libocamlformat-ocaml
auto-formatter for OCaml code (runtime library)
ocamlformat is a code formatter for OCaml. It comes with opinionated
default settings but is also fully customizable to suit your coding
style.
- Profiles: ocamlformat offers profiles with predefined formatting
configurations.
- Configurable: Users can change the formatting profile and configure
every option in their .ocamlformat configuration file.
- Format Comments: ocamlformat can format comments, docstrings, and
even code blocks in your comments.
- RPC: ocamlformat provides an RPC server that can be used by other
tools to easily format OCaml Code.
python3-bluemaestro-ble
Library for interfacing with BlueMaestro BLE devices
This library provides functionalities to interact with BlueMaestro BLE
devices, such as the Tempo Disc THD and Tempo Disc THPD. It enables the
retrieval of sensor data from these devices, allowing for the monitoring of
temperature, humidity, and other environmental factors. The library
communicates with BlueMaestro devices over Bluetooth, automatically
discovering and handling connections when used in environments that support
Bluetooth integration. It is designed to integrate with systems that need
real-time or periodic data collection from BlueMaestro sensors, offering a
reliable way to gather and process environmental metrics.
python3-fake-useragent
Library to simulate browser user-agent strings
This library provides a set of tools to simulate browser user-agent strings
across different platforms and devices. It offers a pre-downloaded and
processed database of a wide range of browser agents, allowing users to
retrieve random or specified user-agent strings without an active internet
connection. The data includes various attributes such as browser type,
version, operating system, and device brand. This facilitates applications
that require user-agent customization or testing by mimicking different
browser environments for web interactions.
libvirt-daemon-driver-storage-logical
virtualization daemon - Logical Volume Manager (LVM) storage driver
libvirt exposes a long-term stable API that can be used to interact with
various hypervisors. Its architecture is highly modular, with most features
implemented as optional drivers. It can be used from C as well as several
other programming languages, and it forms the basis of virtualization
solutions tailored for a range of use cases.
python3-leidenalg
Python3 implementation of the Leiden algorithm in C++
This package implements the Leiden algorithm in C++ and exposes it to
Python. It relies on igraph for it to function. Besides the relative
flexibility of the implementation, it also scales well, and can be run
on graphs of millions of nodes (as long as they can fit in memory). The
core function is find_partition which finds the optimal partition using
the Leiden algorithm, which is an extension of the Louvain algorithm for
a number of different methods. The methods currently implemented are
libvirt-daemon-lock
virtualization daemon - locking daemon
libvirt exposes a long-term stable API that can be used to interact with
various hypervisors. Its architecture is highly modular, with most features
implemented as optional drivers. It can be used from C as well as several
other programming languages, and it forms the basis of virtualization
solutions tailored for a range of use cases.