ginsfsm 0.7.3

GinsFSM, a library to develop systems based on finite-state machines. Includes full async HTTP/WSGI/WinSocket/SockJS servers.

GinsFSM

    This project is finalized.

    I'm re-writing the idea of ginsfsm in C language.

The name of the new project is Yuneta Simplified.

Key Concepts

Can you draw your development?

Can you view the behavior of your application in real time?

With this framework, you can!

GinsFSM is a Python library for developing systems based on finite-state machines. This model is especially useful for building networking and communication applications.

• All objects, called gobjs, are instances of a class derived from ginsfsm.gobj.GObj.
• Each GObj has an internal simple-machine that defines its behavior.
• Communication between gobjs happens through events.

As a result, the system is fully asynchronous and event-driven.

All objects share a simple and consistent interface — just change the event name and the data payload.

Features

• Fully asynchronous HTTP server
• WSGI server
• WinSocket server/client compatible with sockjs

You can run multiple WSGI applications simultaneously.

Project Scaffolding

GinsFSM includes a variety of scaffolds to help you generate new projects.

Similar to the Pyramid framework's pcreate / pserve commands,
GinsFSM provides gcreate / gserve commands for creating and running projects.

Using the gcreate command with the multi_pyramid_wsgi scaffold, you can generate a project with multiple WSGI applications —
one of which can be a Pyramid WSGI application.

GObj objects are Pyramid "location-aware" resources, and the object model is a hierarchical tree —
making traversal dispatching a natural fit.

Support and Documentation

• Documentation: ginsfsm
• Source Code: GitHub

License

Copyright (c) 2012, Ginés Martínez Sánchez.
GinsFSM is released under the terms of the MIT License