Difference between revisions of "The piMyHome Project"

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==== Current Status ====
 
==== Current Status ====
piMyHome is still in early development and not ready yet. Our first public release is expected in March 2015.
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piMyHome is still in early development and not ready yet. Our first public release is expected in November 2015.
  
 
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|Monitor daemon for who 1, 2 and 4 is almost done.  
 
|Monitor daemon for who 1, 2 and 4 is almost done.  
 
Realized in python3, addresses and other static data are stored in sqlite3. States are stored in redis key-value cache. Slim and very fast. Running on RaspberryPi with Raspian Jessie.
 
Realized in python3, addresses and other static data are stored in sqlite3. States are stored in redis key-value cache. Slim and very fast. Running on RaspberryPi with Raspian Jessie.
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|2015-05-15
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|Event daemon working. Pushover alarm notification implemented.
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|2015-10-18
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| Responisble web interface implemented with a mix of nginx, Django, Javyscript and Websockets. Not ready for public yet
 
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Revision as of 21:36, 18 October 2015

Raspberry Pi B+

piMyHome is a fast web application for the Bticino/Legrand home automation system, running on a Raspberry Pi, a credit card sized and cheap mini computer platform. piMyHome is not a commercial project, it's completely open source and free for anybody. Developers who want to join us are very welcome.


Current Status

piMyHome is still in early development and not ready yet. Our first public release is expected in November 2015.

Date Status
2015-02-11 Monitor daemon for who 1, 2 and 4 is almost done.

Realized in python3, addresses and other static data are stored in sqlite3. States are stored in redis key-value cache. Slim and very fast. Running on RaspberryPi with Raspian Jessie.

2015-05-15 Event daemon working. Pushover alarm notification implemented.
2015-10-18 Responisble web interface implemented with a mix of nginx, Django, Javyscript and Websockets. Not ready for public yet

Features

  • A monitor daemon is fetching OWN messages from your Bticino gateway and stores the state of each device (light, shutter, heating etc.) in a Redis value cache.
  • An event daemon watches what's going on and launches a user-defined action when an event is triggered. The action launched can be anything, not just limited to the bticino system.
  • A nice and responsive web multi-language frontend to manage your home automation with any device capable of browsing html pages, such as a smartphone, tablet, desktop PC, or XMBC (TV).
  • Access control for users and groups.
  • Each user can have his own environment and favorites.
  • Completely managed via browser, no programming skills required.

Hardware Requirements

Product Price Where to buy
Raspberry Pi, model B+ ~32 EUR element14.com
Power supply 1200mA for the Raspberry Pi B+ ~ 8 EUR element14.com
Case for your Raspberry ~ 8 EUR element14.com
micro SDcard (min. 8 GB, better 16 ore more) ~10 EUR element14.com
LAN-cable to connect to your router or gateway ~ 5 EUR element14.com

Open Source Software used in this project

Software Description Homepage
Raspbian OS Debian based Linux OS for Raspberry Pi raspbian.org
Python very powerful and easy to learn scripting language python.org
Django Cool and powerful framework for Python djangoproject.com
Redis Fast key value cache for dynamic data redis.io
uWSGI Websocket service for immediate response in website uwsgi-docs.readthedocs.org
SQLite Simple single-file database system for static data sqlite.org
nginx Fast http web server nginx.org