sqlite-utils 4.2.1
Read the original on Simon Willison →Release: sqlite-utils 4. 2.
Machine-generated by The Flow from the publisher's headline and feed description — not written or checked by a human. The full article lives at Simon Willison.
Release: sqlite-utils 4. 2.
Machine-generated by The Flow from the publisher's headline and feed description — not written or checked by a human. The full article lives at Simon Willison.
Release: alchemy-utils 0. 1a0 I've long pondered what a database agnostic version of my sqlite-utils Python library and CLI utility might look like.
Research: sparqlite: SPARQL 1.1 inside SQLite, written in Rust This research task is really an experiment in running Claude Code for web in "Ultracode" mode, as described in Orchestrate subage...
The article announces the release of github-to-sqlite version 2.9.1. It includes a fix that ensures compatibility with sqlite-utils 4.x. The update is relevant for users integrating GitHub data into SQLite databases.
The release of llm‑anthropic 0.27 updates the Anthropic plugin for LLM to be compatible with the newly released anthropic v1.0.0 Python library, which has switched from httpx to httpx2. This mirrors a similar change made by OpenAI in their v3.0.0 release two weeks prior. The update includes a migration guide and a pull request that ensures tests pass after upgrading to anthropic>=1.
Python 3.15.0 candidate 2 has been released, marking the final release candidate for the upcoming 3.15 release scheduled for October. Hugo van Kemenade, the release manager, notes that only clear bug‑fix changes are allowed between this candidate and the final release, and urges third‑party maintainers to prepare wheels on PyPI and test their projects during this phase. The new RC is not yet available for GitHub Actions, but users can add it to their testing matrix using the allow‑prereleases and check‑latest flags to automatically test against the latest RC and then the stable release.
Farid Zakaria shows how to create a SQLite database file that can be executed directly as a Linux binary. By setting the SQLite file format’s 4‑byte application ID to "SELF" and arranging ELF components into SQLite tables, a small C interpreter can extract and run the necessary parts. The technique can be registered with the kernel via binfmt_misc so any file matching the pattern is automatically executed.