An implementation of a time series API as a Django application
Python Perl
Switch branches/tags
Nothing to show
Fetching latest commit…
Cannot retrieve the latest commit at this time.
Failed to load latest commit information.


Time-series API implementation in Django

This is an implementation of the OpenOrg time-series API specification as a Django application.


  • Stores data in a compact binary format for quick retrieval
  • Archives data in CSV format to negate format-based lock-in
  • Time-zone aware
  • Customisable aggregation (e.g. for daily and weekly averages, minima and maxima)
  • Implements an API used by other time-series implementations
  • Allows creation, modification and updating of time-series from a RESTful web service
  • Has a fine-grained permissions model for administering time-series

Features yet to be implemented

  • Administration interface is still somewhat human-unfriendly
  • Customisable alerts for when series haven't been updated for some period of time
  • Gauge and counter-based series (currently only period-based series)
  • Virtual time-series (i.e. time-series which are some function of other time-series)


This project comprises a Django application that you can include in an existing Django project by adding 'openorg_timeseries' to your INSTALLED_APPS variable in your Django settings file.

openorg_timeseries.longliving contains a threading.Thread which mediates access to the underlying data, and which prevents ...

Demonstration application

This project comes with a demonstration web service which you can use to quickly evaluate its usefulness.


First, install the necessary dependencies using pip:

$ pip install -r requirements.txt

Next, start the demonstration server using the following:

$ rundemo --settings=openorg_timeseries.demo.settings --pythonpath=.

Give it a few seconds, after which you can point a web browser at http://localhost:8000/ <http://localhost:8000/ to see it in action.


The demo site performs the following steps on start-up:

  1. Creates a demo-data directory in the current directory to store data used by the demo
  2. Runs the syncdb Django management command to create a sqlite3 database in the demo-data directory
  3. Starts a long-living process which manages the data storage and retrieval
  4. Creates a new time-series and loads in some example data
  5. Runs the runserver management command (without the auto-reloader) to start the Django development server