semvec/pypi-packages huggingface dataset:
sqre-uservice-productstatus 0.0.1
Minimal SQuaRE API wrapper for keeper.lsst.codes product status
License: MIT
Keywords: lsst

[![Build Status](https://travis-ci.org/lsst-sqre/sqre-apikit.svg?branch=master)](https://travis-ci.org/lsst-sqre/sqre-apikit)

# sqre-uservice-productstatus

LSST DM SQuaRE microservice wrapper for determining whether products
listed at keeper.lsst.codes are responding to their published endpoint.

## Usage

Create a Flask app (preferably using :class:`apikit.APIFlask`).  If you
have used `APIFlask`, it will already have a metadata route (but if you
are using Kubernetes ingress, you will want to specify the additional
route behind api.lsst.codes (or wherever) as one of the arguments to
route.

Hook your app up with whatever authenticator to Github it needs (if
any), and whatever secrets the authenticator requires.

If you're planning on hosting in a container via Kubernetes, create a
service and a deployment for it (look in `kubernetes`), and then if you
are standing up the front end too, set up an ingress with TLS
certificate and key.  If one already exists (e.g. `api.lsst.codes`) you
just need to add a path to the existing ingress.
nucosMQ 0.0.9
nucosMQ - a pure python message module
License: MIT
Keywords: message queue zeroMQ snakeMQ

nucosMQ
=======

*nucosMQ* is a python messaging module (in the sense of zeroMQ) written
in pure Python. We are aware of other projects like *snakeMQ* but we
were not able to produce reasonable results with that, since we depend
in our related projects on massive threading.

The underlying protocoll is *tcp* and as an alternative *udp* yet not
very far implemented. The Communication is **thread safe**, so it may be
used together with whatever GUI-Library. The module is light-weighted,
pure python and ready to use.

The project is in alpha stage: every usage is on your own risk and
responsibility.

*nucosMQ* implements two kind of connections: server-client connection
and link-connection. The server accepts many clients, the link is a
one-to-one connection. The connections may be established also with your
individual authentification method, which can be integrated easily (see
examples).

A publish/subscribe logic is implemented, where clients can subscribe to
a topic and the server acts as a broker for that topology.

Install
-------

::

    pip install nucosMQ

or download the tarball at https://github.com/DocBO/nucosMQ, unzip and
type

::

    python setup.py install

Documentation
-------------

https://pythonhosted.org/nucosMQ

Recommended test runner
-----------------------

::

    nose2 --plugin nose2.plugins.junitxml --junit-xml

Licence
-------

MIT License

Platforms
---------

No specific platform dependency. Python 2.7 should work as well as
Python 3.4/3.5. Up to now only Linux OS is tested.
hpd-20 0.0.2
HPD-20 simple patch editor and librarian
License: MIT
Keywords: roland,handsonic,hpd-20,percussion,editor,librarian,kit,pad

HPD-20 Editor
=============

Synopsis
--------

Program to copy kits around (shared in internet?), modify scales for melodic stuff
create chains, appl modifications on pan, volume, sweep etc.

The HPD-20 can not be edited via MIDI.
This small program will need backups that you create in the SYS-USB Memory menu to work with. Sorry, there is no other way to make it more interactive.
On the other hand it will help you to manage and exchange your kits with other people, create easily melody based kits
and last but not least to print your settings on some paper so you will have them ready i.e. for live performances and you just forgot some important setting.


Roadmap
-------

- (/) read memory dump (BKUP-???.HS0)

- (/) save all kits into folder

- (/) load single kit from folder

- (/) patch simple scales with modes on instrument A

- (/) patch scales with different layouts (across, around, etc.)

- (/) retrieve note for melodic pads (instruments 348-433

- (x) fetch basic information from kit and pad

- (x) patch scales on instrument B

- (x) copy kits around

- (x) UI the whole stuff (tkinter?)

- (x) publish on various musician sites

Macro operations todo
---------------------

- patch scales

- pan over a pad-set

- swap left right (M1 <-> M2, M3 <-> M4, S1 <-> S8 etc...)


Generic todo
------------

get more pitches from some instruments that are for now presumed in C (i.e. Roto Toms, Cowbell)

add unit-tests for the inplace memory manipulations