rig

Rig

.. image:: https://github.com/project-rig/rig/blob/master/docs/source/logo.png?raw=True :alt: The Rig Logo

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Rig is a Python library which contains a collection of complementary tools for developing applications for the massively-parallel SpiNNaker <http://apt.cs.manchester.ac.uk/projects/SpiNNaker/>_ architecture. First and foremost, Rig aims to present a light-weight, well tested and well documented interface for SpiNNaker application developers.

Quick-start

The latest stable release can be installed from the Python Package Index <https://pypi.python.org/pypi/rig/>_ using::

pip install rig

You could then use Rig to write a Python one-liner to count the number of cores in your SpiNNaker super computer::

>>> from rig.machine_control import MachineController
>>> sum(chip.num_cores for chip in
...     MachineController("spinn-4").get_system_info().values())
514301

To find out how to do something useful, head over to the Rig documentation on ReadTheDocs <http://rig.readthedocs.org/>_.

See DEVELOP.md__ for information on how to get involved in Rig development or install the latest development version.

__ https://github.com/project-rig/rig/blob/master/DEVELOP.md

Overview

Rig does not mandate any particular application work flow but rather provides a set of common utilities with well-defined, composable interfaces. Developers are encouraged to use whatever subset of these tools they consider useful.

The utilities provided by Rig can be broken down approximately as follows:

• Data packaging for SpiNNaker

  • type_casts: conversion functions between common Python and Numpy data types and the fixed-point types used by SpiNNaker.
  • bitfield.BitField: an abstraction for flexibly defining routing keys for SpiNNaker applications ranging from the trivial to those involving multiple external devices with conflicting routing key formats.

• Graph-to-machine mapping

  • place_and_route: a suite of algorithms for mapping graph-like problems onto the SpiNNaker hardware, allocating on-chip resources and generating routing tables.
  • routing_table: a suite of algorithms for minimising and analysing SpiNNaker's multicast routing tables.
  • geometry: utility functions for working with SpiNNaker's hexagonal torus topology.

• Execution control and machine management

  • machine_control.MachineController: a high-level interface to SpiNNaker machines. Can be used to boot machines, load and control applications, and more.
  • machine_control.BMPController: a high-level interface to the Board Management Processors (BMPs) found in large SpiNNaker installations. Can be used to control system power and read diagnostic information such as temperature and FPGA status.

• Standalone utility applications

  • rig-boot: No-nonsense command line utility for booting SpiNNaker systems.
  • rig-power: No-nonsense command line utility for power-cycling SpiNNaker systems.
  • rig-info: No-nonsense command line utility to get high-level information about a SpiNNaker system, e.g. "what is it running, is it on fire?".
  • rig-discover: No-nonsense command line utility for discovering the IP of connected, unbooted SpiNNaker boards.
  • rig-iobuf: No-nonsense command line utility for reading IOBUF messages from a SpiNNaker application.
  • rig-ps: No-nonsense command line utility for listing all applications (and their locations) in a SpiNNaker machine.
  • rig-counters: No-nonsense command line utility which can non-intrusively monitor a SpiNNaker system for dropped packets.

Python Version Support

Rig is tested against the following versions of Python:

• 2.7
• 3.4
• 3.5

Other versions may or may not work.

Contributors

See CONTRIBUTORS.md__ for a list of all the folk who've contributed to Rig.

__ https://github.com/project-rig/rig/blob/master/CONTRIBUTORS.md

License

Rig is licensed under the GNU General Public License Version 2_.

.. _GNU General Public License Version 2: https://github.com/project-rig/rig/blob/master/LICENSE