###########################################
# $Id$
#
# Comments start with #. Empty lines are ignored.
# Syntax of one entry: name: line, one optional filter: line, zero or more par: lines, FHEM-Commands
# filter:INTERNAL=VALUE (optional)
# par: name of the parameter; comment; perl_code (optional)
# perl_code returns a value for the parameter, or undef.
# If undef, the user has to specify them (the comment is shown to the user)
###########################################
name:General_Info
filter:TYPE=MQTT2_DEVICE
desc: Forum Thread for
- suggesting new templates
- bug reports on mqtt2.template
NOTE: Some templates are only visible in case the existing device configuration meets some minimum requirements, e.g. the CID starting with "zigbee"!
Have a look in the mqtt2.template file itself to get more info
order:000000
###############
#MQTT2_CLIENT_Bridge
#
name:MQTT2_CLIENT_general_bridge
filter:TYPE=MQTT2_DEVICE
desc:recommended to use this as general bridgeing device when using MQTT2_CLIENT as IO to get around missing CID info for distinguishing different popular devices
NOTE:
This might create a new MQTT2-device or change existing ones, especially destroy readingList attributes!
order:000001
par:IODEVNAME;Name of the IO-Device; { AttrVal("DEVICE","IODev",undef) }
par:DEVTYPE;TYPE of the device; { InternalVal("DEVICE","TYPE",undef)}
par:DEVCID;CID of the device as written in the DEF; { InternalVal(AttrVal("DEVICE","IODev",""),"clientId","mosquitto") eq InternalVal("DEVICE","DEF","mosquitto") ? "MQTT2_GeneralBridge" : InternalVal("DEVICE","DEF","mosquitto")}
par:NEWDEVROOM;Room of the calling device; {AttrVal("DEVCID","room","MQTT2_\DEVICE" )}
par:ICON;ICON as set, defaults to mqtt;{ AttrVal("DEVICE","icon","mqtt_bridge_2") }
attr DEVICE icon ICON
defmod DEVCID MQTT2_\DEVICE DEVCID
attr DEVCID bridgeRegexp \
(tele|cmnd)[/]([^/]+)[/].*:.* "$2"\
shellies[/]([^/]+)[/].*:.* "$1"\
(ESPClient_[^/]+)[/].*:.* "$1"\
valetudo[/]([^/]+)[/].*:.* "$1"\
[^/]+[/](ems-esp[^/]+)[/].*:.* "$1"\
wallpanel[/]([^/]+)[/].*:.* "$1"\
(wled)[/]([^/]+)[/].*:.* "$1_$2"\
(go-eCharger)[/]([^/]+)[/].*:.* "go_eCharger_$2"\
(owntracks)[/]([^/:]+)[/]([^/:]+).*:.* "$1_$2$3"
attr DEVCID autocreate 1
attr DEVCID comment Do not use very open bridgeRegexp expressions! This might lead to irritating results...
attr DEVCID room NEWDEVROOM
attr DEVCID setStateList on off
deleteAttr DEVICE readingList
deletereading -q DEVICE (?!associatedWith).*
deleteAttr DEVCID readingList
deletereading -q DEVCID (?!associatedWith).*
setreading DEVCID associatedWith DEVICE
{ fhem "trigger $FW_wname JS:location.href='$FW_ME?detail=DEVCID'" if($cl && $cl->{TYPE} eq "FHEMWEB") }
farewell:template has been applied successfully. Be carefull when extending the brigeRegexp!
attr DEVCID model MQTT2_CLIENT_general_bridge
###########################################
# zigbee2mqtt
# The zigbee2mqtt bridge device (entire hex id of devices as bridgeRegexp)
name:zigbee2mqtt_bridge
desc:The zigbee2mqtt bridge device
filter:TYPE=MQTT2_DEVICE
order:L_01
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
attr DEVICE devicetopic BASE_TOPIC
attr DEVICE bridgeRegexp\
$\DEVICETOPIC/([A-Za-z0-9._]*)[/]?.*:.* "zigbee_$1"
attr DEVICE getList\
devicelist:noArg log $\DEVICETOPIC/bridge/config/devices\
networkmap_raw:noArg raw $\DEVICETOPIC/bridge/networkmap raw\
networkmap_graphviz:noArg graphviz $\DEVICETOPIC/bridge/networkmap graphviz
attr DEVICE readingList\
$\DEVICETOPIC/bridge/state:.* state\
$\DEVICETOPIC/bridge/config/devices:.* {}\
$\DEVICETOPIC/bridge/config/log_level:.* log_level\
$\DEVICETOPIC/bridge/config/permit_join:.* permit_join\
$\DEVICETOPIC/bridge/config/rename:.* { json2nameValue($EVENT, 'rename_') }\
$\DEVICETOPIC/bridge/log:.*\"type\".\"devices\".\"message\".* devices\
$\DEVICETOPIC/bridge/log:.* log\
$\DEVICETOPIC/bridge/networkmap:.* {}\
$\DEVICETOPIC/bridge/networkmap/graphviz:.* graphviz\
$\DEVICETOPIC/bridge/networkmap/raw:.* raw\
$\DEVICETOPIC/bridge/config:.* { json2nameValue($EVENT) }
attr DEVICE setList\
log_level:debug,info,warn,error $\DEVICETOPIC/bridge/config/log_level $EVTPART1\
permit_join:true,false $\DEVICETOPIC/bridge/config/permit_join $EVTPART1\
remove:textField $\DEVICETOPIC/bridge/config/remove $EVTPART1\
ota_update:textField $\DEVICETOPIC/bridge/ota_update/update $EVTPART1\
ota_update_check:textField $\DEVICETOPIC/bridge/ota_update/check $EVTPART1\
y_device_setting:textField $\DEVICETOPIC/$EVTPART1/set {"$EVTPART2": "$EVTPART3"}\
x_bind:textField $\DEVICETOPIC/bridge/bind/$EVTPART1 $EVTPART2\
x_bind_unbind:textField $\DEVICETOPIC/bridge/unbind/$EVTPART1 $EVTPART2\
x_device_options:textField $\DEVICETOPIC/bridge/config/device_options {"friendly_name":"$EVTPART1","options": {"$EVTPART2": "$EVTPART3"}}\
x_group_add_to:textField $\DEVICETOPIC/bridge/group/$EVTPART1/add $EVTPART2\
x_group_rm_from:textField $\DEVICETOPIC/bridge/group/$EVTPART1/remove $EVTPART2\
x_group_rm_from_all:textField $\DEVICETOPIC/bridge/group/$EVTPART1/remove_all $EVTPART2\
x_group_add_group:textField $\DEVICETOPIC/bridge/config/add_group $EVTPART1\
x_group_rm_group:textField $\DEVICETOPIC/bridge/config/remove_group $EVTPART1\
z_elapsed:textField $\DEVICETOPIC/bridge/config/elapsed $EVTPART1\
z_last_seen:disable,ISO_8601,epoch,ISO_8601_local $\DEVICETOPIC/bridge/config/last_seen $EVTPART1\
z_ban:textField $\DEVICETOPIC/bridge/config/ban $EVTPART1\
z_rename:textField $\DEVICETOPIC/bridge/config/rename {"old":"$EVTPART1","new":"$EVTPART2"}\
z_reset_CC:noArg $\DEVICETOPIC/bridge/config/reset
attr DEVICE setStateList on off
attr DEVICE comment To check for new updates of the deamon software, you might want to use a separate HTTPMOD device. See HTTPMOD template zigbee2mqtt_daemon_updates for further details.
attr DEVICE model zigbee2mqtt_bridge
# Based on https://forum.fhem.de/index.php/topic,94060.msg872371.html#msg872371
#A pure router device, e.g. a CC2531 flashed with router firmware
#Contributed by aperoap, https://forum.fhem.de/index.php/topic,94494.msg992467.html#msg992467
name:zigbee2mqtt_router_only_device
desc: For zigbee2mqtt pure router devices, e.g. a CC2531 flashed with router firmware. To get information on device going offline, set "availability_timeout" to a reasonable value in zigbee2mqtt's configuration.yaml.
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_02a1
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","mqtt_device") }
attr DEVICE icon ICON
attr DEVICE devStateIcon online:rc_GREEN offline:rc_RED
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }\
$\DEVICETOPIC/availability:.* availability
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE stateFormat availability
attr DEVICE comment To get also information on device going offline, set "availability_timeout" to a reasonable value in configuration.yaml.
farewell:template has been applied successfully. Please check configuration.yaml to get regular updates on availability.
attr DEVICE model zigbee2mqtt_router_only_device
# A dimmable light connected via zigbee2mqtt
name:zigbee2mqtt_light_dimmer
desc: A dimmable light connected via zigbee2mqtt
Tested with: Tradfri LED1650R5 + LED1649C5, Osram Lightify W32
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_02a
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}
attr DEVICE setStateList on off
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_dimmer
# A dimmable color light connected via zigbee2mqtt
name:zigbee2mqtt_light_cct
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: A dimmable light with color temperature via zigbee2mqtt
Tested with: tradfri FLOALT panel WS 30x90
order:L_02b
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE webCmd toggle:on:off:brightness:color_temp
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
color_temp:colorpicker,CT,154,2,500 $\DEVICETOPIC/set {"$EVTPART0":"$EVTPART1"}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_cct
#source post: https://forum.fhem.de/index.php/topic,97303.msg905935.html#msg905935
name:zigbee2mqtt_light_rgb_hex
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: A dimmable rgb light connected via zigbee2mqtt
rgb value is encoded as HEX value
Experimental, still untested
order:L_02c
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:hex
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
hex:colorpicker,HEX,0,15,255 $\DEVICETOPIC/set {"color":{"$EVTPART0":"#$EVTPART1"}}
attr DEVICE userReadings hex:color_y.* {Color::xyY2hex(ReadingsVal($name,"color_x",0),ReadingsVal($name,"color_y",0),ReadingsVal($name,"brightness",254))}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgb_hex
name:zigbee2mqtt_light_rgb_rgb
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: A dimmable rgb light connected via zigbee2mqtt
rgb values will be sent as individual values r,g and b
Experimental, still untested
order:L_02c
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:color
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
color:colorpicker,RGB {"$\DEVICETOPIC/set ".zigbee2mqtt_RGB2JSON($EVTPART1)}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgb_rgb
#source post: https://forum.fhem.de/index.php/topic,97303.msg905935.html#msg905935
name:zigbee2mqtt_light_rgbw_hex
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: A dimmable rgbw light connected via zigbee2mqtt
rgb value is encoded as HEX value
tested with Mueller Light tint RGBW bulb
order:L_02d
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:color_temp:warm:white:hex
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
warm:noArg $\DEVICETOPIC/set {"brightness": 200 , "color_temp": 360}\
white:noArg $\DEVICETOPIC/set {"brightness": 254, "color_temp": 250}\
color_temp:colorpicker,CT,250,1,454 $\DEVICETOPIC/set {"$EVTPART0":"$EVTPART1"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
hex:colorpicker,HEX,0,15,255 $\DEVICETOPIC/set {"color":{"$EVTPART0":"#$EVTPART1"}}
attr DEVICE userReadings hex:color_y.* {Color::xyY2hex(ReadingsVal($name,"color_x",0),ReadingsVal($name,"color_y",0),ReadingsVal($name,"brightness",254))}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgbw_hex
#source post: https://forum.fhem.de/index.php/topic,97303.msg905935.html#msg905935
name:zigbee2mqtt_light_rgbw_rgb
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_02d1
desc: A dimmable rgbw light connected via zigbee2mqtt
rgb values will be sent as individual values r,g and b
Experimental, still untested
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:color:white
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
white:noArg $\DEVICETOPIC/set {"color_temp": 154 , "color_temp": 500}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
color:colorpicker,RGB {"$\DEVICETOPIC/set ".zigbee2mqtt_RGB2JSON($EVTPART1)}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgbw_rgb
#source post: https://forum.fhem.de/index.php/topic,96985.msg902627.html#msg902627
name:zigbee2mqtt_light_rgbcct_hex
desc: A dimmable rgb light connected via zigbee2mqtt
rgb value is encoded as HEX value
Experimental, still untested
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_02e
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:color_temp:hex
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
color_temp:colorpicker,CT,154,2,500 $\DEVICETOPIC/set {"$EVTPART0":"$EVTPART1"}\
hex:colorpicker,HEX,0,15,255 $\DEVICETOPIC/set {"color":{"$EVTPART0":"#$EVTPART1"}}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgbcct_hex
#source post: https://forum.fhem.de/index.php/topic,97303.msg905935.html#msg905935
name:zigbee2mqtt_light_rgbcct_rgb
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_02e1
desc: A dimmable rgb-cct light connected via zigbee2mqtt
rgb values will be sent as individual values r,g and b
Tested with: RGB-CCT GL-C-008
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_white_and_color_e27_b22;{ AttrVal("DEVICE","icon","hue_filled_white_and_color_e27_b22") }
attr DEVICE icon ICON
attr DEVICE stateFormat {lc ReadingsVal($name,"state",0)}
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE webCmd toggle:on:off:brightness:color_temp:color
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
brightness:colorpicker,BRI,0,5,255 $\DEVICETOPIC/set {"state":"on","$EVTPART0":"$EVTPART1"}\
color_temp:colorpicker,CT,154,2,500 $\DEVICETOPIC/set {"$EVTPART0":"$EVTPART1"}\
color:colorpicker,RGB {"$\DEVICETOPIC/set ".zigbee2mqtt_RGB2JSON($EVTPART1)}
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model zigbee2mqtt_light_rgbcct_rgb
name:zigbee2mqtt_smokeDetector
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_03
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to secur_smoke_detector;{ AttrVal("DEVICE","icon","secur_smoke_detector") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE stateFormat smoke
attr DEVICE model zigbee2mqtt_smokeDetector
name:zigbee2mqtt_hueMotionSensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_04
par:ICON;ICON as set, defaults to people_sensor;{ AttrVal("DEVICE","icon","people_sensor") }
attr DEVICE icon ICON
attr DEVICE stateFormat T: temperature_weather B: illuminance L: linkquality
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE userReadings temperature_weather { sprintf("%.1f",ReadingsVal($name,"temperature","")+2.5) }
set DEVICE attrTemplate speech_recognition_gdt_and_mapping GENERICDEVTYPE=motion HOMEBRIDGEMAPPING="MotionDetected=state,values=motion:1;nomotion:0"
attr DEVICE model zigbee2mqtt_hueMotionSensor
name:zigbee2mqtt_plug
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: Should work e.g. with Osram smart+plug
Untested updated version
order:L_05
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to message_socket;{ AttrVal("DEVICE","icon","message_socket") }
attr DEVICE icon ICON
attr DEVICE eventMap { dev=>{ON=>'on',OFF=>'off'} }
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
attr DEVICE setList \
on:noArg $\DEVICETOPIC/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/set {"state":"OFF"}\
attr DEVICE setStateList on off
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model zigbee2mqtt_plug
name:zigbee2mqtt_plug_w_energy_measuring
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc: Preliminary version reserved for plugs with energy measuring features like innr SP 120
NOTE: needs to be completed!
order:L_05a
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to message_socket;{ AttrVal("DEVICE","icon","message_socket") }
attr DEVICE icon ICON
set DEVICE attrTemplate zigbee2mqtt_smart+plug
#missing readingList with sth. comparable to shellies/shellyplug-s-123456/relay/0/power:.* { my $limit = 100;; my $compare = $EVTPART0<$limit ? "off":"on";; ReadingsVal($NAME,"loadState","on") eq $compare ? undef: {loadState => $compare} }
#and additional devStateIcon
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model zigbee2mqtt_plug_w_energy_measuring
# zigbee2mqtt 2 channel device
name:zigbee2mqtt_2channel_split
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc:For zigbee2mqtt 2 channel device.
NOTE: a second device will be created for the second channel
NOTE: Untested updated version, should work with LLKZMK11LM, Ubisys S2 (-R),
order:L_05c
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to message_socket;{ AttrVal("DEVICE","icon","message_socket") }
attr DEVICE icon ICON
attr DEVICE eventMap { dev=>{ON=>'on',OFF=>'off'} }
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE jsonMap state:availability state_l1:state state_l2:0
attr DEVICE setList \
on:noArg $\DEVICETOPIC/l1/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/l1/set {"state":"OFF"}\
attr DEVICE setStateList on off
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
setreading DEVICE associatedWith DEVICE_CH2
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model zigbee2mqtt_2channel_split
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 comment Channel 2 for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 setList \
on:noArg $\DEVICETOPIC/l2/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/l2/set {"state":"OFF"}
attr DEVICE_CH2 setStateList on off toggle
deletereading -q DEVICE_CH2 (?!associatedWith).*
attr DEVICE_CH2 jsonMap state_l1:0 state_l2:state state:0 consumption:0 linkquality:0 power:0 temperature:0
set DEVICE_CH2 attrTemplate speech_recognition_type_switch
attr DEVICE_CH2 model zigbee2mqtt_2channel_split
# zigbee2mqtt 2 channel device with buttons, forum #102866
name:zigbee2mqtt_2channel_split_w_buttons
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
desc:For zigbee2mqtt 2 channel device with 2 buttons.
NOTE: a second device will be created for the second channel
NOTE: Untested version, should work with Xiaomi QBKG12LM
order:L_05d
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to message_socket;{ AttrVal("DEVICE","icon","message_socket") }
set DEVICE attrTemplate zigbee2mqtt_2channel_split
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE setList \
on:noArg $\DEVICETOPIC/left/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/left/set {"state":"OFF"}
attr DEVICE jsonMap state:availability state_left:state state_right:0
attr DEVICE_CH2 setList \
on:noArg $\DEVICETOPIC/right/set {"state":"ON"}\
off:noArg $\DEVICETOPIC/right/set {"state":"OFF"}
attr DEVICE_CH2 jsonMap state_left:0 state_right:state state:0 consumption:0 linkquality:0 power:0 temperature:0
attr DEVICE,DEVICE_CH2 model zigbee2mqtt_2channel_split_w_buttons
name:zigbee2mqtt_ContactSensor
desc: Contact sensor via zigbee2mqtt
Tested with: Xiaomi models Aqara and Mijia
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_06
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
attr DEVICE devStateIcon open:fts_window_1w_open@red close:fts_window_1w@green
#attr DEVICE genericDeviceType contact
attr DEVICE eventMap true:close false:open
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE jsonMap contact:state
deletereading -q DEVICE (?!associatedWith).*
set DEVICE attrTemplate speech_recognition_gdt_and_mapping GENERICDEVTYPE=contact HOMEBRIDGEMAPPING= "ContactSensorState=state,values=closed:CONTACT_DETECTED;;open:CONTACT_NOT_DETECTED"
attr DEVICE model zigbee2mqtt_ContactSensor
name:zigbee2mqtt_TempHumHpaSensor
desc: Temp/hum/hpa sensor via zigbee2mqtt
Tested with: Xiaomi Aqara WSDCGQ11LM Temperature Humidity Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_07
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to temperature_humidity;{ AttrVal("DEVICE","icon","temperature_humidity") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE stateFormat {sprintf ("Temperature: %.1f°C Humidity: %.1f%% Pressure: %.1fhpa", ReadingsVal($name,"temperature",0), ReadingsVal($name,"humidity",0), ReadingsVal($name,"pressure",0)) }
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_TempHumHpaSensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg898198.html#msg898198
name:zigbee2mqtt_TempHumSensor
desc: Temp/hum sensor via zigbee2mqtt
Tested with: Xiaomi MiJia WSDCGQ01LM Temperature Humidity Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_07a
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to temperature_humidity;{ AttrVal("DEVICE","icon","temperature_humidity") }
attr DEVICE icon ICON
attr DEVICE stateFormat {sprintf ("Temperature: %.1f°C Humidity: %.1f%%", ReadingsVal($name,"temperature",0), ReadingsVal($name,"humidity",0)) }
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_TempHumSensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg898198.html#msg898198
name:zigbee2mqtt_Human_Motion_Sensor
desc: Human motion sensor via zigbee2mqtt
Tested with: Xiaomi Aqara RTCGQ11LM Human Motion Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_08
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to people_sensor;{ AttrVal("DEVICE","icon","people_sensor") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE stateFormat Motion: occupancy Luminance: illuminance
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_Human_Motion_Sensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg975785.html#msg975785
# Osram Lightify, Smart+ Motion Sensor
name:zigbee2mqtt_TempMotion_sensor
desc: Temperature and motion sensor via zigbee2mqtt
Tested with: Osram Lightify Motion Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_08a
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to people_sensor;{ AttrVal("DEVICE","icon","people_sensor") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE stateFormat Motion: occupancy T: temperature
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_TempMotion_sensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg898198.html#msg898198
name:zigbee2mqtt_Motion_Sensor
desc: Smart motion sensor via zigbee2mqtt
Tested with: Xiaomi Aqara DJT11LM Smart Motion Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_09
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to people_sensor;{ AttrVal("DEVICE","icon","people_sensor") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE stateFormat Motion: action X: angle_x Y: angle_y Z: angle_z
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_Motion_Sensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg898198.html#msg898198
name:zigbee2mqtt_Water_Leak_Sensor
desc: Water leak sensor via zigbee2mqtt
Tested with: Xiaomi Aqara SJCGQ11LM Water Leak Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_10
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/](.*):, ? $1 : undef }
attr DEVICE stateFormat Leak: state
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE jsonMap water_leak:state
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_Water_Leak_Sensor
#source post: https://forum.fhem.de/index.php/topic,94495.msg898198.html#msg898198
name:zigbee2mqtt_Light_Switch
desc: Smart light switch 2btn via zigbee2mqtt
Tested with: Xiaomi Aqara WXKG02LM 2btn Smart Light Switch
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_11
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to control_home;{ AttrVal("DEVICE","icon","control_home") }
attr DEVICE icon ICON
attr DEVICE stateFormat click
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model zigbee2mqtt_Light_Switch
#source post: https://forum.fhem.de/index.php/topic,94495.msg916789.html#msg916789
name:zigbee2mqtt_Wireless_Button
desc: Wireless button via zigbee2mqtt
Tested with: Xiaomi Aqara WXKG12LM wireless switch with gyroscope
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_12
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to control_home;{ AttrVal("DEVICE","icon","control_home") }
attr DEVICE icon ICON
attr DEVICE stateFormat Click: click Action: action
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_Wireless_Button
name:zigbee2mqtt_wireless_button_old
desc: Wireless button without gyro via zigbee2mqtt
Tested with: Xiaomi Aqara WXKG11LM wireless button
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_13
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to control_home;{ AttrVal("DEVICE","icon","control_home") }
attr DEVICE icon ICON
attr DEVICE stateFormat Click: click
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_wireless_button_old
name:zigbee2mqtt_aqara_cube
desc: Aqara smarthome cube via zigbee2mqtt
Tested with: Xiaomi Aqara MFKZQ01LM smarthome cube
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_14
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
attr DEVICE stateFormat Action: action
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_aqara_cube
#source post: https://forum.fhem.de/index.php/topic,94494.msg983905.html#msg983905
name:zigbee2mqtt_AlarmSensor
desc: Alarm sensor via zigbee2mqtt
Can report actions drop, tilt or vibration as well as x,y,z coordinates of its movement.
Sensitivity can be set to low, medium or high.
Tested with: Xiaomi DJT11LM Vibration Sensor
filter:TYPE=MQTT2_DEVICE:FILTER=CID=zigbee.*
order:L_15
par:BASE_TOPIC;base topic set in configuration.yaml of the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[\b]?([^/:]+)[/].*:, ? $1 : undef }
par:DEV_ID;name of the device in the zigbee2mqtt bridge;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/]([^/]+).*:, ? $1 : undef }
par:ICON;ICON as set, defaults to secur_alarm;{ AttrVal("DEVICE","icon","secur_alarm") }
attr DEVICE icon ICON
attr DEVICE devicetopic BASE_TOPIC/DEV_ID
attr DEVICE setList \
sensitivity:low,medium,high $\DEVICETOPIC/set {"sensitivity":"$EVTPART1"}
attr DEVICE stateFormat Action: action X: angle_x Y: angle_y Z: angle_z
attr DEVICE readingList $\DEVICETOPIC:.* { json2nameValue($EVENT) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model zigbee2mqtt_AlarmSensor
###########################################
# TASMOTA
# The regexp must handle
# - tele/sonoff/LWT: => cmnd/sonoff/
# - DVES_XXXXXX:/SmartHome/Esszimmer/Stehlampe/tele/LWT: => /SmartHome/Esszimmer/Stehlampe/cmnd/
name:tasmota_basic_state_power1
filter:TYPE=MQTT2_DEVICE
desc:Applies to Sonoff Basic, S20 using POWER1-topic for relay state
NOTE: The format the device is sending data will also be changed to lowercase!
NOTE: This template is intended to configure also channel one of multi-channel tasmota devices
order:A_01a
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to hue_filled_outlet;{ AttrVal("DEVICE","icon","hue_filled_outlet") }
attr DEVICE icon ICON
attr DEVICE jsonMap POWER1:0 POWER2:0 POWER3:0 POWER4:0 Dimmer:0 Channel_0:0 Channel_1:0 Channel_2:0 Channel_3:0 Channel_4:0 HSBColor:0 Color:0
set DEVICE attrTemplate tasmota_set_lowercase_texts_and_state1
attr DEVICE setList \
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
setOtaUrl:textField CMNDTOPIC/OtaUrl $EVTPART1\
upgrade:noArg CMNDTOPIC/upgrade 1
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* state\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setStateList on off toggle
attr DEVICE comment NOTE: For on-for-timer SetExtensions are used. You may add on-for-timer option running on the device. The following is limited to 1h max duration, but will not affect future simple "on" commands:
on-for-timer {my $duration = $EVTPART1*10; 'cmnd/CMNDTOPIC/Backlog POWER1 1; delay '.$duration.'; POWER1 0'}
See the "Praxisbeispiele" in the wiki for "pulseTime1" alternative option and it's restrictions.
attr DEVICE autocreate 0
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model tasmota_basic_state_power1
# sonoff 1 channel device flashed with Tasmota.
name:tasmota_basic
filter:TYPE=MQTT2_DEVICE
desc:Applies to Sonoff 1 Channel devices using POWER-topic for relay state
NOTE:
- Power topic will be set to POWER1;
- the format the device is sending data will also be changed to lowercase!
- finally, you'll see the device as model tasmota_basic_state_power1.
order:A_01
set DEVICE attrTemplate tasmota_basic_state_power1
name:tasmota_clear_readings_reset_readingsList_and_reboot
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc: replaces the readingList with defaults, clears the readingList and reboots to get all readings
order:A_01x
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* state\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
deletereading -q DEVICE (?!associatedWith).*
set IO_DEV publish CMNDTOPIC/Restart 1
attr DEVICE autocreate 0
# tasmota device with one relay, one motion sensor via switch
name:tasmota_1ch+motion+SI7021
desc:tasmota device with one relay, one motion sensor via switch and one SI7021 combined temperature and humidity sensor.
Configures a single device including all readings
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
order:A_01b
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
attr DEVICE setList \
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2
attr DEVICE stateFormat {\
ReadingsVal($name, "state", "off") . " "\
ReadingsVal($name, "POWER2", "off") . " "\
. sprintf("%.1f°C ",ReadingsVal($name,"SI7021_Temperature",0))\
. sprintf("%.0f%%",ReadingsVal($name,"SI7021_Humidity",0))\
}
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* state\
STATTOPIC/POWER2:.* POWER2\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE devStateIcon {\
my $state = lc ReadingsVal($name, "POWER2", "off");\
my $devStateIcon = 'building_security@green';\
if ($state eq "on") {\
$devStateIcon = 'building_security@red';\
}\
"" . FW_makeImage(lc ReadingsVal($name, "state", "off"))\
. FW_makeImage($devStateIcon) . sprintf(\
" [Temp: %.1f°C / Feucht: %.0f%%]",\
ReadingsVal($name,"SI7021_Temperature",0),\
ReadingsVal($name,"SI7021_Humidity",0)\
) . "
"\
}
attr DEVICE model tasmota_1ch+motion+SI7021
name:tasmota_POW
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Applies to Sonoff POW devices
NOTE: Power topic will be set to POWER1; the format the device is sending data will also be changed to lowercase!
order:A_01c
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
set DEVICE attrTemplate tasmota_basic_state_power1
attr DEVICE setList \
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"LWT","false") eq "Online"?"10px-kreis-gruen":"10px-kreis-rot"; my $light = ReadingsVal($name,"state","off");"".FW_makeImage($onl)." ".FW_makeImage($light)." uptime: ".ReadingsVal($name,"Uptime",undef).sprintf(" aktuell: %.1f W Tag: %.2f kWh Gestern: %.3f kWh Gesamt: %.4f kWh", ReadingsVal($name,"ENERGY_Power","-1"), ReadingsVal($name,"ENERGY_Today","-1"), ReadingsVal($name,"ENERGY_Yesterday","-1"), ReadingsVal($name,"ENERGY_Total","-1"))}
attr DEVICE stateFormat {sprintf("aktuell: %.1f W Tag: %.2f kWh Gestern: %.3f kWh Gesamt: %.4f kWh", ReadingsVal($name,"ENERGY_Power","-1"), ReadingsVal($name,"ENERGY_Today","-1"), ReadingsVal($name,"ENERGY_Yesterday","-1"), ReadingsVal($name,"ENERGY_Total","-1"))}
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setStateList on off toggle
attr DEVICE webCmd :
attr DEVICE model tasmota_POW
# sonoff 1 channel + USB device flashed with Tasmota.
name:tasmota_POW_USB_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Plug with additional USB outlet flashed with Tasmota.
For use e.g. with Gosund SP112 or Blitzwolf SH5
NOTE: a second device will be created for the USB channel.
NOTE: still untested template, feedback is welcome!
order:A_01c1
set DEVICE attrTemplate tasmota_2channel_split
set DEVICE attrTemplate tasmota_POW
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
par:ICON;ICON as set, defaults to usb;{ AttrVal("DEVICE_CH2","icon","usb") }
attr DEVICE_CH2 icon ICON
attr DEVICE_CH2 comment Channel 2 (USB outlets) for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 devStateIcon on:usb:off off:usb@red:on
attr DEVICE_CH2 setStateList on off toggle
#set DEVICE_CH2 attrTemplate speech_recognition_alaxaName_firstrun
attr DEVICE,DEVICE_CH2 model tasmota_POW_USB_split
# plug with LED flashed with Tasmota.
name:tasmota_plug_with_rgbw_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:plug with seperate RGBW LED flashed with Tasmota.
NOTE: a second device will be created for the rgb device.
Tested with Tasmota V. 7.1.2 and Maxcio YX-DE02 Plug using template: {"NAME":"Maxcio YX-DE04","GPIO":[255,17,255,21,56,40,0,0,37,38,39,255,255],"FLAG":1,"BASE":18}
order:A_01c1a
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE comment Mains channel for DEVICE, see also DEVICE_CH2 for rgb LED
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"LWT","false") eq "Online"?"10px-kreis-gruen":"10px-kreis-rot";; my $light = ReadingsVal($name,"state","off");;"".FW_makeImage($onl)." ".FW_makeImage($light)." uptime: ".ReadingsVal($name,"Uptime",undef)}
attr DEVICE jsonMap POWER1:state Dimmer:0 Channel_1:0 Channel_2:0 Channel_3:0 HSBColor:0 POWER2:0
setreading DEVICE associatedWith DEVICE_CH2
deletereading -q DEVICE (?!associatedWith).*
copy DEVICE DEVICE_CH2
deleteattr DEVICE_CH2 stateFormat
attr DEVICE_CH2 comment RGBW channel for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 setList \
off:noArg CMNDTOPIC/POWER2 0\
on:noArg CMNDTOPIC/POWER2 1\
toggle:noArg CMNDTOPIC/POWER2 2\
Color:colorpicker,RGB CMNDTOPIC/COLOR\
pct:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER\
white:colorpicker,BRI,0,5,100 { "CMNDTOPIC/COLOR ". sprintf("000000%02X",$EVTPART1*2.55) }
attr DEVICE_CH2 readingList \
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER2:.* state
attr DEVICE_CH2 jsonMap POWER2:0 Dimmer:pct Channel_4:white Channel_1:0 Channel_2:0 Channel_3:0 HSBColor:0 POWER1:0 Heap:0 LedTable:0 LoadAvg:0 MqttCount:0 SaveData:0 Scheme:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0
attr DEVICE_CH2 webCmd pct:white:Color
attr DEVICE_CH2 webCmdLabel Helligkeit\
:Weiss\
:Farbe:
attr DEVICE_CH2 devStateIcon {Color::devStateIcon($name,"rgb","Color","pct","state")}
attr DEVICE_CH2 setStateList on off toggle
deletereading -q DEVICE_CH2 (?!associatedWith).*
set DEVICE_CH2 attrTemplate speech_recognition_type_light_255
attr DEVICE,DEVICE_CH2 model tasmota_plug_with_rgbw_split
#tasmota device with Infrared-circuit
name:tasmota_ir
desc:Demonstrates multiple options how to configure tasmota devices as IR remote control extension.
Forum Thread
Tasmota IRremote Commands
Simple IR-circuit
set irsend
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
order:A_01d
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:POWERCMD;needed command to be sent like in example dec '{"protocol":"NEC","bits":32,"data":551489775}' (without '');{ undef }
par:VOLUMEUPCMD;needed command to be sent like in example raw '0,926,844,958,832,1798,868,902,848,900,870,900,852,908,918,958,794,934,874,928,1738,934,856,1764' (without '');{ undef }
par:MULTIPLE1CMD;needed command to be sent like in example hex '{"Protocol":"NEC","Bits":32,"Data":0x8166817E}' (without '');{ undef }
par:MULTIPLE2CMD;needed command to be sent like in example hex '{"Protocol":"NEC","Bits":32,"Data":0x8166817E}' (without '');{ undef }
par:ICON;ICON as set, defaults to IR;{ AttrVal("DEVICE","icon","IR") }
attr DEVICE icon ICON
attr DEVICE setList \
power:noArg CMNDTOPIC/IRsend POWERCMD\
volumeup:noArg CMNDTOPIC/IRsend VOLUMEUPCMD\
11:noArg CMNDTOPIC/Backlog IRsend MULTIPLE1CMD;CMNDTOPIC/delay 8;CMNDTOPIC/IRsend MULTIPLE2CMD\
irsend:textField CMNDTOPIC/irsend {"Protocol":"$EVTPART1","Bits":$EVTPART2,"Data":"0x$EVTPART3"}
attr DEVICE readingList \
TELETOPIC/INFO.:.* { json2nameValue($EVENT) }\
TELETOPIC/RESULT:.* { $EVENT =~ m,..IrReceived....Protocol...([A-Za-z0-9]+)...Bits..([\d]+)..Data...([A-Za-z0-9]+)..., ? {"$1_$2"=>$3} : json2nameValue($EVENT) }
attr DEVICE stateFormat state\
\
IPAddress
attr DEVICE event-on-change-reading .*
attr DEVICE model tasmota_ir
#tasmota device with rf-circuit
name:tasmota_rf
desc:Demonstrates multiple options how to configure tasmota devices as rf remote control extension.
Forum Thread
NOTE: still widely untested...
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
order:A_01d1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
#par:POWERCMD;needed command to be sent like in example dec '{"protocol":"NEC","bits":32,"data":551489775}' (without '');{ undef }
#par:VOLUMEUPCMD;needed command to be sent like in example raw '0,926,844,958,832,1798,868,902,848,900,870,900,852,908,918,958,794,934,874,928,1738,934,856,1764' (without '');{ undef }
#par:MULTIPLE1CMD;needed command to be sent like in example hex '{"Protocol":"NEC","Bits":32,"Data":0x8166817E}' (without '');{ undef }
#par:MULTIPLE2CMD;needed command to be sent like in example hex '{"Protocol":"NEC","Bits":32,"Data":0x8166817E}' (without '');{ undef }
attr DEVICE setList \
power:noArg CMNDTOPIC/RFsend POWERCMD\
volumeup:noArg CMNDTOPIC/RFsend VOLUMEUPCMD\
rfsend:textField CMNDTOPIC/RFsend {"Protocol":"$EVTPART1","Bits":$EVTPART2,"Data":"0x$EVTPART3"}
attr DEVICE readingList \
TELETOPIC/INFO.:.* { json2nameValue($EVENT) }\
TELETOPIC/RESULT:.* { $EVENT =~ m,..RfReceived....Sync..([A-Za-z0-9]+)..Low..([\d]+)..High..([\d]+)..Data...([A-Za-z0-9]+)...RfKey...([^"]+)..., ? {"json_raw"=>$EVENT} : undef }\
TELETOPIC/RESULT:.* { $EVENT =~ m,..RfReceived....Sync..([A-Za-z0-9]+)..Low..([\d]+)..High..([\d]+)..Data...([A-Za-z0-9]+)...RfKey...([^"]+)..., ? {"Data"=>"$4"} : undef }
attr DEVICE stateFormat state\
\
IPAddress
attr DEVICE event-on-change-reading .*
attr DEVICE model tasmota_rf
# forum: https://forum.fhem.de/index.php/topic,104475.0.html
name:tasmota_use_DS18x20_id
desc:Use this in case you have multiple DS18x20 sensors attached to your tasmota device. Adds a readingList entry to extract 1wire ID's from JSON to keep temparature values bound to the ID.
Forum Thread
See tasmota-Wiki for how to configure for multiple DS18x20 sensors
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
order:A_01d2
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
attr DEVICE readingList \
TELETOPIC/INFO.:.* { json2nameValue($EVENT) }\
TELETOPIC/RESULT:.* { my %ret; while ($EVENT =~ /.Id...([A-F0-9]{12})...Temperature..([\d]+\.[\d]+)./g) { $ret{"Temperatur_".$1}=$2; }; return \%ret; }\
TELETOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
farewell:template has been applied successfully. You might want to edit readingList attribute to avoid double info or let autocreate add more entries.
attr DEVICE model tasmota_use_DS18x20_id
# tasmota 2ch as one FHEM device.
name:tasmota_2ch_unified
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Configures a single device including all readings
order:A_02a
set DEVICE attrTemplate tasmota_basic_state_power1
deleteAttr DEVICE jsonMap
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE setList \
POWER1:on,off,toggle CMNDTOPIC/POWER1 $EVTPART1\
POWER2:on,off,toggle CMNDTOPIC/POWER2 $EVTPART1
attr DEVICE webCmd POWER1 on:POWER1 off:POWER2 on:POWER2 off
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot 1.on:on:POWER1+off 1.off:off:POWER1+on 2.on:on:POWER2+off 2.off:off:POWER2+on
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT) }\
STATTOPIC/POWER1:.* POWER1\
STATTOPIC/POWER2:.* POWER2
attr DEVICE stateFormat LWT\
1:POWER1\
2:POWER2\
\
IPAddress
attr DEVICE webCmd POWER1:POWER2
attr DEVICE model tasmota_2ch_unified
# sonoff 2 channel device flashed with Tasmota.
name:tasmota_2channel_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:sonoff 2 channel device flashed with Tasmota.
NOTE: a second device will be created for the second channel
order:A_02
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
setreading DEVICE associatedWith DEVICE_CH2
set DEVICE attrTemplate speech_recognition_type_switch
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 readingList \
STATTOPIC/POWER2:.* state
attr DEVICE_CH2 jsonMap POWER2:0 Dimmer:pct POWER1:0 Heap:0 LedTable:0 LoadAvg:0 MqttCount:0 SaveData:0 Scheme:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0
attr DEVICE_CH2 comment Channel 2 for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 setList \
off:noArg CMNDTOPIC/POWER2 0\
on:noArg CMNDTOPIC/POWER2 1\
toggle:noArg CMNDTOPIC/POWER2 2
attr DEVICE_CH2 setStateList on off toggle
#set DEVICE_CH2 attrTemplate speech_recognition_alaxaName_firstrun
attr DEVICE,DEVICE_CH2 model tasmota_2channel_split
#contributed by 87insane
# tasmota 2ch as shutter device.
name:tasmota_2ch_shutter_invert_1
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Configures a dual chanel tasmota device as shutter; needs some configuration of firmware compilation to operate, see Tasmota wiki
and Forum Thread
NOTE: This template will configure the shutter in ROLLO style with pct 0% = open shutter. Use template tasmota_2ch_shutter_invert_0, if you need a Homematic-style device pct 100% = open.
order:A_02b
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
set DEVICE attrTemplate tasmota_set_lowercase_texts_and_state1
set IO_DEV publish CMNDTOPIC/Backlog LedState 2; SetOption80 1; Interlock 1,2; Interlock ON; SetOption81 1; switchmode1 3; switchmode2 3; PulseTime1 0; PulseTime2 0; SaveData 1;
set IO_DEV publish CMNDTOPIC/Restart 1
defmod configure_DEVICEattrTemplate_at at +00:00:20 set IO_DEV publish CMNDTOPIC/Backlog ShutterOpenDuration1 20;; ShutterCloseDuration1 20;; ShutterInvert1 1;; SaveData 1;;
attr DEVICE setList \
close:noArg CMNDTOPIC/ShutterClose1\
open:noArg CMNDTOPIC/ShutterOpen1\
half:noArg CMNDTOPIC/ShutterSetHalfway1 50\
pct:slider,0,1,100 CMNDTOPIC/ShutterPosition1 $EVTPART1\
stop:noArg CMNDTOPIC/ShutterStop1\
resetClose:noArg CMNDTOPIC/ShutterSetClose1\
x_configuration CMNDTOPIC/$EVTPART1 $EVTPART2
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
STATTOPIC/RESULT:.* { json2nameValue($EVENT) }\
STATTOPIC/POWER1:.* POWER1\
STATTOPIC/POWER1:on {{'state' => 'opening'}}\
STATTOPIC/POWER2:.* POWER2\
STATTOPIC/POWER2:on {{'state' => 'closing'}}\
STATTOPIC/SHUTTER1:.* state\
STATTOPIC/SHUTTER1:.* pct\
TELETOPIC/RESULT:.* { json2nameValue($EVENT) }\
TELETOPIC/STATE:.* { json2nameValue($EVENT) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT) }
attr DEVICE devStateIcon opening:fts_shutter_up@red closing:fts_shutter_down@red Online:10px-kreis-gruen Offline:10px-kreis-rot 100:fts_shutter_100 0:fts_shutter_10 9\d.*:fts_shutter_90 8\d.*:fts_shutter_80 7\d.*:fts_shutter_70 6\d.*:fts_shutter_60 5\d.*:fts_shutter_50 4\d.*:fts_shutter_40 3\d.*:fts_shutter_30 2\d.*:fts_shutter_20 1\d.*:fts_shutter_10 \b\d\b.*:fts_shutter_10 set_.*:fts_shutter_updown
attr DEVICE cmdIcon open:fts_shutter_up close:fts_shutter_down stop:fts_shutter_manual half:fts_shutter_50
attr DEVICE webCmd :open:close:half:stop:pct
attr DEVICE stateFormat \
LWT\
\
state
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setStateList open close half stop pct
attr DEVICE comment After applying the template set "ShutterOpenDuration1" and "ShutterCloseDuration1" first.\
Use the "set x_configuration" Option. Example: "set x_configuration ShutterOpenDuration1 35"\
Shutter specific commands available: ShutterOpenDuration1, ShutterCloseDuration1, ShutterRelay1, ShutterSetHalfway1, ShutterSetClose1, ShutterInvert1, ShutterMotordelay1, ShutterCalibration1; you may use this for general setOptions in tasmota also.\
commands may need restart to take effect.\
For calibration, use of more than one shutter device and further information on the available commands see Tasmota wiki.
# set DEVICE attrTemplate speech_recognition_type_blind
farewell:template has been applied successfully. Now it's recommended to set shutter's open and close duration and 50% position, see short instruction in comment attribute or the
Tasmota wiki.
attr DEVICE model tasmota_2ch_shutter_invert_1
# tasmota 2ch as shutter device.
name:tasmota_2ch_shutter_invert_0
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Configures a dual chanel tasmota device as shutter; needs some configuration of firmware compilation to operate, see Tasmota wiki
and Forum Thread
NOTE: This template will configure the shutter in Homematic-style with pct 100% = open. For ROLLO style device with pct 0% = open shutter. Use template tasmota_2ch_shutter_invert_1 instead.
order:A_02b1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
set DEVICE attrTemplate tasmota_2ch_shutter_invert_1
defmod configure_DEVICEattrTemplate_at at +00:00:20 set IO_DEV publish CMNDTOPIC/Backlog ShutterOpenDuration1 20;; ShutterCloseDuration1 20;; ShutterInvert1 0;; SaveData 1;;
attr DEVICE devStateIcon opening:fts_shutter_up@red closing:fts_shutter_down@red Online:10px-kreis-gruen Offline:10px-kreis-rot 100:fts_shutter_10 0:fts_shutter_100 9\d.*:fts_shutter_10 8\d.*:fts_shutter_20 7\d.*:fts_shutter_30 6\d.*:fts_shutter_40 5\d.*:fts_shutter_50 4\d.*:fts_shutter_60 3\d.*:fts_shutter_70 2\d.*:fts_shutter_80 1\d.*:fts_shutter_90 \b\d\b.*:fts_shutter_90
set DEVICE attrTemplate speech_recognition_type_blind
attr DEVICE model tasmota_2ch_shutter_invert_0
# sonoff 4 channel device flashed with Tasmota.
# contributed by Blauhorn, https://forum.fhem.de/index.php/topic,94495.msg976113.html#msg976113
name:tasmota_4channel_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:sonoff 4 channel device flashed with Tasmota.
NOTE: a second, third and fourth device will be created for each additional channel
order:A_04
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
set DEVICE attrTemplate tasmota_2channel_split
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2, DEVICE_CH3 and DEVICE_CH4
setreading DEVICE associatedWith DEVICE_CH2,DEVICE_CH3,DEVICE_CH4
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH3,DEVICE_CH4
attr DEVICE_CH2 comment Channel 2 for DEVICE, see also DEVICE, DEVICE_CH3 and DEVICE_CH4
#attr DEVICE_CH2 jsonMap POWER2:state Dimmer:pct POWER1:0 POWER3:0 POWER4:0 Heap:0 LedTable:0 LoadAvg:0 MqttCount:0 SaveData:0 Scheme:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0
#create device for CH3
copy DEVICE DEVICE_CH3
#attr DEVICE_CH2 jsonMap POWER3:state Dimmer:pct POWER1:0 POWER2:0 POWER4:0 Heap:0 LedTable:0 LoadAvg:0 MqttCount:0 SaveData:0 Scheme:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH4
attr DEVICE comment Channel 3 for DEVICE, see also DEVICE, DEVICE_CH2 and DEVICE_CH4
attr DEVICE_CH3 setList \
off:noArg CMNDTOPIC/POWER3 0\
on:noArg CMNDTOPIC/POWER3 1\
toggle:noArg CMNDTOPIC/POWER3 2
attr DEVICE_CH3 setStateList on off toggle
attr DEVICE_CH3 readingList \
STATTOPIC/POWER3:.* state
#create device for CH4
copy DEVICE DEVICE_CH4
#attr DEVICE_CH2 jsonMap POWER4:state Dimmer:pct POWER1:0 POWER2:0 POWER3:0 Heap:0 LedTable:0 LoadAvg:0 MqttCount:0 SaveData:0 Scheme:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0 ANALOG_A0:0 SetOption26:0 Sleep:0 SleepMode:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Time:0 Uptime:0 UptimeSec:0 Wifi_SSId:0 Wifi_RSSI:0 Wifi_LinkCount:0 Wifi_Downtime:0 Wifi_Channel:0 Wifi_BSSId:0 Wifi_AP:0
setreading DEVICE_CH4 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3
attr DEVICE_CH4 comment Channel 4 for DEVICE, see also DEVICE, DEVICE_CH2 and DEVICE_CH3
attr DEVICE_CH4 setList \
off:noArg CMNDTOPIC/POWER4 0\
on:noArg CMNDTOPIC/POWER4 1\
toggle:noArg CMNDTOPIC/POWER4 2
attr DEVICE_CH4 readingList \
STATTOPIC/POWER4:.* state
attr DEVICE_CH4 setStateList on off toggle
#set the model attr for all new devices
attr DEVICE,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4 model tasmota_4channel_split
# 4-way multi socket 3AC+USB device flashed with Tasmota.
# Tested with Power Strip Hyleton 333, please see Tasmota Template Repository
# contributed by joelinux, https://forum.fhem.de/index.php/topic,94495.msg1031089.html#msg1031089
name:tasmota_3socketUSB_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:4 channel device flashed with Tasmota.
NOTE: Tested with 4-way Power Strip Hyleton 333, please see Tasmota Template Repository
NOTE: a second, third and fourth device will be created for each additional channel.
NOTE: Please wait some seconds to allow Tasmota Device to complete reboot.
order:A_04_4base
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to hue_filled_outlet;{ AttrVal("DEVICE","icon","hue_filled_outlet") }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
par:LONGITUDE;Read longitude set in FHEM;{ AttrVal("global","longitude","8.686")}
par:LATITUDE;Read latitude set in FHEM;{ AttrVal("global","latitude","50.112")}
par:ALTITUDE;Read altitude set in FHEM;{ AttrVal("global","altitude","0")}
par:BUTTONRULE;Suggest Tasmota Button Rule for Power Strip;{ q/rule on button1#state=3 do backlog power1 2; power2 2; power3 2; power4 2 endon on button1#state=2 do backlog power1 1; power2 1; power3; power4 1 endon/ }
par:JSONSUPPRESS;Tasmota reading pairs to suppress;"LedTable:0 SaveData:0 Scheme:0 SetOption26:0 ANALOG_A0:0 Speed:0 StateText1:0 StateText2:0 StateText3:0 StateText4:0 Module:0 Version:0 FallbackTopic:0 GroupTopic:0 WebServerMode:0 Hostname:Hostname RestartReason:0 Time:0 Uptime:0 UptimeSec:0 Heap:0 SleepMode:0 Sleep:0 LoadAvg:0 MqttCount:0 Wifi_AP:0 Wifi_SSId:0 Wifi_BSSId:0 Wifi_Channel:0 Wifi_RSSI:0 Wifi_Signal:0 Wifi_LinkCount:0 Wifi_Downtime:0 subscriptions:0 Status_ButtonRetain:0 Status_ButtonTopic:0 Status_LedMask:0 Status_LedState:0 Status_Module:0 Status_Power:0 Status_PowerOnState:0 Status_PowerRetain:0 Status_SaveData:0 Status_SaveState:0 Status_SensorRetain:0 Status_SwitchMode_1:0 Status_SwitchMode_2:0 Status_SwitchMode_3:0 Status_SwitchMode_4:0 Status_SwitchMode_5:0 Status_SwitchMode_6:0 Status_SwitchMode_7:0 Status_SwitchRetain:0 Status_SwitchTopic:0 Status_Topic:0"
# Do some cleanup to eventually rerun apply template process
deletereading -q DEVICE (?!associatedWith).*
# delete DEVICE_CH2
# delete DEVICE_CH3
# delete DEVICE_USB
# prime Tasmota device
set DEVICE attrTemplate tasmota_set_lowercase_texts_and_state1
# additional settings to aid speech recognition to detect capabilities properly
set DEVICE attrTemplate speech_recognition_type_switch
# add some attributes to make your new device looking great
attr DEVICE icon ICON
attr DEVICE comment Admin Info and Channel 1 for DEVICE, see also DEVICE_CH2, DEVICE_CH3, and DEVICE_USB
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot
attr DEVICE event-on-change-reading .*
attr DEVICE stateFormat LWT\
state\
IPAddress
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'state_',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/STATUS:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* state\
STATTOPIC/POWER2:.* POWER2\
STATTOPIC/POWER3:.* POWER3\
STATTOPIC/POWER4:.* POWER4\
CMNDTOPIC/POWER:.* POWER
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
x_Reboot:noArg CMNDTOPIC/restart 1\
x_Status:noArg CMNDTOPIC/Status\
x_setOtaUrl:multiple,http://thehackbox.org/tasmota/release/tasmota-DE.bin CMNDTOPIC/OtaUrl $EVTPART1\
x_upgrade:noArg CMNDTOPIC/upgrade 1\
x_ShowHostname:noArg CMNDTOPIC/Backlog setoption53 1; Status;\
x_DisableBlinkLED:noArg CMNDTOPIC/Backlog LEDPower 0; setoption31 1; Status;\
x_SaveData:0,1 CMNDTOPIC/savedata $EVTPART1\
x_Configuration CMNDTOPIC/$EVTPART1 $EVTPART2\
x_RuleButton:noArg CMNDTOPIC/BUTTONRULE\
x_RuleEnable:noArg CMNDTOPIC/Backlog setoption1 1; setoption32 15; rule1 1\
x_Location:noArg CMNDTOPIC/Backlog Latitude LATITUDE; Longitude LONGITUDE; Altitude ALTITUDE\
x_NTPServer:multiple,fritz.box CMNDTOPIC/ntpserver $EVTPART1
# we want state to represent 1st channel.
attr DEVICE jsonMap POWER1:state Dimmer:pct
attr DEVICE userReadings formatedUptime:state_UptimeSec.* { my $m = ReadingsVal($name,"state_UptimeSec",0)/60;; return sprintf "0 000 00:%02d", $m if $m < 60;; my $h = $m / 60;; $m %= 60;; return sprintf "0 000 %02d:%02d", $h, $m if $h < 24;; my $d = $h / 24;; $h %= 24;; return sprintf "0 %03d %02d:%02d", $d, $h, $m if $d <365;; my $y = $d / 365;; $d %= 365;; return sprintf "%d %03d %02d:%02d", $y, $d, $h, $m }
setreading DEVICE associatedWith DEVICE_CH2,DEVICE_CH3,DEVICE_USB
#
# create devices for 2nd, 3rd and 4th channel
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 setStateList on off toggle
copy DEVICE_CH2 DEVICE_CH3
copy DEVICE_CH2 DEVICE_USB
#
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH3,DEVICE_USB
setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH2,DEVICE_USB
setreading DEVICE_USB associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3
# set attributes specific for 3rd channel
attr DEVICE_CH2 comment Channel 2 for DEVICE, see also DEVICE_CH3 and DEVICE_USB
attr DEVICE_CH3 comment Channel 3 for DEVICE, see also DEVICE_CH2 and DEVICE_USB
attr DEVICE_USB comment Channel 4 (USB) for DEVICE, see also DEVICE_CH2 and DEVICE_CH3
#
attr DEVICE_CH2 setList \
off:noArg CMNDTOPIC/POWER2 0\
on:noArg CMNDTOPIC/POWER2 1\
toggle:noArg CMNDTOPIC/POWER2 2
attr DEVICE_CH3 setList \
off:noArg CMNDTOPIC/POWER3 0\
on:noArg CMNDTOPIC/POWER3 1\
toggle:noArg CMNDTOPIC/POWER3 2
attr DEVICE_USB setList \
off:noArg CMNDTOPIC/POWER4 0\
on:noArg CMNDTOPIC/POWER4 1\
toggle:noArg CMNDTOPIC/POWER4 2
#
attr DEVICE_CH2 readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'state_',$JSONMAP) }\
STATTOPIC/STATUS:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER2:.* state
attr DEVICE_CH3 readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'state_',$JSONMAP) }\
STATTOPIC/STATUS:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER3:.* state
attr DEVICE_USB readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'state_',$JSONMAP) }\
STATTOPIC/STATUS:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER4:.* state
#
# we want state to represent 2nd channel.
# keep all POWERx readings to allow period tele/STATE messages to update relay state reading
# Suppress all other readings on split device. These readings are visible on first device only.
# Tasmota version upgrades are likely to add/remove readings. So some unwanted ones may appear on second device after such upgrade
attr DEVICE_CH2 jsonMap POWER2:state POWER1:0 POWER3:0 POWER4:0 POWER5:0 JSONSUPPRESS
#
# we want state to represent 3rd channel.
attr DEVICE_CH3 jsonMap POWER3:state POWER1:0 POWER2:0 POWER4:0 POWER5:0 JSONSUPPRESS
#
# we want state to represent 4th (USB) channel.
attr DEVICE_USB jsonMap POWER4:state POWER1:0 POWER2:0 POWER3:0 POWER5:0 JSONSUPPRESS
# USB channel gets a unique icon
attr DEVICE_USB icon rc_USB
#finally set the model attr for all new devices and do a reboot of device
set IO_DEV publish CMNDTOPIC/status
set IO_DEV publish CMNDTOPIC/restart 1
#set DEVICE_CH2 attrTemplate speech_recognition_general_naming_master_template
#set DEVICE_CH3 attrTemplate speech_recognition_general_naming_master_template
#set DEVICE_USB attrTemplate speech_recognition_general_naming_master_template
farewell:Template has been applied successfully. Wait some seconds for reboot to complete and watch readings get populated.
attr DEVICE,DEVICE_CH2,DEVICE_CH3,DEVICE_USB model tasmota_3socketUSB_channel_split
# tasmota 4ch as one FHEM device.
name:tasmota_4ch_unified_icon
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Configures a single device including all readings
NOTE: Clicking on icons will issue a corresponding toggle command
order:A_04b
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE setList \
POWER1:on,off,toggle CMNDTOPIC/POWER1 $EVTPART1\
POWER2:on,off,toggle CMNDTOPIC/POWER2 $EVTPART1\
POWER3:on,off,toggle CMNDTOPIC/POWER3 $EVTPART1\
POWER4:on,off,toggle CMNDTOPIC/POWER4 $EVTPART1
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot 1.on:on:POWER1+off 1.off:off:POWER1+on 2.on:on:POWER2+off 2.off:off:POWER2+on 3.on:on:POWER3+off 3.off:off:POWER3+on 4.on:on:POWER4+off 4.off:off:POWER4+on
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* POWER1\
STATTOPIC/POWER2:.* POWER2\
STATTOPIC/POWER3:.* POWER3\
STATTOPIC/POWER4:.* POWER4
attr DEVICE stateFormat LWT\
1:POWER1\
2:POWER2\
3:POWER3\
4:POWER4\
IPAddress
attr DEVICE webCmd POWER1:POWER2:POWER3:POWER4
attr DEVICE model tasmota_4ch_unified_icon
# tasmota 4ch as one FHEM device.
name:tasmota_4ch_unified_basic_text
desc:Configures a single device
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
order:A_04a1
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE setList \
POWER1:on,off,toggle CMNDTOPIC/POWER1 $EVTPART1\
POWER2:on,off,toggle CMNDTOPIC/POWER2 $EVTPART1\
POWER3:on,off,toggle CMNDTOPIC/POWER3 $EVTPART1\
POWER4:on,off,toggle CMNDTOPIC/POWER4 $EVTPART1
attr DEVICE setStateList on off toggle
attr DEVICE stateFormat P1: POWER1 P2: POWER2 P3: POWER3 P4: POWER4
attr DEVICE webCmd POWER1 toggle:POWER2 toggle:POWER3 toggle:POWER4 toggle
attr DEVICE model tasmota_4ch_unified_basic_text
# contributed by hummeruli, https://forum.fhem.de/index.php/topic,94495.msg1026611.html#msg1026611
# tasmota 8ch as one FHEM device.
name:tasmota_8ch_unified_icon
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Configures a single device including all readings
NOTE: Clicking on icons will issue a corresponding toggle command
order:A_04c
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE setList \
POWER1:on,off,toggle CMNDTOPIC/POWER1 $EVTPART1\
POWER2:on,off,toggle CMNDTOPIC/POWER2 $EVTPART1\
POWER3:on,off,toggle CMNDTOPIC/POWER3 $EVTPART1\
POWER4:on,off,toggle CMNDTOPIC/POWER4 $EVTPART1\
POWER5:on,off,toggle CMNDTOPIC/POWER5 $EVTPART1\
POWER6:on,off,toggle CMNDTOPIC/POWER6 $EVTPART1\
POWER7:on,off,toggle CMNDTOPIC/POWER7 $EVTPART1\
POWER8:on,off,toggle CMNDTOPIC/POWER8 $EVTPART1
attr DEVICE devStateIcon Online:10px-kreis-gruen@green Offline:10px-kreis-rot@red 1.on:on:POWER1+off 1.off:off:POWER1+on 2.on:on:POWER2+off 2.off:off:POWER2+on 3.on:on:POWER3+off 3.off:off:POWER3+on 4.on:on:POWER4+off 4.off:off:POWER4+on 5.on:on:POWER5+off 5.off:off:POWER5+on 6.on:on:POWER6+off 6.off:off:POWER6+on 7.on:on:POWER7+off 7.off:off:POWER7+on 8.on:on:POWER8+off 8.off:off:POWER8+on
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* POWER1\
STATTOPIC/POWER2:.* POWER2\
STATTOPIC/POWER3:.* POWER3\
STATTOPIC/POWER4:.* POWER4\
STATTOPIC/POWER5:.* POWER5\
STATTOPIC/POWER6:.* POWER6\
STATTOPIC/POWER7:.* POWER7\
STATTOPIC/POWER8:.* POWER8
attr DEVICE stateFormat LWT\
Hostname
\
1:POWER1\
2:POWER2\
3:POWER3\
4:POWER4\
5:POWER5\
6:POWER6\
7:POWER7\
8:POWER8
attr DEVICE model tasmota_8ch_unified_icon
#source post: https://forum.fhem.de/index.php/topic,94495.msg899041.html#msg899041
name:tasmota_rgb_led_controller
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Tasmota RGB controller tested with RGB variant of Magichome, arilux LC-01 ,etc... -> https://github.com/arendst/Sonoff-Tasmota/wiki/MagicHome-LED-strip-controller
order:A_05a
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
Color:colorpicker,RGB CMNDTOPIC/COLOR\
Dimmer:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE autocreate 0
attr DEVICE devStateIcon {Color::devStateIcon($name,"rgb","Color","Dimmer","state")}
attr DEVICE webCmd Color:Color ff0000:Color 00ff00:Color 0000ff:toggle:on:off
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model tasmota_rgb_led_controller
name:tasmota_rgbw_led
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Tasmota RGBW bulb or RGBW LED controller
order:A_05a1
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
Color:colorpicker,RGB CMNDTOPIC/COLOR\
pct:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER\
white:colorpicker,BRI,0,5,100 { "CMNDTOPIC/COLOR ". sprintf("000000%02X",$EVTPART1*2.55) }\
saturation:colorpicker,BRI,0,1,100 CMNDTOPIC/HSBCOLOR2\
Speed:colorpicker,BRI,0,1,20 CMNDTOPIC/SPEED\
Fade:uzsuSelect,ON,OFF CMNDTOPIC/FADE $EVTPART1\
mode:selectnumbers,0,1,4,0,lin CMNDTOPIC/SCHEME
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { $EVENT =~ m,HSBColor...(\d+)\,(\d+)\,(\d+), ? $2 eq ReadingsVal($NAME,"saturation","unknown") ? undef :{"saturation"=>$2} : undef }\
STATTOPIC/POWER1:.* state
attr DEVICE jsonMap POWER1:0 Dimmer:pct Channel_4:white Channel_1:0 Channel_2:0 Channel_3:0 HSBColor:0
attr DEVICE webCmd pct:white:Color
attr DEVICE webCmdLabel Helligkeit\
:Weiss\
:Farbe:
attr DEVICE devStateIcon {Color::devStateIcon($name,"rgb","Color","pct","state")}
attr DEVICE setStateList on off toggle
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model tasmota_rgbw_led
name:tasmota_rgbwct_led
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Tasmota RGBW bulb with CT option like LSC Smart Connect Candle 400lm RGBW
order:A_05a2
set DEVICE attrTemplate tasmota_basic_state_power1
set DEVICE attrTemplate tasmota_rgbw_led
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
Color:colorpicker,RGB CMNDTOPIC/COLOR\
pct:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER\
white:colorpicker,BRI,0,5,100 { "CMNDTOPIC/COLOR ". sprintf("000000%02X",$EVTPART1*2.55) }\
CT:colorpicker,CT,153,5,500 CMNDTOPIC/CT
attr DEVICE jsonMap POWER1:0 Dimmer:pct Channel_4:white Channel_1:0 Channel_2:0 Channel_3:0 HSBColor:0 Channel_5:0
attr DEVICE webCmd pct:white:Color:CT
attr DEVICE webCmdLabel Helligkeit\
:Weiss\
:Farbe\
:Temp
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model tasmota_rgbwct_led
name:tasmota_cct_led
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Tasmota CCT bulb or CCT LED controller
order:A_05a3
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
CT:colorpicker,CT,153,5,500 CMNDTOPIC/CT\
pct:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER
attr DEVICE readingList \
TELETOPIC/LWT:.* LWT\
TELETOPIC/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }\
TELETOPIC/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }\
STATTOPIC/POWER1:.* state
attr DEVICE jsonMap POWER1:0 Dimmer:pct Channel_4:0 Channel_1:0 Channel_2:0 Channel_3:0 HSBColor:0
attr DEVICE webCmd pct:CT
attr DEVICE devStateIcon {Color::devStateIcon($name,"dimmer",undef,"pct","state")}
attr DEVICE setStateList on off toggle
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model tasmota_cct_led
#source post: https://forum.fhem.de/index.php/topic,105364.0.html
name:tasmota_TuyaMCU_dimmer
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Tasmota controller, suitable for devices using the "Tuya MCU Module" to control a dimmer.
See instructions in https://github.com/arendst/Tasmota/wiki/TuyaMCU-Configurations#dimmer and Forum Thread
order:A_05b
set DEVICE attrTemplate tasmota_basic_state_power1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:TELETOPIC;info topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}tele$3" : undef }
par:STATTOPIC;ack topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}stat$3" : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE setList\
off:noArg CMNDTOPIC/POWER1 0\
on:noArg CMNDTOPIC/POWER1 1\
toggle:noArg CMNDTOPIC/POWER1 2\
Dimmer:colorpicker,BRI,0,5,100 CMNDTOPIC/DIMMER
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE autocreate 0
attr DEVICE devStateIcon off:light_light_dim_00:on on:light_light_dim_90:off
attr DEVICE webCmd Dimmer
attr DEVICE comment After applying the template, the device to be controlled needs further configuration. For the necessary steps see Tasmota wiki instructions.
farewell:template has been applied successfully. Now it's recommended to do some configruation, see Tasmota wiki instructions.
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model tasmota_TuyaMCU_dimmer
name:tasmota_set_lowercase_texts_and_state1
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Applies to all tasmota devices
NOTE: This template will change ON, OFF etc. sent from tasmota side to lowercase.
After applying the template you might consider to delete or change stateFormat, eventMap and/or userReadings attribute values
order:A_01z
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
set IO_DEV publish CMNDTOPIC/Backlog StateText1 off; StateText2 on; StateText3 toggle; StateText4 hold; SetOption26 1; SaveData 1
name:tasmota_set_uppercase_texts_and_state1
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Applies to all tasmota devices
NOTE: This template will change on, off etc. sent from tasmota side to uppercase. NOTE: this template only exists for compability reasons to older MQTT implementations; not recommended for other user groups
order:A_01z1
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef) }
set IO_DEV publish CMNDTOPIC/Backlog StateText1 OFF; StateText2 ON; StateText3 TOGGLE; StateText4 HOLD; SetOption26 1
attr DEVICE userReadings state:POWER1:.* { lc(ReadingsVal($name,"POWER1","")) }
name:tasmota_set_power1_state_to_power
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:Applies to single relay tasmota devices
NOTE: this template only exists for compability reasons to other HA solutions; not recommended for usage in FHEM context
order:A_01z2
par:CMNDTOPIC;Command topic prefix, without trailing /;{ AttrVal("DEVICE","readingList","") =~ m,([^:]*)\b(tele|cmnd|stat)(/.*)?/LWT:, ? "${1}cmnd$3" : undef }
par:IO_DEV;Currently used IO;{ AttrVal("DEVICE","IODev",undef)}
set IO_DEV publish CMNDTOPIC/SetOption26 0
attr DEVICE userReadings state:POWER:.* { lc(ReadingsVal($name,"POWER","")) }
###########################################
# SHELLY
#
# shelly1 using original firmware.
name:shelly1
filter:TYPE=MQTT2_DEVICE
par:DEVNAME;Shelly1 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
order:A_10
attr DEVICE setList\
off:noArg shellies/DEVNAME/relay/0/command off\
on:noArg shellies/DEVNAME/relay/0/command on\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/relay/0:.* state\
shellies/DEVNAME/relay/0:.* relay0\
shellies/DEVNAME/input/0:.* input0\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"online","false") eq "false" ? "rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "gelb" : "gruen";; my $light = ReadingsVal($name,"state","off");; my $show = '" : "http://".ReadingsVal($name,"ip","none").' "target="_blank">';;$show .= FW_makeImage("10px-kreis-".$onl)."";; "" }
deletereading -q DEVICE (?!associatedWith).*
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model shelly1
name:shelly_announces
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
order:A_101
desc:Allows central administration of all shelly firmware updates
attr DEVICE setList\
update_fw_all:noArg {"shellies/command update_fw"}\
update_fw_device:textField {"shellies/$EVTPART1/command update_fw"}\
request_update_all:noArg {"shellies/command update"}\
request_update_device:textField {"shellies/$EVTPART1/command update"}\
request_announces:noArg {"shellies/command announce"}
set DEVICE request_announces
attr DEVICE readingList shellies/announce:.* { $EVENT =~ m,id...([^"]+), ? json2nameValue($EVENT,$1."_") : json2nameValue($EVENT) }
# shellyplug using original firmware.
name:shellyplug
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
order:A_10a
par:DEVNAME;ShellyPlug name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
set DEVICE attrTemplate shelly1
attr DEVICE getList power:noArg shellies/DEVNAME/relay/power power
attr DEVICE model shellyplug
#contributed by 87insane, https://forum.fhem.de/index.php/topic,94060.msg934614.html#msg934614
# shelly1pm using original firmware.
name:shelly1_w_energy_meassuring
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
order:A_10b
desc:Applies to single relay Shelly devices offering energy meassuring like Shelly 1PM or Shelly Plug S
par:DEVNAME;Shelly1 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
attr DEVICE setList\
relay0:on,off,toggle shellies/DEVNAME/relay/0/command $EVTPART1\
off:noArg shellies/DEVNAME/relay/0/command off\
on:noArg shellies/DEVNAME/relay/0/command on\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/relay/0:.* state\
shellies/DEVNAME/relay/0:.* relay0\
shellies/DEVNAME/input/0:.* input0\
shellies/DEVNAME/online:.* online\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/DEVNAME/relay/0/power:.* relay_0_power\
shellies/DEVNAME/relay/0/power:.* { my $compare = $EVTPART0 < 100 ? "off":"on"; ReadingsVal($NAME,"loadState","off") ne $compare ? { 'loadState' => $compare } : undef }\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/overtemperature:.* overtemperature\
shellies/DEVNAME/relay/0/energy:.* relay_0_energy\
shellies/DEVNAME/relay/0/energy:.* {'relay_0_kWh' => sprintf("%.2f",$EVENT/60/1000)}\
shellies/DEVNAME/longpush/0:.* longpush_0
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"online","false") eq "false"?"10px-kreis-rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "10px-kreis-gelb" : "10px-kreis-gruen";; my $light = ReadingsVal($name,"state","off");; my $cons = ReadingsVal($name,"relay_0_power","unknown");; my $total = ReadingsVal($name,"relay_0_kWh","unknown");; my $temp = ReadingsVal($name,"temperature","-100");;"".FW_makeImage($onl)." ".FW_makeImage($light)."Verbrauch: $cons / Total: $total/ Temp: $temp °C
"}
attr DEVICE comment To get appropriate loadState values: Change the default limit "100" in readingList to your needs.
attr DEVICE webCmd :
deletereading -q DEVICE (?!associatedWith).*
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model shelly1_w_energy_meassuring
name:shelly1_w_energy_meassuring_washer_example
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
order:A_10b1
desc:Example how to configure a single relay Shelly device offering energy meassuring like Shelly 1PM or Shelly Plug S to visualise state of a machine behind the plug. Icons will not allow to turn the machine off.
par:DEVNAME;Shelly1 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
set DEVICE attrTemplate shelly1_w_energy_meassuring
attr DEVICE devStateIcon { my $amp = ReadingsVal($name,"online","false") eq "false" ? "rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "gelb" : "gruen";; my $pic = ReadingsVal($name,"loadState","") eq "on"?'scene_laundry_room_fem@green':'scene_laundry_room_fem';; my $text = ReadingsVal($name,"loadState","") eq "on"?"Waschmaschine läuft - Aktuell: ".ReadingsVal($name,"relay_0_power","")." W":'Standby';; my $show = "$amp" eq "gelb" ? "".FW_makeImage("10px-kreis-".$amp)."" : "".FW_makeImage("10px-kreis-".$amp)."";; " $show ".FW_makeImage($pic)." $text
" }
attr DEVICE userReadings total_temp:loadState:.on { ReadingsNum("$name","relay_0_kWh",0) },wash:loadState:.off { ReadingsNum("$name","total",0) - ReadingsNum("$name","total_temp",0) },price:loadState:.off {sprintf("%.2f",ReadingsNum("$name","wash",1)*ReadingsNum("kWh_Price","state",0.30))},time:loadState:.off {strftime("%H:%M", localtime(ReadingsAge("$name","total_temp",0)-3600))}
attr DEVICE comment To get appropriate loadState values: Change the default limit "100" in readingList to your needs; using a seperate device named kWh_Price indicating actual energy price in state will lead to realistic price results or change the refference/the value "0.30" in userReadings "price".
attr DEVICE model shelly1_w_energy_meassuring_washer_example
# shelly2 using original firmware in roller mode.
name:shelly2_roller
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly2 using original firmware.
NOTE: shelly2 roller operated, change settings first!
order:A_11b
par:DEVNAME;Shelly2 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
attr DEVICE comment shelly2 roller operated
attr DEVICE setList \
open:noArg shellies/DEVNAME/roller/0/command open\
close:noArg shellies/DEVNAME/roller/0/command close\
stop:noArg shellies/DEVNAME/roller/0/command stop\
pct:slider,0,1,100 shellies/DEVNAME/roller/0/command/pos $EVTPART1\
x_recalibration:noArg shellies/DEVNAME/roller/0/command rc\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/roller/0/pos:.* pct\
shellies/DEVNAME/status/0/rollers:.* power\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/roller/0:.* state\
shellies/DEVNAME/input/1:.* input1\
shellies/DEVNAME/input/0:.* input0
attr DEVICE devStateIcon 0:fts_shutter_100 100:fts_shutter_10 9\d.*:fts_shutter_10 8\d.*:fts_shutter_20 7\d.*:fts_shutter_30 6\d.*:fts_shutter_40 5\d.*:fts_shutter_50 4\d.*:fts_shutter_60 3\d.*:fts_shutter_70 2\d.*:fts_shutter_80 1\d.*:fts_shutter_90 0\d.*:fts_shutter_100 set_.*:fts_shutter_updown
attr DEVICE stateFormat pct
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setStateList open close stop
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_blind
attr DEVICE model shelly2_roller
# shelly25 using original firmware in roller mode.
# contributed by 87insane, https://forum.fhem.de/index.php/topic,94060.msg940978.html#msg940978
name:shelly25_roller_invert_0
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly25 using original firmware.
NOTE: shelly25 roller operated, change settings first!
order:A_11b1a
par:DEVNAME;Shellyswitch25 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
attr DEVICE comment Shelly 2.5 in Roller-Mode. 100=opened / 0=closed
attr DEVICE setList \
open:noArg shellies/DEVNAME/roller/0/command open\
close:noArg shellies/DEVNAME/roller/0/command close\
half:noArg shellies/DEVNAME/roller/0/command/pos 50\
stop:noArg shellies/DEVNAME/roller/0/command stop\
pct:slider,0,1,100 shellies/DEVNAME/roller/0/command/pos $EVTPART1\
x_recalibration:noArg shellies/DEVNAME/roller/0/command rc\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/roller/0/pos:.* pct\
shellies/DEVNAME/status/0/rollers:.* power\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/roller/0:.* current\
shellies/DEVNAME/roller/0:open {{'state' => 'opening'}}\
shellies/DEVNAME/roller/0:close {{'state' => 'closing'}}\
shellies/DEVNAME/roller/0/pos:.* state\
shellies/DEVNAME/input/1:.* input1\
shellies/DEVNAME/input/0:.* input0\
shellies/DEVNAME/relay/power:.* power\
shellies/DEVNAME/relay/energy:.* energy\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/overtemperature:.* overtemperature
attr DEVICE devStateIcon { my $amp = ReadingsVal($name,"online","false") eq "false" ? "rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "gelb" : "gruen";; my $con = ReadingsVal($name,"state","undef");; $con = 100 - $con if $con =~ /\d+/;; my $pic = $con eq "opening" ? 'fts_shutter_up@red' : $con eq "closing" ? 'fts_shutter_down@red' : $con eq "100" ? 'fts_shutter_100' : $con =~ /(\d)\d/ ? 'fts_shutter_'.$1.'0' : $con =~ /\b\d\b/ ? 'fts_shutter_10' : 'fts_shutter_updown';; my $show = "$amp" eq "gelb" ? "".FW_makeImage("10px-kreis-".$amp)."" : "".FW_makeImage("10px-kreis-".$amp)."";; " $show
".FW_makeImage($pic)."
NOTE: shelly25 roller operated, change settings first!
order:A_11b1b
par:DEVNAME;Shellyswitch25 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
attr DEVICE comment Shelly 2.5 in Roller-Mode. 0=opened / 100=closed
attr DEVICE setList \
open:noArg shellies/DEVNAME/roller/0/command open\
close:noArg shellies/DEVNAME/roller/0/command close\
half:noArg shellies/DEVNAME/roller/0/command/pos 50\
stop:noArg shellies/DEVNAME/roller/0/command stop\
pct:slider,0,1,100 {"shellies/DEVNAME/roller/0/command/pos ".(100-$EVTPART1)}\
x_recalibration:noArg shellies/DEVNAME/roller/0/command rc\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/roller/0/pos:.* {'pct' => 100-$EVENT}\
shellies/DEVNAME/status/0/rollers:.* power\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/roller/0:.* current\
shellies/DEVNAME/roller/0:open {{'state' => 'opening'}}\
shellies/DEVNAME/roller/0:close {{'state' => 'closing'}}\
shellies/DEVNAME/roller/0/pos:.* {'state' => 100-$EVENT}\
shellies/DEVNAME/input/1:.* input1\
shellies/DEVNAME/input/0:.* input0\
shellies/DEVNAME/relay/power:.* power\
shellies/DEVNAME/relay/energy:.* energy\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/overtemperature:.* overtemperature
attr DEVICE devStateIcon { my $amp = ReadingsVal($name,"online","false") eq "false" ? "rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "gelb" : "gruen";; my $con = ReadingsVal($name,"state","undef");; my $pic = $con eq "opening" ? 'fts_shutter_up@red' : $con eq "closing" ? 'fts_shutter_down@red' : $con eq "100" ? 'fts_shutter_100' : $con =~ /(\d)\d/ ? 'fts_shutter_'.$1.'0' : $con =~ /\b\d\b/ ? 'fts_shutter_10' : 'fts_shutter_updown';; my $show = "$amp" eq "gelb" ? "".FW_makeImage("10px-kreis-".$amp)."" : "".FW_makeImage("10px-kreis-".$amp)."";; " $show
".FW_makeImage($pic)."
NOTE: a second device will be created for the second channel
order:A_11a
set DEVICE attrTemplate shellyplug
par:DEVNAME;Shelly2 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 readingList shellies/DEVNAME/relay/1:.* state
attr DEVICE_CH2 comment Channel 2 for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 setList \
off:noArg shellies/DEVNAME/relay/1/command off\
on:noArg shellies/DEVNAME/relay/1/command on
attr DEVICE model shelly2_split
attr DEVICE_CH2 model shelly2_split
# shelly2.5 using original firmware.
# Based on user 87insane contribution in https://forum.fhem.de/index.php/topic,94060.msg962167.html#msg962167
# NOTE: a second device will be created for the second channel
name:shelly25_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly2.5 using original firmware.
NOTE: a second device will be created for the second channel
order:A_11a1
par:DEVNAME;Shelly2 name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
set DEVICE attrTemplate shellyplug
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"online","false") eq "false"?"10px-kreis-rot" : ReadingsVal($name,"new_fw","false") eq "true" ? "10px-kreis-gelb" : "10px-kreis-gruen";; my $light = ReadingsVal($name,"state","off");; my $cons = ReadingsVal($name,"relay_0_power","unknown");; my $temp = ReadingsVal($name,"temperature","-100");;""}
attr DEVICE readingList shellies/DEVNAME/relay/0:.* state\
shellies/DEVNAME/relay/0:.* relay_0\
shellies/DEVNAME/input/0:.* input_0\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/relay/0/power:.* relay_0_power\
shellies/DEVNAME/relay/0/energy:.* {'relay_0_energy' => sprintf("%.2f",$EVENT/60/1000)}\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/overtemperature:.* overtemperature\
shellies/DEVNAME/longpush/0:.* longpush_0
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 readingList shellies/DEVNAME/relay/1:.* state\
shellies/DEVNAME/relay/1:.* relay_1\
shellies/DEVNAME/input/1:.* input_1\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/relay/1/power:.* relay_1_power\
shellies/DEVNAME/relay/1/energy:.* {'relay_1_energy' => sprintf("%.2f",$EVENT/60/1000)}\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/overtemperature:.* overtemperature\
shellies/DEVNAME/longpush/1:.* longpush_1
attr DEVICE_CH2 comment Channel 2 for DEVICE
setreading DEVICE_CH2 associatedWith DEVICE
attr DEVICE_CH2 setList \
off:noArg shellies/DEVNAME/relay/1/command off\
on:noArg shellies/DEVNAME/relay/1/command on
attr DEVICE_CH2 devStateIcon {my $onl = ReadingsVal($name,"online","false") eq "true"?"10px-kreis-gruen":"10px-kreis-rot";; my $light = ReadingsVal($name,"state","off");; my $cons = ReadingsVal($name,"relay_1_power","unknown");; my $temp = ReadingsVal($name,"temperature","-100");;""}
attr DEVICE model shelly25_split
# shelly4pro using original firmware
name:shelly4pro_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly4pro using original firmware
NOTE: for each of the second to fourth channel, a new device will be created
order:A_14a1
par:DEVNAME;Shelly4Pro name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
set DEVICE attrTemplate shellyplug
attr DEVICE getList \
power0:noArg shellies/DEVNAME/relay/0/power power0\
energy0:noArg shellies/DEVNAME/relay/0/energy energy0
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2, DEVICE_CH3 and DEVICE_CH4
setreading DEVICE associatedWith DEVICE_CH2,DEVICE_CH3,DEVICE_CH4
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 readingList shellies/DEVNAME/relay/1:.* state
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH3,DEVICE_CH4
attr DEVICE_CH2 setList \
off:noArg shellies/DEVNAME/relay/1/command off\
on:noArg shellies/DEVNAME/relay/1/command on
attr DEVICE getList \
power1:noArg shellies/DEVNAME/relay/1/power power1\
energy1:noArg shellies/DEVNAME/relay/1/energy energy1
attr DEVICE comment Channel 2 for DEVICE, see also DEVICE, DEVICE_CH3 and DEVICE_CH4
copy DEVICE DEVICE_CH3
attr DEVICE_CH3 readingList shellies/DEVNAME/relay/2:.* state
setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH4
attr DEVICE_CH3 setList \
off:noArg shellies/DEVNAME/relay/2/command off\
on:noArg shellies/DEVNAME/relay/2/command on
attr DEVICE getList \
power2:noArg shellies/DEVNAME/relay/2/power power2\
energy2:noArg shellies/DDEVNAME/relay/2/energy energy2
attr DEVICE comment Channel 3 for DEVICE, see also DEVICE, DEVICE_CH2 and DEVICE_CH4
copy DEVICE DEVICE_CH4
attr DEVICE_CH4 readingList shellies/DEVNAME/relay/3:.* state
setreading DEVICE_CH4 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3
attr DEVICE_CH4 setList \
off:noArg shellies/DEVNAME/relay/3/command off\
on:noArg shellies/DEVNAME/relay/3/command on
attr DEVICE_CH4 getList \
power3:noArg shellies/DEVNAME/relay/3/power power3\
energy3:noArg shellies/DEVNAME/relay/3/energy energy3
attr DEVICE_CH4 comment Channel 4 for DEVICE, see also DEVICE, DEVICE_CH2 and DEVICE_CH3
attr DEVICE model shelly4pro_split
attr DEVICE_CH2 model shelly4pro_split
attr DEVICE_CH3 model shelly4pro_split
attr DEVICE_CH4 model shelly4pro_split
# shelly4pro unified device using original firmware
# source: https://forum.fhem.de/index.php/topic,97218.msg905689.html#msg905689
name:shelly4pro_unified
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly4pro using original firmware
NOTE: UNTESTED! feedback is apreciated, please try also to add toggle commands
NOTE: only one device will be created.
order:A_14b
par:DEVNAME;Shelly4Pro name in the topic;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
set DEVICE attrTemplate shellyplug
attr DEVICE getList \
power0:noArg shellies/DEVNAME/relay/0/power power0\
energy0:noArg shellies/DEVNAME/relay/0/energy energy0\
power1:noArg shellies/DEVNAME/relay/1/power power1\
energy1:noArg shellies/DEVNAME/relay/1/energy energy1\
power2:noArg shellies/DEVNAME/relay/2/power power2\
energy2:noArg shellies/DDEVNAME/relay/2/energy energy2\
power3:noArg shellies/DEVNAME/relay/3/power power3\
energy3:noArg shellies/DEVNAME/relay/3/energy energy3
attr DEVICE readingList \
shellies/DEVNAME/relay/0:.* relay0\
shellies/DEVNAME/input/0:.* input0\
shellies/DEVNAME/relay/1:.* relay1\
shellies/DEVNAME/input/1:.* input1\
shellies/DEVNAME/relay/2:.* relay2\
shellies/DEVNAME/input/2:.* input2\
shellies/DEVNAME/relay/3:.* relay3\
shellies/DEVNAME/input/3:.* input3\
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/announce:.* { json2nameValue($EVENT) }\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }\
shellies/DEVNAME/relay/0/power:.* power0\
shellies/DEVNAME/relay/1/power:.* power1\
shellies/DEVNAME/relay/2/power:.* power2\
shellies/DEVNAME/relay/3/power:.* power3\
shellies/DEVNAME/relay/0/energy:.* energy0\
shellies/DEVNAME/relay/1/energy:.* energy1\
shellies/DEVNAME/relay/2/energy:.* energy2\
shellies/DEVNAME/relay/3/energy:.* energy3
attr DEVICE setList \
relay0:iconSwitch,on,li_wht_off,off,li_wht_on shellies/DEVNAME/relay/0/command $EVTPART1\
relay1:iconSwitch,on,li_wht_off,off,li_wht_on shellies/DEVNAME/relay/1/command $EVTPART1\
relay2:iconSwitch,on,li_wht_off,off,li_wht_on shellies/DEVNAME/relay/2/command $EVTPART1\
relay3:iconSwitch,on,li_wht_off,off,li_wht_on shellies/DEVNAME/relay/3/command $EVTPART1\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE webCmd relay0:relay1:relay2:relay3
attr DEVICE stateFormat R0: relay0 R1: relay1 R2: relay2 R3: relay3
attr DEVICE model shelly4pro_unified
# shellybulb using original firmware
name:shellybulb
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shellybulb using original firmware
Tested with 1.49
order:A_15
par:DEVNAME;name of this shelly;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE setList\
off:noArg shellies/DEVNAME/color/0/command off\
on:noArg shellies/DEVNAME/color/0/command on\
pct:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"gain":"$EVTPART1","brightness":"$EVTPART1"}\
pct_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"turn":"on","gain":"$EVTPART1","brightness":"$EVTPART1"}\
ct:colorpicker,CT,3000,10,6500 {$EVTPART1=3000 if ($EVTPART1<3000);"shellies/DEVNAME/color/0/set {\"mode\":\"white\",\"temp\":\"$EVTPART1\"}"}\
ct_on:colorpicker,CT,3000,10,6500 {$EVTPART1=3000 if ($EVTPART1<3000);"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"white\",\"temp\":\"$EVTPART1\"}"}\
rgb:colorpicker,RGB {$EVTPART1=~/(..)(..)(..)/;if($1 ne $2 || $2 ne $3){"shellies/DEVNAME/color/0/set {\"mode\":\"color\",\"gain\":\"100\",\"red\":".hex($1).",\"green\":".hex($2).",\"blue\":".hex($3)."}"}else{"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"white\",\"brightness\":".int(hex($1)/2.55)."}"}}\
rgb_on:colorpicker,RGB {$EVTPART1=~/(..)(..)(..)/;if($1 ne $2 || $2 ne $3){"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"color\",\"gain\":\"100\",\"red\":".hex($1).",\"green\":".hex($2).",\"blue\":".hex($3)."}"}else{"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"white\",\"brightness\":".int(hex($1)/2.55)."}"}}\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
deletereading -q DEVICE status_.*
attr DEVICE readingList shellies/DEVNAME/color/0/status:.* {json2nameValue($EVENT,'',$JSONMAP)}
attr DEVICE userReadings ct:temp.* {ReadingsVal($name,"temp",3000)}, rgb:red.* {if(ReadingsVal($name,"mode","") eq "color"){sprintf("%02X%02X%02X", ReadingsVal($name,"red",99), ReadingsVal($name,"green",99), ReadingsVal($name,"blue",99))}else{my $a=sprintf("%02X",ReadingsVal($name,"brightness",0)*2.555);"$a$a$a"}}
attr DEVICE webCmd on:off:pct:ct:rgb
#attr DEVICE genericDeviceType light
attr DEVICE jsonMap brightness:pct
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model shellybulb
# shellyht using original firmware
name:shellyht
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shellyht using original firmware
Just adds stateFormat and icon
order:A_16
par:ICON;ICON as set, defaults to temperature_humidity;{ AttrVal("DEVICE","icon","temperature_humidity") }
attr DEVICE icon ICON
attr DEVICE setList \
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE stateFormat T: temperature °C H: humidity % B: battery %
set DEVICE x_mqttcom announce
attr DEVICE model shellyht
# shellyflood using original firmware
name:shellyflood
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shellyht using original firmware
Just adds stateFormat and icon
order:A_16a
par:ICON;ICON as set, defaults to humidity;{ AttrVal("DEVICE","icon","humidity") }
attr DEVICE icon ICON
attr DEVICE setList \
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
attr DEVICE readingList \
shellies/DEVNAME/online:.* online\
shellies/DEVNAME/sensor/temperature:.* temperature\
shellies/DEVNAME/sensor/flood:.* flood\
shellies/DEVNAME/sensor/battery:.* batteryPercent
attr DEVICE stateFormat flood (bat batteryPercent%)
deletereading -q DEVICE (?!associatedWith).*
set DEVICE x_mqttcom announce
attr DEVICE model shellyflood
#shelly2rgbw
# contributed by dkreutz http://forum.fhem.de/index.php/topic,94060.msg944338.html#msg944338
# shellyrgbw2 color mode
name:shelly2rgbw_color
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shellyrgbw2 color mode
Tested with 1.5.0-rgbw2-hotfix1
order:A_17
par:DEVNAME;name of this shelly;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE setList\
off:noArg shellies/DEVNAME/color/0/command off\
on:noArg shellies/DEVNAME/color/0/command on\
white:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"white":"$EVTPART1"}\
gain:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"gain":"$EVTPART1"}\
rgb:colorpicker,RGB {$EVTPART1=~/(..)(..)(..)/;if($1 ne $2 || $2 ne $3) {"shellies/DEVNAME/color/0/set {\"mode\":\"color\",\"red\":".hex($1).",\"green\":".hex($2).",\"blue\":".hex($3)."}"}else{"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"white\",\"brightness\":".int(hex($1)/2.55)."}"}}\
white_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"turn":"on","white":"$EVTPART1"}\
gain_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/color/0/set {"turn":"on","gain":"$EVTPART1"}\
rgb_on:colorpicker,RGB {$EVTPART1=~/(..)(..)(..)/;if($1 ne $2 || $2 ne $3) {"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"color\",\"gain\":\"100\",\"red\":".hex($1).",\"green\":".hex($2).",\"blue\":".hex($3)."}"}else{"shellies/DEVNAME/color/0/set {\"turn\":\"on\",\"mode\":\"white\",\"brightness\":".int(hex($1)/2.55)."}"}}\
effect:select,0,1,2,3 shellies/DEVNAME/color/0/set {"effect":"$EVTPART1"}\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
deletereading -q DEVICE status_.*
attr DEVICE readingList \
shellies/DEVNAME/color/0/status:.* {json2nameValue($EVENT)}\
shellies/DEVNAME/color/0:.* state\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }
attr DEVICE userReadings rgb:red.* {if(ReadingsVal($name,"mode","") eq "color"){sprintf("%02X%02X%02X", ReadingsVal($name,"red",99), ReadingsVal($name,"green",99), ReadingsVal($name,"blue",99))}else{my $a=sprintf("%02X",ReadingsVal($name,"brightness",0)*2.555);"$a$a$a"}}
attr DEVICE webCmd on:off:white:gain:rgb:effect
attr DEVICE setStateList on off
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"online","false") eq "true"?"10px-kreis-gruen":"10px-kreis-rot";; my $light = ReadingsVal($name,"state","off");; my $cons = ReadingsVal($name,"power","unknown");; "".FW_makeImage($onl)." ".FW_makeImage($light)."Verbrauch: $cons
"}
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model shelly2rgbw_color
#contributed by user sledge
name:shelly2rgbw_4w_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shelly2rgbw configured with 4 white channels, one device for each channel
Tested with v1.4.8
order:A_17a
par:DEVNAME;name of this shelly;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]*)/, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE readingList shellies/DEVNAME/white/0/status:.* {json2nameValue($EVENT,'',$JSONMAP)}\
shellies/DEVNAME/white/0:.* state\
shellies/DEVNAME/white/0/set:.* { json2nameValue($EVENT) }\
shellies/DEVNAME/online:.* online\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }
attr DEVICE setList off:noArg shellies/DEVNAME/white/0/command off\
on:noArg shellies/DEVNAME/white/0/command on\
pct:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/0/set {"mode":"white","brightness":"$EVTPART1"}\
pct_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/0/set {"ison":"true","mode":"white","brightness":"$EVTPART1"}\
x_update:noArg shellies/DEVNAME/command update_fw\
x_mqttcom shellies/DEVNAME/command $EVTPART1
deletereading -q DEVICE (?!associatedWith).*
setreading DEVICE associatedWith DEVICE_CH1,DEVICE_CH2,DEVICE_CH4
attr DEVICE webCmd on:off:pct
set DEVICE x_mqttcom announce
attr DEVICE jsonMap brightness:pct
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model shelly2rgbw_4w_split
attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2, DEVICE_CH3 and DEVICE_CH4
attr DEVICE autocreate 0
attr DEVICE setStateList on off
copy DEVICE DEVICE_CH2
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH3,DEVICE_CH4
attr DEVICE_CH2 readingList shellies/DEVNAME/white/1/status:.* {json2nameValue($EVENT,'',$JSONMAP)}\
shellies/DEVNAME/white/1:.* state\
shellies/DEVNAME/white/1/set:.* { json2nameValue($EVENT) }\
shellies/DEVNAME/online:.* online
attr DEVICE_CH2 setList off:noArg shellies/DEVNAME/white/1/command off\
on:noArg shellies/DEVNAME/white/1/command on\
pct:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/1/set {"mode":"white","brightness":"$EVTPART1"}\
pct_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/1/set {"ison":"true","mode":"white","brightness":"$EVTPART1"}
attr DEVICE_CH2 setStateList on off
copy DEVICE DEVICE_CH3
setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH4
attr DEVICE_CH3 readingList shellies/DEVNAME/white/2/status:.* {json2nameValue($EVENT,'',$JSONMAP)}\
shellies/DEVNAME/white/2:.* state\
shellies/DEVNAME/white/2/set:.* { json2nameValue($EVENT) }\
shellies/DEVNAME/online:.* online
attr DEVICE_CH3 setList off:noArg shellies/DEVNAME/white/2/command off\
on:noArg shellies/DEVNAME/white/2/command on\
pct:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/2/set {"mode":"white","brightness":"$EVTPART1"}\
pct_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/2/set {"ison":"true","mode":"white","brightness":"$EVTPART1"}
attr DEVICE_CH3 setStateList on off
copy DEVICE DEVICE_CH4
attr DEVICE_CH4 readingList shellies/DEVNAME/white/3/status:.* {json2nameValue($EVENT,'',$JSONMAP)}\
shellies/DEVNAME/white/3:.* state\
shellies/DEVNAME/white/3/set:.* { json2nameValue($EVENT) }\
shellies/DEVNAME/online:.* online
attr DEVICE_CH4 setList off:noArg shellies/DEVNAME/white/3/command off\
on:noArg shellies/DEVNAME/white/3/command on\
pct:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/3/set {"mode":"white","brightness":"$EVTPART1"}\
pct_on:colorpicker,BRI,0,1,100 shellies/DEVNAME/white/3/set {"ison":"true","mode":"white","brightness":"$EVTPART1"}
setreading DEVICE_CH4 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3
attr DEVICE_CH4 setStateList on off
#shellydimmer
# contributed by zeppelin, https://forum.fhem.de/index.php/topic,94495.msg994764.html#msg994764
name:shellydimmer
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*shellies.*
desc:shellydimmer
Tested with 20191119-085746/master@e3a747f5
order:A_18
par:DEVNAME;name of this shelly;{ AttrVal("DEVICE","readingList","") =~ m,shellies/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
attr DEVICE setList\
off:noArg shellies/DEVNAME/light/0/command off\
on:noArg shellies/DEVNAME/light/0/command on\
pct:slider,0,1,100 shellies/DEVNAME/light/0/set {"turn": "on","brightness": $EVTPART1}\
x_mqttcom shellies/DEVNAME/command $EVTPART1
deletereading -q DEVICE status_.*
attr DEVICE readingList \
shellies/DEVNAME/light/0/status:.* {json2nameValue($EVENT,'',$JSONMAP)}\
shellies/DEVNAME/temperature:.* temperature\
shellies/DEVNAME/temperature_f:.* temperature_f\
shellies/DEVNAME/overtemperature:.* overtemperature\
shellies/DEVNAME/overload:.* overload\
shellies/DEVNAME/loaderror:.* loaderror\
shellies/announce:.* { $EVENT =~ m,..id...DEVNAME...mac.*, ? json2nameValue($EVENT) : undef }
attr DEVICE webCmd pct:on:off
attr DEVICE jsonMap brightness:pct
attr DEVICE devStateIcon {my $lderr = ReadingsVal($name,"loaderror","true") eq "true"?"10px-kreis-rot":"10px-kreis-gruen";; my $light = ReadingsVal($name,"ison","false") eq "true"?"on":"off";; my $cons = ReadingsVal($name,"light_0_power","unknown");; FW_makeImage($lderr)."".FW_makeImage($light)."Leistung: $cons
"}
set DEVICE x_mqttcom announce
set DEVICE attrTemplate speech_recognition_type_light
attr DEVICE model shellydimmer
###########################################
# ESPurna
#
# ESP8266 devices using ESPurna firmware.
# See project page for details: https://github.com/xoseperez/espurna/wiki
name:ESPurna_single_relay
filter:TYPE=MQTT2_DEVICE
desc:ESPurna is a alternative firmware comparable to tasmota, see project page wiki.
NOTE: First experimental version, to contribute see Forum Thread.
order:A_30
par:DEVNAME;Device's name in the topic tree;{ AttrVal("DEVICE","readingList","") =~ m,([^:/]+)/([^/]+)/, ? $1 : undef }
attr DEVICE readingList DEVNAME/relay/0:.* relay_0\
DEVNAME/relay/0:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/app:.* app\
DEVNAME/version:.* version\
DEVNAME/board:.* board\
DEVNAME/host:.* host\
DEVNAME/ssid:.* ssid\
DEVNAME/ip:.* ip\
DEVNAME/mac:.* mac\
DEVNAME/rssi:.* rssi\
DEVNAME/uptime:.* uptime\
DEVNAME/datetime:.* datetime\
DEVNAME/freeheap:.* freeheap\
DEVNAME/vcc:.* vcc\
DEVNAME/status:.* status\
DEVNAME/loadavg:.* loadavg
attr DEVICE setList on DEVNAME/relay/0/set 1\
off DEVNAME/relay/0/set 0\
toggle DEVNAME/relay/0/set 2
attr DEVICE setStateList on off toggle
attr DEVICE event-on-change-reading .*
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model ESPurna_single_relay
name:ESPurna_4socketUSB_unified
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/relay/0.*
desc:ESPurna is a alternative firmware comparable to tasmota, see project page wiki.
NOTE: Tested with 5-way multi socket ZHILDE_EU44_W, configures a single device with multi channels.
To contribute templates for ESPurna see Forum Thread. Template is for use without further configuration on ESP side, so especially no JSON is sent or relayPayload-xy is set!
order:A_30d
par:DEVNAME;Device's name in the topic tree;{ AttrVal("DEVICE","readingList","") =~ m,([^:/]+)/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_outlet;{ AttrVal("DEVICE","icon","hue_filled_outlet") }
attr DEVICE icon ICON
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot 1.on:on:POWER1+off 1.off:off:POWER1+on 2.on:on:POWER2+off 2.off:off:POWER2+on 3.on:on:POWER3+off 3.off:off:POWER3+on 4.on:on:POWER4+off 4.off:off:POWER4+on 5.on:on:POWER5+off 5.off:off:POWER5+on
attr DEVICE event-on-change-reading .*
attr DEVICE readingList DEVNAME/relay/0:.* { $EVENT ? {"POWER1"=>"on"} : {"POWER1"=>"off"} }\
DEVNAME/relay/1:.* { $EVENT ? {"POWER2"=>"on"} : {"POWER2"=>"off"} }\
DEVNAME/relay/2:.* { $EVENT ? {"POWER3"=>"on"} : {"POWER3"=>"off"} }\
DEVNAME/relay/3:.* { $EVENT ? {"POWER4"=>"on"} : {"POWER4"=>"off"} }\
DEVNAME/relay/4:.* { $EVENT ? {"POWER5"=>"on"} : {"POWER5"=>"off"} }\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/app:.* app\
DEVNAME/version:.* version\
DEVNAME/board:.* board\
DEVNAME/host:.* host\
DEVNAME/ssid:.* ssid\
DEVNAME/ip:.* ip\
DEVNAME/mac:.* mac\
DEVNAME/rssi:.* rssi\
DEVNAME/uptime:.* uptime\
DEVNAME/datetime:.* datetime\
DEVNAME/freeheap:.* freeheap\
DEVNAME/vcc:.* vcc\
DEVNAME/loadavg:.* loadavg\
DEVNAME/desc:.* desc
attr DEVICE setList on DEVNAME/relay/0/set 1\
off DEVNAME/relay/0/set 0\
toggle DEVNAME/relay/0/set 2\
POWER1:on,off,toggle DEVNAME/relay/0/set $EVTPART1\
POWER2:on,off,toggle DEVNAME/relay/1/set $EVTPART1\
POWER3:on,off,toggle DEVNAME/relay/2/set $EVTPART1\
POWER4:on,off,toggle DEVNAME/relay/3/set $EVTPART1\
POWER5:on,off,toggle DEVNAME/relay/4/set $EVTPART1\
Reboot:reboot DEVNAME/action/set $EVTPART1
attr DEVICE setStateList on off toggle
attr DEVICE stateFormat LWT\
1:POWER1\
2:POWER2\
3:POWER3\
4:POWER4\
5:POWER5\
\
ip
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model ESPurna_4socketUSB_unified
deletereading -q DEVICE relay_.*
name:ESPurna_4socketUSB_split
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/relay/4.*
desc:ESPurna is a alternative firmware comparable to tasmota, see project page wiki.
To contribute templates for ESPurna see Forum Thread.
NOTE: Tested with 5-way multi socket ZHILDE_EU44_W, configures a seperate device for each channel.
NOTE: Template is for use without further configuration on ESP side, so especially no JSON is sent or relayPayload-xy is set!
order:A_30c
par:DEVNAME;Device's name in the topic tree;{ AttrVal("DEVICE","readingList","") =~ m,([^:/]+)/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_outlet;{ AttrVal("DEVICE","icon","hue_filled_outlet") }
attr DEVICE icon ICON
attr DEVICE event-on-change-reading .*
attr DEVICE setStateList on off toggle
set DEVICE attrTemplate speech_recognition_type_switch
attr DEVICE model ESPurna_4socketUSB_split
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot
attr DEVICE stateFormat ip\
LWT\
\
state
deletereading -q DEVICE (?!associatedWith).*
copy DEVICE DEVICE_CH2
copy DEVICE DEVICE_CH3
copy DEVICE DEVICE_CH4
copy DEVICE DEVICE_USB
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH3,DEVICE_CH4,DEVICE_USB
setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH4,DEVICE_USB
setreading DEVICE_CH4 associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3,DEVICE_USB
setreading DEVICE_USB associatedWith DEVICE,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4
attr DEVICE_CH2 readingList DEVNAME/relay/1:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/ip:.* ip
attr DEVICE_CH3 readingList DEVNAME/relay/2:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/ip:.* ip
attr DEVICE_CH4 readingList DEVNAME/relay/3:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/ip:.* ip
attr DEVICE_USB readingList DEVNAME/relay/4:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/ip:.* ip
attr DEVICE readingList DEVNAME/relay/0:.* { $EVENT ? {"state"=>"on"} : {"state"=>"off"} }\
DEVNAME/app:.* app\
DEVNAME/version:.* version\
DEVNAME/board:.* board\
DEVNAME/host:.* host\
DEVNAME/ssid:.* ssid\
DEVNAME/ip:.* ip\
DEVNAME/mac:.* mac\
DEVNAME/rssi:.* rssi\
DEVNAME/uptime:.* uptime\
DEVNAME/datetime:.* datetime\
DEVNAME/freeheap:.* freeheap\
DEVNAME/vcc:.* vcc\
DEVNAME/status:.* { $EVENT ? {"LWT"=>"Online"} : {"LWT"=>"Offline"} }\
DEVNAME/loadavg:.* loadavg\
DEVNAME/desc:.* desc
attr DEVICE_CH2 setList on DEVNAME/relay/1/set 1\
off DEVNAME/relay/1/set 0\
toggle DEVNAME/relay/1/set 2
attr DEVICE_CH3 setList on DEVNAME/relay/2/set 1\
off DEVNAME/relay/2/set 0\
toggle DEVNAME/relay/2/set 2
attr DEVICE_CH4 setList on DEVNAME/relay/3/set 1\
off DEVNAME/relay/3/set 0\
toggle DEVNAME/relay/3/set 2
attr DEVICE_USB setList on DEVNAME/relay/4/set 1\
off DEVNAME/relay/4/set 0\
toggle DEVNAME/relay/4/set 2
attr DEVICE setList on DEVNAME/relay/0/set 1\
off DEVNAME/relay/0/set 0\
toggle DEVNAME/relay/0/set 2\
Reboot:reboot DEVNAME/action/set $EVTPART1
attr DEVICE devStateIcon Online:10px-kreis-gruen Offline:10px-kreis-rot
attr DEVICE stateFormat ip\
LWT\
\
state
setreading DEVICE associatedWith DEVICE_CH2,DEVICE_CH4,DEVICE_CH4,DEVICE_USB
###############
#DP83848 based Ethernet Board
#
name:8channel_ethernet_board_split
filter:TYPE=MQTT2_DEVICE
desc:For use with some 8-channel ethernet boards. Might be usefull for other stuff based on TI's DP83848 ethernet chipset.
NOTE: First experimental version, for configuration and to contribute see Forum Thread. You have to configure MQTT first, might be found under http:///zm.cgi!
order:W_03
par:STATETOPIC;Command topic prefix;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+state[:])/, ? $1 : undef }
par:CMNDTOPIC;Command topic prefix;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)state[:], ? "${1}ctr" : undef }
par:ICON;ICON as set, defaults to on;{ AttrVal("DEVICE","icon","on") }
attr DEVICE icon ICON
attr DEVICE model 8channel_ethernet_board_split
attr DEVICE setStateList on off
set DEVICE attrTemplate speech_recognition_type_switch
deletereading -q DEVICE (?!associatedWith).*
copy DEVICE DEVICE_CH2
copy DEVICE DEVICE_CH3
copy DEVICE DEVICE_CH4
copy DEVICE DEVICE_CH5
copy DEVICE DEVICE_CH6
copy DEVICE DEVICE_CH7
copy DEVICE DEVICE_CH8
setreading DEVICE associatedWith DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH2 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH3 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH4 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH5 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH6 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH7,DEVICE_CH8
setreading DEVICE_CH7 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH8
setreading DEVICE_CH8 associatedWith DEVICE,DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7
attr DEVICE readingList STATETOPIC.* { $EVENT =~ /output...([01])[01]{7}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH2 readingList STATETOPIC.* { $EVENT =~ /output...[01]([01])[01]{6}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH3 readingList STATETOPIC.* { $EVENT =~ /output...[01]{2}([01])[01]{5}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH4 readingList STATETOPIC.* { $EVENT =~ /output...[01]{3}([01])[01]{4}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH5 readingList STATETOPIC.* { $EVENT =~ /output...[01]{4}([01])[01]{3}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH6 readingList STATETOPIC.* { $EVENT =~ /output...[01]{5}([01])[01]{2}/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH7 readingList STATETOPIC.* { $EVENT =~ /output...[01]{6}([01])[01]/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE_CH8 readingList STATETOPIC.* { $EVENT =~ /output...[01]{7}([01])/;; my $newstate = $1 ? "on" : "off";; $newstate eq ReadingsVal($NAME,"state","unknown") ? undef : {"state"=>$newstate} }
attr DEVICE setList on:noArg CMNDTOPIC setr=1xxxxxxx\
off:noArg CMNDTOPIC setr=0xxxxxxx
attr DEVICE_CH2 setList on:noArg CMNDTOPIC setr=x1xxxxxx\
off:noArg CMNDTOPIC setr=x0xxxxxx
attr DEVICE_CH3 setList on:noArg CMNDTOPIC setr=xx1xxxxx\
off:noArg CMNDTOPIC setr=xx0xxxxx
attr DEVICE_CH4 setList on:noArg CMNDTOPIC setr=xxx1xxxx\
off:noArg CMNDTOPIC setr=xxx0xxxx
attr DEVICE_CH5 setList on:noArg CMNDTOPIC setr=xxxx1xxx\
off:noArg CMNDTOPIC setr=xxxx0xxx
attr DEVICE_CH6 setList on:noArg CMNDTOPIC setr=xxxxx1xx\
off:noArg CMNDTOPIC setr=xxxxx0xx
attr DEVICE_CH7 setList on:noArg CMNDTOPIC setr=xxxxxx1x\
off:noArg CMNDTOPIC setr=xxxxxx0x
attr DEVICE_CH8 setList on:noArg CMNDTOPIC setr=xxxxxxx1\
off:noArg CMNDTOPIC setr=xxxxxxx0
setreading DEVICE associatedWith DEVICE_CH1,DEVICE_CH2,DEVICE_CH3,DEVICE_CH4,DEVICE_CH5,DEVICE_CH6,DEVICE_CH7,DEVICE_CH8
name:8channel_ethernet_board_unified
filter:TYPE=MQTT2_DEVICE
desc:For use with some 8-channel ethernet boards. Might be usefull for other stuff based on TI's DP83848 ethernet chipset.
NOTE: First experimental version, for configuration and to contribute see Forum Thread. You have to configure MQTT first, might be found under http:///zm.cgi!
order:W_03a
par:STATETOPIC;Command topic prefix;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+state[:])/, ? $1 : undef }
par:CMNDTOPIC;Command topic prefix;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)state[:], ? "${1}ctr" : undef }
par:ICON;ICON as set, defaults to on;{ AttrVal("DEVICE","icon","on") }
attr DEVICE icon ICON
attr DEVICE setStateList on off
attr DEVICE jsonMap input:0
attr DEVICE readingList STATETOPIC.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE userReadings out1:output:.* { $event =~ m/(.).......$/;;ReadingsVal($name,"out1",undef) ne $1 ? $1 : undef }, out2:output:.* { $event =~ m/.(.)......$/;;;;ReadingsVal($name,"out2",undef) ne $1 ? $1 : undef }, out3:output:.* { $event =~ m/..(.).....$/;;ReadingsVal($name,"out3",undef) ne $1 ? $1 : undef }, out4:output:.* { $event =~ m/...(.)....$/;;ReadingsVal($name,"out4",undef) ne $1 ? $1 : undef }, out5:output:.* { $event =~ m/....(.)...$/;;ReadingsVal($name,"out5",undef) ne $1 ? $1 : undef }, out6:output:.* { $event =~ m/.....(.)..$/;;ReadingsVal($name,"out6",undef) ne $1 ? $1 : undef }, out7:output:.* { $event =~ m/......(.).$/;;ReadingsVal($name,"out7",undef) ne $1 ? $1 : undef }, out8:output:.* { $event =~ m/.......(.)$/;;ReadingsVal($name,"out8",undef) ne $1 ? $1 : undef }
attr DEVICE setList out1:0,1 {my $command = $EVTPART1."xxxxxxx";; "CMNDTOPIC setr=$command"}\
out2:0,1 {my $command = "x".$EVTPART1."xxxxxx";; "CMNDTOPIC setr=$command"}\
out3:0,1 {my $command = "xx".$EVTPART1."xxxxx";; "CMNDTOPIC setr=$command"}\
out4:0,1 {my $command = "xxx".$EVTPART1."xxxx";; "CMNDTOPIC setr=$command"}\
out5:0,1 {my $command = "xxxx".$EVTPART1."xxx";; "CMNDTOPIC setr=$command"}\
out6:0,1 {my $command = "xxxxx".$EVTPART1."xx";; "CMNDTOPIC setr=$command"}\
out7:0,1 {my $command = "xxxxxx".$EVTPART1."x";; "CMNDTOPIC setr=$command"}\
out8:0,1 {"CMNDTOPIC setr=xxxxxxx".$EVTPART1}
attr DEVICE model 8channel_ethernet_board_unified
###############
#ebusd
#
#ebus daemon device
name:eBus_daemon_splitter
filter:TYPE=MQTT2_DEVICE
desc:Device containing all status messages from the ebus daemon itself
NOTE: acts also as a bridge device to split up the hardware on the bus into different mqtt2_devices
NOTE:
- for use with MQTT2_CLIENT use a copy of the Device with the same clientId than the IO, delete original's readingList after applying the template!
- this might change the devices CID
order:E_01a
par:DEVTYPE;Internal TYPE of the device; { InternalVal("DEVICE","TYPE",undef)}
par:DEV_ID;base topic set ebus;{ AttrVal("DEVICE","readingList","") =~ m,[^:]+:?(ebus[a-zA-Z])[^/]*[/].*:, ? $1 : "ebusd" }
par:ICON;ICON as set, defaults to sani_boiler_temp;{ AttrVal("DEVICE","icon","sani_boiler_temp") }
{ Svn_GetFile("contrib/AttrTemplate/99_attrTmqtt2_ebus_Utils.pm", "FHEM/99_attrTmqtt2_ebus_Utils.pm", sub(){ CommandReload(undef, "99_attrTmqtt2_ebus_Utils") }) }
{ Svn_GetFile("contrib/AttrTemplate/mqtt2.ebus.template", "FHEM/lib/AttrTemplate/mqtt2.ebus.template", sub(){ AttrTemplate_Initialize() }) }
attr DEVICE icon ICON
modify DEVICE DEV_ID
attr DEVICE autocreate 1
attr DEVICE bridgeRegexp (ebus..*?)/(bai|\d+|cc|e7f|ehp|f\d\d|hc|he.|hmu|hwc|mc|mc.\d|omu|omu.\d|pms|rcc|rcc.\d|sc|sdr_p|ui|uih|v\d\d|v81.\d|vd\d|vl\d|vr_\d\d|zeo)/.*:.* "$1_$2"\
(ebus..*?)/(global|broadcast|general|scan([^/]*))/.*:.* "$1"
attr DEVICE userReadings formatedUptime:uptime.* {my $m = ReadingsVal($name,"uptime",0)/60;; return sprintf "0 000 00:%02d", $m if $m < 60;; my $h = $m / 60;; $m %= 60;; return sprintf "0 000 %02d:%02d", $h, $m if $h < 24;; my $d = $h / 24;; $h %= 24;; return sprintf "0 %03d %02d:%02d", $d, $h, $m if $d <365;; my $y = $d / 365;; $d %= 365;; return sprintf "%d %03d %02d:%02d", $y, $d, $h, $m}
attr DEVICE stateFormat Status: \
1:running\
Signal: \
2:signal\
Uptime: formatedUptime
attr DEVICE devStateIcon 1.true:it_net 1.false:it_net@red 2.true:lan_rs485 2.false:lan_rs485@red
attr DEVICE setList getKnown:noArg DEV_ID/list onlyknown\
getAll:noArg DEV_ID/list
set DEVICE getKnown
attr DEVICE comment NOTE: additional templates and code have been downloaded from svn (contrib).
farewell:template has been applied successfully.
NOTE: additional templates and code have been downloaded from svn (contrib).
To configure further parts of your ebus ecosystem, have a look at these templates and the Wiki.
attr DEVICE model eBus_daemon_splitter
###########################################
# ems-esp
# The ems-esp device
name:ems-esp_heater_device
filter:TYPE=MQTT2_DEVICE
desc:EMS-ESP is a open-source system to communicate with EMS (Energy Management System) based boilers, thermostats and other modules from manufacturers like Bosch, Buderus, Nefit, Junkers and Sieger, see project page. First version, to contribute see Forum Thread.
order:E_02a
par:BASE_ID;base topic set, default is "home";{ AttrVal("DEVICE","readingList","") =~ m,([^/:]+)/, ? $1 : "home" }
par:DEV_ID;ID topic set, default is "ems-esp";{ AttrVal("DEVICE","readingList","") =~ m,[^/:]+/([^/]+), ? $1 : "ems-esp" }
par:ICON;ICON as set, defaults to sani_boiler_temp;{ AttrVal("DEVICE","icon","sani_boiler_temp") }
attr DEVICE icon ICON
modify DEVICE DEV_ID
attr DEVICE bridgeRegexp \
BASE_ID/DEV_ID/(sensors|sm_data|hp_data|thermostat_data).*:.* "ems_esp_$1"\
BASE_ID/DEV_ID/(boiler_data|tapwater_active|heating_active|mixing_data|shower_data).*:.* "ems_esp_boiler"
attr DEVICE userReadings formatedUptime:uptime.* {my $m = ReadingsVal($name,"uptime",0)/60;; return sprintf "0 000 00:%02d", $m if $m < 60;; my $h = $m / 60;; $m %= 60;; return sprintf "0 000 %02d:%02d", $h, $m if $h < 24;; my $d = $h / 24;; $h %= 24;; return sprintf "0 %03d %02d:%02d", $d, $h, $m if $d <365;; my $y = $d / 365;; $d %= 365;; return sprintf "%d %03d %02d:%02d", $y, $d, $h, $m}
attr DEVICE readingList BASE_ID/DEV_ID/start:.* LWT\
BASE_ID/DEV_ID/heartbeat:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr DEVICE stateFormat Interface: \
LWT\
Signal: \
rssid %\
Uptime: formatedUptime\
IPAddress : IP
attr DEVICE setList restart:noArg BASE_ID/DEV_ID/restart
attr DEVICE devStateIcon online:it_net offline:it_net@red 2.1:lan_rs485 2.0:lan_rs485@red
attr DEVICE autocreate 1
attr DEVICE webCmd restart
attr DEVICE model ems-esp_heater_device
name:ems-esp_boiler
filter:TYPE=MQTT2_DEVICE
desc:To configure a boiler device for use with an EMS-ESP
.Forum Thread
order:E_02b
par:BASEPATH;base topic set in the ESP including "ems-esp";{ AttrVal("DEVICE","readingList","") =~ m,([^:]*ems-esp)/boiler_data:, ? "$1" : undef }
attr DEVICE readingList BASEPATH/boiler_data { json2nameValue($EVENT,'',$JSONMAP) }\
BASEPATH/shower_data:.* { json2nameValue($EVENT,'',$JSONMAP) }\
BASEPATH/mixing_data:.* { json2nameValue($EVENT,'',$JSONMAP) }\
BASEPATH/tapwater_active:.* tapwater_active\
BASEPATH/heating_active:.* heating_active
attr DEVICE model ems-esp_boiler
#ems-esp thermostat device
name:ems-esp_thermostat_read-only
filter:TYPE=MQTT2_DEVICE
desc:To configure a simple read-only thermostat (e.g. CT200) for use with an EMS-ESP.
Forum Thread
order:E_02c
par:BASEPATH;base topic set in the ESP including "ems-esp";{ AttrVal("DEVICE","readingList","") =~ m,([^:]*ems-esp)/thermostat_data:, ? "$1" : undef }
par:ICON;ICON as set, defaults to temp_control;{ AttrVal("DEVICE","icon","temp_control") }
attr DEVICE icon ICON
attr DEVICE devStateIcon auto:time_automatic manual:time_manual_mode
attr DEVICE jsonMap hc1_mode:mode hc1_seltemp:desired-temp hc1_daytemp:daytemp hc1_nighttemp:nighttemp hc1_holidayttemp:holidaytemp
attr DEVICE readingList BASEPATH/thermostat_data:.* { json2nameValue($EVENT, '', $JSONMAP) }
attr DEVICE stateFormat mode\
desired-temp °C
attr DEVICE webCmd :
attr DEVICE model ems-esp_thermostat_read-only
name:ems-esp_thermostat_simple
filter:TYPE=MQTT2_DEVICE
desc:To configure a simple thermostat (e.g. RC300) for use with an EMS-ESP.
Forum Thread
order:E_02c1
par:BASEPATH;base topic set in the ESP including "ems-esp";{ AttrVal("DEVICE","readingList","") =~ m,([^:]*ems-esp)/thermostat_data:, ? "$1" : undef }
par:ICON;ICON as set, defaults to temp_control;{ AttrVal("DEVICE","icon","temp_control") }
attr DEVICE icon ICON
attr DEVICE devStateIcon set.auto:edit_settings:mode+manual set.manual:edit_settings:mode+auto auto:time_automatic:mode+manual manual:time_manual_mode:mode+auto set.*°C:edit_settings
attr DEVICE jsonMap hc1_mode:mode hc1_seltemp:desired-temp hc1_daytemp:daytemp hc1_nighttemp:nighttemp hc1_holidayttemp:holidaytemp
attr DEVICE readingList BASEPATH/thermostat_data:.* { json2nameValue($EVENT, '', $JSONMAP) }
attr DEVICE setList mode:uzsuSelectRadio,auto,manual BASEPATH/thermostat_cmd_mode1 $EVTPART1\
desired-temp:slider,15.0,0.5,30.0,1 BASEPATH/thermostat_cmd_temp1 $EVTPART1
attr DEVICE setStateList on off
attr DEVICE stateFormat mode\
desired-temp °C
attr DEVICE webCmd mode:desired-temp
set DEVICE attrTemplate speech_recognition_type_thermostat
attr DEVICE model ems-esp_thermostat_simple
name:ems-esp_thermostat_RC35_type
filter:TYPE=MQTT2_DEVICE
desc:To configure a thermostat comparable to RC35 for use with an EMS-ESP
.Forum Thread
order:E_02c1
par:BASEPATH;base topic set in the ESP including "ems-esp";{ AttrVal("DEVICE","readingList","") =~ m,([^:]*ems-esp)/thermostat_data:, ? "$1" : undef }
set DEVICE attrTemplate ems-esp_thermostat_simple
attr DEVICE setList mode:uzsuSelectRadio,auto,manual BASEPATH/thermostat_cmd_mode1 $EVTPART1\
desired-temp:slider,15.0,0.5,30.0,1 BASEPATH/thermostat_cmd_temp1 $EVTPART1\
daytemp:slider,15.0,0.5,30.0,1 BASEPATH/thermostat_cmd_daytemp1 $EVTPART1\
nighttemp:slider,15.0,0.5,30.0,1 BASEPATH/thermostat_cmd_nighttemp1 $EVTPART1\
holidaytemp:slider,15.0,0.5,30.0,1 BASEPATH/thermostat_cmd_holidayttemp1 $EVTPART1
set DEVICE attrTemplate speech_recognition_type_thermostat
attr DEVICE model ems-esp_thermostat_RC35_type
###############
#ESP Milight Hub
#use this with Chris Mullins ESP-Milight-Hub. for further details visit https://github.com/sidoh/esp8266_milight_hub
#recommended structure of the topic pattern milight/:device_id/:device_type/:group_id
#as set in the settings section in the bridge's web interface
#
#The ESP-Milight-Hub bridge device
#Atm there are no furter commands to be set to the esp itself
name:esp_milight_hub_bridge
filter:TYPE=MQTT2_DEVICE
desc:use this with Chris Mullins ESP-Milight-Hub. for further details visit https://github.com/sidoh/esp8266_milight_hub
Recommended structure of the topic pattern milight/:device_id/:device_type/:group_id as set in the settings section in the bridge's web interface.
order:X_01
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
attr DEVICE bridgeRegexp BASE_ID/[^/]*at[^/]+/(0x[0-9a-fA-F]{1,4})/.*/([0-8])?.*:.* "milight_$1_$2"
attr DEVICE autocreate 1
attr DEVICE setStateList on off
attr DEVICE stateFormat \
status\
Version: \
version
attr DEVICE devStateIcon connected:10px-kreis-gruen disconnected.*:10px-kreis-rot
attr DEVICE model esp_milight_hub_bridge
{ AttrTemplate_Initialize() }
#rgbw-bulb
name:esp_milight_hub_rgbw_bulb
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=CID=milight.*
desc:For use with X_01_esp_milight_hub_bridge
Basic elements to control a rgbw bulb. If you own a different type of bulb, this template could contain more options than your physical device might be able to handle. Just delete, what you don't need or use the full featured version to get extended options and then delete what you don't need...
order:X_011
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:GROUP_ID;number from 0 to 4 representing one of the channels of an original bridge or remote;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([0-4]):, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE .*_.*
attr DEVICE eventMap /set_white:Weiss/night_mode:Nacht/white_mode:white/
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name,"hex",1)}
attr DEVICE webCmd brightness:hue:command
attr DEVICE readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/states/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }
attr DEVICE setList\
on:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"ON"}\
on_transition:slider,3,10,3600 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"ON","transition":$EVTPART1}\
off:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"OFF"}\
off_transition:slider,3,10,3600 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"OFF","transition":$EVTPART1}\
brightness:colorpicker,BRI,0,15,255 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
hue:colorpicker,HUE,0,1,359 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
command:uzsuSelectRadio,Weiss,Nacht BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}
attr DEVICE userReadings hex:color_r.* {Color::rgb2hex(ReadingsVal($name,"color_r",255),ReadingsVal($name,"color_g",255),ReadingsVal($name,"color_b",255))}, hue:bulb_mode.*white {"0"}
attr DEVICE setStateList on off
attr DEVICE comment To switch device also on when changing brightness, change payload pattern to {"status":"ON","$EVTPART0":"$EVTPART1"} or add a new element to setList, similar to brightness, e.g.brightness_on and change payload pattern as described.
attr DEVICE setExtensionsEvent 1
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model esp_milight_hub_rgbw_bulb
#rgbw-group
name:esp_milight_hub_make_rgbw_group
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=CID=milight.*
desc:For use with X_01_esp_milight_hub_bridge
Defines a new device based on the one the template is applied to.
Only basic elements to control a group of rgbw bulbs will be available.
order:X_01a
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
copy DEVICE milight_REMOTE_ID_0
deletereading -q milight_REMOTE_ID_0 .*_.*
attr milight_REMOTE_ID_0 icon light_control
attr milight_REMOTE_ID_0 eventMap /set_white:Weiss/night_mode:Nacht/white_mode:white/
attr milight_REMOTE_ID_0 devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr milight_REMOTE_ID_0 webCmd brightness:hue:command
attr milight_REMOTE_ID_0 readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }
attr milight_REMOTE_ID_0 setList\
on:noArg BASE_ID/REMOTE_ID/BULB_TYPE/0 {"status":"ON"}\
off:noArg BASE_ID/REMOTE_ID/BULB_TYPE/0_ID {"status":"OFF"}\
brightness:colorpicker,BRI,0,15,255 BASE_ID/REMOTE_ID/BULB_TYPE/0 {"$EVTPART0":"$EVTPART1"}\
hue:colorpicker,HUE,0,1,359 BASE_ID/REMOTE_ID/BULB_TYPE/0 {"$EVTPART0":"$EVTPART1"}\
command:uzsuSelectRadio,Weiss,Nacht BASE_ID/REMOTE_ID/BULB_TYPE/0 {"$EVTPART0":"$EVTPART1"}
attr milight_REMOTE_ID_0 setStateList on off
#attr milight_REMOTE_ID_0 userReadings rgb:color_r.* {sprintf("%02X%02X%02X", ReadingsVal($name,"color_r",255), ReadingsVal($name,"color_g",255), ReadingsVal($name,"color_b",255))}
modify milight_REMOTE_ID_0 milight_REMOTE_ID_0
set DEVICE attrTemplate speech_recognition_type_light_255
attr milight_REMOTE_ID_0 model esp_milight_hub_make_rgbw_group
#rgbw_cct-bulb
name:esp_milight_hub_rgb_cct_bulb
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=CID=milight.*
desc:For use with X_01_esp_milight_hub_bridge
NOTE: Development state is experimental!
Source: Forum
order:X_01a1
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:GROUP_ID;number from 0 to 4 representing one of the channels of an original bridge or remote;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([0-4]):, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE .*_.*
attr DEVICE eventMap /set_white:Weiss/night_mode:Nacht/white_mode:white/on:on/off:off/ON:on/OFF:off/next_mode:Mode/mode_speed_up:Faster/mode_speed_down:Slower/level_up:Up/level_down:Down/
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/states/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }
attr DEVICE setList\
on:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"ON"}\
off:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"OFF"}\
brightness:colorpicker,BRI,0,15,255 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
hue:colorpicker,HUE,0,1,359 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
color_temp:colorpicker,CT,153,1,370 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
saturation:colorpicker,BRI,0,1,100 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
command:uzsuSelectRadio,Weiss,Nacht BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
program:uzsuSelectRadio,Mode,Faster,Slower BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}\
mode:select,0,1,2,3,4,5,6,7,8 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
dim:uzsuSelectRadio,Up,Down BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}
#attr DEVICE userReadings rgb:color_r.* {sprintf("%02X%02X%02X", ReadingsVal($name,"color_r",255), ReadingsVal($name,"color_g",255), ReadingsVal($name,"color_b",255))}
attr DEVICE webCmd brightness:dim:hue:command:color_temp:program:saturation:mode
attr DEVICE webCmdLabel brightness:dim\
:hue:command\
:color_temp:program\
:saturation:mode
attr DEVICE setStateList on off
# computed_color will send RGB = 255,255,255 when in white mode. This is useful for HomeAssistant where it always expects the color to be set.
attr DEVICE comment To switch device also on when changing brightness, change payload pattern to {"status":"ON","$EVTPART0":"$EVTPART1"} or add a new element to setList, similar to brightness, e.g.brightness_on and change payload pattern as described.
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model esp_milight_hub_rgb_cct_bulb
#cct-only-bulb
name:esp_milight_hub_cct_only_bulb
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=CID=milight.*
desc:For use with X_01_esp_milight_hub_bridge
NOTE: Development state is experimental!
simple CCT device
order:X_01b
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:GROUP_ID;number from 0 to 4 representing one of the channels of an original bridge or remote;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([0-4]):, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE .*_.*
attr DEVICE eventMap /set_white:Weiss/night_mode:Nacht/white_mode:white/on:on/off:off/ON:on/OFF:off/next_mode:Mode/mode_speed_up:Faster/mode_speed_down:Slower/level_up:Up/level_down:Down/
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name)}
attr DEVICE readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/states/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }
attr DEVICE setList\
on:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"ON"}\
off:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"OFF"}\
brightness:colorpicker,BRI,0,15,255 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
command:uzsuSelectRadio,Weiss,Nacht BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
program:uzsuSelectRadio,Mode,Faster,Slower BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}\
mode:select,0,1,2,3,4,5,6,7,8 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
dim:uzsuSelectRadio,Up,Down BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}
attr DEVICE webCmd brightness:dim:command:program:mode
attr DEVICE webCmdLabel :dim\
:::
attr DEVICE setStateList on off
attr DEVICE comment To switch device also on when changing brightness, change payload pattern to {"status":"ON","$EVTPART0":"$EVTPART1"} or add a new element to setList, similar to brightness, e.g.brightness_on and change payload pattern as described.
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model esp_milight_hub_cct_only_bulb
#rgbw-bulb
name:esp_milight_hub_max_features_bulb
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=CID=milight.*
desc:For use with X_01_esp_milight_hub_bridge
Device could contain more options than your physical device might be able to handle. Just delete, what you don't need...
NOTE: Development state is experimental!
NOTE: regex not working to extract remote channel... Topic is something like milight/updates/0xABCD/rgbw/0
order:X_01x
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:GROUP_ID;number from 0 to 4 representing one of the channels of an original bridge or remote;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([0-4]):, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to light_control;{ AttrVal("DEVICE","icon","light_control") }
attr DEVICE icon ICON
deletereading -q DEVICE .*_.*
attr DEVICE devStateIcon {zigbee2mqtt_devStateIcon255($name,'hex',1)}
attr DEVICE readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/states/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/0:.* { json2nameValue($EVENT) }
attr DEVICE setExtensionsEvent 1
attr DEVICE setList \
on:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"ON"}\
off:noArg BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"status":"OFF"}\
brightness:colorpicker,BRI,0,15,255 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
hue:colorpicker,HUE,0,1,359 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
color_temp:colorpicker,CT,153,1,370 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
saturation:colorpicker,BRI,0,1,100 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
command:uzsuSelectRadio,Weiss,Nacht BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
program:uzsuSelectRadio,Mode,Faster,Slower BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}\
mode:select,0,1,2,3,4,5,6,7,8 BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"$EVTPART0":"$EVTPART1"}\
dim:uzsuSelectRadio,Up,Down BASE_ID/REMOTE_ID/BULB_TYPE/GROUP_ID {"command":"$EVTPART1"}
attr DEVICE userReadings hex:color_r.* {Color::rgb2hex(ReadingsVal($name,"color_r",255),ReadingsVal($name,"color_g",255),ReadingsVal($name,"color_b",255))}, hue:bulb_mode.*white {"0"}
attr DEVICE webCmd on:off:brightness:dim:hue:command:color_temp:program:saturation:mode
attr DEVICE webCmdLabel An:Aus\
:Helligkeit:Dimmen\
:HUE:Command\
:Farb-Temp:Programm\
:Sättigung:Modus
attr DEVICE eventMap /set_white:Weiss/night_mode:Nacht/white_mode:white/on:on/off:off/ON:on/OFF:off/next_mode:Mode/mode_speed_up:Faster/mode_speed_down:Slower/level_up:Up/level_down:Down/
attr DEVICE comment To switch device also on when changing brightness, change payload pattern to {"status":"ON","$EVTPART0":"$EVTPART1"} or add a new element to setList, similar to brightness, e.g.brightness_on and change payload pattern as described.
set DEVICE attrTemplate speech_recognition_type_light_255
attr DEVICE model esp_milight_hub_max_features_bulb
#remote for event generation only
name:esp_milight_hub_remote_events_only
prereq:{my @devices=devspec2array("model=esp_milight_hub_bridge");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE
desc:For use with X_01_esp_milight_hub_bridge
See Forum Thread for examples how to control a MPD, HUEDevice bulbs or shutters by a MiLight remote.
order:X_01y
par:BASE_ID;BASE_ID typically is milight;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/][^/]*at[^/]+[/].*:, ? $1 : undef }
par:GROUP_ID;number from 0 to 4 representing one of the channels of an original bridge or remote;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([0-4]):, ? $1 : undef }
par:REMOTE_ID;HEX number representing a specific remote or bridge;{ AttrVal("DEVICE","readingList","") =~ m,([^/]+)[/](0x[0-9a-fA-F]{1\,4})[/].*:, ? $2 : undef }
par:BULB_TYPE;rgbw, cct, rgb_cct, rgb, fut089, ;{ AttrVal("DEVICE","readingList","") =~ m,[^/]+[/][^/]+[/][^/]+[/]([^/]+)[/].*:, ? $1 : undef }
deletereading -q DEVICE .*_.*
attr DEVICE readingList \
BASE_ID/states/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { }\
BASE_ID/updates/REMOTE_ID/BULB_TYPE/GROUP_ID:.* { json2nameValue($EVENT) }
attr DEVICE model esp_milight_hub_remote_events_only
###############
#OpenMQTTGateway
#use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
#recommended structure of the topic pattern home/OpenMQTTGateway.*/.*
#as set in the settings section in the GW's web interface
#
#OpenMQTTGateway - Microcontroller
#Atm there are no furter commands to be set to the esp itself
name:OpenMQTTGateway_MCU
filter:TYPE=MQTT2_DEVICE
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: Initial version, not yet tested, just build according to https://forum.fhem.de/index.php/topic,103737.0.html
Adopt
order:X_02
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:DEVNAME;DEVNAME typically contains OpenMQTTGateway;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/](O[^/]*M[^/]*G[^/]*)[/].*:, ? $2 : undef }
par:DEVCID;CID of the device as written in the DEF; { InternalVal(AttrVal("DEVICE","IODev",""),"clientId","mosquitto") eq InternalVal("DEVICE","DEF","mosquitto") ? "oMQTTgw_MCU" : InternalVal("DEVICE","DEF","mosquitto")}
par:ICON;ICON as set, defaults to MQTT;{ AttrVal("DEVICE","icon","mqtt") }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE bridgeRegexp\
BASE_ID/DEVNAME/BTtoMQTT/([0-9A-Z]+):.* "oMQTTgw_BT"\
BASE_ID/DEVNAME/433toMQTT:.* "oMQTTgw_433"\
BASE_ID/DEVNAME/IRtoMQTT:.* "oMQTTgw_IR"\
BASE_ID/DEVNAME/CLIMAtoMQTT/([a-zA-Z0-9]+):.* "DEVNAME_$1"
attr DEVICE readingList\
BASE_ID/DEVNAME/LWT:.* LWT\
BASE_ID/DEVNAME/version:.* version\
BASE_ID/DEVNAME/SYStoMQTT:.* { json2nameValue($EVENT,'Sys_')}\
homeassistant/[^/]*sensor/[^/]+/config:.* { $EVENT =~ m,DEVNAME, ? json2nameValue($EVENT,"HASS_") : undef }
attr DEVICE setList\
restart:noArg BASE_ID/DEVNAME/commands/MQTTtoSYS/config {"cmd":"restart"}
attr DEVICE stateFormat \
LWT\
Version: version
attr DEVICE icon ICON
attr DEVICE devStateIcon online:10px-kreis-gruen offline.*:10px-kreis-rot
attr DEVICE model OpenMQTTGateway_MCU
{ AttrTemplate_Initialize() }
name:OpenMQTTGateway_BT_scanner
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: Initial version, not yet tested, just build according to https://forum.fhem.de/index.php/topic,103737.0.html
Adopt settings to your needs.
order:X_02a
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:DEVNAME;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/](O[^/]*M[^/]*G[^/]*)[/].*:, ? $2 : undef }
attr DEVICE readingList\
BASE_ID/DEVNAME/BTtoMQTT/([0-9A-Z]+):.* { $TOPIC =~ m,BTtoMQTT/([0-9A-Z]+),;;json2nameValue($EVENT,"$1"."_") }\
BASE_ID/home_presence/DEVNAME:.* { return undef unless $EVENT =~ m,(..):(..):(..):(..):(..):(..),;; json2nameValue($EVENT,"BT_".uc($1.$2.$3.$4.$5.$6)."_");; {"last"=>uc($1.$2.$3.$4.$5.$6)}}
attr DEVICE setList\
BT_scan_now:noArg BASE_ID/DEVNAME/commands/MQTTtoBT/config {"interval":0}\
BT_scan_interval:textField BASE_ID/DEVNAME/commands/MQTTtoBT/config {"interval":$EVTPART1}\
BT_blacklist:textField BASE_ID/DEVNAME/commands/MQTTtoBT/config {"black-list":[$EVTPART1]}\
BT_whitelist:textField BASE_ID/DEVNAME/commands/MQTTtoBT/config {"white-list":[$EVTPART1]}\
BT_minrssi:slider,-110,1,0 BASE_ID/DEVNAME/commands/MQTTtoBT/config {"minrssi":$EVTPART1}}\
deleteReadings:noArg {fhem "deletereading -q $NAME (?!associatedWith).*"}
attr DEVICE stateFormat Last: last
attr DEVICE model OpenMQTTGateway_BT_scanner
name:OpenMQTTGateway_BT_gtag
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: You'll be asked to provide the HEX address of your gtag. Best start with looking at what "OpenMQTTGateway_BT_scanner" povides, e.g. if you have a reading name like "6C697244245E_id", "6C697244245E" (without quotes) is what you want to enter...
NOTE: this will create a new device!
order:X_02a1
#par:READINGLISTOLD;copy readingList to new device for later resolving parameters;{ AttrVal("DEVICE","readingList","")}
par:BT_ID;Pls. enter your bluetooth device ID; {undef}
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:NEWDEVROOM;Room of the calling device; {AttrVal("DEVICE","room","MQTT2_\DEVICE" )}
defmod OMG_BT_ID MQTT2_\DEVICE BT_ID
#attr OMG_BT_ID readingList READINGLISTOLD
deletereading -q OMG_BT_ID (?!associatedWith).*
attr OMG_BT_ID autocreate 0
attr OMG_BT_ID readingList\
BASE_ID/(O[^/]*M[^/]*G[^/]*)/BTtoMQTT/BT_ID:.* { $TOPIC =~ m,BASE_ID/(O[^/]*M[^/]*G[^/]*)/BTtoMQTT,;; json2nameValue($EVENT, "${1}_") }\
BASE_ID/(O[^/]*M[^/]*G[^/]*)/BTtoMQTT/BT_ID:.* { $TOPIC =~ m,BASE_ID/(O[^/]*M[^/]*G[^/]*)/BTtoMQTT,;; {"last_IO"=>"$1"}}
attr OMG_BT_ID event-min-interval 300
attr OMG_BT_ID icon temperature_humidity
attr OMG_BT_ID stateFormat Last IO: last_IO
attr OMG_BT_ID room NEWDEVROOM
{ fhem "trigger $FW_wname JS:location.href='$FW_ME?detail=OMG_BT_ID'" if($cl && $cl->{TYPE} eq "FHEMWEB") }
attr OMG_BT_ID model OpenMQTTGateway_BT_gtag
name:OpenMQTTGateway_BT_mi_flora_sensor
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: You'll be asked to provide the HEX address of your mi flora device. Best start with looking at what "OpenMQTTGateway_BT_scanner" povides, e.g. if you have a reading name like "6C697244245E_id", "6C697244245E" (without quotes) is what you want to enter...
NOTE: this will create a new device!
order:X_02a2
par:BT_ID;Pls. enter your bluetooth device ID; {undef}
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:NEWDEVROOM;Room of the calling device; {AttrVal("DEVICE","room","MQTT2_\DEVICE" )}
defmod OMG_BT_ID MQTT2_\DEVICE BT_ID
deletereading -q OMG_BT_ID (?!associatedWith).*
attr OMG_BT_ID autocreate 0
attr OMG_BT_ID readingList\
BASE_ID/O[^/]*M[^/]*G[^/]*/BTtoMQTT/BT_ID:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr OMG_BT_ID event-min-interval 300
attr OMG_BT_ID event-on-change-reading temperature:0.2,moisture:0.2,rssi:5,distance:5,fertility:5,lux:5
attr OMG_BT_ID icon temperature_humidity
attr OMG_BT_ID jsonMap tem:temperature hum:humidity moi:moisture fer:fertility servicedatauuid:0 servicedata:0
attr OMG_BT_ID stateFormat T: temperature°C, M: moisture%, L: lux, F: fertility
attr OMG_BT_ID room NEWDEVROOM
{ fhem "trigger $FW_wname JS:location.href='$FW_ME?detail=OMG_BT_ID'" if($cl && $cl->{TYPE} eq "FHEMWEB") }
attr OMG_BT_ID model OpenMQTTGateway_BT_mi_flora_sensor
name:OpenMQTTGateway_simple_RF433_switch
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: Initial version, not yet tested, just build according to https://forum.fhem.de/index.php/topic,103737.0.html
Adopt settings to your needs.
NOTE: this might create a new device!
order:X_02a
par:ONCOMMANDREGEX;ONCOMMANDREGEX typically is one or more Codes like 13027392|13519216|12585648|13349168;undef
par:ON_COMMAND;ON_COMMAND typically is a set of parameters like "value":"13027392","protocol":4,"length":24,"delay":350;undef
par:OFFCOMMANDREGEX;OFFCOMMANDREGEX typically is one or more Codes like 13381408|13226144|13381408|13599888;undef
par:OFF_COMMAND;ON_COMMAND typically is a set of parameters like "value":"13381408","protocol":4,"length":24,"delay":350;undef
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:DEVNAME;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/](O[^/]*M[^/]*G[^/]*)[/].*:, ? $2 : undef }
par:DEVCID;CID of the new device - try to read the last RF value; { ReadingsVal("DEVICE","value","unknown") }
par:NEWDEVROOM;Room of the calling device; {AttrVal("DEVICE","room","MQTT2_\DEVICE" )}
defmod OMG_DEVCID MQTT2_\DEVICE DEVCID
deletereading -q OMG_DEVCID (?!associatedWith).*
defmod OMG_DEVCID MQTT2_\DEVICE DEVCID
attr OMG_DEVCID autocreate 0
attr OMG_DEVCID readingList\
BASE_ID/DEVNAME/433toMQTT:.* { $EVENT =~ m,..value..(ONCOMMANDREGEX)..protocol..\d..length..\d+..delay..\d+.,? {"state"=>"on"} : $EVENT =~ m,..value..(OFFCOMMANDREGEX)..protocol..\d..length..\d+..delay..\d+., ? {"state"=>"off"}:undef }\
BASE_ID/DEVNAME/433toMQTT:.* { $EVENT =~ m,..value..([\d]+)..protocol..\d..length..\d+..delay..\d+.,? {"received_code"=>"$1"}:undef }
attr OMG_DEVCID setList\
on:noArg BASE_ID/DEVNAME/commands/MQTTto433 {ON_COMMAND}\
off:noArg BASE_ID/DEVNAME/commands/MQTTto433 {OFF_COMMAND}
{ fhem "trigger $FW_wname JS:location.href='$FW_ME?detail=OMG_DEVCID'" if($cl && $cl->{TYPE} eq "FHEMWEB") }
farewell:template has been applied successfully.
attr OMG_DEVCID room NEWDEVROOM
attr OMG_DEVCID model OpenMQTTGateway_simple_RF433_switch
name:OpenMQTTGateway_bme
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: Initial version, not yet tested, just build according to https://forum.fhem.de/index.php/topic,103737.0.html
Adopt settings to your needs.
NOTE: this might create a new device!
order:X_02b
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:DEVNAME;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/](O[^/]*M[^/]*G[^/]*)[/].*:, ? $2 : undef }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE autocreate 0
attr DEVICE readingList\
BASE_ID/DEVNAME/CLIMAtoMQTT/bme:.* { json2nameValue($EVENT, 'BME_') }
attr DEVICE stateFormat BME_tempc °C - BME_hum % - hpa hPa
attr DEVICE userReadings hpa:BME_pa.* {ReadingsVal($name,"BME_pa",0)/100}
attr DEVICE model OpenMQTTGateway_bme
name:OpenMQTTGateway_ir
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: Initial version, not yet tested, just build according to https://forum.fhem.de/index.php/topic,103737.0.html
Adopt settings to your needs.
NOTE: this might create a new device!
order:X_02c
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
par:DEVNAME;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/](O[^/]*M[^/]*G[^/]*)[/].*:, ? $2 : undef }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE autocreate 0
attr DEVICE readingList\
BASE_ID/DEVNAME/IRtoMQTT:.* { json2nameValue($EVENT) }
attr DEVICE setList irsend:textField BASE_ID/DEVNAME/IRtoMQTT {"value":$EVTPART2,"protocol_name":"IR_$EVTPART1"}
attr DEVICE comment irsend needs Infos about protocol and value (n decimal), so e.g."IR_NEC 1587664935" should be fine...
attr DEVICE model OpenMQTTGateway_ir
name:OpenMQTTGateway_BT_temp_hum_sensor
prereq:{my @devices=devspec2array("model=OpenMQTTGateway_MCU");;return 1 if $devices[0];;return 0}
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*/O[^/]*M[^/]*G[^/]*/.*
desc:use this with an OpenMQTTGateway. For further details visit https://github.com/1technophile/OpenMQTTGateway/wiki
Recommended structure of the topic pattern home/OpenMQTTGateway/.*.
NOTE: You'll be asked to provide the HEX address of your sensor. Best start with looking at what "OpenMQTTGateway_BT_scanner" povides, e.g. if you have a reading name like "6C697244245E_id", "6C697244245E" (without quotes) is what you want to enter...
NOTE: this will create a new device!
order:X_02d
par:BT_ID;Pls. enter your bluetooth device ID; {undef}
par:BASE_ID;BASE_ID typically is home;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/]O[^/]*M[^/]*G[^/]*[/].*:, ? $1 : undef }
#par:READINGLISTOLD;copy readingList to new device for later resolving parameters;{ AttrVal("DEVICE","readingList","")}
par:NEWDEVROOM;Room of the calling device; {AttrVal("DEVICE","room","MQTT2_\DEVICE" )}
defmod OMG_BT_ID MQTT2_\DEVICE oMQTTgw_BT
#attr OMG_BT_ID readingList READINGLISTOLD
deletereading -q OMG_BT_ID (?!associatedWith).*
attr OMG_BT_ID autocreate 0
attr OMG_BT_ID readingList\
BASE_ID/O[^/]*M[^/]*G[^/]*/BTtoMQTT/BT_ID:.* { json2nameValue($EVENT,'',$JSONMAP) }
attr OMG_BT_ID event-min-interval 300
attr OMG_BT_ID event-on-change-reading batteryPercent,temperature:0.2,humidity:0.2,rssi:5,distance:5
attr OMG_BT_ID icon temperature_humidity
attr OMG_BT_ID jsonMap batt:batteryPercent tem:temperature hum:humidity servicedatauuid:0 servicedata:0
attr OMG_BT_ID stateFormat T: temperature°C, H: humidity%rH
attr OMG_BT_ID room NEWDEVROOM
{ fhem "trigger $FW_wname JS:location.href='$FW_ME?detail=OMG_BT_ID'" if($cl && $cl->{TYPE} eq "FHEMWEB") }
attr OMG_BT_ID model OpenMQTTGateway_BT_temp_hum_sensor
###############
#OwnTracks
# an OwnTracks device
#contributed by Loredo
#source post: https://forum.fhem.de/index.php/topic,94495.msg1020111.html#msg1020111
name:owntracks_device
desc:A device tracked by OwnTracks
filter:TYPE=MQTT2_DEVICE:FILTER=CID=owntracks.*
order:O_01
par:TRACKER_ID;TrackerID;{ AttrVal("DEVICE","readingList","") =~ m,[^/:]+[/]([^/:]+).*:, ? $1 : undef }
par:DEV_ID;DeviceID;{ AttrVal("DEVICE","readingList","") =~ m,[^/:]+[/][^/:]+[/]([^/:]+).*:, ? $1 : undef }
par:WHICHROOM;Actual room of the device, defaults to OwnTracks; {AttrVal("DEVICE","room","OwnTracks" )}
attr DEVICE room WHICHROOM
attr DEVICE icon location_sign
attr DEVICE jsonMap\
_type:lastUpdateType acc:accuracy alt:altitude batt:batteryPercent bs:batteryState cog:direction conn:connection lat:latitude lon:longitude rad:radius\
p:pressure t:trigger tid:trackerId tst:timestamp vac:accuracyVertical vel:velocity\
event__type:lastUpdateType event_acc:event_accuracy event_lat:event_latitude event_lon:event_longitude event_t:event_trigger event_tid:event_trackerId event_tst:event_timestamp event_wtst:event_waypointCreationTimestamp\
step__type:lastUpdateType step_steps:steps_count step_from:steps_timestampBegin step_to:steps_timestampEnd step_tst:steps_timestampReq\
beacon__type:lastUpdateType beacon_acc:beacon_accuracy beacon_prox:beacon_proximity beacon_tst:beacon_timestampReq\
waypoints__type:lastUpdateType waypoints__creator:waypoints_creator\
config__type:lastUpdateType
attr DEVICE readingList\
owntracks/TRACKER_ID/DEV_ID:.* { json2nameValue($EVENT,'',$JSONMAP) }\
owntracks/TRACKER_ID/DEV_ID/event:.* { json2nameValue($EVENT,'event_',$JSONMAP) }\
owntracks/TRACKER_ID/DEV_ID/step:.* { json2nameValue($EVENT,'step_',$JSONMAP) }\
owntracks/TRACKER_ID/DEV_ID/beacon:.* { json2nameValue($EVENT,'beacon_',$JSONMAP) }\
owntracks/TRACKER_ID/DEV_ID/waypoints:.* { json2nameValue($EVENT,'waypoints_',$JSONMAP) }\
owntracks/TRACKER_ID/DEV_ID/dump:.* { json2nameValue($EVENT,'config_',$JSONMAP) }
attr DEVICE getList\
location:noArg raw owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"reportLocation"}\
steps:noArg raw owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"reportSteps"}\
config:noArg raw owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"dump"}\
waypoints:noArg raw owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"waypoints"}
attr DEVICE setList\
config owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"setConfiguration","configuration":$EVTPART1}\
waypoints owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"setWaypoints","waypoints":{"_type":"waypoints","waypoints":$EVTPART1}\
action owntracks/TRACKER_ID/DEV_ID/cmd {"_type":"cmd","action":"action",$EVTPART1}
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model owntracks_device
name:roborock
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*valetudo[/].*
desc:use this to control a rooted Xiamoni Vacuum / Roborock. For further details visit https://github.com/Hypfer/Valetudo
NOTE: Initial version, not yet fully tested, just build according to https://forum.fhem.de/index.php/topic,104804.0.html
order:X_03
par:BASE_ID;BASE_ID typically is valetudo;{ AttrVal("DEVICE","readingList","") =~ m,(valetudo)[/].*:, ? $1 : undef }
par:DEVNAME;DEVNAME typically is rockrobo;{ AttrVal("DEVICE","readingList","") =~ m,valetudo[/]([^/]+)[/].*:, ? $1 : undef }
{ Svn_GetFile("contrib/AttrTemplate/99_attrTmqtt2_roborock_Utils.pm", "FHEM/99_attrTmqtt2_roborock_Utils.pm", sub(){CommandReload(undef, "99_attrTmqtt2_roborock_Utils")}) }
deletereading -q DEVICE (?!associatedWith).*
defmod DEVICE MQTT2_\DEVICE DEVNAME
attr DEVICE icon vacuum_top
attr DEVICE devStateIcon { '
' }
attr DEVICE readingList homeassistant/vacuum/valetudo_DEVNAME/config:.* { json2nameValue($EVENT) }\
BASE_ID/DEVNAME/state:.* { json2nameValue($EVENT) }\
BASE_ID/DEVNAME/attributes:.* { json2nameValue($EVENT) }\
BASE_ID/DEVNAME/map_data:.* {attrTmqtt2_roborock_valetudo2svg("map_data",$EVENT,"www/images/DEVNAME_map.svg")}
attr DEVICE setList start:noArg BASE_ID/DEVNAME/command start\
charge:noArg BASE_ID/DEVNAME/command return_to_base\
stop:noArg BASE_ID/DEVNAME/command stop\
spot:noArg BASE_ID/DEVNAME/command clean_spot\
pause:noArg BASE_ID/DEVNAME/command pause\
locate:noArg BASE_ID/DEVNAME/command locate\
fan_power:min,medium,high,max,mop BASE_ID/DEVNAME/set_fan_speed $EVTPART1\
zone BASE_ID/DEVNAME/custom_command {"command":"zoned_cleanup","zone_ids":["$EVTPART1"]}\
goto BASE_ID/DEVNAME/custom_command {"command":"go_to","spot_id":"$EVTPART1"}\
load_map BASE_ID/DEVNAME/custom_command {"command":"load_map","name":"$EVTPART1"}\
store_map BASE_ID/DEVNAME/custom_command {"command":"store_map","name":"$EVTPART1"}
attr DEVICE setStateList charge locate pause stop start
attr DEVICE comment For original code for "attrTmqtt2_roborock_valetudo2svg()" see this forum thread. To display generated map seperately, define a weblink device:
define valetudo_map weblink htmlCode
farewell:template has been applied successfully.
NOTE: additional code has been downloaded from svn (contrib).
Generated map will be shown as devStateIcon or define a weblink device: define valetudo_map weblink htmlCode .
For details, see this forum thread. NOTE: For use with rand256-Valetudo variant of the code with external map generator, change "svg" in devStateIcon code to "png", change readingList entry for map_data to "BASE_ID/DEVNAME/map_data:.* {}" and add the following line:
BASE_ID/DEVNAME/map:.* { WriteFile("www/images/DEVNAME_map.png",$EVENT);; {map=>"images/DEVNAME_map.png"} }
attr DEVICE model roborock
# source: https://forum.fhem.de/index.php/topic,105222.0.html
name:wallpanel_app
filter:TYPE=MQTT2_DEVICE
desc:For use with Android-App WallPanel (https://thanksmister.com/wallpanel-android/)
NOTE: Experimental, please provide feedback!
order:X_15
par:DEVNAME;name of this wallpanel;{ AttrVal("DEVICE","readingList","") =~ m,wallpanel/([^/]+)/, ? $1 : undef }
par:ICON;ICON as set, defaults to mqtt;{ AttrVal("DEVICE","icon","kindle") }
attr DEVICE icon ICON
attr DEVICE event-on-change-reading .*
attr DEVICE jsonMap MOTION_value:motion FACE_value:face
attr DEVICE readingList wallpanel/DEVNAME/state:.* { json2nameValue($EVENT) }\
wallpanel/DEVNAME/sensor/battery:.* { json2nameValue($EVENT) }\
wallpanel/DEVNAME/sensor/motion:.* { json2nameValue($EVENT, 'MOTION_', $JSONMAP) }\
wallpanel/DEVNAME/sensor/face:.* { json2nameValue($EVENT, 'FACE_', $JSONMAP) }
attr DEVICE setList alert:textField wallpanel/DEVNAME/command {"eval": "alert('$EVTPART1');;"}\
audio:textField wallpanel/DEVNAME/command {"$EVTPART0": "$EVTPART1"}\
brightness:colorpicker,BRI,0,1,255 wallpanel/DEVNAME/command {"$EVTPART0": $EVTPART1}\
camera:noArg wallpanel/DEVNAME/command {"$EVTPART0": "true"}\
clearCache:noArg wallpanel/DEVNAME/command {"$EVTPART0": true}\
google:noArg wallpanel/DEVNAME/command {"url": "https://www.google.com"}\
relaunch:noArg wallpanel/DEVNAME/command {"$EVTPART0": true}\
reload:noArg wallpanel/DEVNAME/command {"$EVTPART0": true}\
screenoff:noArg wallpanel/mywallpanel/command {"wake": false}\
screenon:select,60,600,3600,86400 wallpanel/wz_tablet/command {"wake": true, "wakeTime": $EVTPART1}\
speak:textField {"wallpanel/DEVNAME/command {'$EVTPART0': '".substr($EVENT,5)."'}"}\
url:textField wallpanel/DEVNAME/command {"$EVTPART0": "$EVTPART1"}\
volume:slider,0,1,100 wallpanel/DEVNAME/command {"$EVTPART0": $EVTPART1}
attr DEVICE comment For further info on configuration and available commands see project page.
farewell:template has been applied successfully. For further info on configuration and available commands see project page.
attr DEVICE model wallpanel_app
name:weewx_weather_station
filter:TYPE=MQTT2_DEVICE
desc:See source post: https://forum.fhem.de/index.php/topic,108815.msg1027867.html#msg1027867 for details. For setting up weewx for MQTT use see https://github.com/weewx/weewx/wiki/mqtt
order:X_20
par:BASE_ID;BASE_ID typically is weather;{ AttrVal("DEVICE","readingList","") =~ m,(weather)[/][^/]+[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to weather_station;{ AttrVal("DEVICE","icon","weather_station") }
attr DEVICE icon ICON
attr DEVICE event-on-change-reading .*
attr DEVICE readingList BASE_ID/outTemp_C:.* temperature\
BASE_ID/cloudbase_meter:.* cloudbase\
BASE_ID/outHumidity:.* humidity\
BASE_ID/pressure_mbar:.* pressure\
BASE_ID/rain_mm:.* rainfall\
BASE_ID/barometer_mbar:.* barometer\
BASE_ID/dewpoint_C:.* dewpoint\
BASE_ID/rainTotal:.* rainTotal\
BASE_ID/heatindex_C:.* heatindex\
BASE_ID/dayRain_mm:.* day_rain\
BASE_ID/inDewpoint:.* in_dewpoint\
BASE_ID/altimeter_mbar:.* altimeter\
BASE_ID/appTemp_C:.* appTemp\
BASE_ID/windGust_mps:.* wind_gust\
BASE_ID/rain24_mm:.* rain_24h\
BASE_ID/hourRain_mm:.* rain_1h\
BASE_ID/windSpeed_mps:.* wind\
BASE_ID/rainRate_mm_per_hour:.* rainrate\
BASE_ID/windDir:.* winddir\
BASE_ID/inHumidity:.* in_humidity
attr DEVICE stateFormat T: temperature°C, H: humidity%rH, P: barometer hPa
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model weewx_weather_station
#source post: https://forum.fhem.de/index.php/topic,98880.msg995308.html#msg995308
name:wled_controller
filter:TYPE=MQTT2_DEVICE
desc:To control a WLED device, see https://github.com/Aircoookie/WLED/wiki for details).
order:W_01
par:BASE_ID;BASE_ID typically is wled;{ AttrVal("DEVICE","readingList","") =~ m,([^:]+)[/][^/]+[/][^/]+:, ? $1 : undef }
par:DEVNAME;Device name as configured;{ AttrVal("DEVICE","readingList","") =~ m,[^:]+[/]([^/]+)[/][^/]+:, ? $1 : undef }
par:ICON;ICON as set, defaults to hue_filled_iris;{ AttrVal("DEVICE","icon","hue_filled_iris") }
attr DEVICE icon ICON
attr DEVICE setList\
on:noArg BASE_ID/DEVNAME status on\
off:noArg BASE_ID/DEVNAME status off\
toggle:noArg BASE_ID/DEVNAME status t\
rgb:colorpicker,RGB BASE_ID/DEVNAME/col #$EVTPART1\
brightness:colorpicker,BRI,0,1,255 BASE_ID/DEVNAME\
speed:colorpicker,BRI,0,1,255 BASE_ID/DEVNAME/api http://DEVNAME/win&SX=$EVTPART1\
intensity:colorpicker,BRI,0,1,255 BASE_ID/DEVNAME/api http://DEVNAME/win&IX=$EVTPART1\
palette:selectnumbers,0,1,46,0,lin BASE_ID/DEVNAME/api http://DEVNAME/win&FP=$EVTPART1\
effect:selectnumbers,0,1,101,0,lin BASE_ID/DEVNAME/api http://DEVNAME/win&FX=$EVTPART1\
loadPreset:selectnumbers,0,1,3,0,lin BASE_ID/DEVNAME/api http://DEVNAME/win&PL=$EVTPART1
attr DEVICE readingList \
BASE_ID/DEVNAME/g:.* brightness\
BASE_ID/DEVNAME/c:.* {{"rgb"=>substr("$EVENT",1,6)}}\
BASE_ID/DEVNAME/v:.* api\
BASE_ID/DEVNAME/v:.* {$EVENT =~ m,(?<=)([\d]+)(?=<\/sx>), ? $1 eq ReadingsVal($NAME,"speed","unknown") ? undef : {"speed"=>$1} : undef }\
BASE_ID/DEVNAME/v:.* {$EVENT =~ m,(?<=)([\d]+)(?=<\/ix>), ? $1 eq ReadingsVal($NAME,"intensity","unknown") ? undef : {"intensity"=>$1} : undef }\
BASE_ID/DEVNAME/v:.* {$EVENT =~ m,(?<=)([\d]+)(?=<\/fp>), ? $1 eq ReadingsVal($NAME,"palette","unknown") ? undef : {"palette"=>$1} : undef }\
BASE_ID/DEVNAME/v:.* {$EVENT =~ m,(?<=)([\d]+)(?=<\/fx>), ? $1 eq ReadingsVal($NAME,"effect","unknown") ? undef :{"effect"=>"$1"} : undef }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE devStateIcon {Color::devStateIcon( $name, "rgb", "rgb", "brightness", "state" )}
attr DEVICE eventMap /effect 0:Solid/effect 2:Breathe/effect 63:Pride/effect 48:Police/
attr DEVICE webCmd rgb:brightness:Solid:Breathe:Pride:Police
attr DEVICE setStateList on off toggle
attr DEVICE comment For questions about the use of different widgets for color selection see discussion at https://forum.fhem.de/index.php/topic,98880.msg995308.html
set DEVICE attrTemplate speech_recognition_type_light_255
farewell:template has been applied successfully.
Note: webCmd and eventMap are just examples; adopt this to your needs.
attr DEVICE model wled_controller
#source post: https://forum.fhem.de/index.php/topic,105457.msg993924.html#msg993924
name:go_eCharger
filter:TYPE=MQTT2_DEVICE
desc:See source post: https://forum.fhem.de/index.php/topic,105457.msg993924.html#msg993924 for details. For complete MQTT-API see https://go-e.co/app/api.pdf
order:W_02
par:BASE_ID;BASE_ID typically is go-eCharger;{ AttrVal("DEVICE","readingList","") =~ m,(go-eCharger)[/][^/]+[/].*:, ? $1 : undef }
par:SERIAL;Serial number;{ AttrVal("DEVICE","readingList","") =~ m,go-eCharger[/]([^/]+)[/].*:, ? $1 : undef }
par:ICON;ICON as set, defaults to mqtt;{ AttrVal("DEVICE","icon","mqtt") }
attr DEVICE icon ICON
attr DEVICE event-on-change-reading .*
attr DEVICE readingList BASE_ID/SERIAL/status:.* { json2nameValue($EVENT,'',$JSONMAP) }\
BASE_ID/SERIAL/ip:.* { json2nameValue($EVENT) }
attr DEVICE setList Activation:0,1 BASE_ID/SERIAL/cmd/req alw=$EVTPART1\
Ampere:selectnumbers,1,1,22,1,lin BASE_ID/SERIAL/cmd/req amp=$EVTPART1
attr DEVICE jsonMap alw:Activation amp:Ampere tmp:temperature
attr DEVICE stateFormat Status: charger_state \
ALW:Activation\
P_akt: energy_akt
attr DEVICE devStateIcon ALW.1:status_open:Activation+0 ALW.0:status_locked:Activation+1
attr DEVICE userReadings charger_state:car.* { my $val = ReadingsVal($name,"car","none");; my %rets = ("none" => "-1","1" => "Ready","2" => "Charging","3" => "waiting for car","4" => "Charging finished",);; $rets{$val}}, energy_total:eto.* { ReadingsVal($name,"eto",0)*0.1 }, energy_akt:dws.* { ReadingsVal($name,"dws",0)*2.77 }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE model go_eCharger