GitLab

cmd -> nrm
daemon -> nrmd
argo-perf-wrapper -> nrm-perfwrapper

BSD3, as discussed.

Some packages were being pulled into the virtual environment through
setup.py. It just happens that the new versions of pyzmq and tornado
don't really play nice with the current daemon code. Mostly because of a
"better" ioloop hijacking mecanism, that doesn't work for us.

This patch moves the install requirements of the setup.py to Pipfile,
and lock them to a working version.

Note: the code still currently triggers #14.

Recent work has added and renamed binaries to the repository. This patch
syncs the setup.py file to match the current state.

This fixes missing binaries from path inside virtual environments.

This a partial import of github.com/coolr-hpc/pycoolr from
master branch, commit id: 67e7aa4b89b67744922b5926cd1459adf650013b

Coolr will provide us the capability to read power, topology and
msr-based sensors.

This patch links the sensor module with the coolr code as it is, which
doesn't really work. The core issue is that the current coolr code is
meant to be stand-alone, and the main functions to both sampling and
formatting of the data in json, by hand.

We will solve that in the next commit, removing the json-specific code
from the sample function to create a dict of values instead.

We chose to rewrite the entire thing in python. The language should make
it easy to interact will all the moving parts of the Argo landscape, and
easy to prototype various control schemes.

The communication protocol is exactly the same, but implemented with
ZeroMQ + tornado.

Power readings are not integrated yet, we are targeting using the Coolr
project for that.

This is a rough draft, all the code is in binary scripts instead of
the package, and there are no unit tests. Nevertheless, it should be
a decent starting point for future development.