Python Projects & Free Books

Python Roadmap 🐍 (Beginner → Job) 📂 Syntax Basics ∟ Variables, Data Types ∟ Conditions & Loops 📂 Data Structures ∟ List, Tuple, Set, Dict ∟ Comprehensions 📂 Algorithms ∟ Searching & Sorting ∟ Recursion & Big-O 📂 OOP Concepts ∟ Class & Object ∟ Inheritance & Polymorphism 📂 Modules & Errors ∟ Import & pip ∟ try / except 📂 File Handling ∟ Read / Write Files ∟ CSV & JSON 📂 Networking ∟ APIs & Requests ∟ JSON Data 📂 Security Basics ∟ Password Hashing ∟ API Keys 📂 Practice & Projects ∟ Mini Programs ∟ Real Projects ∟✅ Job / Internship Ready ❤️ React for more Python roadmaps 💾 Save this post 📤 Share with a beginner

✅ 📚 Python Libraries You Should Know 1. NumPy – Numerical computing - Arrays, matrices, broadcasting - Fast operations on large datasets - Useful in data science & ML 2. Pandas – Data analysis & manipulation - DataFrames and Series - Reading/writing CSV, Excel - GroupBy, filtering, merging 3. Matplotlib – Data visualization - Line, bar, pie, scatter plots - Custom styling & labels - Save plots as images 4. Seaborn – Statistical plotting - Built on Matplotlib - Heatmaps, histograms, violin plots - Great for EDA 5. Requests – HTTP library - Make GET, POST requests - Send headers, params, and JSON - Used in web scraping and APIs 6. BeautifulSoup – Web scraping - Parse HTML/XML easily - Find elements using tags, class - Navigate and extract data 7. Flask – Web development microframework - Lightweight and fast - Routes, templates, API building - Great for small to medium apps 8. Django – High-level web framework - Full-stack: ORM, templates, auth - Scalable and secure - Ideal for production-ready apps 9. SQLAlchemy – ORM for databases - Abstract SQL queries in Python - Connect to SQLite, PostgreSQL, etc. - Schema creation & query chaining 10. Pytest – Testing framework - Simple syntax for test cases - Fixtures, asserts, mocking - Supports plugins 11. Scikit-learn – Machine Learning - Preprocessing, classification, regression - Train/test split, pipelines - Built on NumPy & Pandas 12. TensorFlow / PyTorch – Deep learning - Neural networks, backpropagation - GPU support - Used in real AI projects 13. OpenCV – Computer vision - Image processing, face detection - Filters, contours, image transformations - Real-time video analysis 14. Tkinter – GUI development - Build desktop apps - Buttons, labels, input fields - Easy drag-and-drop interface Credits: https://whatsapp.com/channel/0029VaiM08SDuMRaGKd9Wv0L/1885 ❤️ Double Tap for more ❤️

Convert any long article or PDF into a test in a couple of seconds! Mini-service: we take the text of the article (or extract it from PDF), send it to GPT and receive a set of test questions with answer options and a key. First, we load the text of the material:

# article_text — this is where we put the text of the article
with open("article.txt", "r", encoding="utf-8") as f:
    article_text = f.read()

# for PDF, you can extract the text in advance with any library (PyPDF2, pdfplumber, etc.)

Next, we ask GPT to generate a test:

prompt = (
    "You are an exam methodologist."
    "Based on this text, create 15 test questions."
    "Each question is in the format:\n"
    "1) Question text\n"
    "A. Option 1\n"
    "B. Option 2\n"
    "C. Option 3\n"
    "D. Option 4\n"
    "Correct answer: <letter>."
    "Do not add explanations and comments, only questions, options, and correct answers."
)
response = client.chat.completions.create(
    model="gpt-4o",
    messages=[
        {"role": "system", "content": prompt},
        {"role": "user", "content": article_text}
    ])
print(response.choices[0].message.content.strip())

✅ Suitable for online courses, educational centers, and corporate training — you immediately get a ready-made bank of tests from any article.

- Location of Mobile Number Code - import phonenumbers from phonenumbers import timezone from phonenumbers import geocoder from phonenumbers import carrier number = input("Enter the phone number with country code : ") # Parsing String to the Phone number phoneNumber = phonenumbers.parse(number) # printing the timezone using the timezone module timeZone = timezone.time_zones_for_number(phoneNumber) print("timezone : "+str(timeZone)) # printing the geolocation of the given number using the geocoder module geolocation = geocoder.description_for_number(phoneNumber,"en") print("location : "+geolocation) # printing the service provider name using the carrier module service = carrier.name_for_number(phoneNumber,"en") print("service provider : "+service)

Python Projects

Tired of AI that refuses to help? @UnboundGPT_bot doesn't lecture. It just works. ✓ Multiple models (GPT-4o, Gemini, DeepSeek)  ✓ Image generation & editing  ✓ Video creation  ✓ Persistent memory  ✓ Actually uncensored Free to try → @UnboundGPT_bot or https://ko2bot.com

❌ YOU CAN'T USE LAMBDA LIKE THIS IN PYTHON The main mistake is turning lambda into a logic dump: adding side effects, print calls, long conditions, and calculations to it. Such lambdas are hard to read, impossible to debug properly, and they violate the very idea of being a short and clean function. Everything complex should be moved into a regular function. Subscribe for more tips every day !

# you can't do this - lambda with state changes
data = [1, 2, 3]
logs = []

# dangerous antipattern
process = lambda x: logs.append(f"processed {x}") or (x * 10)

result = [process(n) for n in data]

print("RESULT:", result)
print("LOGS:", logs)

🔰 Convert decimals to other number system

Sometimes reality outpaces expectations in the most unexpected ways. While global AI development seems increasingly fragmented, Sber just released Europe's largest open-source AI collection—full weights, code, and commercial rights included. ✅ No API paywalls. ✅ No usage restrictions. ✅ Just four complete model families ready to run in your private infrastructure, fine-tuned on your data, serving your specific needs. What makes this release remarkable isn't merely the technical prowess, but the quiet confidence behind sharing it openly when others are building walls. Find out more in the article from the developers. GigaChat Ultra Preview: 702B-parameter MoE model (36B active per token) with 128K context window. Trained from scratch, it outperforms DeepSeek V3.1 on specialized benchmarks while maintaining faster inference than previous flagships. Enterprise-ready with offline fine-tuning for secure environments. GitHub | HuggingFace | GitVerse GigaChat Lightning offers the opposite balance: compact yet powerful MoE architecture running on your laptop. It competes with Qwen3-4B in quality, matches the speed of Qwen3-1.7B, yet is significantly smarter and larger in parameter count. Lightning holds its own against the best open-source models in its class, outperforms comparable models on different tasks, and delivers ultra-fast inference—making it ideal for scenarios where Ultra would be overkill and speed is critical. Plus, it features stable expert routing and a welcome bonus: 256K context support. GitHub | Hugging Face | GitVerse Kandinsky 5.0 brings a significant step forward in open generative models. The flagship Video Pro matches Veo 3 in visual quality and outperforms Wan 2.2-A14B, while Video Lite and Image Lite offer fast, lightweight alternatives for real-time use cases. The suite is powered by K-VAE 1.0, a high-efficiency open-source visual encoder that enables strong compression and serves as a solid base for training generative models. This stack balances performance, scalability, and practicality—whether you're building video pipelines or experimenting with multimodal generation. GitHub | GitVerse | Hugging Face | Technical report Audio gets its upgrade too: GigaAM-v3 delivers speech recognition model with 50% lower WER than Whisper-large-v3, trained on 700k hours of audio with punctuation/normalization for spontaneous speech. GitHub | HuggingFace | GitVerse Every model can be deployed on-premises, fine-tuned on your data, and used commercially. It's not just about catching up – it's about building sovereign AI infrastructure that belongs to everyone who needs it.

Cheatsheet Machine Learning Algorithms🌟

OBJECT-ORIENTED PYTHON 📚 book

Tune in to the 10th AI Journey 2025 international conference: scientists, visionaries, and global AI practitioners will come together on one stage. Here, you will hear the voices of those who don't just believe in the future—they are creating it! Speakers include visionaries Kai-Fu Lee and Chen Qufan, as well as dozens of global AI gurus! Do you agree with their predictions about AI? On November 20, we will focus on the role of AI in business and economic development and present technologies that will help businesses and developers be more effective by unlocking human potential. On November 21, we will talk about how engineers and scientists are making scientific and technological breakthroughs and creating the future today! The day's program includes presentations by scientists from around the world: - Ajit Abraham (Sai University, India) will present on “Generative AI in Healthcare” - Nebojša Bačanin Džakula (Singidunum University, Serbia) will talk about the latest advances in bio-inspired metaheuristics - AIexandre Ferreira Ramos (University of São Paulo, Brazil) will present his work on using thermodynamic models to study the regulatory logic of transcriptional control at the DNA level - Anderson Rocha (University of Campinas, Brazil) will give a presentation entitled “AI in the New Era: From Basics to Trends, Opportunities, and Global Cooperation”. And in the special AIJ Junior track, we will talk about how AI helps us learn, create and ride the wave with AI. The day will conclude with an award ceremony for the winners of the AI Challenge for aspiring data scientists and the AIJ Contest for experienced AI specialists. The results of an open selection of AIJ Science research papers will be announced. Ride the wave with AI into the future! Tune in to the AI Journey webcast on November 19-21.

Eigenvalues & Eigenvectors — Why PCA Actually Works You’ve heard of PCA. But what’s really happening underneath? PCA finds the directions (vectors) where your data varies the most. Those directions are eigenvectors of the covariance matrix and the eigenvalues tell you how much variance each captures. You’re basically rotating your data to find its “natural axes.”

PCA isn’t compression — it’s discovering how your data wants to be seen.

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The program for the 10th AI Journey 2025 international conference has been unveiled: scientists, visionaries, and global AI practitioners will come together on one stage. Here, you will hear the voices of those who don't just believe in the future—they are creating it! Speakers include visionaries Kai-Fu Lee and Chen Qufan, as well as dozens of global AI gurus from around the world! On the first day of the conference, November 19, we will talk about how AI is already being used in various areas of life, helping to unlock human potential for the future and changing creative industries, and what impact it has on humans and on a sustainable future. On November 20, we will focus on the role of AI in business and economic development and present technologies that will help businesses and developers be more effective by unlocking human potential. On November 21, we will talk about how engineers and scientists are making scientific and technological breakthroughs and creating the future today! Ride the wave with AI into the future! Tune in to the AI Journey webcast on November 19-21.

🔰 4 Unique Steps to Become a Python Expert in 2025 1️⃣ Understand Python Internals:

Learn how Python handles memory (GIL), garbage collection, and optimize code performance.

✨ Example: Debugging a slow script by identifying memory leaks. 2️⃣ Leverage Async Programming:

Master async/await to build scalable and faster applications.

✨ Example: Using async to handle thousands of API requests without crashing. 3️⃣ Create & Publish Python Packages:

Build reusable libraries, document them, and share on PyPI.

✨ Example: Publishing your own data-cleaning toolkit for others to use. 4️⃣ Master Python for Emerging Tech:

Dive into areas like quantum computing (Qiskit) or AI (Hugging Face).

✨ Example: Building an AI chatbot with Hugging Face APIs.