Stop one person claiming your Python free tier twice
Fold Gmail dots, plus tags and googlemail.com into one key, then grant the trial in one transaction. Django and SQLAlchemy.
https://elijahbrown.hashnode.dev/stop-one-person-claiming-your-python-free-tier-twice-gmail-dots-plus-tags-and-googlemail-com
Fold Gmail dots, plus tags and googlemail.com into one key, then grant the trial in one transaction. Django and SQLAlchemy.
https://elijahbrown.hashnode.dev/stop-one-person-claiming-your-python-free-tier-twice-gmail-dots-plus-tags-and-googlemail-com
Elijah Brown
Stop one person claiming your Python free tier twice: Gmail dots, plus tags and googlemail.com
A small email normaliser, a trial_claims table with a unique key, and one transaction around the grant, in Django, SQLAlchemy and plain sqlite3
👍1
whatsnewt
Python core developer Barry Warsaw text adventure game to test your knowledge of Python 3.15 by solving puzzles.
https://pypi.org/project/whatsnewt/
Python core developer Barry Warsaw text adventure game to test your knowledge of Python 3.15 by solving puzzles.
https://pypi.org/project/whatsnewt/
PyPI
whatsnewt
A TUI text adventure through what's new in Python 3.15
🤔1
Jumper
Jumper is an open-source Python toolkit for a 22-DoF crab robot that lets AI coding agents design appearances and scenes, train motions with reinforcement learning, and package them for deployment to the real robot.
https://github.com/KingKongRobotics/jumper
Jumper is an open-source Python toolkit for a 22-DoF crab robot that lets AI coding agents design appearances and scenes, train motions with reinforcement learning, and package them for deployment to the real robot.
https://github.com/KingKongRobotics/jumper
GitHub
GitHub - KingKongRobotics/jumper: 🦀 Jumper — an crab robot.
🦀 Jumper — an crab robot. Contribute to KingKongRobotics/jumper development by creating an account on GitHub.
⚡1
Python 3.14 vs Python 3.15 – performance testing
Performance benchmarks on AMD and Intel systems reveal that Python 3.15 is overall ~1.45× faster than Python 3.14. While massive speedups in Base32, Ascii85, and Base85 C-rewrite encoding operations heavily skew the average, most other workloads show a more modest performance improvement of around 1.20×.
https://en.lewoniewski.info/2026/python-3-14-vs-python-3-15-performance-testing/
Performance benchmarks on AMD and Intel systems reveal that Python 3.15 is overall ~1.45× faster than Python 3.14. While massive speedups in Base32, Ascii85, and Base85 C-rewrite encoding operations heavily skew the average, most other workloads show a more modest performance improvement of around 1.20×.
https://en.lewoniewski.info/2026/python-3-14-vs-python-3-15-performance-testing/
Lewoniewski.info
Python 3.14 vs Python 3.15 – performance testing
The performance of Python 3.14.8 and Python 3.15.0 was compared on computers with the AMD Ryzen 7000 series and the 13th-generation of Intel Core processors for desktops, laptops or mini PCs. Both interpreters were 64-bit Python builds running on Windows…
AirLLM
AirLLM is a Python library for running very large language models on consumer GPUs with limited memory by loading model layers sequentially instead of keeping the entire model in VRAM.
https://github.com/lyogavin/airllm
AirLLM is a Python library for running very large language models on consumer GPUs with limited memory by loading model layers sequentially instead of keeping the entire model in VRAM.
https://github.com/lyogavin/airllm
GitHub
GitHub - lyogavin/airllm: AirLLM 2.8T LLM inference with single 4GB GPU
AirLLM 2.8T LLM inference with single 4GB GPU. Contribute to lyogavin/airllm development by creating an account on GitHub.
A Clean Way to Implement Undo in Python
This video explains how to implement the Memento design pattern in Python to handle state restoration and undo functionality without breaking encapsulation. It demonstrates a clean, modern approach using frozen data classes, protocols, and generics to manage state snapshots independently of application logic.
https://www.youtube.com/watch?v=ZXAt8AP3DnY
This video explains how to implement the Memento design pattern in Python to handle state restoration and undo functionality without breaking encapsulation. It demonstrates a clean, modern approach using frozen data classes, protocols, and generics to manage state snapshots independently of application logic.
https://www.youtube.com/watch?v=ZXAt8AP3DnY
YouTube
The Memento Pattern: Saving State Without Breaking Encapsulation
👨🏻💻 Join me in Utrecht next year for an in-person Software Design Retreat! Design, discuss, and learn alongside fellow developers. Join the waitlist: https://arjancodes.com/retreat.
🧱 Build software that lasts. Join the Software Design Mastery program →…
🧱 Build software that lasts. Join the Software Design Mastery program →…
Parsing JSON at tens of gigabytes per second… in Python
Free-threaded Python 3.14 can push JSON parsing into the tens of gigabytes per second when fastsimdjson spreads work across many cores and avoids eagerly materializing Python objects. On a 64-core machine, Lemire reports throughput around 66 GB/s, showing how dramatically multithreaded parsing can scale when Python’s GIL is no longer the limiting factor.
https://lemire.me/blog/2026/10/12/parsing-json-at-tens-of-gigabytes-per-second-in-python/
Free-threaded Python 3.14 can push JSON parsing into the tens of gigabytes per second when fastsimdjson spreads work across many cores and avoids eagerly materializing Python objects. On a 64-core machine, Lemire reports throughput around 66 GB/s, showing how dramatically multithreaded parsing can scale when Python’s GIL is no longer the limiting factor.
https://lemire.me/blog/2026/10/12/parsing-json-at-tens-of-gigabytes-per-second-in-python/
Daniel Lemire's blog
Parsing JSON at tens of gigabytes per second… in Python
Python used to have limited parallelism, due to its global interpreter lock (GIL). Only one thread could run Python code at a time. Python 3.14 comes in a free-threaded version (python3.14t), without the global interpreter lock. Several threads can now run…
why .parquet dominates modern data engineering
This video explains why the Parquet file format has become a dominant standard in modern data engineering by using columnar storage to improve speed and reduce file size compared to traditional CSV formats. It details key technical features like compression, encoding, and predicate pushdown that allow for significantly more efficient data retrieval and storage for large-scale analysis.
https://www.youtube.com/watch?v=6Qkzfwk0W58
This video explains why the Parquet file format has become a dominant standard in modern data engineering by using columnar storage to improve speed and reduce file size compared to traditional CSV formats. It details key technical features like compression, encoding, and predicate pushdown that allow for significantly more efficient data retrieval and storage for large-scale analysis.
https://www.youtube.com/watch?v=6Qkzfwk0W58
YouTube
why .parquet dominates modern data engineering
In Chapter 1 of Data Engineering for ML and AI, we look at why Parquet dominates modern data engineering.
00:00 Introduction
00:51 Rows and Columns
02:08 Types in the File
03:07 The Parquet Footer
03:56 Encodings
05:08 Pages
05:39 Compression
07:42 Predicate…
00:00 Introduction
00:51 Rows and Columns
02:08 Types in the File
03:07 The Parquet Footer
03:56 Encodings
05:08 Pages
05:39 Compression
07:42 Predicate…
fastapi-stream-lease
Distributed stream and SSE concurrency lease manager for FastAPI and Starlette backed by atomic Redis Lua scripts.
https://github.com/agustin18/fastapi-stream-lease
Distributed stream and SSE concurrency lease manager for FastAPI and Starlette backed by atomic Redis Lua scripts.
https://github.com/agustin18/fastapi-stream-lease
GitHub
GitHub - agustin18/fastapi-stream-lease: Distributed stream and SSE concurrency lease manager for FastAPI and Starlette backed…
Distributed stream and SSE concurrency lease manager for FastAPI and Starlette backed by atomic Redis Lua scripts. - agustin18/fastapi-stream-lease
👎1
LongLive
Long video generation and world-action modeling research from NVIDIA. Each project has its own directory, code, documentation and model weights.
https://github.com/NVlabs/LongLive
Long video generation and world-action modeling research from NVIDIA. Each project has its own directory, code, documentation and model weights.
https://github.com/NVlabs/LongLive
GitHub
GitHub - NVlabs/LongLive: Long Video Gen / World Model / World Action Model (Embodied) Infrastructure
Long Video Gen / World Model / World Action Model (Embodied) Infrastructure - NVlabs/LongLive
🤯1
CacheCanary
CacheCanary is a Python CLI and GitHub Action that detects why Claude prompt caching silently stops working on Amazon Bedrock, checks saved requests in CI, and analyzes Bedrock logs to show cache hit rates and the cost of misses.
https://github.com/Haarris/cachecanary
CacheCanary is a Python CLI and GitHub Action that detects why Claude prompt caching silently stops working on Amazon Bedrock, checks saved requests in CI, and analyzes Bedrock logs to show cache hit rates and the cost of misses.
https://github.com/Haarris/cachecanary
GitHub
GitHub - Haarris/cachecanary: Know the moment your Claude prompt cache breaks on Amazon Bedrock, not when the bill arrives.
Know the moment your Claude prompt cache breaks on Amazon Bedrock, not when the bill arrives. - Haarris/cachecanary
Lifeguard
Lifeguard is a static analyzer to detect Lazy Imports incompatibilities and ease the adoption overhead for Lazy Imports in Python.
https://github.com/Facebook/lifeguard
Lifeguard is a static analyzer to detect Lazy Imports incompatibilities and ease the adoption overhead for Lazy Imports in Python.
https://github.com/Facebook/lifeguard
GitHub
GitHub - facebook/Lifeguard: Lifeguard is a static analyzer to detect Lazy Imports incompatibilities and ease the adoption overhead…
Lifeguard is a static analyzer to detect Lazy Imports incompatibilities and ease the adoption overhead for Lazy Imports in Python - facebook/Lifeguard
python-date-parser
A Rust-backed Python library for fast fuzzy parsing of heterogeneous date strings, with bulk-list and Polars APIs that avoid Python-level iteration and can outperform pure-Python alternatives by orders of magnitude.
https://github.com/SEIU-Tech/python-date-parser
A Rust-backed Python library for fast fuzzy parsing of heterogeneous date strings, with bulk-list and Polars APIs that avoid Python-level iteration and can outperform pure-Python alternatives by orders of magnitude.
https://github.com/SEIU-Tech/python-date-parser
GitHub
GitHub - SEIU-Tech/python-date-parser: Perform fast fuzzy parsing of dates in varying formats
Perform fast fuzzy parsing of dates in varying formats - SEIU-Tech/python-date-parser
Building a small Django app with help from AI
This tutorial demonstrates how to build a basic Django idea-voting application using AI as an interactive assistant rather than an autonomous developer. It emphasizes using targeted prompts to generate boilerplate, explain error messages, write tests, and catch edge cases like database race conditions while keeping architectural decisions in the developer’s hands.
https://codewithstein.com/building-a-small-django-app-with-help-from-ai/
This tutorial demonstrates how to build a basic Django idea-voting application using AI as an interactive assistant rather than an autonomous developer. It emphasizes using targeted prompts to generate boilerplate, explain error messages, write tests, and catch edge cases like database race conditions while keeping architectural decisions in the developer’s hands.
https://codewithstein.com/building-a-small-django-app-with-help-from-ai/
Codewithstein
Building a small Django app with help from AI | Code With Stein
I've been using AI more and more when I'm programming.
Speculative Decoding: The Art of Guessing Well
Speculative decoding lets smaller models guess several tokens ahead while the larger model verifies them in parallel, reducing LLM inference latency without changing the final sampling distribution. From the acceptance math to Gumbel coupling, EAGLE-3, and multi-token prediction, the piece shows how increasingly sophisticated drafters make those guesses accurate enough to deliver real sp...
https://astralord.github.io/posts/speculative-decoding-the-art-of-guessing-well/
Speculative decoding lets smaller models guess several tokens ahead while the larger model verifies them in parallel, reducing LLM inference latency without changing the final sampling distribution. From the acceptance math to Gumbel coupling, EAGLE-3, and multi-token prediction, the piece shows how increasingly sophisticated drafters make those guesses accurate enough to deliver real sp...
https://astralord.github.io/posts/speculative-decoding-the-art-of-guessing-well/
AstraBlog
Speculative Decoding: The Art of Guessing Well
Large Language Models spend most of their decoding time not computing, but waiting: every new token requires reading all of the model weights from memory, only to multiply them by a single vector. What if the model could check several tokens for the price…
loopinfo: let your for loop know if it is on the first or last item
Python loops do not know where they are. loopinfo adds loop.first, loop.last, loop.index, loop.count, previous, next and more.
https://pypi.org/project/loopinfo/
Python loops do not know where they are. loopinfo adds loop.first, loop.last, loop.index, loop.count, previous, next and more.
https://pypi.org/project/loopinfo/
PyPI
loopinfo
Know where you are in a for-loop: first, last, index, count, previous and next, like Jinja's loop object.
Quicksand
Quicksand is an async Python API for launching, controlling, snapshotting, and rolling back QEMU virtual machines to provide isolated sandboxes for AI agents without requiring Docker or root privileges.
https://github.com/microsoft/quicksand
Quicksand is an async Python API for launching, controlling, snapshotting, and rolling back QEMU virtual machines to provide isolated sandboxes for AI agents without requiring Docker or root privileges.
https://github.com/microsoft/quicksand
GitHub
GitHub - microsoft/quicksand: Quickly sandbox your AI agent.
Quickly sandbox your AI agent. Contribute to microsoft/quicksand development by creating an account on GitHub.
Python vs Go: A Practical Comparison for Developers
Python offers a huge ecosystem, especially for AI, data, and scripting, while Go trades some flexibility for faster execution, simpler deployment, and built-in concurrency. This post compares where each language fits best today, including performance, typing, tooling, developer adoption, and why many teams end up using both rather than choosing one outright.
https://blog.jetbrains.com/go/2026/10/13/python-vs-go/
Python offers a huge ecosystem, especially for AI, data, and scripting, while Go trades some flexibility for faster execution, simpler deployment, and built-in concurrency. This post compares where each language fits best today, including performance, typing, tooling, developer adoption, and why many teams end up using both rather than choosing one outright.
https://blog.jetbrains.com/go/2026/10/13/python-vs-go/
The JetBrains Blog
Python vs Go: A Practical Comparison for Developers - The JetBrains Blog
We look at how Python and Go differ, what surveys tell us about the devs who use them, and what interviews say about the trade-offs between them.
BOOTH
A lightweight, zero-dependency Python checkpoint layer for structured LLM output reliability.
https://github.com/Vedantgitbot/booth
A lightweight, zero-dependency Python checkpoint layer for structured LLM output reliability.
https://github.com/Vedantgitbot/booth
GitHub
GitHub - Vedantgitbot/booth: A lightweight, zero-dependency Python checkpoint layer for structured LLM output reliability.
A lightweight, zero-dependency Python checkpoint layer for structured LLM output reliability. - Vedantgitbot/booth