Module to manipulate Orvibo devices, such as s20 wifi sockets and AllOne IR/RF433Mhz blasters to control whatever devices via emiting IR signal (TVs, AV receivers, air conditioners, etc) or via emiting RF 433MHz signal (garage doors, radio toys, Orvibo Smart Switches)

• python-orvibo module which currently supports Orvibo S20 sockets.
• Lots of info was found in ninja-allone library
• S20 data analysis by anonymous is here

• Get rid of keeping connection to the Orvibo device, which breaks further discover
• Learning and emiting RF 433MHz signal
• Test under linux platform
• Consider python 2.7 support
• Add mac and type cmd line arguments in order decrease execution latency (ver 1.1)
• API for adding new Orvibo device to the network
• Python setup script
• Orvibo s20 event handler

• Python (tested on Win7 with python 2.7 and python 3.4 and Ubuntu with python 3.2)

please let me know about apps not listed here

• OpenHAB guide by community user @robinson

orvibo.py [-i <ip> [-m <mac> -x <socket/irda>] [-s on|off] | [-t <file_to_save_signal>] | [-e <file_with_signal_to_emit>]]

> python orvibo.py
Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']
Orvibo[type=irda, ip=192.168.1.37, mac=b'accf4378efdc']

> python orvibo.py -i 192.168.1.45
Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']
Is enabled: True

Faster than just discovering by ip, since discovering step is skipped here.

> python orvibo.py -i 192.168.1.45 -m acdf238d1d2e -x socket
Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']
Is enabled: True

Same arguments can be used for all examples below.

> python orvibo.py -i 192.168.1.45 -s on
Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']
Already enabled.

> python orvibo.py -i 192.168.1.37 -t test.ir
Orvibo[type=irda, ip=192.168.1.37, mac=b'accf5378dfdc']
Done

The same command works to grab signal from remotes with 433MHz radio frequency.

> python orvibo.py -i 192.168.1.37 -e test.ir
Orvibo[type=irda, ip=192.168.1.37, mac=b'accf5378dfdc']
Done

The same command works to emit grabbed RF 433MHz signal.

from orvibo import Orvibo

for ip in Orvibo.discover():
    print('IP =', ip)

for args in Orvibo.discover().values():
    device = Orvibo(*args)
    print(device)

Result

IP = 192.168.1.45
IP = 192.168.1.37
Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']
Orvibo[type=irda, ip=192.168.1.37, mac=b'accf4378efdc']

device = Orvibo.discover('192.168.1.45')
print(device)

Result:

Orvibo[type=socket, ip=192.168.1.45, mac=b'acdf238d1d2e']

only for devices with type 'socket'

device = Orvibo('192.168.1.45')
print('Is socket enabled: {}'.format(device.on))
device.on = not device.on # Toggle socket
print('Is socket enabled: {}'.format(device.on))

Result:

Is socket enabled: True
Is socket enabled: False

only for devices with type 'irda'

device = Orvibo('192.168.1.37')
ir = device.learn('test.ir', timeout = 15) # AllOne red light is present,
                                           # waiting for ir signal for 15 seconds and stores it to test.ir file
if ir is not None:
    # Emit IR code from "test.ir"
    device.emit('test.ir')
    # Or with the same result
    # device.emit(ir)

The same code works to grab/emit signal from remotes with 433MHz radio frequency.