Tasmota 2 Kanal switch Power, ApperantPower und ReactivePower nicht für 2. Kanal

[muma]

Auch auf die Gefahr hin, dass ich gleich Mecker bekomme: " les doch mal hier!"

Habe schon ewig rumgesucht und nix gefunden. Habe eine Shelly 2.5 auf Tasmota umgeflasht und via MQTT Broker eingebunden. Funktioniert soweit super, Device wure automatisch angelegt und Template hat den Rest gemacht.

Mir fehlen nur komischerweise die readings  Power, ApperantPower und ReactivePower für den 2. Kanal. Factor und Current dagegen werden korrekt mit _1 und _2 angelegt.

Hat jemand eine Idee, warum diese nicht geniert werden? Ich seh den Wald vor lauter Bäumen nicht mehr.

Code Auswählen Erweitern


Internals:
   CFGFN     
   CID        DVES_FB10D7
   DEF        DVES_FB10D7
   DEVICETOPIC Shelly_Reserve
   FUUID      5f0df36b-f33f-a09f-c9b7-6b5ac4f5da715bb4
   IODev      MQTT_broker
   LASTInputDev MQTT_broker
   MQTT_broker_MSGCNT 954
   MQTT_broker_TIME 2020-07-15 12:18:38
   MSGCNT     954
   NAME       Shelly_Reserve
   NR         82757
   STATE      off
   TYPE       MQTT2_DEVICE
   JSONMAP:
     Channel_0  0
     Channel_1  0
     Channel_2  0
     Channel_3  0
     Channel_4  0
     Color      0
     Dimmer     0
     HSBColor   0
     POWER1     0
     POWER2     0
     POWER3     0
     POWER4     0
   OLDREADINGS:
   READINGS:
     2020-07-15 12:18:38   ANALOG_Temperature 73.1
     2020-07-15 09:37:36   BASE            18
     2020-07-15 09:37:36   BlinkCount      10
     2020-07-15 09:37:36   BlinkTime       10
     2020-07-15 09:37:36   ButtonDebounce  50
     2020-07-15 11:56:38   Command         Error
     2020-07-15 12:18:38   ENERGY_ApparentPower_1 0
     2020-07-15 12:18:38   ENERGY_Current_1 0.000
     2020-07-15 12:18:38   ENERGY_Current_2 0.000
     2020-07-15 12:18:38   ENERGY_Factor_1 0.00
     2020-07-15 12:18:38   ENERGY_Factor_2 0.00
     2020-07-15 12:18:38   ENERGY_Frequency 0
     2020-07-15 12:18:38   ENERGY_Period   0
     2020-07-15 12:18:38   ENERGY_Power_1  0
     2020-07-15 12:18:38   ENERGY_ReactivePower_1 0
     2020-07-15 12:18:38   ENERGY_Today    0.000
     2020-07-15 12:18:38   ENERGY_Total    0.000
     2020-07-15 12:18:38   ENERGY_TotalStartTime 2020-07-14T18:35:50
     2020-07-15 12:18:38   ENERGY_Voltage  0
     2020-07-15 12:18:38   ENERGY_Yesterday 0.000
     2020-07-15 09:37:36   FLAG            2
     2020-07-15 10:13:50   FallbackTopic   cmnd/shellyswitch25_FB10D7_fb/
     2020-07-15 08:25:18   FullTopic       %prefix%/%topic%/
     2020-07-15 09:37:36   GPIO10_0        None
     2020-07-15 09:37:36   GPIO1_0         None
     2020-07-15 09:37:36   GPIO3_0         None
     2020-07-15 09:37:36   GPIO9_0         None
     2020-07-15 09:37:36   GPIO_1          56
     2020-07-15 09:37:36   GPIO_10         82
     2020-07-15 09:37:36   GPIO_11         5
     2020-07-15 09:37:36   GPIO_12         22
     2020-07-15 09:37:36   GPIO_13         156
     2020-07-15 09:37:36   GPIO_2          255
     2020-07-15 09:37:36   GPIO_3          17
     2020-07-15 09:37:36   GPIO_4          255
     2020-07-15 09:37:36   GPIO_5          21
     2020-07-15 09:37:36   GPIO_6          83
     2020-07-15 09:37:36   GPIO_7          255
     2020-07-15 09:37:36   GPIO_8          255
     2020-07-15 09:37:36   GPIO_9          6
     2020-07-15 09:37:35   GPIOs1_0        None
     2020-07-15 09:37:35   GPIOs1_10       Switch2
     2020-07-15 09:37:35   GPIOs1_11       Switch3
     2020-07-15 09:37:35   GPIOs1_12       Switch4
     2020-07-15 09:37:35   GPIOs1_122      Button1i
     2020-07-15 09:37:35   GPIOs1_123      Button2i
     2020-07-15 09:37:35   GPIOs1_124      Button3i
     2020-07-15 09:37:35   GPIOs1_125      Button4i
     2020-07-15 09:37:35   GPIOs1_126      Button1in
     2020-07-15 09:37:35   GPIOs1_127      Button2in
     2020-07-15 09:37:35   GPIOs1_128      Button3in
     2020-07-15 09:37:35   GPIOs1_129      Button4in
     2020-07-15 09:37:35   GPIOs1_13       Switch5
     2020-07-15 09:37:35   GPIOs1_14       Switch6
     2020-07-15 09:37:35   GPIOs1_15       Switch7
     2020-07-15 09:37:35   GPIOs1_16       Switch8
     2020-07-15 09:37:35   GPIOs1_17       Button1
     2020-07-15 09:37:35   GPIOs1_18       Button2
     2020-07-15 09:37:35   GPIOs1_19       Button3
     2020-07-15 09:37:35   GPIOs1_20       Button4
     2020-07-15 09:37:35   GPIOs1_21       Relay1
     2020-07-15 09:37:35   GPIOs1_29       Relay1i
     2020-07-15 09:37:35   GPIOs1_82       Switch1n
     2020-07-15 09:37:35   GPIOs1_83       Switch2n
     2020-07-15 09:37:35   GPIOs1_84       Switch3n
     2020-07-15 09:37:35   GPIOs1_85       Switch4n
     2020-07-15 09:37:35   GPIOs1_86       Switch5n
     2020-07-15 09:37:35   GPIOs1_87       Switch6n
     2020-07-15 09:37:35   GPIOs1_88       Switch7n
     2020-07-15 09:37:35   GPIOs1_89       Switch8n
     2020-07-15 09:37:35   GPIOs1_9        Switch1
     2020-07-15 09:37:35   GPIOs1_90       Button1n
     2020-07-15 09:37:35   GPIOs1_91       Button2n
     2020-07-15 09:37:35   GPIOs1_92       Button3n
     2020-07-15 09:37:35   GPIOs1_93       Button4n
     2020-07-15 09:37:35   GPIOs2_157      LedLink
     2020-07-15 09:37:35   GPIOs2_158      LedLinki
     2020-07-15 09:37:35   GPIOs2_22       Relay2
     2020-07-15 09:37:35   GPIOs2_23       Relay3
     2020-07-15 09:37:35   GPIOs2_24       Relay4
     2020-07-15 09:37:35   GPIOs2_25       Relay5
     2020-07-15 09:37:35   GPIOs2_26       Relay6
     2020-07-15 09:37:35   GPIOs2_27       Relay7
     2020-07-15 09:37:35   GPIOs2_28       Relay8
     2020-07-15 09:37:35   GPIOs2_30       Relay2i
     2020-07-15 09:37:35   GPIOs2_31       Relay3i
     2020-07-15 09:37:35   GPIOs2_32       Relay4i
     2020-07-15 09:37:35   GPIOs2_33       Relay5i
     2020-07-15 09:37:35   GPIOs2_34       Relay6i
     2020-07-15 09:37:35   GPIOs2_35       Relay7i
     2020-07-15 09:37:35   GPIOs2_36       Relay8i
     2020-07-15 09:37:35   GPIOs2_37       PWM1
     2020-07-15 09:37:35   GPIOs2_38       PWM2
     2020-07-15 09:37:35   GPIOs2_39       PWM3
     2020-07-15 09:37:35   GPIOs2_40       PWM4
     2020-07-15 09:37:35   GPIOs2_41       PWM5
     2020-07-15 09:37:35   GPIOs2_42       Counter1
     2020-07-15 09:37:35   GPIOs2_43       Counter2
     2020-07-15 09:37:35   GPIOs2_44       Counter3
     2020-07-15 09:37:35   GPIOs2_46       PWM1i
     2020-07-15 09:37:35   GPIOs2_47       PWM2i
     2020-07-15 09:37:35   GPIOs2_48       PWM3i
     2020-07-15 09:37:35   GPIOs2_49       PWM4i
     2020-07-15 09:37:35   GPIOs2_50       PWM5i
     2020-07-15 09:37:35   GPIOs2_52       Led1
     2020-07-15 09:37:35   GPIOs2_53       Led2
     2020-07-15 09:37:35   GPIOs2_54       Led3
     2020-07-15 09:37:35   GPIOs2_55       Led4
     2020-07-15 09:37:35   GPIOs2_56       Led1i
     2020-07-15 09:37:35   GPIOs2_57       Led2i
     2020-07-15 09:37:35   GPIOs2_58       Led3i
     2020-07-15 09:37:35   GPIOs2_59       Led4i
     2020-07-15 09:37:35   GPIOs2_94       Counter1n
     2020-07-15 09:37:35   GPIOs2_95       Counter2n
     2020-07-15 09:37:35   GPIOs3_1        DHT11
     2020-07-15 09:37:35   GPIOs3_107      Tuya Tx
     2020-07-15 09:37:35   GPIOs3_108      Tuya Rx
     2020-07-15 09:37:35   GPIOs3_130      HLWBL SEL
     2020-07-15 09:37:35   GPIOs3_131      HLWBL SELi
     2020-07-15 09:37:35   GPIOs3_140      SM16716 CLK
     2020-07-15 09:37:35   GPIOs3_141      SM16716 DAT
     2020-07-15 09:37:35   GPIOs3_142      SM16716 PWR
     2020-07-15 09:37:35   GPIOs3_143      MY92x1 DI
     2020-07-15 09:37:35   GPIOs3_144      MY92x1 DCKI
     2020-07-15 09:37:35   GPIOs3_147      ALux IrRcv
     2020-07-15 09:37:35   GPIOs3_148      Serial Tx
     2020-07-15 09:37:35   GPIOs3_149      Serial Rx
     2020-07-15 09:37:35   GPIOs3_159      ALux IrSel
     2020-07-15 09:37:35   GPIOs3_160      Buzzer
     2020-07-15 09:37:35   GPIOs3_161      Buzzeri
     2020-07-15 09:37:35   GPIOs3_180      SM2135 Clk
     2020-07-15 09:37:35   GPIOs3_181      SM2135 Dat
     2020-07-15 09:37:35   GPIOs3_183      EXS Enable
     2020-07-15 09:37:35   GPIOs3_192      DS18x20o
     2020-07-15 09:37:35   GPIOs3_193      DHT11o
     2020-07-15 09:37:35   GPIOs3_2        AM2301
     2020-07-15 09:37:35   GPIOs3_201      MOODL Tx
     2020-07-15 09:37:35   GPIOs3_3        SI7021
     2020-07-15 09:37:35   GPIOs3_4        DS18x20
     2020-07-15 09:37:35   GPIOs3_45       Counter4
     2020-07-15 09:37:35   GPIOs3_5        I2C SCL
     2020-07-15 09:37:35   GPIOs3_51       IRrecv
     2020-07-15 09:37:35   GPIOs3_6        I2C SDA
     2020-07-15 09:37:35   GPIOs3_7        WS2812
     2020-07-15 09:37:35   GPIOs3_8        IRsend
     2020-07-15 09:37:35   GPIOs3_96       Counter3n
     2020-07-15 09:37:35   GPIOs3_97       Counter4n
     2020-07-15 09:37:36   GPIOs4_132      HLWBL CF1
     2020-07-15 09:37:36   GPIOs4_133      HLW8012 CF
     2020-07-15 09:37:36   GPIOs4_134      BL0937 CF
     2020-07-15 09:37:36   GPIOs4_135      MCP39F5 Tx
     2020-07-15 09:37:36   GPIOs4_136      MCP39F5 Rx
     2020-07-15 09:37:36   GPIOs4_137      MCP39F5 Rst
     2020-07-15 09:37:36   GPIOs4_145      CSE7766 Tx
     2020-07-15 09:37:36   GPIOs4_146      CSE7766 Rx
     2020-07-15 09:37:36   GPIOs4_156      ADE7953 IRQ
     2020-07-15 09:37:36   GPIOs4_182      DeepSleep
     2020-07-15 09:37:36   GPIOs4_62       PZEM0XX Tx
     2020-07-15 09:37:36   GPIOs4_63       PZEM004 Rx
     2020-07-15 09:37:36   GPIOs4_71       SerBr Tx
     2020-07-15 09:37:36   GPIOs4_72       SerBr Rx
     2020-07-15 09:37:36   GPIOs4_98       PZEM016 Rx
     2020-07-15 09:37:36   GPIOs4_99       PZEM017 Rx
     2020-07-15 10:13:50   GroupTopic      cmnd/tasmotas/
     2020-07-15 09:37:36   Groups          1,2
     2020-07-15 12:18:37   Heap            26
     2020-07-15 10:13:50   Hostname        tasmota_FB10D7-4311
     2020-07-15 10:13:50   IPAddress       192.168.0.201
     2020-07-15 09:37:36   Interlock       off
     2020-07-15 10:13:50   LWT             Online
     2020-07-15 12:18:37   LoadAvg         19
     2020-07-15 10:13:50   Module          Shelly2.5
     2020-07-15 09:37:35   Modules1_0      Shelly2.5
     2020-07-15 09:37:35   Modules1_1      Sonoff Basic
     2020-07-15 09:37:35   Modules1_10     Sonoff Touch
     2020-07-15 09:37:35   Modules1_11     Sonoff LED
     2020-07-15 09:37:35   Modules1_12     1 Channel
     2020-07-15 09:37:35   Modules1_13     4 Channel
     2020-07-15 09:37:35   Modules1_19     Sonoff Dev
     2020-07-15 09:37:35   Modules1_2      Sonoff RF
     2020-07-15 09:37:35   Modules1_21     Sonoff SC
     2020-07-15 09:37:35   Modules1_22     Sonoff BN-SZ
     2020-07-15 09:37:35   Modules1_23     Sonoff 4CH Pro
     2020-07-15 09:37:35   Modules1_25     Sonoff Bridge
     2020-07-15 09:37:35   Modules1_26     Sonoff B1
     2020-07-15 09:37:35   Modules1_28     Sonoff T1 1CH
     2020-07-15 09:37:35   Modules1_29     Sonoff T1 2CH
     2020-07-15 09:37:35   Modules1_3      Sonoff SV
     2020-07-15 09:37:35   Modules1_30     Sonoff T1 3CH
     2020-07-15 09:37:35   Modules1_39     Sonoff Dual R2
     2020-07-15 09:37:35   Modules1_4      Sonoff TH
     2020-07-15 09:37:35   Modules1_41     Sonoff S31
     2020-07-15 09:37:35   Modules1_43     Sonoff Pow R2
     2020-07-15 09:37:35   Modules1_44     Sonoff iFan02
     2020-07-15 09:37:35   Modules1_5      Sonoff Dual
     2020-07-15 09:37:35   Modules1_6      Sonoff Pow
     2020-07-15 09:37:35   Modules1_7      Sonoff 4CH
     2020-07-15 09:37:35   Modules1_70     Sonoff L1
     2020-07-15 09:37:35   Modules1_71     Sonoff iFan03
     2020-07-15 09:37:35   Modules1_74     Sonoff D1
     2020-07-15 09:37:35   Modules1_8      Sonoff S2X
     2020-07-15 09:37:35   Modules1_9      Slampher
     2020-07-15 09:37:35   Modules2_14     Motor C/AC
     2020-07-15 09:37:35   Modules2_15     ElectroDragon
     2020-07-15 09:37:35   Modules2_16     EXS Relay(s)
     2020-07-15 09:37:35   Modules2_17     WiOn
     2020-07-15 09:37:35   Modules2_31     Supla Espablo
     2020-07-15 09:37:35   Modules2_33     Yunshan Relay
     2020-07-15 09:37:35   Modules2_35     Luani HVIO
     2020-07-15 09:37:35   Modules2_45     BlitzWolf SHP
     2020-07-15 09:37:35   Modules2_46     Shelly 1
     2020-07-15 09:37:35   Modules2_47     Shelly 2
     2020-07-15 09:37:35   Modules2_49     Neo Coolcam
     2020-07-15 09:37:35   Modules2_50     ESP Switch
     2020-07-15 09:37:35   Modules2_51     OBI Socket
     2020-07-15 09:37:35   Modules2_52     Teckin
     2020-07-15 09:37:35   Modules2_53     AplicWDP303075
     2020-07-15 09:37:35   Modules2_54     Tuya MCU
     2020-07-15 09:37:35   Modules2_55     Gosund SP1 v23
     2020-07-15 09:37:35   Modules2_56     ARMTR Dimmer
     2020-07-15 09:37:35   Modules2_57     SK03 Outdoor
     2020-07-15 09:37:35   Modules2_58     PS-16-DZ
     2020-07-15 09:37:35   Modules2_59     Teckin US
     2020-07-15 09:37:35   Modules2_60     Manzoku strip
     2020-07-15 09:37:35   Modules2_61     OBI Socket 2
     2020-07-15 09:37:35   Modules2_63     Digoo DG-SP202
     2020-07-15 09:37:35   Modules2_64     KA10
     2020-07-15 09:37:35   Modules2_65     Luminea ZX2820
     2020-07-15 09:37:35   Modules2_67     SP10
     2020-07-15 09:37:35   Modules2_68     WAGA CHCZ02MB
     2020-07-15 09:37:35   Modules2_72     EXS Dimmer
     2020-07-15 09:37:35   Modules2_73     PWM Dimmer
     2020-07-15 09:37:35   Modules3_18     Generic
     2020-07-15 09:37:35   Modules3_20     H801
     2020-07-15 09:37:35   Modules3_24     Huafan SS
     2020-07-15 09:37:35   Modules3_27     AiLight
     2020-07-15 09:37:35   Modules3_32     Witty Cloud
     2020-07-15 09:37:35   Modules3_34     MagicHome
     2020-07-15 09:37:35   Modules3_36     KMC 70011
     2020-07-15 09:37:35   Modules3_37     Arilux LC01
     2020-07-15 09:37:35   Modules3_38     Arilux LC11
     2020-07-15 09:37:35   Modules3_40     Arilux LC06
     2020-07-15 09:37:35   Modules3_42     Zengge WF017
     2020-07-15 09:37:35   Modules3_48     Xiaomi Philips
     2020-07-15 09:37:35   Modules3_62     YTF IR Bridge
     2020-07-15 09:37:35   Modules3_69     SYF05
     2020-07-15 12:18:37   MqttCount       1
     2020-07-15 09:37:36   MqttLog         0
     2020-07-15 09:37:36   NAME            Shelly2.5
     2020-07-15 09:37:36   PulseTime1_Remaining 0
     2020-07-15 09:37:36   PulseTime1_Set  0
     2020-07-15 09:37:36   PulseTime2_Remaining 0
     2020-07-15 09:37:36   PulseTime2_Set  0
     2020-07-15 09:37:36   PulseTime3_Remaining 0
     2020-07-15 09:37:36   PulseTime3_Set  0
     2020-07-15 09:37:36   PulseTime4_Remaining 0
     2020-07-15 09:37:36   PulseTime4_Set  0
     2020-07-15 09:37:36   PulseTime5_Remaining 0
     2020-07-15 09:37:36   PulseTime5_Set  0
     2020-07-15 09:37:36   PulseTime6_Remaining 0
     2020-07-15 09:37:36   PulseTime6_Set  0
     2020-07-15 09:37:36   PulseTime7_Remaining 0
     2020-07-15 09:37:36   PulseTime7_Set  0
     2020-07-15 09:37:36   PulseTime8_Remaining 0
     2020-07-15 09:37:36   PulseTime8_Set  0
     2020-07-15 10:13:50   RestartReason   External System
     2020-07-14 20:53:07   SaveData        on
     2020-07-14 20:53:07   SetOption26     on
     2020-07-15 12:18:37   Sleep           50
     2020-07-15 12:18:37   SleepMode       Dynamic
     2020-07-14 20:53:06   StateText1      off
     2020-07-14 20:53:06   StateText2      on
     2020-07-14 20:53:06   StateText3      toggle
     2020-07-14 20:53:06   StateText4      hold
     2020-07-15 12:18:38   Switch1         off
     2020-07-15 12:18:38   Switch2         off
     2020-07-15 09:37:36   SwitchDebounce  50
     2020-07-15 12:18:38   TempUnit        C
     2020-07-15 12:18:38   Time            2020-07-15T11:18:37
     2020-07-15 12:18:37   Uptime          0T02:04:52
     2020-07-15 12:18:37   UptimeSec       7492
     2020-07-15 10:13:50   Version         8.3.1(tasmota)
     2020-07-15 10:13:50   WebServerMode   Admin
     2020-07-15 12:18:37   Wifi_AP         1
     2020-07-15 12:18:37   Wifi_BSSId      DC:39:6F:D2:FB:4A
     2020-07-15 12:18:37   Wifi_Channel    11
     2020-07-15 12:18:37   Wifi_Downtime   0T00:00:03
     2020-07-15 12:18:37   Wifi_LinkCount  1
     2020-07-15 12:18:37   Wifi_RSSI       52
     2020-07-15 12:18:37   Wifi_SSId       unten
     2020-07-15 12:18:37   Wifi_Signal     -74
     2020-07-15 09:53:00   associatedWith  Shelly_Reserve_CH2
     2020-07-14 20:53:06   attrTemplateVersion 20200529
     2020-07-15 11:44:59   state           off
Attributes:
   IODev      MQTT_broker
   autocreate 0
   comment    Channel 1 for MQTT2_DVES_FB10D7, see also MQTT2_DVES_FB10D7_CH2
   devStateIcon {my $onl = ReadingsVal($name,"LWT","Offline") eq "Offline"?"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,"ENERGY_Power_1","unknown");; my $total = ReadingsVal($name,"ENERGY_Total","unknown");; my $temp = ReadingsVal($name,"ANALOG_Temperature","-100");;"<a href=\"http://".ReadingsVal($name,"ip","none")." \"target=\"_blank\">".FW_makeImage($onl)."</a> <a href=\"/fhem?cmd.dummy=set $name toggle&XHR=1\">".FW_makeImage($light)."</a><div>Verbrauch: $cons / Total: $total/ Temp: $temp °C</div>"}
   icon       hue_filled_outlet
   jsonMap    POWER1:0 POWER2:0 POWER3:0 POWER4:0 Dimmer:0 Channel_0:0 Channel_1:0 Channel_2:0 Channel_3:0 Channel_4:0 HSBColor:0 Color:0
   model      tasmota_2channel_split
   readingList tele/tasmota_FB10D7/LWT:.* LWT
  tele/tasmota_FB10D7/STATE:.* { json2nameValue($EVENT,'',$JSONMAP) }
  tele/tasmota_FB10D7/SENSOR:.* { json2nameValue($EVENT,'',$JSONMAP) }
  tele/tasmota_FB10D7/INFO.:.* { json2nameValue($EVENT,'',$JSONMAP) }
  tele/tasmota_FB10D7/UPTIME:.* { json2nameValue($EVENT,'',$JSONMAP) }
  stat/tasmota_FB10D7/POWER1:.* state
  stat/tasmota_FB10D7/RESULT:.* { json2nameValue($EVENT,'',$JSONMAP) }
   room       MQTT2_DEVICE
   setList    off:noArg    cmnd/tasmota_FB10D7/POWER1 0
  on:noArg     cmnd/tasmota_FB10D7/POWER1 1
  toggle:noArg cmnd/tasmota_FB10D7/POWER1 2
  setOtaUrl:textField cmnd/tasmota_FB10D7/OtaUrl $EVTPART1
  upgrade:noArg   cmnd/tasmota_FB10D7/upgrade 1
   setStateList on off toggle


Die Json für tele/tasmota_FB10D7/SENSOR sieht so aus:

Code Auswählen Erweitern


{"Time":"2020-07-15T10:46:07","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":72.9},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Period":0,"Power":[0,0],"ApparentPower":[0,0],"ReactivePower":[0,0],"Factor":[0.00,0.00],"Frequency":0,"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}


[Beta-User]

...auf die Gefahr hin, dass ich mit meiner Idee falsch liege...
(Jedenfalls afaik hat bisher noch keiner die Frage gestellt, weder nach dem, was json2nameValue() da mit solchen verschachtelten JSON macht, noch, wie sich ein Tasmota mit mehreren Energie-Mess-Funktionen sauber einbinden läßt.)

Für json2nameValue() gab es mal eine Diskussion um Wahrheitswerte, und das scheint mir nah' an des Pudels Kern zu liegen. Vermutlich interpretiert json2nameValue() den zweiten 0-Wert als reinen Wahrheitswert und verwirft das ganze dann (das müßte sich Rudi daher wohl mal näher ansehen). Dass 0.000 anders behandelt wird wie die (potentiell) boolsche Angabe, hast du ja gesehen.

Schickt man statt der puren 0 was anderes über den Äther, wird der JSON auch vollständig korrekt aufgelöst. Das hier

Code Auswählen Erweitern

tele/tasmota_FB10D7/SENSOR {"Time":"2020-07-15T10:46:07","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":72.9},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Period":0,"Power":[3,4],"ApparentPower":[5,6],"ReactivePower":[7,8],"Factor":[0.00,0.00],"Frequency":0,"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}
ergibt dann auch die weiteren Readings.

(Leider kann ich auf die Schnelle nicht sagen, wie man json2nameValue ggf. ändern müßte, damit es auch mit der 2. "0" klarkommt).

(Irgendwie gefällt mir die Implementierung in der Shelly-firmware besser, "alles in einen JSON" zu pressen, kommt mir mittlerweile recht zwanghaft vor...)

[rudolfkoenig]

Ist ein Bug beim Array-Parsen, habs gefixt und eingecheckt.

[muma]

Wow, das ging schnell. Vielen Dank für eure Antworten und eure Hilfe!

[Beta-User]

Thx. auch von meiner Seite.

@muma: Da vermutlich bald noch mehr mit dem Thema um's Eck kommen: kannst du mal versuchen, passende jsonMap-Attribute zu basteln, mit denen man dann die jeweiligen Kanalwerte auch nur am passenden Device anzeigt?
(Falls das zu kryptisch ist: einfach fragen!)

Dann kann ich versuchen, das zu vertemplaten...

Ergänzend: Das Ding sendet ja unglaublich viele (zumeinst unnötige) Infos... Hast du da was spezielles eingestellt? Oder eine Idee, wie man das (optimalerweise durch entsprechende Backlog-commands) wegbekommt?

[muma]

@muma: Da vermutlich bald noch mehr mit dem Thema um's Eck kommen: kannst du mal versuchen, passende jsonMap-Attribute zu basteln, mit denen man dann die jeweiligen Kanalwerte auch nur am passenden Device anzeigt?
Ergänzend: Das Ding sendet ja unglaublich viele (zumeinst unnötige) Infos... Hast du da was spezielles eingestellt? Oder eine Idee, wie man das (optimalerweise durch entsprechende Backlog-commands) wegbekommt?
(Falls das zu kryptisch ist: einfach fragen!)

Also wenn ich das jetzt mittlerweile richtig verstanden habe müsste in der jsonMap jedes einzelne reading drin stehen, das man nicht sehen will. Also GPIO1:0 GPIO2:0 GPIO3:0 ...
Das ist aus meiner Sicht sehr aufwändig und auch Fehleranfällig. Wenn Tasmota mal mehr sendet (z.B. bei den Modules) kommt das wieder durcheinander. :-/
Habe auch nichts gefunden wie man Tasmota das Senden der Teile verbieten könnte. Daher ist denke ich auch das Backlog eine Sachgasse.

Schöner wäre es die Readings über eine Regex ausblenden zu können. Aber da bin ich dann erst mal überfragt 

[Beta-User]

Genau, jsonMap funktioniert über eine 1:1-Zuordnung.

Vielleicht wäre es zielführender, (mind.) einen der INFO-Zweige (?) _nicht_ auszuwerten. Falls du nicht dazu kommst, schaue ich mir das bei Gelegenheit mal an, welche Art Messages eigentlich über welchen Zweig kommen. Das wird irgendwie immer umfangreicher, was da mit der ganzen GPIO-usw.-Konfiguration übermittelt wird, und eigentlich fängt man damit eher wenig an, oder?

Readings über regex zu löschen geht zwar, aber die kommen wieder, wenn was gesendet wird und produzieren dann auch entsprechende Events. (U.a.) das ist der Vorteil der jsonMap-Variante mit ":0"...

[muma]

Also ich habe bei mir mal über den Tasmota Device Manager den unten angehängten Trace mitgeschnitten. INFO kommt da gar nicht vor 
Wie bist du denn auf INFO gekommen?

Ich versuche gerade in der Readingslist per Regex die ungewünschten ger nicht erst anzulegen. Klappt aber eher mäßig (bei meinen Regex Kenntinssen  ). Was gehen würde, wäre nur einzelne RESULT Antworten anzulegen. Damit blende ich dann aber alle anderen RESULT aus, was denke ich zu Missverständnissen/Lücken führen könnte

Code Auswählen Erweitern

[18:16:47] cmnd/tasmota_FB10D7/status 0
[18:16:47] cmnd/tasmota_FB10D7/template
[18:16:47] cmnd/tasmota_FB10D7/modules
[18:16:47] cmnd/tasmota_FB10D7/gpio
[18:16:47] cmnd/tasmota_FB10D7/gpios 255
[18:16:47] cmnd/tasmota_FB10D7/buttondebounce
[18:16:47] cmnd/tasmota_FB10D7/switchdebounce
[18:16:47] cmnd/tasmota_FB10D7/interlock
[18:16:47] cmnd/tasmota_FB10D7/blinktime
[18:16:47] cmnd/tasmota_FB10D7/blinkcount
[18:16:47] cmnd/tasmota_FB10D7/mqttlog
[18:16:47] cmnd/tasmota_FB10D7/pulsetime1
[18:16:47] cmnd/tasmota_FB10D7/pulsetime2
[18:16:47] cmnd/tasmota_FB10D7/pulsetime3
[18:16:47] cmnd/tasmota_FB10D7/pulsetime4
[18:16:47] cmnd/tasmota_FB10D7/pulsetime5
[18:16:47] cmnd/tasmota_FB10D7/pulsetime6
[18:16:47] cmnd/tasmota_FB10D7/pulsetime7
[18:16:47] cmnd/tasmota_FB10D7/pulsetime8
[18:16:47] stat/tasmota_FB10D7/STATUS {"Status":{"Module":0,"DeviceName":"Tasmota","FriendlyName":["Tasmota","Tasmota2"],"Topic":"tasmota_FB10D7","ButtonTopic":"0","Power":0,"PowerOnState":3,"LedState":1,"LedMask":"FFFF","SaveData":1,"SaveState":1,"SwitchTopic":"0","SwitchMode":[0,0,0,0,0,0,0,0],"ButtonRetain":0,"SwitchRetain":0,"SensorRetain":0,"PowerRetain":0}}
[18:16:47] stat/tasmota_FB10D7/STATUS1 {"StatusPRM":{"Baudrate":115200,"SerialConfig":"8N1","GroupTopic":"tasmotas","OtaUrl":"http://thehackbox.org/tasmota/release/tasmota.bin","RestartReason":"External System","Uptime":"0T00:20:16","StartupUTC":"2020-07-15T15:56:30","Sleep":50,"CfgHolder":4617,"BootCount":24,"BCResetTime":"2020-07-14T18:35:50","SaveCount":102,"SaveAddress":"F6000"}}
[18:16:47] stat/tasmota_FB10D7/STATUS2 {"StatusFWR":{"Version":"8.3.1(tasmota)","BuildDateTime":"2020-05-18T15:39:35","Boot":31,"Core":"2_7_1","SDK":"2.2.2-dev(38a443e)","Hardware":"ESP8266EX","CR":"357/699"}}
[18:16:47] stat/tasmota_FB10D7/STATUS3 {"StatusLOG":{"SerialLog":0,"WebLog":2,"MqttLog":0,"SysLog":0,"LogHost":"","LogPort":514,"SSId":["unten",""],"TelePeriod":30,"Resolution":"558180C0","SetOption":["04008009","2805C8000100060000005A00000000000000","00000000","00000000"]}}
[18:16:47] stat/tasmota_FB10D7/STATUS4 {"StatusMEM":{"ProgramSize":587,"Free":416,"Heap":25,"ProgramFlashSize":1024,"FlashSize":2048,"FlashChipId":"1540C8","FlashMode":3,"Features":["00000809","8FDAE797","043683A0","000000CD","010013C0","C000F981","00000024"],"Drivers":"1,2,3,4,5,6,7,8,9,10,12,16,18,19,20,21,22,24,26,27,29,30,35,37","Sensors":"1,2,3,4,5,6"}}
[18:16:47] stat/tasmota_FB10D7/STATUS5 {"StatusNET":{"Hostname":"tasmota_FB10D7-4311","IPAddress":"192.168.0.201","Gateway":"192.168.0.1","Subnetmask":"255.255.255.0","DNSServer":"192.168.0.1","Mac":"68:C6:3A:FB:10:D7","Webserver":2,"WifiConfig":4,"WifiPower":17.0}}
[18:16:47] stat/tasmota_FB10D7/STATUS6 {"StatusMQT":{"MqttHost":"192.168.0.44","MqttPort":1883,"MqttClientMask":"shellyswitch25_%06X","MqttClient":"shellyswitch25_FB10D7","MqttUser":"shellyswitch25_USER","MqttCount":1,"MAX_PACKET_SIZE":1200,"KEEPALIVE":30}}
[18:16:47] stat/tasmota_FB10D7/STATUS7 {"StatusTIM":{"UTC":"2020-07-15T16:16:46","Local":"2020-07-15T17:16:46","StartDST":"2020-03-29T02:00:00","EndDST":"2020-10-25T03:00:00","Timezone":"+01:00","Sunrise":"05:03","Sunset":"20:48"}}
[18:16:47] stat/tasmota_FB10D7/STATUS9 {"StatusPTH":{"PowerDelta":0,"PowerLow":0,"PowerHigh":0,"VoltageLow":0,"VoltageHigh":0,"CurrentLow":0,"CurrentHigh":0}}
[18:16:47] stat/tasmota_FB10D7/STATUS10 {"StatusSNS":{"Time":"2020-07-15T17:16:46","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":73.5},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Power":[0,0],"ApparentPower":[0,0],"ReactivePower":[0,0],"Factor":[0.00,0.00],"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}}
[18:16:48] stat/tasmota_FB10D7/STATUS11 {"StatusSTS":{"Time":"2020-07-15T17:16:46","Uptime":"0T00:20:16","UptimeSec":1216,"Heap":25,"SleepMode":"Dynamic","Sleep":50,"LoadAvg":19,"MqttCount":1,"POWER1":"off","POWER2":"off","Wifi":{"AP":1,"SSId":"unten","BSSId":"DC:39:6F:D2:FB:4A","Channel":11,"RSSI":44,"Signal":-78,"LinkCount":1,"Downtime":"0T00:00:03"}}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"NAME":"Shelly2.5","GPIO":[56,255,17,255,21,83,255,255,6,82,5,22,156],"FLAG":2,"BASE":18}
[18:16:48] stat/tasmota_FB10D7/RESULT {"Modules1":{"0":"Shelly2.5","1":"Sonoff Basic","2":"Sonoff RF","4":"Sonoff TH","5":"Sonoff Dual","39":"Sonoff Dual R2","6":"Sonoff Pow","43":"Sonoff Pow R2","7":"Sonoff 4CH","23":"Sonoff 4CH Pro","41":"Sonoff S31","8":"Sonoff S2X","10":"Sonoff Touch","28":"Sonoff T1 1CH","29":"Sonoff T1 2CH","30":"Sonoff T1 3CH","74":"Sonoff D1","11":"Sonoff LED","22":"Sonoff BN-SZ","70":"Sonoff L1","26":"Sonoff B1","9":"Slampher","21":"Sonoff SC","44":"Sonoff iFan02","71":"Sonoff iFan03","25":"Sonoff Bridge","3":"Sonoff SV","19":"Sonoff Dev","12":"1 Channel","13":"4 Channel"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"Modules2":{"14":"Motor C/AC","15":"ElectroDragon","16":"EXS Relay(s)","31":"Supla Espablo","35":"Luani HVIO","33":"Yunshan Relay","17":"WiOn","46":"Shelly 1","47":"Shelly 2","45":"BlitzWolf SHP","52":"Teckin","59":"Teckin US","53":"AplicWDP303075","55":"Gosund SP1 v23","65":"Luminea ZX2820","57":"SK03 Outdoor","63":"Digoo DG-SP202","64":"KA10","67":"SP10","68":"WAGA CHCZ02MB","49":"Neo Coolcam","51":"OBI Socket","61":"OBI Socket 2","60":"Manzoku strip","50":"ESP Switch","54":"Tuya MCU","56":"ARMTR Dimmer","58":"PS-16-DZ","72":"EXS Dimmer","73":"PWM Dimmer"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"Modules3":{"20":"H801","34":"MagicHome","37":"Arilux LC01","40":"Arilux LC06","38":"Arilux LC11","42":"Zengge WF017","24":"Huafan SS","36":"KMC 70011","27":"AiLight","48":"Xiaomi Philips","69":"SYF05","62":"YTF IR Bridge","32":"Witty Cloud","18":"Generic"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"GPIO1":{"0":"None"},"GPIO3":{"0":"None"},"GPIO9":{"0":"None"},"GPIO10":{"0":"None"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"GPIOs1":{"0":"None","17":"Button1","90":"Button1n","122":"Button1i","126":"Button1in","18":"Button2","91":"Button2n","123":"Button2i","127":"Button2in","19":"Button3","92":"Button3n","124":"Button3i","128":"Button3in","20":"Button4","93":"Button4n","125":"Button4i","129":"Button4in","9":"Switch1","82":"Switch1n","10":"Switch2","83":"Switch2n","11":"Switch3","84":"Switch3n","12":"Switch4","85":"Switch4n","13":"Switch5","86":"Switch5n","14":"Switch6","87":"Switch6n","15":"Switch7","88":"Switch7n","16":"Switch8","89":"Switch8n","21":"Relay1","29":"Relay1i"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"GPIOs2":{"22":"Relay2","30":"Relay2i","23":"Relay3","31":"Relay3i","24":"Relay4","32":"Relay4i","25":"Relay5","33":"Relay5i","26":"Relay6","34":"Relay6i","27":"Relay7","35":"Relay7i","28":"Relay8","36":"Relay8i","52":"Led1","56":"Led1i","53":"Led2","57":"Led2i","54":"Led3","58":"Led3i","55":"Led4","59":"Led4i","157":"LedLink","158":"LedLinki","37":"PWM1","46":"PWM1i","38":"PWM2","47":"PWM2i","39":"PWM3","48":"PWM3i","40":"PWM4","49":"PWM4i","41":"PWM5","50":"PWM5i","42":"Counter1","94":"Counter1n","43":"Counter2","95":"Counter2n","44":"Counter3"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"GPIOs3":{"96":"Counter3n","45":"Counter4","97":"Counter4n","160":"Buzzer","161":"Buzzeri","148":"Serial Tx","149":"Serial Rx","5":"I2C SCL","6":"I2C SDA","1":"DHT11","2":"AM2301","3":"SI7021","193":"DHT11o","4":"DS18x20","192":"DS18x20o","7":"WS2812","147":"ALux IrRcv","159":"ALux IrSel","143":"MY92x1 DI","144":"MY92x1 DCKI","140":"SM16716 CLK","141":"SM16716 DAT","142":"SM16716 PWR","180":"SM2135 Clk","181":"SM2135 Dat","107":"Tuya Tx","108":"Tuya Rx","183":"EXS Enable","201":"MOODL Tx","8":"IRsend","51":"IRrecv","130":"HLWBL SEL","131":"HLWBL SELi"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"GPIOs4":{"132":"HLWBL CF1","133":"HLW8012 CF","134":"BL0937 CF","156":"ADE7953 IRQ","145":"CSE7766 Tx","146":"CSE7766 Rx","135":"MCP39F5 Tx","136":"MCP39F5 Rx","137":"MCP39F5 Rst","62":"PZEM0XX Tx","63":"PZEM004 Rx","98":"PZEM016 Rx","99":"PZEM017 Rx","71":"SerBr Tx","72":"SerBr Rx","182":"DeepSleep"}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"ButtonDebounce":50}
[18:16:48] stat/tasmota_FB10D7/RESULT {"SwitchDebounce":50}
[18:16:48] stat/tasmota_FB10D7/RESULT {"Interlock":"off","Groups":"1,2"}
[18:16:48] stat/tasmota_FB10D7/RESULT {"BlinkTime":10}
[18:16:48] stat/tasmota_FB10D7/RESULT {"BlinkCount":10}
[18:16:48] stat/tasmota_FB10D7/RESULT {"MqttLog":0}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime1":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime2":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime3":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime4":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime5":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime6":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime7":{"Set":0,"Remaining":0}}
[18:16:48] stat/tasmota_FB10D7/RESULT {"PulseTime8":{"Set":0,"Remaining":0}}
[18:17:10] tele/tasmota_FB10D7/STATE {"Time":"2020-07-15T17:17:09","Uptime":"0T00:20:39","UptimeSec":1239,"Heap":27,"SleepMode":"Dynamic","Sleep":50,"LoadAvg":19,"MqttCount":1,"POWER1":"off","POWER2":"off","Wifi":{"AP":1,"SSId":"unten","BSSId":"DC:39:6F:D2:FB:4A","Channel":11,"RSSI":42,"Signal":-79,"LinkCount":1,"Downtime":"0T00:00:03"}}
[18:17:10] tele/tasmota_FB10D7/SENSOR {"Time":"2020-07-15T17:17:09","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":73.5},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Period":0,"Power":[0,0],"ApparentPower":[0,0],"ReactivePower":[0,0],"Factor":[0.00,0.00],"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}
[18:17:40] tele/tasmota_FB10D7/STATE {"Time":"2020-07-15T17:17:39","Uptime":"0T00:21:09","UptimeSec":1269,"Heap":27,"SleepMode":"Dynamic","Sleep":50,"LoadAvg":19,"MqttCount":1,"POWER1":"off","POWER2":"off","Wifi":{"AP":1,"SSId":"unten","BSSId":"DC:39:6F:D2:FB:4A","Channel":11,"RSSI":46,"Signal":-77,"LinkCount":1,"Downtime":"0T00:00:03"}}
[18:17:40] tele/tasmota_FB10D7/SENSOR {"Time":"2020-07-15T17:17:39","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":73.5},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Period":0,"Power":[0,0],"ApparentPower":[0,0],"ReactivePower":[0,0],"Factor":[0.00,0.00],"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}
[18:18:03] stat/tasmota_FB10D7/RESULT {"GPIO1":{"0":"None"},"GPIO3":{"0":"None"},"GPIO9":{"0":"None"},"GPIO10":{"0":"None"}}
[18:18:10] tele/tasmota_FB10D7/STATE {"Time":"2020-07-15T17:18:09","Uptime":"0T00:21:39","UptimeSec":1299,"Heap":27,"SleepMode":"Dynamic","Sleep":50,"LoadAvg":19,"MqttCount":1,"POWER1":"off","POWER2":"off","Wifi":{"AP":1,"SSId":"unten","BSSId":"DC:39:6F:D2:FB:4A","Channel":11,"RSSI":38,"Signal":-81,"LinkCount":1,"Downtime":"0T00:00:03"}}
[18:18:10] tele/tasmota_FB10D7/SENSOR {"Time":"2020-07-15T17:18:09","Switch1":"off","Switch2":"off","ANALOG":{"Temperature":73.5},"ENERGY":{"TotalStartTime":"2020-07-14T18:35:50","Total":0.000,"Yesterday":0.000,"Today":0.000,"Period":0,"Power":[0,0],"ApparentPower":[0,0],"ReactivePower":[0,0],"Factor":[0.00,0.00],"Voltage":0,"Current":[0.000,0.000]},"TempUnit":"C"}

[Beta-User]

Hmm, INFO. steht halt noch in der readingList drin, und ich muß zugeben, dass ich mich mit dem Tasmota-Zeug nur kurz wirklich intensiver beschäftigt habe, das ist aber auch schon wieder einige Monate her (müßte noch eine 7-er Version gewesen sein). Kann gut sein, dass man da im Hinblick auf das, was heute Stand der Dinge ist, mal was anpassen muß...
Irgendwie habe ich den Verdacht, dass man vielleicht den ganze stat-Zweig ignorieren könnte?Ginge z.B. in readingList so:

Code Auswählen Erweitern

stat/tasmota_FB10D7/STATUS.* {}Müßte man aber näher prüfen, ob das zielführend ist...

(Die ersten paar Zeilen sind nur die subscriptions, nehme ich an?). Wäre evtl. geschickter, das "von außen" mit MQTT-Mitteln anzusehen (mosquitto_sub oä.); tendenziell sollte das auch mit raw-Events am IO+Event-Monitor gehen).

[muma]

Ich habe jetzt mal einen ersten Schritt geschafft.

readinglist:
  stat/tasmota_FB10D7/RESULT:\{\"(?!Modules)(?!GPIO)(?!PulseTime).* { json2nameValue($EVENT,'',$JSONMAP) }

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 GPIO_1:0 GPIO_2:0 GPIO_3:0 GPIO_4:0 GPIO_5:0 GPIO_6:0 GPIO_7:0 GPIO_8:0 GPIO_9:0 GPIO_10:0 GPIO_11:0 GPIO_12:0 GPIO_13:0

Damit fliegen dann mal die für mich nervigen Modules, GPIO und PulseTimer Infos raus. jsonMap ist noch notwendig, da in der selben RESULT message auch der Name zurück kommt und den fand ich hilfreich.

[Beta-User]

  Das sieht schon mal gut aus.

Verkürzungsvorschlag:

Code Auswählen Erweitern

stat/tasmota_FB10D7/RESULT:..(?!Modules|GPIO|PulseTime).* { json2nameValue($EVENT,'',$JSONMAP) }

[muma]

Habe das template für mich mal angepasst und eine Version basic_less_readings und 2channel_spli_less_readings erfunden.
Dein Hinweis zur Verkürzung habe ich noch nicht aufgenommen, fühle mich besser wenn es explizit auf die {" verweist  .

zusätzlich ist noch ein devStateIcon definiert (habe ich mir bei der Shelly abgeschaut) und daher auch zusätzliche Readings am CH2.

Ergebnis anbei, vielleicht kannst du ja darauf aufbauen.


Einen komischen Effekt habe ich noch, den ich mir nicht erklären kann, denke aber das liegt nicht am Template.
Bei einem Autocreate bekomme ich immer 2 Geräte angelegt. Einmal CID basierend auf der Definition MQTT client von Tasmota und einmal kryptisch mit einer UUID. Keine Ahnung wo das her kommt.

[rudolfkoenig]

Ich habe json2nameValue mit einem optionalen (letzten) Parameter $filter erweitert.
Wenn gesetzt, muss der generierte Name diesen Parameter als Regexp matchen.

[Beta-User]

@muma:
Hmm, danke erst mal, da werde ich die Bruchstücke wohl selber etwas sortieren müssen (das "Grundtemplate" ist eigentlich ohne die Energie-Readings usw.).

CH2 dürfte so auch noch nicht passen, da muß wohl an der rL auch noch was gefeilt werden...

Nimm dir ruhig etwas Zeit, und im Ergebnis ist mir dann vermutlich mit den beiden funktionierenden RAW mehr geholfen, wie wenn ich mir die verteilten Änderungen zusammensuchen muß .

Was das Phantomdevice angeht, habe ich keine so richtige Idee. Du verwendest als IO MQTT2_SERVER, oder?

@Rudi:
Wie immer: Danke!
Mal schauen, wann ich das wie einbauen kann (ist aber auch "na ja", dass da immer komplexere JSON-Strukturen gebastelt werden...)

[muma]

OK, bei mir funktioniert das so, aber ich stecke ja auch nicht so tief drin wie ihr. Was genau stimmt denn aus deiner Sicht nicht?

Prinzipiell habe ich 2 neue Tempalte als Kopie der bestehenden angelegt um diese nicht zu beeinflussen (falls jemad die Volle Show an Infos doch haben möchte).
Geändert habe ich :

tasmota_basic_state_power1_less_readings

• name
• jsonMap
• readingList STATTOPIC/RESULT:
• devStateIcon

tasmota_2channel_split_less_readings

• name
• par:TELETOPIC;
• readingList TELETOPIC/LWT: TELETOPIC/SENSOR
• devStateIcon
• attr DEVICE,DEVICE_CH2 model

Code Auswählen Erweitern

name:tasmota_basic_state_power1_less_readings
filter:TYPE=MQTT2_DEVICE
desc:Applies to Sonoff Basic, S20 using POWER1-topic for relay state <br>NOTE: The format the device is sending data will also be changed to lowercase!<br>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:CALLSPEECHRECOGN;Set this to 0 to not set any speech recogn. related attributes;{ 1 }
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 GPIO_1:0 GPIO_2:0 GPIO_3:0 GPIO_4:0 GPIO_5:0 GPIO_6:0 GPIO_7:0 GPIO_8:0 GPIO_9:0 GPIO_10:0 GPIO_11:0 GPIO_12:0 GPIO_13:0
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,'',$JSONMAP) }\
  STATTOPIC/POWER1:.* state\
  STATTOPIC/RESULT:\{\"(?!Modules)(?!GPIO)(?!PulseTime).* { json2nameValue($EVENT,'',$JSONMAP) }
deletereading -q DEVICE (?!associatedWith).*
attr DEVICE setStateList on off toggle
attr DEVICE devStateIcon {my $onl = ReadingsVal($name,"LWT","Offline") eq "Offline"?"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,"ENERGY_Power_1","unknown");; my $total = ReadingsVal($name,"ENERGY_Total","unknown");; my $temp = ReadingsVal($name,"ANALOG_Temperature","-100");;"<a href=\"http://".ReadingsVal($name,"ip","none")." \"target=\"_blank\">".FW_makeImage($onl)."</a> <a href=\"/fhem?cmd.dummy=set $name toggle&XHR=1\">".FW_makeImage($light)."</a><div>Verbrauch: $cons W/ Total: $total/ Temp: $temp °C</div>"}
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:<br>on-for-timer {my $duration = $EVTPART1*10; 'cmnd/CMNDTOPIC/Backlog POWER1 1; delay '.$duration.'; POWER1 0'}<br>See the "Praxisbeispiele" in the wiki for "pulseTime1" alternative option and it's restrictions.
attr DEVICE autocreate 0
attr DEVICE model tasmota_basic_state_power1_less_readings
setreading DEVICE attrTemplateVersion 20200522 or prior
option:{ CALLSPEECHRECOGN }
set DEVICE attrTemplate speechcontrol_type_switch

Code Auswählen Erweitern

# sonoff 2 channel device flashed with Tasmota and less readings.
name:tasmota_2channel_split_less_readings
filter:TYPE=MQTT2_DEVICE:FILTER=readingList=.*(tele|cmnd|stat).*
desc:sonoff 2 channel device flashed with Tasmota and less readings. <br>NOTE: a second device will be created for the second channel
order:A_02
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$3" : undef }
par:CALLSPEECHRECOGN;Set this to 0 to not set any speech recogn. related attributes;{ 1 }
par:SETCHANNELINFO;Set this to 0 to not set any speech recogn. related attributes;{ 1 }
set DEVICE attrTemplate tasmota_basic_state_power1_less_readings \CALLSPEECHRECOGN=0
#attr DEVICE comment Channel 1 for DEVICE, see also DEVICE_CH2
#setreading DEVICE associatedWith DEVICE_CH2
copy DEVICE DEVICE_CH2
attr DEVICE_CH2 readingList \
TELETOPIC/LWT:.* LWT\
  TELETOPIC/SENSOR.* { json2nameValue($EVENT,'',$JSONMAP) }\
  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
attr DEVICE_CH2 devStateIcon {my $onl = ReadingsVal($name,"LWT","Offline") eq "Offline"?"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,"ENERGY_Power_2","unknown");; my $total = ReadingsVal($name,"ENERGY_Total","unknown");; my $temp = ReadingsVal($name,"ANALOG_Temperature","-100");;"<a href=\"http://".ReadingsVal($name,"ip","none")." \"target=\"_blank\">".FW_makeImage($onl)."</a> <a href=\"/fhem?cmd.dummy=set $name toggle&XHR=1\">".FW_makeImage($light)."</a><div>Verbrauch: $cons W/ Temp: $temp °C / $parent</div>"}
attr DEVICE,DEVICE_CH2 model tasmota_2channel_split_less_readings
setreading DEVICE,DEVICE_CH2 attrTemplateVersion 20200529
option:{SETCHANNELINFO}
set DEVICE attrTemplate set_associatedWith \CHANNELS=2
option:{ CALLSPEECHRECOGN } 
set DEVICE,DEVICE_CH2 attrTemplate speechcontrol_type_switch
#set DEVICE_CH2 attrTemplate speechcontrol_type_switch