The full documentation is available on http://docs.abilian.com/.
Goals & principles
- Development must be easy and fun (some some definition of "easy" and "fun", of course)
- The less code (and configuration) we write, the better
- Leverage existing reputable open source libraries and frameworks, such as SQLAlchemy and Flask
- It must lower errors, bugs, project's time to deliver. It's intended to be a rapid application development tool
- It must promote best practices in software development, specially Test-Driven Development (as advocated by the GOOS book)
Here's a short list of features that you may find appealing in Abilian:
- Plugin framework
- Asynchronous tasks (using Celery)
- Security model and service
Domain model and services
- Persistent domain object model, based on SQLAlchemy
Content management and services
- Simple file-based content repository
- Indexing service
- Document preview and transformation
- Users, groups and social graph (followers)
- Activity streams
User Interface and API
- Forms (based on WTForms)
- CRUD (Create, Retrieve, Edit/Update, Remove) interface from domain models
- Labels and descriptions for each field
- Various web utilities: view decorators, class-based views, Jinja2 filters, etc.
- A default UI based on Bootstrap 3 and several carefully selected jQuery plugins such as Select2
- REST and AJAX API helpers
- i8n: support for multi-language via Babel, with multiple translation dictionaries
Management and admin
- Initial settings wizard
- Admin and user settings framework
- System monitoring (using Sentry)
Abilian Core is currently alpha (or even pre-alpha) software, in terms of API stability.
It is currently used in several applications that have been developped by Abilian over the last two years:
- Abilian SBE (Social Business Engine) - an enterprise 2.0 (social collaboration) platform
- Abilian EMS (Event Management System)
- Abilian CRM (Customer / Contact / Community Relationship Management System)
- Abilian Le MOOC - a MOOC prototype
- Abilian CMS - a Web CMS
In other words, Abilian Core is the foundation for a small, but growing, family of business-critical applications that our customers intend us to support in the coming years.
So while Abilian Core APIs, object model and even architecture, may (and most probably will) change due to various refactorings that are expected as we can't be expected to ship perfect software on the firt release, we also intend to treat it as a valuable business asset and keep maintaining and improving it in the foreseeable future.
Roadmap & getting involved
If you need help or for general discussions about the Abilian Platform, we recommend joing the Abilian Users forum on Google Groups.
We have a roadmap on Pivotal Tracker that we use internally to manage our iterative delivery process.
For features and bug requests (or is it the other way around?), we recommend that you use the GitHub issue tracker.
If you are a Python web developer (which is the primary target for this project), you probably already know about:
- Python 2.7
So, after you have created and activated a virtualenv for the project, just run:
pip install -r requirements.txt
If you need to work on the project, first install the requirements as above, then type:
pip install -e '.[dev]'
To use some features of the library, namely document and images
transformation, you will need to install the additional native packages,
using our operating system's package management tools (
- A few image manipulation libraries (
Look at the
fabfile.py for the exact list.
Abilian Core come with a full unit and integration testing suite. You
can run it with
make test (once your virtualenv has been activated and
all required dependencies have been installed, see above).
Alternatively, you can use
tox to run the full test suite in an
Abilian Core is licensed under the LGPL.
Abilian Core has been created by the development team at Abilian (currently: Stefane and Bertrand), with financial support from our wonderful customers, and R&D fundings from the French Government, the Paris Region and the European Union.
We are also specially grateful to:
- Armin Ronacher for his work on Flask.
- Michael Bayer for his work on SQLAlchemy.
- Everyone who has been involved with and produced open source software for the Flask ecosystem (Kiran Jonnalagadda and the HasGeek team, Max Countryman, Matt Wright, Matt Good, Thomas Johansson, James Crasta, and probably many others).
- The creators of Django, Pylons, TurboGears, Pyramid and Zope, for even more inspiration.
- The whole Python community.