https://www.webswitch.se/wp/?page_id=342
e.g.
http://ws.microbit.se:82/relaycontrol/on/1
|000|OK|1|1|
http://ws.microbit.se:82/relaycontrol/off/1
|000|OK|0|1|
Version 1.20 and newer has improved and extended support for controlling the relays(including Nexa remote switches), getting the status of the digital inputs as well as reading temperatures from 1 wire sensors via HTTP GET URLs. Version 1.23 adds the possibility to read the state of the relays.
Turn on all relays and Nexa remote switches:
http://%5Bwebswitch address]/relaycontrol/on/all
Turn on only one relay or Nexa remote switch using an index number:
http://[webswitch address]/relaycontrol/on/[a number]
[a number]: 1-5=built-in relays, 6-10=extension relays, 101-125=Nexa remote switches number 1-25, version 4.0-> 201-225=local 1-wire digital outputs, version 4.31 HOME Denkovi 8 > 256-456
Turn on only one relay or Nexa remote switch using its name:
http://[webswitch address]/relaycontrol/on/[relay/Nexa name]
[relay/Nexa name] has to be URL encoded.
Turn off all relays and Nexa remote switches:
http://%5Bwebswitch address]/relaycontrol/off/all
Turn off only one relay or Nexa remote switch using an index number:
http://[webswitch address]/relaycontrol/off/[a number]
[a number]: 1-5=built-in relays, 6-10=extension relays, 101-125=Nexa remote switches number 1-25, version 4.0-> 201-225=local 1-wire digital outputs, version 4.31 HOME Denkovi 8 > 256-456
Turn off only one relay or Nexa remote switch using its name:
http://[webswitch address]/relaycontrol/off/[relay/Nexa name]
[relay/Nexa name] has to be URL encoded.
Home:
Pulse a relay high(on) for a selectable duration in seconds:
http://[webswitch address]/relaycontrol/pulse/high/[relay/Nexa name/number]/[duration in secs]
See above for [relay/Nexa name/number]
Home:
Pulse a relay low(off) for a selectable duration in seconds:
http://[webswitch address]/relaycontrol/pulse/low/[relay/Nexa name]/[duration in secs]
See above for [relay/Nexa name/number]
Get current relay/Nexa state using its name:
http://%5Bwebswitch address]/relaystate/get/[relay/Nexa name]
[relay/Nexa name] has to be URL encoded.
Get current relay/Nexa state using an index number:
http://%5Bwebswitch address]/relaystate/get/[a number]
[a number]: 1-5=built-in relays, 6-10=extension relays, 101-125=Nexa remote switches number 1-25
Turn on two or more relays or Nexa remote switch using index numbers:
http://%5Bwebswitch address]/relaycontrol/on/[a number]$[a number] etc
[a number]: 1-5=built-in relays, 6-10=extension relays, 101-125=Nexa remote switches number 1-25
Example: Turn on relays 2, 3, 5 and Nexa 1:
http://%5Bwebswitch address]/relaycontrol/on/2$3$5$101
Turn off two or more relays or Nexa remote switch using index numbers:
http://%5Bwebswitch address]/relaycontrol/off/[a number]$[a number] etc
[a number]: 1-5=built-in relays, 6-10=extension relays, 101-125=Nexa remote switches number 1-25
Example: Turn off relays 1 and 4:
http://%5Bwebswitch address]/relaycontrol/off/1$4
Getting relay state by index, multiple relays:
http://[webswitch address]/relaystate/get2/[a number]$[a number] (and so on)
The answer will be something looking like:
1,0
2,0
5,1
for an url looking like this: http://[webswitch address]/relaystate/get2/1$2$5
Ham/Home
http://%5Bwebswitch address]/relaycontrol/pulse/[relay]
relay=1-10
For reading digital inputs:
Input 1:
http://[webswitch address]/input/get/1
Input 2:
http://[webswitch address]/input/get/2
Local 1-wire inputs:
http://[webswitch address]/input/get2/[a number]
[a number]: 1-25=1-wire input number 1-25
Note that since it’s a dual input devices the answer will look like this:
|[3-digit status code]|[Message in text]|[value]
With [value] being formatted as A,B for input A and B, for ex. 1,0 means input A=1 and input B=0
Reading by index:
http://[webswitch address]/temperature/get/[1-25]
Added in version 3.7:
Reading “temperatur.nu” temperature:
http://[webswitch address]/temperature/get/26
Reading by sensor name:
http://[webswitch address]/temperature/get/[sensor name]
[sensor name] has to be URL encoded.
Reading by index:
http://[webswitch address]/temperature/get2/[1-25]
Added in version 3.2:
Reading by index, multiple sensors.
http://[webswitch address]/temperature/get2/[1-25$1-25$1-25] (and so on)
The answer will be something looking like:
2,24.4
3,21.4
4,23.8
for an url looking like this: http://[webswitch address]/temperature/get2/2$3$4
Reading by sensor name:
http://%5Bwebswitch address]/temperature/get2/[sensor name]
[sensor name] has to be URL encoded.
Added in version 4.17:
Reading max temperature by index:
http://[webswitch address]/temperature/get/[1-25]/max
Reading min temperature by index:
http://[webswitch address]/temperature/get/[1-25]/min
Reading max temperature by sensor name:
http://[webswitch address]/temperature/get/[sensor name]/max
[sensor name] has to be URL encoded.
Reading min temperature by sensor name:
http://[webswitch address]/temperature/get/[sensor name]/min
[sensor name] has to be URL encoded.
Added in version 4.21:
Resetting max/min temperatures:
http://[webswitch address]/temperature/reset/now
Getting date/time for last reset of max/min temperatures:
http://[webswitch address]/temperature/reset/last
Example of reply: |000|OK|2015-09-17 14:49|
Reading by index:
http://%5Bwebswitch address]/rh/get/[1-25]
Reading by sensor name:
http://%5Bwebswitch address]/rh/get/[sensor name]
[sensor name] has to be URL encoded.
Reading by index:
http://%5Bwebswitch address]/rh/get2/[1-25]
Reading by sensor name:
http://%5Bwebswitch address]/rh/get2/[sensor name]
[sensor name] has to be URL encoded.
Added in version 4.81
Reading by index:
http://%5Bwebswitch address]/rh/get/[30-32]
Get the state of the car heaters:
http://%5Burl%5D/carheaterstate/get
See below for the reply format.
Set the state of the car heaters:
http://%5Burl%5D/carheatercontrol/set/override/%5Bheater name]/[command]
[heater name]: name of the heater
[command]: disabled, off, on
http://%5Burl%5D/carheatercontrol/set/override/%5Bheater name]/[command]/[hour]/[minute]
[heater name]: name of the heater
[command]: today or tomorrow
[hour]: hour of departure time in format 0-23
[minute]: minute of departure time in format 0-59
Get the state of the Auto Control Programs:
http://%5Burl%5D/acpstate/get
See below for the reply format.
Set the state of an Auto Control Program Override:
http://%5Burl%5D/acpcontrol/set/override/%5BACP name]/[command]
[ACP name]: name of the Auto Control Program
[command]: disabled, off, on
http://%5Burl%5D/acpcontrol/set/override/%5BACP name]/[command]/[hour]/[minute]
[ACP name]: name of the Auto Control Program
[command]: off, on
[hour]: hour to turn on or off
[minute]: minute to turn on or off
Set the state of an Auto Control Program itself:
http://%5Burl%5D/acpcontrol/set/program/%5BACP name]/[command]
[ACP name]: name of the Auto Control Program
[command]: disabled, enabled
Get the state of the Auto Control Programs, including disabled programs
http://%5Burl%5D/acpstate/get2
See below for the reply format.
Getting/setting rotator state:
Get current position in degrees:
http://%5Burl%5D/rotatorcontrol/get
Reply format:
”|000|OK|[degree]” ([degree]=0-359 or >= 360 if no valid readings are available)
Set current position in degrees:
http://%5Burl%5D/rotatorcontrol/set/%5Bdegree%5D
Abort current operation:
http://[url]/rotatorcontrol/set/stop
Set current position using presets:
http://%5Burl%5D/rotatorcontrol/set/preset/%5B1-8%5D
Set power relay on/off:
http://%5Burl%5D/rotatorcontrol/set/power/on
http://%5Burl%5D/rotatorcontrol/set/power/off
Set aux relay on/off:
http://%5Burl%5D/rotatorcontrol/set/aux/on
http://%5Burl%5D/rotatorcontrol/set/aux/off
Get rotator setup:
http://%5Burl%5D/rotatorcontrol/get/setup
See below for the reply format.
Get current position, etc:
http://%5Burl%5D/rotatorcontrol/get2
Reply format:
”|000|OK|[degree],[preset],[power relay],[Aux relay],[Page timeout],[Status message]”
[degree]=0-359 or >= 360 if no valid readings are available
[preset]=Active preset 1-8 or 255 if no active.
[power relay] = Power relay status: 0=Off, 1=On, 2=Not supported.
[Aux relay] = Aux relay status: 0=Off, 1=On, 2=Not supported.
[Page timeout] = Page time out: >0 = page active, 0 = page inactive
[Status message] = Latest status in text format.
Every field, except [Status message], contains only digits.
General format of replies:
General replies are done with Mime type “text/plain” via HTTP in the following format using | as field separator:
|[3-digit status code]|[Message in text]|[status/value]
”|000|OK|[status/value]”
“|100|Unknown command|[status/value]”
“|101|Unknown relay: [id]|[status/value]”
“|102|Unknown input: [id]|[status/value]”
”|103|Not a temperature sensor: [id]|[status/value]”
”|104|Invalid temperature sensor index: [index]|[status/value]”
”|105|Invalid temperature sensor name: [name]|[status/value]”
”|106|Unknown pulse command:[command]|[status/value]”
”|107|Invalid pulse length: [length]|[status/value]”
”|108|Pulsing already active: [relay]|[status/value]”
”|109|Unknown status: [relay]|[X]”
”|110|Unknown car heater: [name]||”
”|111|Invalid time: xx||”
”|112|Not a humidity sensor: [id]|[status/value]”
”|113|Invalid humidity sensor name: [name]|[status/value]”
”|114|Invalid Auto Control Program Override time|[status/value]”
”|115|Unknown Auto Control Program: [Program name]|X| ”
“|116|Invalid rotator preset index|X|”
“|117|Rotator power already on/off||”
“|118|Unknown rotator power command|X|”
“|119|Rotator aux relay already on||”
“|120|Rotator aux relay already off||
“|121|Unknown rotator aux relay command|X|”
“|122|Rotator aux relay command not supported||”
“|123|Invalid rotator set command|X| ”
“|124|Invalid rotator command|X|”
Temperatures: A number in Celsius degrees, for ex: 23.3000
Relative humidity: An integer, for ex: 45
For xml formatted replies the Mime type “text/xml” is used.
<?xml version=”1.0″ encoding=”ISO-8859-1″?>
<carheaters>
<carheater>
<name>[Name of first heater]</name>
<relay>[Used Relay]</relay>
<temperature>[Current temperature]</temperature>
<relaystate>[0=Off, 1=On, X=Unknown]</relaystate> <!– Added in version 3.0 –>
<tempunit>Celsius/Fahrnheit</tempunit> <!– Added in version 3.0 –>
<engagetime>
<hour>[Hour for engage time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for engage time in format 0-59 or 255 if N/A]</minute>
</engagetime>
<disengagetime>
<hour>[Hour for disengage time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for disengage time in format 0-59 or 255 if N/A]</minute>
</disengagetime>
<tomorrowsdeparturetime>
<hour>[Hour for tomorrow’s departure time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for tomorrow’s departure time in format 0-59 or 255 if N/A]</minute>
</tomorrowsdeparturetime>
<override>
<mode>[Override mode, one of: disabled, on, off, today or tomorrow]</mode>
<hour>[Hour for override time if mode today or tomorrow in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for override time if mode today or tomorrow in format 0-59 or 255 if N/A]</minute>
</override>
</carheater>
<carheater>
<name>[Name of second heater]</name>
<relay>[Used Relay]</relay>
<temperature>[Current temperature]</temperature>
<engagetime>
<hour>[Hour for engage time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for engage time in format 0-59 or 255 if N/A]</minute>
</engagetime>
<disengagetime>
<hour>[Hour for disengage time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for disengage time in format 0-59 or 255 if N/A]</minute>
</disengagetime>
<tomorrowsdeparturetime>
<hour>[Hour for tomorrow’s departure time in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for tomorrow’s departure time in format 0-59 or 255 if N/A]</minute>
</tomorrowsdeparturetime>
<override>
<mode>[Override mode, one of: disabled, on, off, today or tomorrow]</mode>
<hour>[Hour for override time if mode today or tomorrow in format 0-23 or 255 if N/A]</hour>
<minute>[Minute for override time if mode today or tomorrow in format 0-59 or 255 if N/A]</minute>
</override>
</carheater>
</carheaters>
<?xml version=”1.0″ encoding=”ISO-8859-1″?>
<carheaters>
<carheater>
<name>Car Warm Up 1</name>
<relay>CH 1</relay>
<temperature>23.6875</temperature>
<engagetime>
<hour>255</hour>
<minute>255</minute>
</engagetime>
<disengagetime>
<hour>255</hour>
<minute>255</minute>
</disengagetime>
<tomorrowsdeparturetime>
<hour>8</hour>
<minute>7</minute>
</tomorrowsdeparturetime>
<override>
<mode>disabled</mode>
<hour>255</hour>
<minute>255</minute>
</override>
</carheater>
<carheater>
<name>Car Warm Up 2</name>
<relay>Nexa 6</relay>
<temperature>23.6875</temperature>
<engagetime>
<hour>8</hour>
<minute>20</minute>
</engagetime>
<disengagetime>
<hour>9</hour>
<minute>35</minute>
</disengagetime>
<tomorrowsdeparturetime>
<hour>9</hour>
<minute>5</minute>
</tomorrowsdeparturetime>
<override>
<mode>disabled</mode>
<hour>255</hour>
<minute>255</minute>
</override>
</carheater>
</carheaters>
For xml formatted replies the Mime type “text/xml” is used.
<?xml version=”1.0″ encoding=”ISO-8859-1″?>
<acp>
<programs>
<program>
<no>[Program number]</no>
<name>[Program name]</name>
<relayname>[Relay used by the program]</relayname>
<relaystate>[Current relay state]</relaystate>
<override>
<mode>[Override mode]</mode>
<time>[Omitted, override time]</time>
</override>
</program>
<program>
<no>[Program number]</no>
<name>[Program name]</name>
<relayname>[Relay used by the program]</relayname>
<relaystate>[Current relay state]</relaystate>
<override>
<mode>[Override mode]</mode>
<time>
<hour>[Override hour]</hour>
<min>[Override minute]</min>
</time>
</override>
</program>
</programs>
</acp>
<?xml version=”1.0″ encoding=”ISO-8859-1″?>
<acp>
<programs>
<program>
<no>1</no>
<name>Light control</name>
<relayname>light</relayname>
<relaystate>0</relaystate>
<override>
<mode>disabled</mode>
<time></time>
</override>
</program>
<program>
<no>2</no>
<name>Heat control</name>
<relayname>heat</relayname>
<relaystate>1</relaystate>
<override>
<mode>on</mode>
<time></time>
</override>
</program>
<program>
<no>3</no>
<name>Fan control</name>
<relayname>fan</relayname>
<relaystate>0</relaystate>
<override>
<mode>off</mode>
<time>
<hour>14</hour>
<min>10</min>
</time>
</override>
</program>
</programs>
</acp>
Format of reply for command /acpstate/get2:
The format is the same as for /acpstate/get with the addition of this field:
<state>[Program state]</state>
which is repeated for every program.
[Program state] = 0 = program is disabled.
[Program state] = 1 = program is enabled.
Format of reply for command /rotatorcontrol/get/setup:
For xml formatted replies the Mime type “text/xml” is used.
<?xml version=”1.0″ encoding=”ISO-8859-1″?>
<rotor>
<presets>
<pre>
<no>[Number}</no>
<text>[Text]</text>
<deg>[Degree]</deg>
<active>[Active]</active>
</pre>
</presets>
<aux>[Aux relay mode]</aux>
<pwr>[Power relay mode]</pwr>
<type>[Rotator type]</type>
</rotor>
There will be 0-8 <pre> tags. Presets without texts are skipped.
[Active] will be 0 or 1.
[Aux relay mode] will be 0,1 or 2. 0=Off, 1=On, 2=Not supported.
[Power relay mode] will be 0,1 or 2. 0=Off, 1=On, 2=Not supported.
[Rotator type] will be a number according to the following list:
0=Analogue.
1=Prosistel D.
2=Array switch.
3=Green Heron RT21.
4=DCU 1.
5=Yaesu GS232B.
6=Alfaspid RAK.
W0QL - My Remote Base Journal 