coding thinking (ability to write scripts - not copy and paste) then that is real programmer.


One thing that most people do wrong is to learn one program first, then after a while they don't like it anymore, then they give it up and start learning another computer language. In this way he knows little by little many programming languages but because he doesn't know any language at all, he basically can't do anything.


There is a surprising similarity between programming languages: in almost all languages, strings, variables, conditions, statements, loops, boolean etc. are almost the same, only the coding of statements or declarations is slightly different. If he can master any one programming language well then any other language like C program will be easy for him.


2024 sees widespread use of Python programming language in the dynamic era of Blockchain, Metaverse, Artificial Intelligence, Cryptocurrency, Bitcoin, Metaverse and NFT. Many things are possible to do very easily with Python language.


Here is a short list of what can be done with the Python language:

Python, renowned for its versatility, caters to a wide spectrum of tasks across multiple sectors. Below are some examples of what Python offers:


In web development, Python represents frameworks like Django and Flask, which are ideal for building dynamic websites, web applications and APIs.


For data analysis and visualization efforts, Python boasts libraries such as NumPy, Pandas, and Matplotlib, enabling powerful data manipulation, analysis, and visualization, thereby empowering data science and analysis efforts.


Python's expertise in machine learning and artificial intelligence is evident through its extensive libraries, including TensorFlow, Keras, PyTorch, and Skit-Learn, which facilitate the development of sophisticated machine learning models, neural networks, and AI applications.


Scripting tasks find a reliable ally in Python, often employed to automate repetitive tasks, streamline system administration, and manage batch processing operations.


Thanks to libraries like Tkinter, PyQt, and wxPython, Python also serves as the basis for developing desktop GUI applications.


In game development, Python shines as a scripting language through libraries like Pygame or in famous game engines like Unity or Unreal Engine.


Although not as popular as other languages, Python remains a viable option for developing mobile apps supported by frameworks like Kiwi or Bwire.


Python's simplicity and extensive library make it well-suited to network programming efforts, including tasks such as socket programming, web scraping, and API interaction.


In the scientific computing and engineering domains, Python widely adopts libraries such as SciPy, SymPy, and OpenCV to facilitate numerical computing, symbolic mathematics, and computer vision tasks.


Additionally, Python's readability and simplicity make it an exceptional choice for teaching programming to beginners and for creating educational materials and tutorials.


These examples only scratch the surface of Python's versatility, as it finds applications in various domains such as finance, cybersecurity, automation, and beyond.


Python has made many important contributions in various fields. Here are some of its greatest contributions:


Simplicity and Readability: Python's clean and easy-to-understand syntax lowers the barrier to entry for programming, making it accessible to beginners and experienced developers alike. Its readability promotes collaboration and code maintainability.


Versatility: Python's adaptability shines through its ability to cater to a diverse array of tasks, spanning from web development, data analysis, and machine learning to scientific computing, automation, and beyond. Its flexibility has led to its widespread adoption in various industries.


Community and Ecosystem: Python boasts a vibrant and supportive community of developers, contributors and enthusiasts. The extensive ecosystem of libraries, frameworks, and tools built around Python enhances its capabilities and accelerates development.


Teaching and learning: Python's simplicity and readability make it an excellent language for teaching programming concepts and encouraging computational thinking. It is widely used in educational settings, from elementary schools to universities, to introduce students to programming.


Data Science and Machine Learning: Python has emerged as a leading language for data science and machine learning due to its rich ecosystem of libraries such as NumPy, Pandas, Matplotlib, scikit-learn, TensorFlow and PyTorch. These tools enable researchers and practitioners to analyze data, build predictive models, and deploy machine learning solutions.


Web Development: Python offers powerful frameworks like Django and Flask for building web applications, APIs, and dynamic websites. Its simplicity, scalability, and robustness make it a popular choice for web development projects of all sizes.


Automation and Scripting: Python's ease of use and extensive standard library make it suitable for automating tasks, scripting, and system administration. It is commonly used to streamline workflows, manage infrastructure and automate repetitive tasks.


Scientific computing and research: Python is widely used in scientific computing, research and academia. Libraries such as SciPy, SymPy, and NumPy provide tools for numerical computing, symbolic mathematics, and scientific visualization, empowering researchers in a variety of disciplines.


Open Source and Collaboration: The open-source essence of Python fosters a culture of collaboration and sparks innovation within its community.It is developed and maintained by a global community of contributors who continuously improve the language, library and ecosystem.


Cross-platform compatibility: Python's platform independence ensures that Python code can seamlessly execute across various operating systems without the need for modifications.This cross-platform compatibility contributes to its versatility and widespread adoption.


Overall, Python's greatest contribution lies in its ability to empower developers, researchers, academics, and organizations to solve complex problems, innovate, and create effective solutions across domains.


Here are 10 popular websites and web applications built using Python:


YouTube: One of the world's most popular video sharing platforms, YouTube makes extensive use of Python in its backend infrastructure for tasks such as video transcoding, content delivery, and data processing.


Instagram: A widely used social media platform for sharing photos and videos, Instagram relies on Python for its backend services, including user authentication, content delivery, and data analysis.


Dropbox: A cloud storage service that allows users to store and share files, Dropbox was originally developed using Python. Although the company has migrated some of its backend infrastructure to other languages, Python continues to play an important role in its development.


Reddit: A social news aggregator and discussion website, Reddit uses Python for various backend tasks, including user authentication, content moderation, and data processing.


Quora: A question-and-answer website where users can ask questions, answer questions, and interact with other users, Quora is built using Python and relies on frameworks like Django for its web development.


Spotify: A popular music streaming service, Spotify uses Python for backend tasks such as user authentication, playlist management, and recommendation algorithms.


Pinterest: A visual discovery and bookmarking platform, Pinterest relies on Python for its backend infrastructure, including user authentication, content delivery, and data analytics.


SurveyMonkey: An online survey development cloud-based software, SurveyMonkey uses Python for its backend services and data processing tasks.


BitTorrent: A peer-to-peer file sharing protocol, BitTorrent was originally developed using Python. Although the protocol itself is language-agnostic, many client implementations and related tools are written in Python.


Eve Online: A massively multiplayer online game, Eve Online uses Python for various backend tasks, including server infrastructure, game logic, and user authentication.


These are just a few examples of websites and web applications that have been developed using Python. Python's simplicity, versatility, and robustness make it a popular choice for web development projects of all sizes.


Apart from this, currently the most talked about software is ChatGPT and electric car location tracker and driverless car management.


Creating a year-long routine for learning Python can help you progress steadily and cover different aspects of the language and its applications. Here's a suggested itinerary for your one-year journey:


Months 1-3: Getting started and the basics

Week 1-2: Introduction to Python


Learn about Python's syntax, basic data types and variables.

Understand how to write and run Python scripts.

Week 3-4: Control flow and functions


Explore control flow statements such as if, elif, else, loops (for, while), and understand indentation.

Learn about functions, parameters, return statements and scopes.

Weeks 5-6: Data Structures Part 1


Study basic data structures like lists, tuples, and dictionaries.

Understand their methods, operations, and practical use cases.

Weeks 7-8: File Handling and Modules


Acquire the skill of both reading from and writing to files.


Understand the concept of modules and how to import them into your scripts.

Weeks 9-10: Object-Oriented Programming (OOP)


Learn the principles of OOP such as classes, objects, inheritance and polymorphism.

Implement OOP concepts in Python.

Weeks 11-12: Error handling and debugging


Try to understand how to handle errors and exceptions in Python, except finally blocks.

Learn debugging techniques and tools such as print statements, debugging with IDEs, and using the traceback module.

Months 4-6: Intermediate concepts and applications

Week 13-14: Advanced Data Structures


Explore advanced data structures such as sets, rows, stacks and collection module data structures.

Understand their applications and usage patterns.

Weeks 15-16: Functional Programming


Learn functional programming concepts like lambda functions, maps, filters, and reduce.

Understand how to use functional programming paradigms in Python.

Weeks 17-18: Working with libraries and APIs


Explore Python libraries and frameworks relevant to your interests (eg, NumPy, Pandas, Matplotlib, Requests).

Learn how to interact with Web APIs using libraries like Request.

Weeks 19-20: Database Interaction


Learn how to interact with databases using Python's built-in libraries or an ORM like SQLAlchemy.

Understand CRUD operations and database management concepts.

Weeks 21-22: Web Development Basics


Start web development using frameworks like Flask or Django.

Learn about routes, templates, and basic web application architecture.

Week 23-24: Introduction to Data Science and Machine Learning


Understand the fundamentals of data science, including data manipulation, visualization, and analysis using libraries like Pandas, Matplotlib, and Seaborn.

Explore basic machine learning concepts and algorithms using libraries like Skit-Learn.

Months 7-9: Projects and deepening knowledge

Weeks 25-30: Mini projects and exercises


Work on small projects to reinforce your learning and practice your Python skills.

Focus on projects that interest you and align with your learning goals.

Weeks 31-36: Specialize and deepen knowledge


Pick a specific area of interest within Python (eg, web development, data science, machine learning) and dive deep into related topics.

Explore advanced concepts, techniques and best practices in your chosen area.

Weeks 37-42: Collaborative projects and contributions


Collaborate with other developers on open source projects or contribute to existing projects on platforms like GitHub

Gain real-world experience, improve your coding skills, and learn from others.

Months 10-12: Refinement and Mastery

Weeks 43-48: Advanced topics and optimization


Explore advanced Python topics such as concurrency, multiprocessing, asynchronous programming, and optimization techniques.

Learn how to write efficient, scalable and maintainable Python code.

Weeks 49-52: Final project and portfolio building


Work on a large-scale project that demonstrates your skills and knowledge in Python.

Create a portfolio showcasing your projects, contributions and achievements in Python.

Throughout your year-long journey, be sure to practice regularly, seek help from online resources, participate in coding communities, and stay updated with the latest developments in Python. Good luck with your learning journey!


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