Google took two months to patch an unauthenticated RCE vulnerability in its developer documentation infrastructure. The problem was a reused The post Google paid $90,000 for this bug, then waited two months to fix it appeared first on The New Stack .
Build-or-buy is usually framed as an engineering trade-off, where developer time is weighed against integration and migration overhead, and control The post Coding agents made building easy. Platform teams that build from scratch are 3.5x more likely to lack a strategy. appeared first on The New Stack .
Prime Minister Andy Burnham told parliament there were "strong indications" of Iranian involvement. The government summoned Iran's ambassador. The scare at RAF Fairford led to the withdrawal of USAF B-1 heavy bombers.
Meta's new Muse Wonder models rank in the top three on six out of ten benchmarks, with the biggest gains in agentic tasks. But the cost per task has nearly tripled. The article Meta's new frontier model Muse Wonder Full breaks into the AI top tier appeared first on The Decoder .
Hundreds of French supermarkets saw their refrigeration systems defrosted, spoiling tons of frozen food. The unprecedented attack has raised serious questions about food security across Europe.
Polish authorities have reported the arrests of two Turkish citizens in Germany in connection with alleged sabotage of a Starlink station last month. Prime Minister Donald Tusk called the fire an act of "hybrid warfare."
Python 3.15 is here ! Here's the essential What's new in Python 3.15 guide, this year curated by 3.14 and 3.15 release manager Hugo van Kemenade. As someone who builds open source software that works in every supported Python version, I get to say goodbye to Python 3.10 and start embracing features from Python 3.11. First, some highlights from Python 3.15. Explicit lazy imports I'm most excited about Explicit lazy imports from PEP 810 . These let you import modules like so: lazy import json lazy from pathlib import Path The module will then be imported the first time those symbols are used in the code that follows. My LLM CLI tool implements plugins. I had to recommend manual lazy imports in the plugin author documentation, because simply installing plugins that used heavy dependencies such as sentence_transformers could add multiple seconds to every invocation of the llm command. Lazy imports directly address this startup cost. Unpacking in comprehensions The new [*sublist for sublist in lists] unpacking syntax is neat. Here's an illustration lifted from the documentation : lists = [[ 1 , 2 ], [ 3 , 4 ], [ 5 ]] [ * L for L in lists ] # [1, 2, 3, 4, 5] # equivalent to [x for L in lists for x in L] sets = [{ 1 , 2 }, { 2 , 3 }, { 3 , 4 }] { * s for s in sets } # {1, 2, 3, 4} # equivalent to {x for s in sets for x in s} dicts = [{ 'a' : 1 }, { 'b' : 2 }, { 'a' : 3 }] { ** d for d in dicts } # {'a': 3, 'b': 2} # equivalent to {k: v for d in dicts for k,v in d.items()} PEP 798: Unpacking in Comprehensions by Adam Hartz and Erik Demaine proposed this as an extension of the unpacking syntax from PEP 448 , which landed in Python 3.5 back in 2015. A sampling profiler Python's existing tracing profiler has been renamed from cProfile to profiling.tracing , and has been joined by an exciting new sampling profiler called Tachyon, aka profiling.sampling . Sampling profilers work by periodically capturing stack traces from running processes, then using those to calculate which functions have the most time spent inside of them. They're very low overhead and can provide a deep insight into running systems, without needing to instrument those systems first. I've previously used tools like py-spy for this. Now this capability is baked into the standard library. If you have the PID of an existing Python 3.15 process you can start gathering samples by running this (I had to use sudo on macOS): sudo uv run --python 3.15 python -m profiling.sampling attach 1234 Interact with the main program a bit, then hit Ctrl+C to stop gathering and see a report, which looks something like this: It can also produce flame graphs like this and heat maps like this , and can even output a format that can be viewed in the Firefox profiler UI. 3.15 isn't much faster than 3.14 Miguel Grinberg investigated How fast is Python 3.15? the other day against the 3.15.0rc3 release and found performance to be mostly the same as 3.14, with the exception of the experimental JIT. The JIT gave a 1.2x boost over the standard 3.15 interpreter (on a Fibonacci test), the first time Miguel observed a meaningful JIT performance increase. Miguel's explorations of 3.14 last year found significant boosts against Python 3.13 across many more categories. Upgrading to Python 3.15 with uv I used the following sequence of commands to get uv to use Python 3.15 on my Mac. First I had to upgrade uv itself to ensure it knew about the new release: uv self update Then I installed the stable 3.15 release: uv python install 3.15 And told uv that I wanted that to be the default for every uv run command, unless the project itself pinned a different version: uv python pin --global 3.15 Now the following reports 3.15 as the version: uv run python --version I already have a bunch of tools installed using uv tool install . I reinstalled them to use Python 3.15 like this: uv tool upgrade datasette --python 3.15 Then I can confirm the version like this: datasette --get /-/versions.json | jq Highlights from Python 3.11 The release of 3.15 means that Python 3.10 (released in 2021) is officially no longer supported . My policy for my main open source projects is to keep them working in every supported Python version. I can now drop 3.10 and start using features that were introduced in 3.11. Here's the What's new in Python 3.11 document. I finally get to rely on tomllib being available! Datasette makes extensive use of asyncio . 3.11 adds TaskGroup and timeout() , and several more new features. datetime.UTC is a new in 3.11 alias for datetime.timezone.utc . Python's SQLite support got some significant upgrades in 3.11, including: setlimit() and getlimit() expose a mechanism for setting SQLite runtime limits from Python. create_window_function() lets us create custom window functions in Python, as a class with step() , value() , inverse() , and finalize() methods. blobopen() provides an efficient mechanism for partial reads and writes of large BLOB binary values stored in a SQLite row. You can now call set_authorizer(None) to remove a SQLite authorizer. Datasette had a workaround for this! Plus a whole bunch of improvements to Python's typing system . I plan to land Python 3.11 improvements to a bunch of my projects over the next few weeks. Here's my first Datasette PR removing that set_authorizer(None) workaround. I've also updated my click-app , datasette-plugin , python-lib , and llm-plugin cookiecutter templates to test against Python 3.11 through Python 3.15. Tags: open-source , profiling , python , sqlite , uv