python3-packaging-whl
core utilities for python3 packages (wheel package)
These core utilities currently consist of:
- Version Handling (PEP 440)
- Dependency Specification (PEP 440)
systemd-netlogd
journal message forwarder
Forwards messages from the journal to other hosts over the network using the
Syslog Protocol (RFC 5424 and RFC 3339). It can be configured to send
messages to both unicast and multicast addresses. systemd-netlogd runs with
own user systemd-journal-netlog. Starts sending logs when network is up and
stops sending as soon as network is down (uses sd-network). It reads from
journal and forwards to network one by one. It does not use any extra disk
space. systemd-netlogd supports UDP, TCP, TLS and DTLS (Datagram Transport
Layer Security RFC 6012).
python3-pykira
Communicates with Keene Electronics IR-IP modules over UDP
This library provides the capability to send and respond to UDP packets
specifically for Keene Electronics infrared over IP modules, known as Kira. It
allows for seamless interaction with Kira devices, supporting both sending IR
codes and receiving them to trigger other actions. The library is designed to
understand various IR code formats, including native Kira, Pronto, and NEC. By
facilitating communication, it enables users to integrate Kira modules into
larger systems for automation or control purposes. It requires the user to
configure network settings for the proper direction of IR signals using the
Kira hardware.
python3-pylibrespot-java
Library to interface with a librespot-java server
This library provides an interface to communicate with a librespot-java
server, allowing for integration with audio streaming setups that use the
librespot-java framework. It facilitates interaction with streaming services,
enabling control of playback functions and metadata access via network
communications.
python3-pysma
Library to interface with an SMA Solar WebConnect module
This library allows interaction with SMA Solar WebConnect modules to access
data from solar inverters, energy meters, and battery inverters. It connects
to the WebConnect interface of SMA devices, enabling the retrieval of various
metrics such as power generation, voltage, current, grid frequency, and more.
By providing access to detailed sensor information, the library supports
monitoring and analysis of solar energy production and consumption.
python3-opuslib
Bindings to the libopus low-delay audio codec
This library provides Python bindings for the libopus audio codec. The libopus
codec is designed to handle interactive speech and music transmission over the
Internet, enabling low-latency audio streaming. It is particularly well-suited
for applications that require high-quality audio with minimal delay, such as
voice-over-IP, videoconferencing, and real-time music streaming. By
interfacing directly with the libopus codec, users can encode and decode audio
streams efficiently, ensuring optimal performance in real-time audio
processing tasks. Additionally, this library supports a range of features
necessary for handling audio in various network conditions, including variable
bit rate and packet loss concealment.