Learn how to normalize inconsistent data structures in Python with Pydantic. This post from Gabriel Côté-Carrier and Kyle Adams guides you through different approaches and pitfalls, using Pydantic's alias path and alias choices features. https://lnkd.in/gxMNR_bn
How to normalize data structures with Pydantic
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Hello EOMasters! The next version of the EOMasters Toolbox now available. It introduces the new PyEditor. A small development environment for Python within #ESA_SNAP. It lets you build graphs, read/write products, compute new bands, and even interact with SNAP views from Python. You can check the SNAP online help: https://buff.ly/5F2WFFm #Earthobservation
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Knock, Knock. ✊ Race Condition. Who's there? Multithreading can make your Python apps 3x faster... or introduce bugs that only appear randomly in production. The difference? Understanding synchronization primitives I just published a new post on 4 strategies for beating race conditions in Python. 👇Read the full article here: https://lnkd.in/dk7gwBB7
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🐍📺 Building UIs in the Terminal With Python Textual [Video] Terminal UIs can be exciting to create. Discover how to build rich, interactive terminal UIs in Python using Textual, a powerful library designed for modern, event-driven TUIs. https://lnkd.in/dxVzJPhp
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🐍📺 Building UIs in the Terminal With Python Textual [Video] Learn to build rich, interactive terminal UIs in Python with Textual, a powerful library for modern, event-driven TUIs. https://lnkd.in/dxVzJPhp
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Understanding and debugging Python data structures gets easier with memory_graph visualizations. Here's a Multiway Tree example: https://lnkd.in/ecGRB2wK A Multiway Tree is similar to a Binary Tree but has an arbitrary number of children making the tree less deep and more efficient.
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🐍📺 Building UIs in the Terminal With Python Textual [Video] Learn to build rich, interactive terminal UIs in Python with Textual: a powerful library for modern, event-driven TUIs https://lnkd.in/dxVzJPhp
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Day 8 of my 30 days Leetcode challenge Problem 7: Reverse Integer. Here's a clean and beginner-friendly method to reverse a signed integer while respecting the 32-bit range constraint. 🔹 Approach Determine the sign (-1 or 1) Convert the number to positive using abs(x) Reverse the digits using Python’s string slicing: str(x)[::-1] Convert back to integer and restore the original sign If the reversed value exceeds 32-bit limits, return 0 Otherwise, return the reversed integer
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#LearnPythonWithMe With the guidance of Dev BhushanSir Today, I practiced two key Python concepts — dictionary creation and pair sum logic. Topics Covered: Creating dictionaries dynamically using input() Mapping multiple values using split() and map() Nested loops for finding number pairs that match a target sum Applying logic to check conditions and append pairs to a list This session strengthened my understanding of how loops and data structures, such as lists and dictionaries, can interact dynamically in real-world scenarios. #PythonLearning #ProblemSolving #CodingJourney
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I built a simple yet engaging number guessing game using Python, where the player tries to guess a randomly generated number between 1 and 100. With each guess, the program provides feedback—whether to go higher or lower—until the correct number is found. 💡 What I practiced: Random number generation with random.randint() Looping and conditional logic User input handling and feedback Basic game flow and attempt tracking Code here: https://lnkd.in/dwpnN9N8
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🚀 Today’s Python Challenge: Print Palindrome Numbers You’re given two integers — a start and an end of a range. Your task is to print all palindrome numbers between them (inclusive). 💡 A palindrome number remains the same when its digits are reversed. If no palindrome exists, print "No palindrome numbers". ✅ Example Input: 10 150 ✅ Output: 11 22 33 44 55 66 77 88 99 101 111 121 131 141 👨💻 I implemented it efficiently using string reversal in Python — code accepted on the first run! #Python #CodingChallenge #DSA #ProblemSolving #100DaysOfCode #LearnToCode #ProgrammersLife #LinkedInCoding
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