JEEDOM - La domotique évolutive et innovante XBee XBee is the brand name from Digi International for a family of form factor compatible radio modules. The first XBee radios were introduced under the MaxStream brand in 2005[2] and were based on the 802.15.4-2003 standard designed for point-to-point and star communications at over-the-air baud rates of 250 kbit/s.[3] Two models were initially introduced—a lower cost 1 mW XBee and the higher power 100 mW XBee-PRO.[4] Since the initial introduction, a number of new XBee radios have been introduced and all XBees are now marketed and sold under the Digi brand. As of February 2013, the XBee radio family consists of[7] Form-factors, antennas, and data modes[edit] A pair of XBee radios (through-hole with the wire whip antenna type). XBee Modules are available in two form-factors; Through-Hole and Surface Mount. XBee Modules typically come with several antenna options, including U.FL, PCB Embedded, Wire, and RPSMA. See also[edit] References[edit] External links[edit]
PiDome KNX start [Mydombox] Mydombox est un logiciel simple d'utilisation permettant de transformer n'importe quelle machine linux en une box domotique complète. Mydombox se décompose aujourd’hui en 3 parties: . Une Base Mysql pour les données Un moteur en C Une Webapps en PHP & Jquery Voir le schema d'architecture Fonctionnalités Contrôle des lumières & prises Gestion du chauffage Surveillance de la consommation électrique. News Download Tutoriel Hardware Mydombox a été développé dans le but de fonctionner sur des Mini-PC tel que le Raspberry PI. Mydombox à été développé pour communiquer via Rfxtrx443 de rfxcom ou la carte Rpidom de yadom. Néanmoins n'ayant pas beaucoup de Devices pour tester Mydombox n'est pas compatible avec tous les devices supportés par le rfxtrx433 et la carte Rpidom. La liste complète des devices compatibles se trouve ICI ScreenShots Une suggestion, un Bug, une évolution ? C'est avec plaisir que j'accueillerai toute idée, bug ou remarque pour faire évoluer Mydombox. Faire un don ! Copyright
BACnet pyknx 1.0.9 Python bindings for KNX Copyright (C) 2012-2013 Cyrille Defranoux Contact me at knx at aminate dot net Pyknx is a package that is aimed at providing basic functionality related to communicating with a Linknx instance. It should help in sending or receiving data to/from Linknx. Once installed, you should be able to read or write your Linknx objects from your Python environment: from pyknx import linknx server = linknx.Linknx() # Connect to localhost:1028 # Print status of all lights. Pyknx allows to execute functions implemented in a python file of your own, with the script running as a daemon. Refer to section How does it work? There is no doubt that Linknx is a very powerful, stable and simple-to-configure solution. I first wrote a simple python script called lwknxclient whose unique functionality is to read/write Linknx object's values. But recently, my requirements evolved drastically as I wanted to implement my own alarm system to protect my home. the configuration is quite verbose.
Funnel Tutorial – pKNyX - python KNX framework This is a draft version. Vocabulary ¶ Before we dive into this tutorial, lets define a few words. I tried to use KNX vocabulary, and hope I did understand them correclty. Feel free to contact me if you find mistakes. KNX bases are needed. Group Address: multicast destination address of a bus datagram Individual Address: physical source address of a bus datagram Flags: Stack: code implementing KNX OSI layers Datapoint: internal variable of a Functional Block Group Object: multicast communication proxy of a Datapoint Functional Block: black box containing Datapoints and implementing features Device: set of Functional Block-s running as a process ETS: tool used to weave Device Functional Blocks Groups Objects through Group Address-es Functional Block ¶ This is the central feature of pKNyX. A Function Block is implemented as a python class, and have Datapoint-s and Group Object-s attributes. Functional Block-s can be deployed as one or several Device-s. Create device structure ¶ That's it! $ . $ .
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