Time complexity of operations on Python's built-in types
https://docs.python.org/3.16/library/time-complexity.html
https://docs.python.org/3.16/library/time-complexity.html
Geolocating Random Islet Image Using Geometry & CUDA GPU Programming
The author solved Sofia Santos’s Gralhix 004 OSINT challenge using a custom geometric pipeline and CUDA GPU acceleration to filter 80.7 million candidate landmass triplets down to 26 locations. The analysis successfully geolocated the image to Oan Resort in Micronesia at 7°21'48.4"N, 151°45'20.7"E, with the camera facing northwest.
https://yassa9.github.io/osint/gralhix-004/
The author solved Sofia Santos’s Gralhix 004 OSINT challenge using a custom geometric pipeline and CUDA GPU acceleration to filter 80.7 million candidate landmass triplets down to 26 locations. The analysis successfully geolocated the image to Oan Resort in Micronesia at 7°21'48.4"N, 151°45'20.7"E, with the camera facing northwest.
https://yassa9.github.io/osint/gralhix-004/
yassa9.github.io
gralhix #004
just a blog
fastaddress
Fastaddress is a Python package that keeps the familiar usaddress API while moving its CRF runtime to Rust for much faster US address parsing. It delivers 11.3x higher single-core throughput, scales to 360K+ addresses per second on eight threads, and matches usaddress output across 20,738 real addresses.
https://github.com/vinvomero/fastaddress
Fastaddress is a Python package that keeps the familiar usaddress API while moving its CRF runtime to Rust for much faster US address parsing. It delivers 11.3x higher single-core throughput, scales to 360K+ addresses per second on eight threads, and matches usaddress output across 20,738 real addresses.
https://github.com/vinvomero/fastaddress
GitHub
GitHub - vinvomero/fastaddress: fastaddress runs the usaddress CRF model in Rust with the same Python API. 11.3x faster single…
fastaddress runs the usaddress CRF model in Rust with the same Python API. 11.3x faster single-core (89,653 vs 7,941 addr/sec) with identical output across 20,738 real county addresses. Confidence ...
VectorSmith
VectorSmith turns vector database collections into LLM tools and exposes them through an MCP server. Using the existing collection schemas and a simple YAML configuration, you can make your vector DB data available to AI agents without writing custom tool and MCP integrations from scratch.
https://github.com/kjgpta/vectorsmith
VectorSmith turns vector database collections into LLM tools and exposes them through an MCP server. Using the existing collection schemas and a simple YAML configuration, you can make your vector DB data available to AI agents without writing custom tool and MCP integrations from scratch.
https://github.com/kjgpta/vectorsmith
GitHub
GitHub - kjgpta/vectorsmith: Your vector database, as typed tools. Write a tools.yaml, then load_tools in Python or serve over…
Your vector database, as typed tools. Write a tools.yaml, then load_tools in Python or serve over MCP. - kjgpta/vectorsmith
monty-go: Pure-Go wrapper for Pydantic's Monty Python Interpreter
https://github.com/fugue-labs/monty-go
https://github.com/fugue-labs/monty-go
GitHub
GitHub - fugue-labs/monty-go: Pure-Go wrapper for Pydantic Monty Python interpreter via WASM + wazero
Pure-Go wrapper for Pydantic Monty Python interpreter via WASM + wazero - fugue-labs/monty-go
Fuzzy String Matching in Django and PostgreSQL
Django and PostgreSQL can handle fuzzy name matching with Soundex, Daitch-Mokotoff, Levenshtein distance, and trigram similarity, each suited to different kinds of misspellings and phonetic variation. The article shows how to expose these techniques through Django ORM expressions and pair them with the right PostgreSQL indexes for efficient search at scale.
https://www.caktusgroup.com/blog/2026/08/21/fuzzy-string-matching-django-postgresql/
Django and PostgreSQL can handle fuzzy name matching with Soundex, Daitch-Mokotoff, Levenshtein distance, and trigram similarity, each suited to different kinds of misspellings and phonetic variation. The article shows how to expose these techniques through Django ORM expressions and pair them with the right PostgreSQL indexes for efficient search at scale.
https://www.caktusgroup.com/blog/2026/08/21/fuzzy-string-matching-django-postgresql/
Caktusgroup
Fuzzy String Matching in Django and PostgreSQL | Caktus Group
The bare minimum of Django and PostgreSQL building blocks for fuzzy name search: Soundex, Daitch-Mokotoff, Levenshtein, and trigrams, with a simple example of each and the index to add.
IPython is All You Need
Nathan Cooper shows how to turn IPython into a full terminal shell that runs Bash commands without !, displays images, and retains rich execution history. He then adds an AI assistant that can understand shell context, outputs, images, and errors, and safely execute Python and Bash commands through allowlisted tools.
https://nathancooper.io/blog/2026-08-10-ipython-is-all-you-need
Nathan Cooper shows how to turn IPython into a full terminal shell that runs Bash commands without !, displays images, and retains rich execution history. He then adds an AI assistant that can understand shell context, outputs, images, and errors, and safely execute Python and Bash commands through allowlisted tools.
https://nathancooper.io/blog/2026-08-10-ipython-is-all-you-need
Training and Finetuning Multi-Vector Embedding Models with Sentence Transformers
Sentence Transformers 6.0 introduces MultiVectorEncoder for training and fine-tuning ColBERT-style retrieval models in Python. The tutorial walks through the full training stack and shows a domain-tuned medical model outperforming over 50 retrieval model configurations on the author’s evaluation.
https://huggingface.co/blog/train-multi-vector-encoder
Sentence Transformers 6.0 introduces MultiVectorEncoder for training and fine-tuning ColBERT-style retrieval models in Python. The tutorial walks through the full training stack and shows a domain-tuned medical model outperforming over 50 retrieval model configurations on the author’s evaluation.
https://huggingface.co/blog/train-multi-vector-encoder
huggingface.co
Training and Finetuning Multi-Vector Embedding Models with Sentence Transformers
We’re on a journey to advance and democratize artificial intelligence through open source and open science.
Tech-OA-Interview-Questions
Daily updated list of Tech Company OAs and Interview Problems. Save your time from finding them all over the internet.
https://github.com/perixtar/Tech-OA-Interview-Questions
Daily updated list of Tech Company OAs and Interview Problems. Save your time from finding them all over the internet.
https://github.com/perixtar/Tech-OA-Interview-Questions
GitHub
GitHub - perixtar/Tech-OA-Interview-Questions: Daily updated list of Tech Company OAs and Interview Problems. Save your time from…
Daily updated list of Tech Company OAs and Interview Problems. Save your time from finding them all over the internet. - perixtar/Tech-OA-Interview-Questions
linecast
Weather, tides, the sun, the moon, and maps, in your terminal. The Old Farmer's Almanac meets Minitel.
https://github.com/ashuttl/linecast
Weather, tides, the sun, the moon, and maps, in your terminal. The Old Farmer's Almanac meets Minitel.
https://github.com/ashuttl/linecast
GitHub
GitHub - ashuttl/linecast: Weather, tides, the sun, the moon, maps, and a planetarium, in your terminal. The Old Farmer's Almanac…
Weather, tides, the sun, the moon, maps, and a planetarium, in your terminal. The Old Farmer's Almanac meets Minitel. - ashuttl/linecast
microduck_rl
RL training environments for Microduck (mjlab)
https://github.com/pollen-robotics/microduck_rl
RL training environments for Microduck (mjlab)
https://github.com/pollen-robotics/microduck_rl
GitHub
GitHub - pollen-robotics/microduck_rl: RL training environments for Microduck (mjlab)
RL training environments for Microduck (mjlab). Contribute to pollen-robotics/microduck_rl development by creating an account on GitHub.
Securo
Open-source personal finance manager. Self-hosted, privacy-first.
https://github.com/securo-finance/securo
Open-source personal finance manager. Self-hosted, privacy-first.
https://github.com/securo-finance/securo
GitHub
GitHub - securo-finance/securo: Open-source personal finance manager. Self-hosted, privacy-first.
Open-source personal finance manager. Self-hosted, privacy-first. - securo-finance/securo
FlightScnr_Pi
Desktop flight and marine radar: a real-time aircraft and marine vessel tracker powered by a Raspberry Pi and 4" round screen.
https://github.com/yashmulgaonkar/FlightScnr_Pi
Desktop flight and marine radar: a real-time aircraft and marine vessel tracker powered by a Raspberry Pi and 4" round screen.
https://github.com/yashmulgaonkar/FlightScnr_Pi
GitHub
GitHub - yashmulgaonkar/FlightScnr_Pi: Desktop flight and marine radar: a real-time aircraft and marine vessel tracker powered…
Desktop flight and marine radar: a real-time aircraft and marine vessel tracker powered by a Raspberry Pi and 4" round screen. - yashmulgaonkar/FlightScnr_Pi
Unit testing with wrapture
Wrapture takes a different approach to Python unit testing by wrapping real code instead of replacing it with mocks, preserving real arguments, return values, call structure, and signatures. It makes it easier to test internal calls, inject failures, verify call order, and assert what did or did not happen without losing the behavior of the code under test.
https://grahamdumpleton.me/posts/2026/09/unit-testing-with-wrapture/
Wrapture takes a different approach to Python unit testing by wrapping real code instead of replacing it with mocks, preserving real arguments, return values, call structure, and signatures. It makes it easier to test internal calls, inject failures, verify call order, and assert what did or did not happen without losing the behavior of the code under test.
https://grahamdumpleton.me/posts/2026/09/unit-testing-with-wrapture/
grahamdumpleton.me
Unit testing with wrapture - Graham Dumpleton
The same unit tests written with unittest.mock and with wrapture, focusing on the cases where wrapping the real code rather than replacing it changes what a test can say.
You Think This Is Good OOP… It’s Not
Six common OOP practices can make code harder to maintain, including overusing inheritance, building unnecessary class hierarchies, breaking the Liskov Substitution Principle, and abstracting too early. The video explains why these patterns backfire and shows simpler alternatives that keep object-oriented code more flexible, understandable, and maintainable.
https://www.youtube.com/watch?v=RqcEK7sWesQ
Six common OOP practices can make code harder to maintain, including overusing inheritance, building unnecessary class hierarchies, breaking the Liskov Substitution Principle, and abstracting too early. The video explains why these patterns backfire and shows simpler alternatives that keep object-oriented code more flexible, understandable, and maintainable.
https://www.youtube.com/watch?v=RqcEK7sWesQ
YouTube
You Think This Is Good OOP… It’s Not
🧱 Build software that lasts. Join the Software Design Mastery program → https://arjan.codes/mastery.
In this video, I walk through 6 common OOP practices that seem like good design but often make your code worse, including misusing inheritance, creating…
In this video, I walk through 6 common OOP practices that seem like good design but often make your code worse, including misusing inheritance, creating…
AutoSaddler
Automatic Harness Optimization with Durable Updates from Agent Execution Traces.
https://github.com/microsoft/AutoSaddler
Automatic Harness Optimization with Durable Updates from Agent Execution Traces.
https://github.com/microsoft/AutoSaddler
GitHub
GitHub - microsoft/AutoSaddler
Contribute to microsoft/AutoSaddler development by creating an account on GitHub.