diff --git a/fhem/FHEM/lib/AttrTemplate/mqtt2.template b/fhem/FHEM/lib/AttrTemplate/mqtt2.template index 0bcd4574c..182e41604 100644 --- a/fhem/FHEM/lib/AttrTemplate/mqtt2.template +++ b/fhem/FHEM/lib/AttrTemplate/mqtt2.template @@ -1832,6 +1832,214 @@ set DEVICE attrTemplate mqtt2_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 mqtt2_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 mqtt2_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 mqtt2_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_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 { $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 +attr DEVICE readingList STATETOPIC +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 # @@ -2267,6 +2475,30 @@ 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[^/]*/.*