BSD Ports

devel/py-blockbuster 1.5.27 NetBSD

Utility to detect blocking calls in the async event loop

System
NetBSD
Repository
pkgsrc
Maintainer
[email protected]
Port added
Last update
Commit
703c55227b
License
apache-2.0
Categories
devel, python
Package size
22.4 KiB, 101.5 KiB installed

Description

Blockbuster is a Python package designed to detect and prevent blocking calls within an asynchronous event loop. It is particularly useful when executing tests to ensure that your asynchronous code does not inadvertently call blocking operations, which can lead to performance bottlenecks and unpredictable behavior.

In the other systems

SystemPortVersion
NetBSDdevel/py-blockbuster1.5.27
FreeBSDdevel/py-blockbuster1.5.28
OpenBSDdevel/py-blockbuster1.5.29
MidnightBSDdevel/py-blockbuster1.5.26
HardenedBSDdevel/py-blockbuster1.5.28
GhostBSDdevel/py-blockbuster1.5.28

Install

Binary package:

pkgin install py311-blockbuster

From pkgsrc:

cd /usr/pkgsrc/devel/py-blockbuster && make install clean

Packages

The version each package repository carries. “-” means the repository builds no package of it, “n/a” that there is no such repository.

RepositoryVersion
NetBSD 10.1 x86_641.5.27
NetBSD 10.1 aarch64-
SmartOS / illumos x86_641.5.29
macOS 15 arm641.5.29

Dependencies

Run dependencies 2

No port depends on this one.

Configuration

No options to configure.

Service scripts
none
Flavors
py312-blockbuster-1.5.27, py313-blockbuster-1.5.27, py314-blockbuster-1.5.27

Commit history 3

DateCommitCreditsLog message
703c55227b adam py-blockbuster: updated to 1.5.29
1.5.29 Run lint from 3.9 to 3.14 replace ContextVar with threading.local
e2b0829d63 adam py-blockbuster: updated to 1.5.28
1.5.28 Fix AttributeError on reads from file objects without a fileno Fix compatibility with Python 3.15 Support Python 3.15.0rc2
8d6fc1a3af adam py-blockbuster: added version 1.5.27
Blockbuster is a Python package designed to detect and prevent blocking calls within an asynchronous event loop. It is particularly useful when executing tests to ensure that your asynchronous code does not inadvertently call blocking operations, which can lead to performance bottlenecks and unpredictable behavior.