piMyHome Project - User contributions [en]

User:Baburin

2019-06-01T18:01:18Z

Admin: Creating user page for new user.

User talk:Baburin

2019-06-01T18:01:18Z

Admin: Welcome!

'''Welcome to ''piMyHome Project''!'''
We hope you will contribute much and well.
You will probably want to read the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents help pages].
Again, welcome and have fun! [[User:Admin|Admin]] ([[User talk:Admin|talk]]) 18:01, 1 June 2019 (UTC)

Code Snippets

2019-03-15T08:48:20Z

Admin: /* The Python Script btmonitor.py for Python 3 */

If you wanna get a feeling of how you can interact with a Bticino gateway, you should try our code snippets below.

= Linux console =
The Linux command <tt>'''[http://en.wikipedia.org/wiki/Netcat netcat]'''</tt> makes it very easy to send messages from a Raspberry Pi to a Bticino Gateway.

=== Sending messages to a Bticino Gateway with netcat ===
Syntax:
<source lang="bash">echo "<message>" | netcat <gateway-IP> <gateway-port></source >

For example: turn off light 94 (9.4) on interface 5:
<source lang="bash">echo "*1*0*94#4#05##" | netcat 192.168.1.55 20000</source >

If your command gets executed, you should get <tt>'''*#*1##'''</tt> (ACK) as a response.
If the command fails for some reason, you will get a <tt>'''*#*0##'''</tt> (NACK).

= Python =
Python is a very powerful scripting language and available for all major operation systems like Linux, Windows and Apple OSX. In MAC OSX and Linux environments, Python is usually pre-installed. If not already installed on your system, please follow these steps:
{| class="wikitable"
! style="text-align:left;"| OS
! style="text-align:left;"| How to install python
|-
|Raspberry Pi, Debian, Ubuntu
|<tt>sudo apt-get install python</tt>
|-
|Windows
|Download and install Python from [http://legacy.python.org/download/ python.org]
|-
|Apple MAC OSX
|Download and install Python from [http://legacy.python.org/download/ python.org]
|}

== Sending messages to a Bticino Gateway with Python ==
Below is a very simple Python script to send messages to a Bticino gateway. The script sends each command line argument as a single message to the gateway.
Syntax:
<pre>./btsend.py <OWN-message> <OWN-message> <OWN-message></pre>
For example, turn off light 15 and turn on light 17:
<pre>./btsend.py *1*0*15## *1*1*17##</pre>
=== The Python Script btsend.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def send_message(msg):
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect(gateway_addr_port)
sock.send(msg)

for arg in sys.argv[1:]: # cut off first argument (btsend.py)
send_message(arg) # send all arguments as message
print "Sending " + arg
</source>

== A Python Monitor Session with Bticino Gateway ==
To understand the OWN messages better, you should start a monitor session and watch the OWN messages flying in from your home automation system. Analyzing these messages gives you an idea how it works. Below is a simple monitor script in Python. [http://www.pimyhome.org/files/monitor.py Download monitor.py]
=== The Python Script btmonitor.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect(gateway_addr_port)
data = sock.recv(1024)
if data != "*#*1##": # expect ACK from gateway
raise Exception("Did not receive expected ACK, but: "+data)
sock.send("*99*1##") # Switch session to MONITOR mode
data = ""
while 1:
next = sock.recv(1024) # now read data from MyHome BUS
if next == "":
break # EOF
data = data + next
eom = data.find("##")
if eom < 0:
continue; # Not a complete message, need more
if data[0] != "*":
raise Exception("Message does not start with '*': "+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ("\nSocket connection closed.")
sys.exit()

monitor() # start the monitor
</source>

=== The Python Script btmonitor.py for Python 3 ===
In Python 3, socket returns bytes objects and we have to take this into account
<source lang="python">
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import socket

gateway_host = '192.168.1.35' # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect((gateway_host, gateway_port))
data = sock.recv(1024).decode() # decoding byt to string
if data != '*#*1##': # expect ACK from gateway
raise Exception('Did not receive expected ACK, but: '+data)
sock.send(b'*99*1##') # Switch session to MONITOR mode
data = ''
while 1:
next = sock.recv(1024).decode() # now read data from MyHome BUS
if next == '':
break # EOF
data = data + next
eom = data.find('##')
if eom < 0:
continue; # Not a complete message, need more
if data[0] != '*':
raise Exception('Message does not start with '*': '+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ('\nSocket connection closed.')
exit()

monitor() # start the monitor</source>

Code Snippets

2019-03-15T08:42:04Z

Admin: /* The Python Script btmonitor.py for Python 3 */

If you wanna get a feeling of how you can interact with a Bticino gateway, you should try our code snippets below.

= Linux console =
The Linux command <tt>'''[http://en.wikipedia.org/wiki/Netcat netcat]'''</tt> makes it very easy to send messages from a Raspberry Pi to a Bticino Gateway.

=== Sending messages to a Bticino Gateway with netcat ===
Syntax:
<source lang="bash">echo "<message>" | netcat <gateway-IP> <gateway-port></source >

For example: turn off light 94 (9.4) on interface 5:
<source lang="bash">echo "*1*0*94#4#05##" | netcat 192.168.1.55 20000</source >

If your command gets executed, you should get <tt>'''*#*1##'''</tt> (ACK) as a response.
If the command fails for some reason, you will get a <tt>'''*#*0##'''</tt> (NACK).

= Python =
Python is a very powerful scripting language and available for all major operation systems like Linux, Windows and Apple OSX. In MAC OSX and Linux environments, Python is usually pre-installed. If not already installed on your system, please follow these steps:
{| class="wikitable"
! style="text-align:left;"| OS
! style="text-align:left;"| How to install python
|-
|Raspberry Pi, Debian, Ubuntu
|<tt>sudo apt-get install python</tt>
|-
|Windows
|Download and install Python from [http://legacy.python.org/download/ python.org]
|-
|Apple MAC OSX
|Download and install Python from [http://legacy.python.org/download/ python.org]
|}

== Sending messages to a Bticino Gateway with Python ==
Below is a very simple Python script to send messages to a Bticino gateway. The script sends each command line argument as a single message to the gateway.
Syntax:
<pre>./btsend.py <OWN-message> <OWN-message> <OWN-message></pre>
For example, turn off light 15 and turn on light 17:
<pre>./btsend.py *1*0*15## *1*1*17##</pre>
=== The Python Script btsend.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def send_message(msg):
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect(gateway_addr_port)
sock.send(msg)

for arg in sys.argv[1:]: # cut off first argument (btsend.py)
send_message(arg) # send all arguments as message
print "Sending " + arg
</source>

== A Python Monitor Session with Bticino Gateway ==
To understand the OWN messages better, you should start a monitor session and watch the OWN messages flying in from your home automation system. Analyzing these messages gives you an idea how it works. Below is a simple monitor script in Python. [http://www.pimyhome.org/files/monitor.py Download monitor.py]
=== The Python Script btmonitor.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect(gateway_addr_port)
data = sock.recv(1024)
if data != "*#*1##": # expect ACK from gateway
raise Exception("Did not receive expected ACK, but: "+data)
sock.send("*99*1##") # Switch session to MONITOR mode
data = ""
while 1:
next = sock.recv(1024) # now read data from MyHome BUS
if next == "":
break # EOF
data = data + next
eom = data.find("##")
if eom < 0:
continue; # Not a complete message, need more
if data[0] != "*":
raise Exception("Message does not start with '*': "+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ("\nSocket connection closed.")
sys.exit()

monitor() # start the monitor
</source>

=== The Python Script btmonitor.py for Python 3 ===
In Python 3, socket returns bytes objects and we have to take this into account
<source lang="python">
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import socket

gateway_host = '192.168.1.35' # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect((gateway_host, gateway_port))
data = sock.recv(1024).decode() # decoding byt to string
print(data)
if data != '*#*1##': # expect ACK from gateway
raise Exception('Did not receive expected ACK, but: '+data)
sock.send(b'*99*1##') # Switch session to MONITOR mode
data = ''
while 1:
next = sock.recv(1024).decode() # now read data from MyHome BUS
if next == '':
break # EOF
data = data + next
eom = data.find('##')
if eom < 0:
continue; # Not a complete message, need more
if data[0] != '*':
raise Exception('Message does not start with '*': '+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ('\nSocket connection closed.')
exit()

monitor() # start the monitor</source>

Code Snippets

2019-03-14T11:26:46Z

Admin:

If you wanna get a feeling of how you can interact with a Bticino gateway, you should try our code snippets below.

= Linux console =
The Linux command <tt>'''[http://en.wikipedia.org/wiki/Netcat netcat]'''</tt> makes it very easy to send messages from a Raspberry Pi to a Bticino Gateway.

=== Sending messages to a Bticino Gateway with netcat ===
Syntax:
<source lang="bash">echo "<message>" | netcat <gateway-IP> <gateway-port></source >

For example: turn off light 94 (9.4) on interface 5:
<source lang="bash">echo "*1*0*94#4#05##" | netcat 192.168.1.55 20000</source >

If your command gets executed, you should get <tt>'''*#*1##'''</tt> (ACK) as a response.
If the command fails for some reason, you will get a <tt>'''*#*0##'''</tt> (NACK).

= Python =
Python is a very powerful scripting language and available for all major operation systems like Linux, Windows and Apple OSX. In MAC OSX and Linux environments, Python is usually pre-installed. If not already installed on your system, please follow these steps:
{| class="wikitable"
! style="text-align:left;"| OS
! style="text-align:left;"| How to install python
|-
|Raspberry Pi, Debian, Ubuntu
|<tt>sudo apt-get install python</tt>
|-
|Windows
|Download and install Python from [http://legacy.python.org/download/ python.org]
|-
|Apple MAC OSX
|Download and install Python from [http://legacy.python.org/download/ python.org]
|}

== Sending messages to a Bticino Gateway with Python ==
Below is a very simple Python script to send messages to a Bticino gateway. The script sends each command line argument as a single message to the gateway.
Syntax:
<pre>./btsend.py <OWN-message> <OWN-message> <OWN-message></pre>
For example, turn off light 15 and turn on light 17:
<pre>./btsend.py *1*0*15## *1*1*17##</pre>
=== The Python Script btsend.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def send_message(msg):
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect(gateway_addr_port)
sock.send(msg)

for arg in sys.argv[1:]: # cut off first argument (btsend.py)
send_message(arg) # send all arguments as message
print "Sending " + arg
</source>

== A Python Monitor Session with Bticino Gateway ==
To understand the OWN messages better, you should start a monitor session and watch the OWN messages flying in from your home automation system. Analyzing these messages gives you an idea how it works. Below is a simple monitor script in Python. [http://www.pimyhome.org/files/monitor.py Download monitor.py]
=== The Python Script btmonitor.py ===
<source lang="python">
#!/usr/bin/python
# -*- coding: utf-8 -*-
import socket
import sys

gateway_host = "192.168.1.35" # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

gateway_addr_port = gateway_host, gateway_port

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect(gateway_addr_port)
data = sock.recv(1024)
if data != "*#*1##": # expect ACK from gateway
raise Exception("Did not receive expected ACK, but: "+data)
sock.send("*99*1##") # Switch session to MONITOR mode
data = ""
while 1:
next = sock.recv(1024) # now read data from MyHome BUS
if next == "":
break # EOF
data = data + next
eom = data.find("##")
if eom < 0:
continue; # Not a complete message, need more
if data[0] != "*":
raise Exception("Message does not start with '*': "+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ("\nSocket connection closed.")
sys.exit()

monitor() # start the monitor
</source>

=== The Python Script btmonitor.py for Python 3 ===
In Python 3, socket returns bytes objects and we have to take this into account
<source lang="python">
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import socket

gateway_host = '192.168.60.201' # set here the IP of your gateway
gateway_port = 20000 # set here the port of your gateway

def monitor():
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
try:
sock.connect((gateway_host, gateway_port))
data = sock.recv(1024).decode() # decoding byt to string
print(data)
if data != '*#*1##': # expect ACK from gateway
raise Exception('Did not receive expected ACK, but: '+data)
sock.send(b'*99*1##') # Switch session to MONITOR mode
data = ''
while 1:
next = sock.recv(1024).decode() # now read data from MyHome BUS
if next == '':
break # EOF
data = data + next
eom = data.find('##')
if eom < 0:
continue; # Not a complete message, need more
if data[0] != '*':
raise Exception('Message does not start with '*': '+data)
msg = data[0:eom+2] # message is from position 0 until end of ##
data = data[eom+2:] # next message starts after ##
print (msg)
except:
sock.close()
print ('\nSocket connection closed.')
exit()

monitor() # start the monitor</source>

User talk:Paoso

2017-03-21T12:16:01Z

Admin: Welcome!

User:Paoso

2017-03-21T12:16:00Z

Admin: Creating user page for new user.

User:Sherazan

2017-03-21T12:15:51Z

Admin: Creating user page for new user.

User talk:Sherazan

2017-03-21T12:15:51Z

Admin: Welcome!

User:Dalie

2016-02-09T15:47:01Z

Admin: Creating user page for new user.

2015-11-02T19:16:16Z

Admin: /* Standard Message *WHO*WHAT*WHERE## */

Automation is quite simple since there are only 3 commands available: UP, DOWN and STOP. Unfortunatelly a status request is not possible, so you never know if your shutters are opened or closed.

==== Standard Command <tt>*WHO*WHAT*WHERE##</tt>====
Examples:
<pre>
*2*1*15## Shutter 15 UP
*2*2*15## Shutter 15 DOWN
*2*0*15## Shutter 15 STOP
</pre>

==== Standard REQUEST <tt>*#WHO*WHERE##</tt>====
Examples:
<pre>
*#2*15## Returns the current status of shutter 15
</pre>

== WHAT Table==
{| class="wikitable" style="float:left;"
! style="text-align:left;"| WHAT
! style="text-align:left;"| Description
|-
|0
|STOP
|-
|1
|UP
|-
|2
|DOWN
|}

{| style="width:100%; border:1px solid #EEEEEE; background-color:#FFFFCC"
|style="text-align:left;"|[[WHO=1 - Lighting]]
|style="text-align:center;"|[[OWN_OpenWebNet_Language_Reference#WHO_Table|WHO Table]]
|style="text-align:right;"|[[WHO=3 - Load Control]]
|}

WHO=14 - Light+shutters actuators lock

2015-11-02T19:07:13Z

Admin: Created page with " WHO 14 applies only to WHERE addresses that includes lights (WHO=1) and automation (WHO=2) address. ed. ==== Standard Message <tt>*WHO*WHAT*WHERE##</tt>==== Examples: <pre>..."

WHO 14 applies only to WHERE addresses that includes lights (WHO=1) and automation (WHO=2) address.
ed.

==== Standard Message <tt>*WHO*WHAT*WHERE##</tt>====
Examples:
<pre>
*2*1*15## Shutter 15 UP
*2*2*15## Shutter 15 DOWN
*2*0*15## Shutter 15 STOP
</pre>

== WHAT Table==
{| class="wikitable" style="float:left;"
! style="text-align:left;"| WHAT
! style="text-align:left;"| Description
|-
|0
|Disable
|-
|1
|Enable
|}

{| style="width:100%; border:1px solid #EEEEEE; background-color:#FFFFCC"
|style="text-align:left;"|[[WHO=13 - Device_Communication]]
|style="text-align:center;"|[[OWN_OpenWebNet_Language_Reference#WHO_Table|WHO Table]]
|style="text-align:right;"|[[WHO=15 - CEN]]
|}

WHO=2 - Automation

2015-11-02T18:58:37Z

Admin: /* WHAT Table */

WHO=1 - Lighting

2015-11-02T18:56:32Z

Admin: /* Parameter Reference (WHO=1) */

== Standard Messages ==

=== Standard Command ===
Syntax: '''<tt>*WHO*WHAT*WHERE##</tt> '''
Examples:
<pre>
*1*1*23## Turn on light 23
*1*0*23## Turn off light 23
*1*7*45## Set dimmer 45 to 70%
*1*18*37## Turn on light 37 for 0.5 sec (useful as push button for door opener etc.)
*1*21*23## Let light 23 blink with a frequency of 1 sec (useful as a 'silent' alarm)
*1*30*45## Set dimmer 45 up to next 10% step
</pre>

=== Standard Request ===
Syntax: '''<tt>*#WHO*WHERE##</tt> '''

Sending a Status Request to the gateway results in a Standard Message reply.
<pre>
*#1*23## Request status of light 23
*#1*45## Request status of light 45
*#1*37## Request status of light 37
</pre>
That 45 is a dimmer, we might realize when we get another reply than 0 or 1.

=== Standard Command Reference WHAT (WHO=1) ===
{| class="wikitable"
! style="text-align:left;"| Value
! style="text-align:left;"| Description
|-
|0
|OFF
|- style="vertical-align:top;"
|0#s
|Turn OFF dimmer with s seconds (0..254) dimming time to arrive at OFF A value of "0" seconds will use last used dimming time
|- style="vertical-align:top;"
|1
|ON If dimmer: ON with last percentage
|- style="vertical-align:top;"
|1#s
|Turn ON dimmer with s seconds (0..254) dimming time to arrive at last percentage of dimmer A value of "0" seconds will use last used dimming time
|-
|2
|Set dimmer to 20%
|-
|3
|Set dimmer to 30%
|-
|4
|Set dimmer to 40%
|-
|5
|Set dimmer to 50%
|-
|6
|Set dimmer to 60%
|-
|7
|Set dimmer to 70%
|-
|8
|Set dimmer to 80%
|-
|9
|Set dimmer to 90%
|-
|10
|Set dimmer to 100%
|-
|11
|ON for 1 min
|-
|12
|ON for 2 min
|-
|13
|ON for 3 min
|-
|14
|ON for 4 min
|-
|15
|ON for 5 min
|-
|16
|ON for 15 min
|-
|17
|ON for 30 sec
|-
|18
|ON for 0.5 sec
|-
|20
|Blinking with a frequency of 0.5 sec
|-
|21
|Blinking with a frequency of 1 sec
|-
|22
|Blinking with a frequency of 1.5 sec
|-
|23
|Blinking with a frequency of 2 sec
|-
|24
|Blinking with a frequency of 2.5 sec
|-
|25
|Blinking with a frequency of 3 sec
|-
|26
|Blinking with a frequency of 3.5 sec
|-
|27
|Blinking with a frequency of 4 sec
|-
|28
|Blinking with a frequency of 4.5 sec
|-
|29
|Blinking with a frequency of 5 sec
|- style="vertical-align:top;"
|30
|Dimmer up to next 10% step
|- style="vertical-align:top;"
|30#p#s
|Dimmer p% up with s seconds (0..254) dimming time If dimmer was off before, turns on to p% Dimmer arrives max. at 100% A value of "0" seconds will use last used dimming time
|- style="vertical-align:top;"
|31
|Dimmer down to previous 10% step
|- style="vertical-align:top;"
|31#p#s
|Dimmer p% down with s seconds (0..254) dimming time Lowest percentage the dimmer arrives is 1% A value of "0" seconds will use last used dimming time
|- style="vertical-align:top;"
|1000#
|Internal Command translation, visible in monitor session only. 
|}

== Parameter Messages ==

=== Parameter Command ===
Syntax: '''<tt>*#WHO*WHERE*#PARAMETER*VALUE1[*VALUE2...]##</tt> '''
Examples:
<pre>
*#1*43*#2*1*35*18## Turn on light 43 for 1h:35m:18s
*#1*44#4#03*#2*0*0*13## Turn on light 44 of interface 03 for 13s
*#1*23*#9*1## Set max working hours of light 23 to one hour
</pre>

=== Parameter Request ===
Syntax: '''<tt>*#WHO*WHERE*#PARAMETER##</tt> '''
Examples:
<pre>
*#1*43*#2## Get remaining countdown time OF LIGHT 43
*#1*12*#8## Get the total amount of operation hours, light 12 was powered on
</pre>

=== Parameter Reference (WHO=1) ===
{| class="wikitable"
! style="text-align:left;"| Parameter
! style="text-align:left;"| Description
|- style="vertical-align:top;"
|#1
|Returns dimmer status <tt>*#1*WHERE*1*PERCENTAGE*DIMMINGTIME##</tt>
|- style="vertical-align:top;"
|#1*p*s
|Set dimmer p% up with s seconds (0..254) dimming time Didn't work for me
|- style="vertical-align:top;"
|#2
|Returns the remaining countdown time until light switches of <tt>*#1*WHERE*2*HOURS*MINUTES*SECONDS##</tt>
|- style="vertical-align:top;"
|#2*h*m*s
|Turn ON light for a certain amount of time (countdown timer) Values for hours, minutes, seconds are integer
|- style="vertical-align:top;"
|#3
|Returns some "Required Only ON Light ???" Didn't work for me
|- style="vertical-align:top;"
|#8
|Returns the total amount of operation hours, the light was powered on <tt>*#1*WHERE*8*HOURS##</tt>
|- style="vertical-align:top;"
|#9
|Returns Max amount of hours working time lamp Didn't work for me
|- style="vertical-align:top;"
|#9*h
|Set max. 'working time' in hours Values for hours are integer Didn't work for me
|}

{| style="width:100%; border:1px solid #EEEEEE; background-color:#FFFFCC"
|style="text-align:left;"|[[WHO=0 - Scenarios]]
|style="text-align:center;"|[[OWN_OpenWebNet_Language_Reference#WHO_Table|WHO Table]]
|style="text-align:right;"|[[WHO=2 - Automation]]
|}